TR201709668A2 - ONE INTELLIGENT WATCH - Google Patents

Abstract

A screen (110); a background illumination unit (120) positioned below said screen (110) and accommodating a plurality of light emitters (121) for illuminating the screen (110); It is a smart wristwatch (100) comprising a processor unit (140) configured to send an image (111) comprising at least one object (112) to said screen (110) and to control the light emitting status of the light emitters (121). Accordingly, it comprises at least one image acquisition unit (130) associated with the said processor unit (140), and the processor unit (140) is configured to detect the user's viewing direction (210) according to the images (111) taken from the image receiving unit (130), The processor unit (140) furthermore, in case the detected direction of view (210) cuts a first region (113) on the screen (110), so as to ensure that said object (112) is located in the neighborhood of the first region (113) and / or the first region (113) characterized in that it is configured to send images (111) to the screen (110) and enable the light emitters (121) corresponding to the neighbor of the first region (113) and / or the first region (113) to emit light. Figure 1

Description

DESCRIPTION A SMART WARRANTY TECHNICAL FIELD The invention includes a screen; for lighting the screen and positioned under the said screen. a backlight unit containing a plurality of light emitters; to the mentioned screen It will send an image Containing less than one object and check the light emitting status of the light emitters. It relates to a smartwatch comprising a processor unit configured to

PRIOR ART Smart watches are widely used as accessories, as a media access tool, as a communication tool. is used in . In the current technique, the screen is in the form to completely surround the wrist. and flexible structure smart wristwatches are known. Time on user clock screen When you want to look at an object such as indicator, notification, text, menu, move your arm. and position the clock screen in such a way that it is in front of its eyes.

Performing such movements on the basis of activities such as cycling, rock climbing It is difficult and dangerous. This situation has made it necessary to make an innovation in the relevant technical field.

BRIEF DESCRIPTION OF THE INVENTION The present invention is aimed at eliminating the above mentioned disadvantages and providing the relevant technical field. It relates to a smart wristwatch to bring new advantages.

One object of the invention is to eliminate the user's need to move his arm to look at the time. is to introduce a smart wristwatch that eliminates

Another object of the invention is a wristwatch with a reduced amount of energy consumed while looking at the clock. is to reveal.

All the above-mentioned purposes that will emerge from the detailed description below. The present invention to implement a screen; located at the bottom of the said screen and backlighting with multiple light emitters to illuminate the screen unit; will send an image containing at least one object to said screen and light A processor configured to control the light emitting state of the emitters It is a smart wristwatch that contains the unit. Accordingly, the instantaneous device associated with the said processor unit includes at least one image acquisition unit configured to receive images, the processor the user's perspective according to the snapshots that the unit takes from the imaging unit. If it is configured to detect the direction of the processor, the processor unit also If the direction of view taken crosses a first region on the screen, the positioning of the said object in the first region and/or the first region neighbourhood. It will send an image to the screen and the first region and/or the first region will It can be configured to emit light from light emitters corresponding to its neighborhood. that it has been done. Thus, the user does not need to move the arm It is provided to see the object on the watch screen.

A preferred embodiment of the invention is characterized in that the processor unit is only in the first region. and/or in a way that allows the light emitters in the first district neighborhood to emit light. it is configured. Thus, only the background lighting around the object It also reduces energy consumption by operating.

Another preferred embodiment of the invention is characterized by the flexible structure of said screen. and provided in a strip-like form to wrap around the user's wrist.

Another preferred embodiment of the invention is characterized by the clock display of said object, menu or text.

Another preferred embodiment of the invention is characterized in that said image acquisition unit it's a camera.

Another preferred embodiment of the invention is characterized by said image acquisition units. It is arranged to take 360o view.

Another preferred embodiment of the invention is that the processor unit is located in the first region. at a first wavelength of light emitters and at least a second wavelength of other light emitters It is configured to emit light.

BRIEF DESCRIPTION OF THE FIGURE A representative view of the smart watch is given in Figure 1.

A side view of the smart watch is given in Figure 2.

A schematic representation of the smart watch is given in Figure 3.

DETAILED DESCRIPTION OF THE INVENTION In this detailed description, the subject of the invention is only for a better understanding of the subject. It is explained with examples that will not have a restrictive effect.

The invention essentially consists of detecting and displaying the user's viewing direction 210 on the screen 110. so that the object (112) on (111) coincides with this line of view (210). positioning and while doing so, only the user is looking at the screen (110). It is a smart wrist watch (100) that provides illumination of the section.

In an exemplary embodiment in the figure, the smart wristwatch (100) is about to wrap around the user's wrist. includes a body (101). On the body (101), covering the said body (101) a screen (110) is positioned. Below the said screen (110), the additional screen (110) A backlighting unit (120) is positioned to provide the lighting.

Said screen (110) is flexible in this exemplary embodiment. Screen 110 preferably It is configured to enter data by touch. contains. Said image (111) may contain an object (112). mentioned here In the object (112), the user such as time display, menu, notification indicator, written text denotes factors that may be of interest.

The backlighting unit 120 is more detailed with a plurality of light emitters (121). may contain. The processor unit (140) is the light emitters (121) of said light emitters. in a way that can control the spreading/non-diffusing states independently of each other. is configured. Light emitters ( can happen.

The smart wrist watch (100) also includes an image acquisition unit (130). mentioned image The receiving unit 130 may be an imaging sensor, in particular a camera. Said the image acquisition unit (130) takes snapshots (111) to the processor unit (140) is sending.

In an alternative embodiment, the image acquisition unit 130 may be provided in a plurality. Multiple provided image acquisition units (130) to provide 3600 images can be edited.

The processor unit 140 displays snapshots (111) taken from the image acquisition unit 130 is evaluating. The processor unit (140) is the user's viewpoint on the snapshots (111) taken. determines the direction (210). While performing this process, various techniques known in the art image processing methods can be used. With more detailed explanation, the user's face is detected, the user's eyes (200) are detected by circular shape detection methods. The position of the iris in the detected eye (200) is determined so that the eye (200) the direction of view 210 is determined. The view in question by the processor unit 140 It is determined whether the direction (210) cuts the screen (110). Referring to Figure 2 if assuming the user is looking at the screen 110; object 112, in this first region 113 and/or an image (111) arranged to be located in the neighborhood of the first zone (113). sends it to the screen (110). Thus, the direction in which the user is looking at the screen (110) The object (112) of interest of the user is placed, moving the user's arm requirement is eliminated.

In this case, where the direction of view (210) cuts the first region (113) on the screen (110) The processor unit 140 also allows the backlight unit 120 to only set the first zone. (113) and/or the lighting of the part that corresponds to the neighborhood of the first region (113) It ensures that it performs its function and keeps other regions dark. Like this Energy use by leaving areas outside the user's area of interest to be dark is being reduced. In more detail, the processor unit 140 is the first of the light emitters 121. coinciding with the district (113) and/or the neighborhood of the first district (113) Let the incoming ones work in the light emitting position, while the others stay in the off position. it provides.

In an alternative embodiment, the light emitters (121) are different waveforms in the processor unit (140) control. They are configured to emit light throughout their lengths. Look at this example configuration When it is determined that the line 210 cuts a first region 113 on the screen 110, light emitters (121) corresponding to the neighborhood of the first zone (113) and/or the first zone (113) emit light of a first wavelength and the other emitters (121) at least one second wave. It is controlled by the processor unit 140 to emit light throughout. First light of different colors so that the wavelength and the second wavelength can be distinguished visually. worthy of its spread. Thus, in cases where the user should be warned different background lighting and the point where the user should focus The visual effect of the warning can be increased by highlighting it.

The scope of protection of the invention is stated in the attached claims and this detailed for exemplification purposes, it cannot be limited to what is told. Because a technical expert similar in the light of what has been explained above without departing from the main theme of the invention. It is clear that structuring can occur.

Claims (7)

REQUESTS a screen (110); a background lighting unit (120) positioned below said screen (110) and containing a plurality of light emitters (121) for illuminating the screen (110); It is a smart watch (100) comprising a processor unit (140) configured to send an image (111) containing at least one object (112) to said screen (110) and to control the light emitting status of the light emitters (121). comprising at least one image acquisition unit (130) configured to take snapshots (111) in conjunction with said processor unit (140), allowing the processing unit (140) to determine the user's direction of view (210) according to the snapshots (111) received by the processor unit (140) from the image acquisition unit (130). is configured to detect said object 112 in the first region 113 and/or in the first region in case the detected direction of view (210) intersects a first region (113) on the screen (110). It is configured to send an image (111) to the screen (110) in a way that allows it to be positioned in the neighborhood of (113), and to emit light from the light emitters (121) corresponding to the first region (113) and/or the first region (113) neighborhood. It is a smart wrist watch (100) according to claim 1, and its feature is; is that the processor unit 140 is configured to emit light only to the light emitters (121) in the first region (113) and/or the first region (113) neighborhood. It is a smart wrist watch (100) according to claim 1 and its feature is; said screen (110) has a flexible structure and is provided in a strip-like form to wrap the wrist of the user. It is a smart wrist watch (100) according to claim 1 and its feature is; said object (112) is a clock display, menu or text. It is a smart wrist watch (100) according to claim 1 and its feature is; said image acquisition unit (130) is a camera. It is a smart wrist watch (100) according to claim 1 and its feature is; said image acquisition units (130) are arranged in a way to display 3600 images. 7. It is a smart wrist watch (100) according to claim 1. Its Feature is; is that the light emitters (121) in the first region (113) of the processor unit (140) are configured so that the other light emitters (121) emit light at at least one second wavelength at a first wavelength.