Abstract:
Embodiments of the present disclosure encompass crushable capsule beads containing cuticle moisturizing oils, comprising a biodegradable polymer shell, and a core comprising a blend of cuticle moisturizing oils and additional stabilizers or additives. The biodegradable polymer shell may be made from gelatin, cellulose, agar, gellan gum, carrageenan, or other suitable materials. The cuticle moisturizing oils may include jojoba oil, almond oil, vitamin E oil, and avocado oil. The crushable capsule beads provide protection against oxidation, enhanced freshness, and portability, making them a reliable and convenient option for on-the-go cuticle care.
Abstract:
A backlight module includes a light guide board, at least one light emitting unit, a plurality of first glues, and a first reflection sheet. The light guide board has a light entrance surface, a light exit surface, and at least one reflection surface. The reflection surface is connected to the light entrance surface and the light exit surface respectively. The light emitting unit is disposed at the light entrance surface of the light guide board. The plurality of first glues is alternatively disposed on the reflection surface in a from-sparse-to-dense manner. The first reflection sheet is disposed on the plurality of first glues such that the first reflection sheet can be fixed onto the reflection surface.
Abstract:
A backlight module includes a light guide board, at least one light emitting unit, a plurality of first glues, and a first reflection sheet. The light guide board has a light entrance surface, a light exit surface, and at least one reflection surface. The reflection surface is connected to the light entrance surface and the light exit surface respectively. The light emitting unit is disposed at the light entrance surface of the light guide board. The plurality of first glues is alternatively disposed on the reflection surface in a from-sparse-to-dense manner. The first reflection sheet is disposed on the plurality of first glues such that the first reflection sheet can be fixed onto the reflection surface.
Abstract:
A current providing method utilized to a power supplying circuit, which provides an output current to a loading. The current providing method comprising: detecting if a current value of the output current is larger than a threshold current value; computing a number that the current value of the output current is larger than the threshold current value; determining if the number is larger or equal to a predetermined number; and controlling the power supplying circuit to decrease the output current to a predetermined current value if the number is larger or equal to the predetermined number.
Abstract:
The disclosure is a device of inductance detection, which includes: a controller, a current pulse generator, and a detector. The controller generates a control signal and an enable signal to the switching regulator according to a judge signal. The switching regulator then generates an output voltage. The current pulse generator is coupled to the controller and generates a current pulse signal to the object according to the control signal. The detector is coupled to the object and the current pulse generator, and is used to detect a reflective signal responded by the object after the object receives the current pulse signal. The detector then generates a judge signal according to the reflective signal.
Abstract:
A motion blurred image restoring method includes following steps. A blur parameter is estimated through a global motion relation between a target image and an image next to the target image, and a restored image is generated through the blur parameter. In order to avoid errors from occurring to the estimated blur parameter, the blue parameter is further adjusted according to the image quality value of the restored image, such that the restored image has a more desirable image quality.
Abstract:
A method for recording a selectable audio source in a portable electronic device and method for linking the recorded audio to a picture in the portable electronic device. The method for recording a selectable audio source includes: (A) determining whether a plurality of audio input devices are provided, if not, then performing step (C); (B) recording an audio file from one of the audio input devices and outputting the audio file; and (C) recording an audio file from the audio input device and outputting the audio file. The method for linking the recorded audio to a picture further comprises a step of linking the recorded audio to the picture.
Abstract:
A rhythmic lighting method for a LED on a portable electronic device, and the portable electronic device can blink the LEDs with music tempo. Therefore, the user can not only listen to the music but also enjoy the rhythmic lighting vision effect. In addition, this present invention can change the illumination color of the LED to the user's satisfaction, or for different power states.
Abstract:
An ecological brick for slope lands is made from virgin materials or wasted materials and formed in a porous structure to equip water permeable and retaining properties. The brick has one side forming a space for growing plants. The space has a portion forming a cavity located deeply in the interior of the brick for holding the plants. The brick has means to couple with one another such as through holes to receive elongated reinforced bars or insert pins. The coupling means may also be formed on the peripheral sides of the brick to allow the brick to wedge and couple with one another.
Abstract:
A light source module includes a first frame, a second frame, a light guide plate, a light source, at least one positioning element and at least one buffer element. The second frame is disposed corresponding to the first frame and has at least one through hole. The light guide plate is disposed between the first frame and the second frame and has a light incident surface and a side surface, and the side surface faces to the through hole of the second frame. The light source is disposed on the light incident surface of the light guide plate. The positioning element is disposed in the through hole of the second frame. The buffer element is located between the positioning element and the side surface of the light guide plate.