TW201807701A - A display assembly - Google Patents

Abstract

The present invention relates to a display assembly (1) for simulating a window in an internal space, the assembly comprising a frame (2) for delimiting a region (2a) within the frame; an electronic visual display unit (3) configured to generate an optical display viewable by a user through said region (2a) of the frame (2), said optical display comprising real-time footage of an external scene; at least one window feature (9) located intermediate a user and the visual display unit (3); a sensory device (5), configured, upon activation, to generate at least one user-perceivable sensation associated with said footage; the assembly (1) being arranged and configured to selectively visually simulate said window being opened or closed; and further comprising a controller configured to generate a control signal for actuating said sensory device (5) in response to said window being opened.

Description

Display components

The present invention relates to a display module, and more particularly to a display module that can be used to generate the illusion of external view and / or synthetic daylight on the interior of a building.

Knowing the connection between people and the outside world has a positive impact on human well-being. Providing the environment of nature and sunlight, whether natural or simulated, can increase human creativity and productivity, and can greatly reduce the level of stress.

For the past 20 years, Biophilic principles have been at the core of most architectural designs. For example, architects and designers have applied indoor planting areas, larger window areas, and better ambient lighting. However, most people have already lived and worked in buildings built for many years and will continue to do so in the coming years. To overcome this problem, furniture is often used to create textures and indoor plants are used to decorate the interior spaces of buildings, such as living spaces with natural colors. It is also common to place artwork (e.g., paintings with external landscapes) on the walls to create the illusion of vision, allowing the viewer to be content with connections to other natural systems. Some people change their internal environment to include larger windows and greenhouses, the purpose of which is to increase the amount of natural light in the living space and provide the illusion that the outside is located inside the building. However, such modifications are often expensive and may not be allowed in some buildings.

In addition, it is good for humans to wake up naturally as the sun rises. Of course, in winter months at latitudes like the United Kingdom, this is not possible, and when one is away from work, the sky may still be dark. In the summer months, the sun rises earlier, causing babies or toddlers to wake up earlier than other families, which deprives them of sleep, which is especially a problem for infants and young children. Blinds are a known solution to block sunlight and encourage babies or toddlers to sleep. However, blackouts prevent babies from being woken up naturally by sunrise. Waking up with the sunrise may be good for your child's circadian rhythm and provide healthy sleeping habits for the family.

There is also a need to minimize the effects of Seasonal Affective Disorder (SAD), which is a situation that people in the North Latitude often encounter in the winter months.

Therefore, the embodiments of the present invention aim to solve at least some of the above problems and needs.

In particular, the present invention provides a display component that can be applied to the interior space in multiple buildings, and is used to provide a simulated exterior field of view or synthetic daylight to the interior space in order to improve those that cannot benefit from the true exterior landscape and daylight People's health and reduced costs for users.

According to a first aspect of the invention, there is provided a display assembly for simulating a window in an interior space, the assembly comprising:-a window frame for defining an area within the frame;-an electronic visual display unit , Which is configured to generate an optical display, which can be viewed by a user through the area of the frame, the optical display includes an instant recording of an external scene;-at least one window feature, which is located between a user and the Between the visual display units;-a sensory device configured to generate at least one user-perceivable sensation associated with the video when activated;-the component is arranged and configured to selectively visually And simulating the window to be opened or closed; and further comprising a controller configured to generate a control signal for activating the sensory device in response to the window being opened.

Alternatively, in an exemplary embodiment of the present invention, the visual display unit may include an electronic screen, and the optical display may be a movie.

According to an exemplary embodiment of the present invention, the display module may further include an internal memory storage device, which is used to store selected movies. Alternatively, it can be a USB port for receiving a USB connector, and the video can be uploaded to the internal memory storage device.

In a further exemplary embodiment of the present invention, the component may include a wireless receiver, optionally an RFID antenna, for wireless communication with a remote device, which can broadcast a movie through the remote device.

Optionally, the present invention may further include a speaker arranged to generate an environmental sound effect corresponding to the movie, wherein when the window is "opened", the sound effect becomes louder to simulate the window being opened.

In an exemplary embodiment, the assembly may further include an air circulation device, which may be arranged to move air from the frame toward a user, wherein when the window is "opened", the air circulation device may be Is activated to simulate a window being opened.

Optionally, the component may further include a timer for automatically synchronizing the optical display and at least one perceptible feeling with real time.

According to a second aspect of the present invention, a display component is provided for generating an illusion of an external field of view that can be viewed by a user and / or sunlight in a space inside a building, including: a window A frame defining an area within the frame; a visual display unit for generating an optical display viewable by a user, wherein the optical display is transparent through at least a portion of the area defined by the frame Viewing; and at least one window feature located between a user and the visual display unit.

The visual display unit is located in at least a part of an area defined by the frame. Alternatively, the visual display unit may be attached to a rear portion of the frame and not located within an area defined by the frame itself. In this case, the light transmitted from the visual display device still passes through the area defined by the frame, and in the same way, when the frame is connected within at least a part of the area defined by the frame, Light from the display device passes through an area of the frame.

The visual display unit may be a therapeutic light source configured to be combined with a display surface including an image, the display surface being at least partially transparent, thereby allowing light emitted from the therapeutic light source to pass through the display. Surface, thereby providing a backlight image to the user.

Alternatively, the visual display unit may be a non-electronic display surface having an image displayed thereon.

However, preferably, the visual display unit may be an electronic unit.

The visual display unit may be an electronic screen.

The display assembly may include a sensor arrangement for generating at least one perceptible feeling to a user.

The sensor arrangement may include at least one sensor for generating at least one perceptible sensation. The sensation is based on the displayed image. For example, if the display has a beach with horses moving along the beach, the sound will be waves and noise from horses and other seashores. There is also a breeze from the coast and the smell of the ocean.

The display assembly may further include a receiver, and the receiver may be configured to receive a control signal from one of the activation devices operated by the user.

It may further include a processor for processing the control signals to control the operation of the sensor arrangement. Any computing processor can be used as needed.

At least one initiator may be included to start and stop the generation of one or more perceptible sensations.

The trigger may be a sensor operated in combination with a window feature, and the window feature may be moved between a first position and a second position.

In the first position, the sensor may be configured to initiate the generation of at least one or more perceptible sensations, and in the second position, the sensor may be configured to stop one or more perceptible sensations. The production of feelings. The sensor may be a pressure sensing pad, but if it is better, other types of sensors may be implemented, such as a mobile sensor.

The optical display may be a movie, where the movie is an instant display of a scene. The scene is an external scene in nature, and preferably includes animals.

The movie may be a still view of a scene or an instant movie seen from a moving object.

The component may further include a timer. The timer is used as a reference point to determine the point in time when the film is displayed or the still image is displayed.

The display component may further include a calculation component for comparing the time on the timer with the time of the day when the frame of the movie was shot. A processing tool can be arranged to monitor the time of day and the time that frames of the movie were taken.

The time of day and the shooting time of the frame of the movie can be programmed to shift by a predetermined time period.

The processor and time timer may be arranged to coordinate activation of at least one perceptible sensation at a predetermined time based on the timer and visual display.

The display assembly may further include an air circulation device arranged to cause air to move from the frame toward a user.

The air circulation device may be a fan for copying a breeze.

The sensor arrangement may include a speaker for producing background sound effects.

The visual display unit and the window frame can be integrated.

The display assembly may further include a curtain arrangement that is attached to the frame; the curtain arrangement may be configured between a first configuration and a second configuration, the first configuration allowing a user to see the interior of the frame Defined area, the second configuration prevents the user from seeing the defined area within the frame. Alternatively, in the first configuration, only at least a portion of the defined area can be seen.

A sensor may be located in the window frame and operated in conjunction with the curtains to activate the optical display.

When the curtain arrangement is located in the first configuration, the sensor may be configured to start the generation of an optical display on the visual display unit, and when the curtain arrangement is located in the second configuration, the sensor may be It is configured to stop the generation of an optical display on the visual display unit.

The sensor may be a pressure sensing pad.

A therapeutic light source may be located in the frame. The therapeutic light source can be used in combination with an image displayed on a screen.

The window feature may be at least one glass panel.

The window feature may be at least one glass strip.

The window feature may be a window glass.

The display assembly may be arranged to reset and restart when a launcher is selected.

The display component may further include an internal memory storage device for storing selected visual images or videos.

The display component may further include a microphone for receiving a voice command from the user for activating the perceptible feeling and / or the optical display.

The display assembly may further include a communication tool for transmitting an operation signal to an external system, such as a lighting arrangement in a room and / or an audio system.

The display component may further include a port for receiving an external data storage device or a data storage connector.

The display assembly may further include an attachment tool for attaching the assembly to a wall by a fastener.

The light emitted from the therapeutic light source is a spectrum of white or blue light, wherein the emitted light has a luminosity of at least 10,000 lux.

The display assembly may be incorporated in a wall panel for assembling a building.

A building may include the display assembly of the present invention.

Although the invention has been described above, the invention extends to any creative combination of the above features, or within the scope of the following description, drawings, or patent applications. For example, any feature described in relation to any aspect of the invention is understood to be disclosed in connection with any other aspect of the invention.

It is an object of the present invention to provide a window for real life performance, which is for introducing a light source into a room (for example, a basement), which may not be a natural light source. The combination of the following features stimulates the user's sensory perception in a way to not only illuminate a room with real windows, for example, it also replicates the feeling of fresh air passing through an open window, and contains Expect smells, sounds, and vision from the open windows. This enhances natural light to simulate the natural experience felt by the user.

In FIG. 1, a display assembly 1 is provided for generating an external field of view from an internal space in a building (eg, a home) that can be seen by a user. The display assembly 1 includes: a window frame 2 which defines an area within the frame, such as a block. The frame may be constructed of any suitable material, including but not limited to: wood, plastic, metal, cement, plaster, glass, or any other material. A visual display unit 3 is provided for generating an optical display which can be seen by a user. In order to generate the illusion that the field of view is external, the visual display unit 3 is located in at least a part of the area defined by the frame 2, and at least one window feature 4 is located between users, that is, the viewer and Between the visual display units 3. The window features, such as a window panel 4a and the visual display unit 3 are surrounded by the window frame 2 to provide a single movable component. Therefore, the visual display unit 3 and the window frame 2 are integrated elements.

The frame may further include additional window features, such as a window sill 9. This further replicates the realism of the device. The window sill 9 and the frame 2 can be decorated by a user with a pot plant, a photo frame, or other decorative items usually decorated with real windows. The user may decide to hang glass ornaments from the top bar of the frame 2 in front of the display unit 3. This allows the user to make contact with the display assembly 1 like a real window.

As shown in FIG. 1, the window feature 4 may be a glass window, for example, various window frames, which include an arrangement of glass 4 b and glass strip 4 c, which hinders the display of the user in some scenes. This helps to further simulate the real experience of having a window in the space. The sash window can be opened or closed in the manner of a real sash window. In FIG. 1, the sash window is shown partially opened. The window frame window is a glass window group included in the window frame window, and has a visual display unit 3 located behind the window glass 4b of the window frame. The visual display unit 3 is an electronic type. For example, a screen 3a may include a CRT display, an LCD display, a display with and without an LED backlight, an OLED screen, a gas plasma display, and a television. The screen 3a projects light into the room or space and simulates ambient light entering through the window, which will be described in more detail below. In Figure 1, an LCD screen is shown. The type of screen used depends on the needs of the user and the expected price. In Figure 1, the screen is a high-definition screen. It is obvious to those with ordinary knowledge in the technical field to which the present invention pertains that it is ideal to use the currently available screen system with the highest resolution, which can provide the most realistic setting possible.

The technique of fixing the screen 3a to the window frame depends on the material and structure of the window. Larger screens are custom-made to fit the chosen frame. The technology for fixing the screen 3a to the frame 2 uses existing fixture settings provided in commercially available screens, and it is hidden under plastic frames such as laptops and computers.

The optical display is a moving visual image in the form of a film, which is captured and recorded in real time. Therefore, the visual display unit 3 is a screen 3a, which displays a pre-recorded film, for example, having a duration of 24 hours, thereby providing a real-time recording of the screen. The film can be of any length, and those skilled in the art to which the present invention pertains can understand that the present invention is not intended to be limited in this respect.

The film can be an instant dawn to dusk film, which is taken from a standing viewpoint, that is, obtained from a fixed position (video option 1), or can be replaced by a view through a moving landscape (video option 2) For example, obtained from a moving object (such as a train).

As an example of option 1 of the movie, the viewer can see the cows enter the field after milking at 6 am, watch them move through the field all day, and watch them follow the sunset at 8 pm go away. However, film option 2 provides a live video of a journey through a landscape, simulating the viewer ’s journey, for example, from the Flam train, in the UNESCO-protected Aurland Fjord ( Aurlands fjord), through cliffs and huge waterfalls to Myrdal in western Norway. In the case of multiple display assemblies 1 (not shown), they can be arranged in an array to simulate the windows of a plurality of train cars.

The selected movie can be changed to suit the environment in which it is located. For example, if the display assembly 1 is installed in a bathroom, the movie can display a waterfall. The film provides users with a true "field of view" through a window, and the brightness and temperature of the lighting provided by the film will match the situation in the film. For example, in the case of a movie of a cow in the field, if a "cloud" passes through the "sun", the ambient light may temporarily become dim and then bright again.

The display assembly includes a sensor 5 configured to produce at least one perceptible feeling to the user. For example, the sensor 5 may be a speaker 5a for generating a background sound effect accompanying a movie. Therefore, visual images are accompanied by synchronized or asynchronous sound effects. The speaker 5a is embedded in the top of the frame 2 and hidden. In order to provide the most realistic sound, the sound can be recorded at the same time as the displayed movie is shot. This ensures that the sound is the real sound of the movie, not the synthesized sound. However, the invention is not intended to be limited in this respect. In an exemplary embodiment, a controller may be provided that will give the user a real feeling when the simulation (visually) opens or closes the "window" and adjusts the volume of the sound accordingly.

A second perceivable sensation is provided by an air circulation device, for example, a fan 5b generates gas movement, thereby simulating the introduction of ambient air from the display module 1 into the room. As shown in FIG. 1, at least one fan is embedded in the top of the window frame 2. The speed of the fan 5b is controlled and changed to provide a real feeling of changing breeze or gusts to correspond to appropriate moments in the movie. Optionally, the component can provide override settings, allowing the user to set the fan 5b to its desired setting and temperature. Again, a controller can be provided that simulates (visually) the opening of the window and initiates air movement accordingly.

A third perceptible sensation is provided by an odor generator 5c to provide the user with an odor. The odor is added to the gas flow guided by the fan. The reservoir of the scent applicator is hidden in the outer area of the window frame 2, whereby it can be easily replaced by a viewer. The smell is subtle, for example, it can be the soft taste of mowed grass, hot stones, salt water, natural flowers and grass; any object that develops visual and acoustic illusions.

The window panel 4a is configured to be movable between a first position in which the window system is closed and a second position in which the window system is opened. As mentioned above, in the second position, a controller can trigger at least one of these perceptible sensations, such as simultaneous sound, odor and ambient air flow. It is envisaged that a combination of two or all three perceptible sensations will work together to provide the user with a complete sensory experience, and may allow them to have a real experience with an actual window where there is usually no window.

Opening the window will release a trigger. The trigger is at least one pressure switch 6 mechanism, which is located in the window frame 2 and between a part of the frame 2 and the window panel 4a. When the window system is closed and pressure is applied to the pressure switch 6, the transmitter 5 system is not activated. However, when the window system is opened and the pressure system is removed from the pressure switch 6, the transmitter 5 system is not activated. Opened to provide a perceptible feel to the user.

The window can be opened by hand, or alternatively can be opened or closed by remote control of the sound effect and the start or stop of the gas flow. Alternatively, the sound effect and the gas flow can be independently turned on or off using a remote control. Alternatively, by incorporating a microphone (not shown) located in the frame, the component can be activated by voice. The microphone accepts a voice command from the user, and a signal is transmitted to the processor, whereby the signal activates the function of the display component, for example, selecting a movie or starting a specific perceptible feeling. In this embodiment, the voice command triggers the activation of a specific sensor. The speaker 5a, the odor generator 5c, and the fan 5b are elements located in the frame 2, and are substantially hidden from the user's perspective. As shown in FIG. 2, all sensors 5 operate on a small network embedded controller 7, which is installed behind the screen 3a. The high-definition screen 3a is connected to a controller using HDMI or other links.

A receiver 8 is located in the frame 2 or a window sill 9 and is arranged to receive a control signal from an activation device (not shown), which is operated by a user. When a control command is received from one of the users, the controller 7 controls the operation of the sensor arrangement 5.

The remote control sensor is located in a forward-facing position, and the buttons are located on the side edges of the window sill, which are used to allow manual operation of the volume of the sound effect, the intensity of the airflow, the generation of odors, and the use of screen content information without the need for a remote control .

At least one initiator 10 is provided for starting and stopping the generation of one or more perceptible sensations. The starter 10 is a push button switch, which is hidden in the frame 2. The assembly is arranged to be reset and restarted when the initiator 10 is selected. Alternatively, the function of the display component 1 is provided by a touch screen remote control system (not shown), which can be installed as a program or application on an existing device owned and used by the viewer, For example: its phone or tablet. The user cannot access the screen 3a itself during normal work use. The display module 1 is connected to the network to provide access to a database of videos and still images and accompanying sound effects, and will include an option for customers to add their own videos or images through port 11. The port The 11 series is configured to receive an external data storage device, such as an SD card or a data storage connector. The port is located within the structure or the window frame. In Figure 2, it provides an SD slot. A cable (not shown) is connected between the SD slot and the controller.

An internal memory storage device 12 is located in or adjacent to the controller 7 and is used to store selected visual images or files selectable by the user. Alternatively, the videos may be streamed over the Internet. Other video files and images can also be accessed by an application on the user's personal electronic device (for example: his tablet device or laptop), which is then connected to the display module 1 via a wire or wirelessly, To be displayed on the visual display unit 3.

An accompanying website is provided for users to choose from a video database. The website also allows users to upload their own videos and images of any length, and allows users to select and download videos and images to their Display module memory 12.

Alternatively, the movie can be customized to meet the specific needs and interests of the user.

In order to synchronize or offset the movie with the actual time of the day experienced by the user, a timer 13 is provided in the component, thereby identifying the actual time of the day, and one of the controllers 7 The processor 14 can compare the time on the timer 13 with the time of the frame of the movie. In addition, the processor 14 and the time timer 13 are arranged to coordinate the activation of at least one perceptible sensation according to the visual display at a given time identified by the timer 13.

The user can start the movie or select a scene of the movie according to predetermined settings or requirements. For example, the time of the day of the user may be offset from the time when the image was captured by a predetermined period of time. Therefore, the movie can be programmed to start at another time. For example, when a user wants to see the sunrise of his hometown a few hours after the sunrise of his place of residence, he can select this function.

A curtain arrangement 15 is attached to the window frame 2. The curtain arrangement 15 may be arranged between a first arrangement and a second arrangement. The first arrangement allows the user to see the area 2a defined in the frame 2. The second arrangement prevents the user from seeing the area 2a. Area 2a as defined in frame 2. Opening the curtain covering the window by hand will release a trigger that automatically starts the movie. The automatic triggering is provided by a pressure switch 16. When pressure is applied to the switch 16, no power is applied to the screen 3a, and the movie is not played. However, when the pressure of the door curtain 15 is removed from the pressure switch mechanism 16 assembled in the window frame 2, power will be supplied to the screen 3a, and the movie will start at a predetermined starting point.

The default starting point is when the viewer's time of day is synchronized with the time on the movie. The starting point of the movie is configured to match the time when the curtain 15 is opened. For example, if the curtain is opened at 6 am in the morning, it will display 6 am in the movie. When the curtain 15 is closed, the movie will stop and close. You can also use a remote control to open or close the curtain. The window pressure sensor 6 and curtain pressure sensor 16 for triggering these sensors and optical images respectively can be overridden by the push button switches. However, the preset will be to physically open or close the curtain or window, that is, triggered by individual pressure switches 6,16.

The display assembly includes an attachment tool (not shown) located behind the assembly for attaching the assembly to a wall by a fastener. Therefore, the display assembly can be mounted on a wall (like a typical window), suspended from the wall, suspended from the ceiling or stood on the ground as desired by the user, providing a large number of versatility to adapt to different environment of. Where the display assembly 1 is installed in a wall, the frame 2 can be hidden from view or only partially visible. In this embodiment, the user may not expect to have a glass window on the front of the display, thereby giving the effect of opening the window to one that opens to the outside. Wherein, in a case where the display component 1 is suspended from a ceiling or stands on the ground, the component 1 may have a display 3 on either side. The display assembly is configured to be removable so that it can be maintained or replaced as needed.

A light therapy source 17, such as a lamp or LED bar, can be arranged within the frame 2 which can help patients with seasonal affective disorders. The light applied by the light therapy lamp or LED strip will be used in combination with the optical display image provided on the screen. This arrangement is particularly effective for use with non-reflective screen technology. It is important that the intensity of light is sufficient to provide the user with the desired therapeutic benefit, that is, a luminosity of at least 10,000 lux is required. In addition, the light emitted from the screen 3a may have such a temperature and color, so that it has a therapeutic benefit in this regard. This also helps reinforce the illusion of natural experience.

The therapeutic light option will be controllable by a remote control or a launcher 10 located on the frame. An automatic timer 18 is also provided, thereby limiting the treatment of the seasonal affective disorder to a maximum of 20 minutes per day, thereby avoiding disruption of the circadian rhythm. Beneficially, in the winter months, the film displayed on the screen 3a provides the illusion of a longer day and allows people to wake up under a simulated sunrise and fall asleep under a simulated sunset.

The display assembly 1 can be used to illuminate plants at night and night. In particular, it is known that some plants require a high amount of exposure to electromagnetic radiation of a specific wavelength. By using professional LEDs and playing the correct film at the proper timing, the display module 1 can be used to promote the growth of such plants. The display assembly may also include a sprinkler system built into the frame 2. The sprinkler system (not shown) can also be automatically switched on and off by an automatic timer.

The display unit 1 is also useful as a night light for young children or infants, and a sound effect option can be provided to generate white noise, lullaby or other calming sounds for those children who have difficulty sleeping, such as the ocean the sound of. The timer 18 can be applied to the component to set the time when the movie is displayed on the screen 3a. At the end of the specific time period, the display module enters a standby mode. The display module 1 is then programmed to restart at a predetermined time, for example, to make it gradually and calmly wake up the baby or toddler at sunrise. The same movie can be applied, or it can be programmed by the user to choose another movie, or automatically programmed by a user interface.

There is also an option for the display assembly 1 which includes a motion sensor (not shown) for activating a movie and / or soothing when a baby or toddler wakes up and sits up at midnight. . A motion sensor will start the movie at a predetermined real time or a preset time. The motion sensor will be embedded in the frame, but it is set to face a suitable position to maximize the detection of motion.

A further application of the present invention is to install a plurality of display components in a tunnel of a road, and / or in an underground transportation area, such as the Metrolink of Barcelona or the Tube railways of London. For long tunnels, this has the advantage of providing a reference point for the time of day when driving, and helps keep the driver alert and awake and a sense of direction.

A user interface menu (not shown) provides the function of selecting an 'information' option, so that the user can identify and find more information on specific details of the field of view, such as: the geographical position of the field of view, The name of a bird, the name of a farm, or the name of a river. If something unusual happens in the field of view, information will be provided and the user can access the information if necessary. Therefore, this information aspect provides educational information for adults and children that may not have experienced information such as the sound of a specific bird or the location of exploring a specific field of vision. Therefore, when a bird song is played, the remote control can be used to identify the bird.

All the elements of the display assembly 1 described above are installed in the window frame 2 to maintain the illusion of a window with a field of view. Therefore, as mentioned above, any speaker 5a, fan 5b or starter such as button 10 is built in the casing of the window frame so that it can be hidden from the user's sight. Computing components, power supplies or related cables, and cables from the speaker 5a, odor generator 5c, and fan 5b are also hidden from view. For example, the controller 7 is located behind the screen. Alternatively, the display module 1 will be powered by a power source arranged in a standard plug and socket. Therefore, the module is powered by a main power pack.

As shown in FIG. 2, the system controller 7 is arranged behind the display module. The system controller 7 runs functional hardware and software and provides a memory capacity. It includes a set / reset interface that enables users to control and manage the time / date of summer time changes, and automatically synchronize live videos. Remote access is provided through a full-color touch screen interface on the user ’s device. Therefore, the user can select a video or image through the network, and adjust the power mode of the component, control the volume of any sound effect and select whether it is on or off, control the speed of the fan and select whether it is on or off, and view the display The information of the scene either changes the date or time, or the start time of the movie, or the smell to be given.

The term building used in this article refers to permanent and temporary buildings, including areas such as offices, retail units (including hospitality), plant nurseries, medical spaces, and temporary internal spaces, such as festivals And exhibition structures and residences. As mentioned earlier, this component can also be installed in tunnels and underground structures, which may not traditionally be classified as buildings, but it should be understood that these structures and areas are included in this term.

Various modifications to the above principles will themselves suggest to ordinary knowledge. For example, the window panel 4a need not be a typical rectangular window frame window, and may alternatively be a porthole window or a modern window assembly if required. The window 4a may include a glass strip 4c, and does not need to include a glass panel 4b itself, or may be provided with only the glass 4b like a modern PVC window assembly. The frame can be formed from waste material or can be customized. Therefore, the options include a floor-to-ceiling floor-to-ceiling window, a cast-iron church window, a porthole for a children's bedroom, or a series of windows to create the illusion of a train carriage or other vehicle. Window decorations, such as shutters (not shown), can also be provided to match the interior design existing in the space in which it will be installed.

Alternatively, the optical component may be a small portable component, which may be provided by a traveler. This is especially for people who rely on seasonal mood disorders or children who have insomnia during the holidays, or can be set up in a temporary structure or a dark office, etc., and can travel with the observer substantially instead of being fixed in a building On the wall of things. Power will be provided by the battery / charger and may still include a main power pack.

The electronic image does not need to be a movie, and may instead be an electronic still image or a series of still images displayed during a period of time (but with fewer frames, the changes are less frequent than film options).

If required, a portion of the screen or the entire screen can be used to display standard movies or TV shows.

In an alternative embodiment, a communication tool, such as a transmitter, is located in the window frame for transmitting operating signals to an external system, such as a lighting component in a room and / or a Sound effects system. Such a transmitter may be a near-field wireless transmitter known in the technical field to which the invention belongs.

Alternatively, particularly in the case of a more modern display assembly of the present invention, it is not necessary to provide the curtain assembly.

The viewer can keep the curtain open permanently and still use the aforementioned unit. This means that the movie can be opened and closed by a separate launcher, such as a button on the frame on the user side of the window, or indeed by the remote control, or a voice command. In this embodiment, the curtain is purely for decoration.

Alternatively, the mobile sensor may trigger the display component to be turned on or off, or between an operating or standby state. When the user enters and leaves the room where the video player is played, it eliminates the need for the user to manually open the video, which will reduce energy consumption.

When the mounting system is separated from the back, the screen can only be accessed from behind the window; therefore, no buttons are provided on the screen, and all operable actuators are instead provided on the frame or window sill of the display assembly.

Alternatively, referring to Figures 1-3 of the drawings, the present invention may include the same settings as before, but instead of an electronic display tool (which includes an electronic screen set behind the window feature to play a movie or mp4 file), It provides a projection screen on which an image or video is projected by a projector located outside the display screen and away from the display screen.

The main purpose of aspects of the present invention is to provide simulated windows for environments where window / ambient light is not available. The above describes an embodiment whereby the displayed screen is a real-time captured video of an external scene (thus providing a natural light source and visual simulation), with a controller, so that additional (related) sensory simulations can be The output, thereby completely replicating the supply of a window, especially in environments where no windows / natural light is present.

1‧‧‧Display component
2‧‧‧ window frame
3‧‧‧Visual Display Unit
3a‧‧‧screen
4‧‧‧ window features
4a‧‧‧window panel
4b‧‧‧ glass
4c‧‧‧glass strip
5‧‧‧ Sensor
5a‧‧‧Speaker
5b‧‧‧fan
5c‧‧‧Odor Generator
6‧‧‧Pressure Switch
7‧‧‧controller
8‧‧‧ Receiver
9‧‧‧ windowsill
10‧‧‧Launcher
11‧‧‧port
12‧‧‧ Internal memory storage device
13‧‧‧Timer
14‧‧‧ processor
15‧‧‧curtain arrangement
16‧‧‧Pressure Switch
17‧‧‧light therapy source
18‧‧‧ Timer

The present invention will now be described by way of example only and with reference to the accompanying drawings, wherein: [Fig. 1] is a perspective view of a display assembly of the present invention as seen by a user; [Fig. 2] is a display of Fig. 1 A cross-sectional view of the module; and [FIG. 3] is a perspective view of a display module according to a second embodiment of the present invention as seen by a user.

1‧‧‧Display component

2‧‧‧ window frame

3‧‧‧Visual Display Unit

3a‧‧‧screen

4‧‧‧ window features

4a‧‧‧window panel

4b‧‧‧ glass

4c‧‧‧glass strip

5‧‧‧ Sensor

5a‧‧‧Speaker

5b‧‧‧fan

5c‧‧‧Odor Generator

6‧‧‧Pressure Switch

8‧‧‧ Receiver

9‧‧‧ windowsill

10‧‧‧Launcher

15‧‧‧curtain arrangement

16‧‧‧Pressure Switch

17‧‧‧light therapy source

Claims (53)

A display assembly for simulating a window in an interior space, the assembly comprising:-a window frame for defining an area within the frame;-an electronic visual display unit configured to generate an optical display, the An optical display can be viewed by a user through the area of the frame, the optical display includes a live video of an external scene;-at least one window feature, which is located between a user and the visual display unit;-a sensory device, At startup, it is configured to produce a perceptible feeling for at least one user associated with the recording;-the component is arranged and configured to selectively visually simulate the window system being opened or closed; and It further includes a controller configured to generate a control signal for activating the sensory device in response to the window being opened. The display assembly according to claim 1, wherein the visual display unit includes an electronic screen, and the optical display is a film. The display component according to claim 1 or 2, further comprising an internal memory storage device, which is used to store some selected videos. The display component according to claim 3, wherein the component further includes a USB port for receiving a USB connector, and the video can be uploaded to the internal memory storage device. The display module according to claim 3, further comprising a wireless receiver, optionally an RFID antenna, for wirelessly communicating with a remote device, and broadcasting a movie through the remote device. The display assembly according to any one of claims 1 to 5, further comprising a speaker arranged to generate an environmental sound effect corresponding to a movie, wherein the sound effect becomes larger when the window is "opened" Sound to simulate windows being opened. The display assembly according to any one of claims 1 to 6, further comprising an air circulation device arranged to move air from the frame toward a user, wherein when the window is "opened", the The air circulation system was activated to simulate the windows being opened. The display component according to any one of claims 1 to 7, further comprising a timer, which is used to automatically synchronize the optical display and at least one perceptible feeling with real time. A display assembly for generating the illusion of an external field of view that can be viewed by a user and / or sunlight in a space inside a building, comprising: a window frame defining an area within the frame; a A visual display unit for generating an optical display viewable by a user, wherein the optical display is viewable through at least a part of an area defined by the frame; and at least one window feature, which is located in use And the visual display unit. The display assembly according to claim 9, wherein the visual display unit is electronic and located within at least a part of an area defined by the frame. The display assembly according to claim 10, wherein the visual display unit includes an electronic screen. The display module according to any one of claims 1 to 11, further comprising a sensor arrangement for generating at least one perceptible feeling to a user. The display assembly according to claim 12, wherein the sensor arrangement may include at least one sensor for generating the at least one perceptible feeling. The display module according to claim 12 or 13, further comprising a receiver configured to receive a control signal from one of the activation devices operated by the user. The display component according to claim 14, further comprising a processor for processing the control signals to control the operation of the sensor arrangement. The display component according to any one of claims 12 to 15, further comprising at least one enabler for starting and stopping the generation of one or more perceptible sensations. The display assembly according to claim 16, wherein the launcher is a sensor operated in combination with a window feature, and the window feature is movable between a first position and a second position. The display component according to claim 17, wherein in the first position, the sensor may be configured to initiate generation of at least one or more perceptible sensations, and in the second position, the sensor may be It is configured to stop the generation of one or more perceptible sensations. The display device according to claim 17 or 18, wherein the sensor is a pressure sensing pad. The display module according to any one of claims 1 to 19, wherein the optical display is a film. The display component according to claim 20, wherein the movie is an instant display of a scene. The display component according to claim 20 or 21, wherein the movie is a still view of a scene. The display device according to claim 20 or 22, wherein the live film is a field of view seen from a moving object. The display component according to any one of claims 1 to 23, further comprising a timer. The display component described in claim 24, when attached to claims 20 to 23, includes a calculation component for comparing the time on the timer with the time of the day when the frame of the movie was shot. The display component according to claim 25, further comprising a processing tool arranged to monitor the time of day and the time of shooting the frame of the movie. The display component according to claim 25 or 26, wherein the time of day and the time of shooting the frame of the film can be programmed to be offset by a predetermined time period. The display component according to claim 26 or 27, wherein the processor and the time timer are arranged to coordinate activation of at least one perceptible sensation at a predetermined time based on the timer and visual display. The display module according to any one of claims 12 to 28, further comprising an air circulation device arranged to cause air to move from the frame toward a user. The display assembly according to claim 29, wherein the air circulation device is a fan for copying a breeze. The display assembly according to any one of claims 12 to 30, wherein the sensor arrangement includes a speaker for generating a background sound effect. The display assembly according to any one of claims 1 to 31, wherein the visual display unit and the window frame are integrated. The display module according to any one of claims 1 to 32, further comprising a curtain arrangement attached to the frame, the curtain arrangement being disposed between a first configuration and a second configuration, the first A configuration allows the user to see the defined area within the frame, and the second configuration prevents the user from seeing the defined area within the frame. The display assembly according to claim 33, further comprising a sensor, which is located in the window frame and operates in conjunction with the door curtains to activate the optical display. The display assembly according to claim 34, wherein when the curtain arrangement is located in the first configuration, the sensor may be configured to start the generation of an optical display on the visual display unit, and when the curtain arrangement is When in the second configuration, the sensor may be configured to stop the generation of an optical display on the visual display unit. The display device according to claim 34 or 35, wherein the sensor is a pressure sensing pad. The display assembly according to any one of claims 1 to 36, wherein the window feature is at least one glass panel. The display assembly according to any one of claims 1 to 37, wherein the window feature is at least one glass strip. The display assembly according to any one of claims 1 to 38, wherein the window feature is a window glass. The display assembly according to any one of claims 1 to 39, wherein the display assembly is arranged to reset and restart when a launcher is selected. The display module according to any one of claims 1 to 39, further comprising an internal memory storage device for storing the selected movie. The display component according to claim 41, wherein the component further includes a USB port for receiving a USB connector, and the video file can be uploaded to the internal memory storage device. The display module according to claim 41, further comprising a wireless receiver, optionally an RFID antenna, for wirelessly communicating with a remote device. The display component according to claim 43, wherein the remote device is a user's mobile device. The display component according to any one of claims 1 to 44, further comprising a microphone for receiving a voice command from the user for activating the perceptible feeling and / or the optical display. The display module according to any one of claims 1 to 45, further comprising a communication tool for transmitting an operation signal to an external system, such as a lighting arrangement in a room and / or a sound system. The display module according to any one of claims 1 to 46, further comprising a port for receiving an external data storage device or a data storage connector. The display assembly according to any one of claims 1 to 47, further comprising an attachment tool for attaching the assembly to a wall by a fastener. The display module according to any one of claims 1 to 48, wherein the display module further includes a support mechanism that provides independent support. The display module according to any one of claims 1 to 48, wherein the emitted light has a luminance of at least 10,000 lux. The display device according to claim 5, wherein the screen is a non-reflective screen. A wall comprising a display component according to any one of claims 1 to 51. A building comprising a display assembly according to any one of claims 1 to 51.