KR-20260064381-A - charging laptop holder

Abstract

The present invention relates to a rechargeable laptop stand capable of charging a laptop, designed with various integrated functions to allow users to conveniently mount and charge their laptops. Through height adjustment functions for the upper and lower sections, an internal high-capacity battery, and a USB-C charging cable, users are guaranteed continuity of work, and the ergonomic design provides comfort during prolonged use. This enables users to create an efficient work environment.

Inventors

• 김수연

Assignees

• 김수연

Dates

Publication Date

20260507

Application Date

20241031

Claims (1)

1. As a laptop stand (100), An upper height adjustment part (110) that can adjust the height of the upper part of the above-mentioned stand (100) in a slider-like manner using a circular ball (110a); A lower height adjustment part (111) that can adjust the height of the lower part of the above-mentioned stand (100) through a groove; A connecting ball (130) that is connected to the above-mentioned mounting bracket so as to be separable left and right; A battery is built inside the above-mentioned stand (100) and can be charged via a charging cable (140); A laptop stand (100) including a charging cable (120) for charging a laptop on the stand (100).

Description

Charging laptop holder The present invention relates to a laptop stand, and more specifically, to a rechargeable laptop stand that not only allows for convenient height adjustment when using a laptop but also has the capability to simultaneously charge a laptop using a built-in battery. Laptops, which modern people use in their daily lives, enable work regardless of location, but prolonged use can cause discomfort. To address this, various types of laptop stands have been developed, and height-adjustable stands that allow the screen to be positioned at eye level to suit the user's body type are widely used. However, existing stands have drawbacks, such as poor height adjustment precision or wobbling easily once set; furthermore, in environments requiring continuous power supply, they present the inconvenience of having to connect a separate charger. Additionally, as the need for products offering portability and convenience has emerged, there is a growing demand for integrated stands that support laptop charging along with stable height adjustment. FIG. 1 is a side perspective view of a charging laptop stand according to the present invention. The present invention relates to a rechargeable laptop stand that allows a laptop to be used while being charged, and is designed to enable a user to efficiently and stably mount a laptop in various environments. The present invention integrates a stand and a charging function to enhance user convenience, and each component is designed to strengthen user-centered functionality. The features of the rechargeable laptop stand according to the present invention will be understood through the embodiments described in detail below with reference to the attached drawings. The upper height adjustment part (110) adopts a slider mechanism in the form of a circular ball, designed so that the user can easily push and adjust it. This circular ball is mounted on the upper part of the stand in the form of a slider, providing convenience for the user to finely adjust the position and angle of the laptop. This structure enables various height settings, allowing the user to implement a customized work posture, and further maximizes the usability of the laptop stand. The upper height adjustment part (110) is a component integrated into the laptop stand (100) of the present invention, and is designed so that when the user is not using the stand, the upper height adjustment part can be folded to minimize the volume of the stand and store it conveniently. The lower height adjustment part (111) is designed to allow the user to position the laptop at a desired height by aligning it with a fixed groove, thereby providing stable support regardless of the weight of the laptop. This structure allows the user to work at various angles and heights, maximizing user convenience and enabling flexible adjustment according to the environment. Through the connecting ball (130), the laptop stand (100) of the present invention is configured to allow both sides to be connected and separated into left and right sides, so that the user can flexibly adjust the stand as needed. The connecting ball (130) ensures the robustness and stability of the laptop stand (100) while enabling convenient movement and storage, thereby maximizing the portability of the laptop stand (100). A large-capacity battery is built into the laptop stand (100), allowing the user to charge the laptop using the battery inside the stand while the laptop is placed on the stand. The charging port (140) serves to charge the battery inside the stand and is designed in the form of a USB-C type. This allows the user to conveniently charge the laptop and reduce concerns about the remaining battery level while working. The present invention includes a USB-C type charging cable (120) compatible with the latest laptops, allowing users to charge the laptop on a stand without a separate charger, thereby ensuring continuity of work and enabling the laptop to be used for a long time without worrying about power shortages. Through this, users can experience a more efficient and convenient work environment.