一种多功能学生桌

Abstract

本实用新型公开了一种多功能学生桌，通过在开关组件上设置有语音识别模块和手动操作模块，从而可以通过语音和手动输入的两种方式来操作升降组件的运行，使得操作更加智能化，而且在其中一个开关方式出现问题时，另一个开关方式能起到备份开关的作用；通过连接在两个桌撑侧面的前挡，并在前挡内设置有发热组件，从而在冬天时可以供学生取暖使用，而且由于前挡所处的位置位于学生腿部的正前方，因此使发热组件与学生腿部的距离更短，且正对面积更大，供暖效果更好且热量利用率更高；通过设置于两个桌座之间的踏板座，一是可以隐藏驱动装置，避免驱动装置受外力损坏，二是方便学生踩踏，使学生体感更加舒适。

Claims

1. A multi-functional student desk, characterized in that, include: A table body (10) is provided inside the table body (10), and a lifting seat (20) is provided on each side of the table body (10); Two table supports (30) are provided, the top of the table supports (30) is connected to the lifting seat (20), the bottom of the two table supports (30) is provided with table bases (40), and a foot pedal seat (50) is connected between the two table bases (40); The telescopic assembly includes an active member and a passive member, wherein the active member is disposed within the table support (30) and extends into the table base (40), and the passive member is disposed within the lifting seat (20) and connected to the active member; A drive unit, which is disposed in the pedal seat (50) and connected to the drive member; A front guard (60) is provided, with its two ends connected to the sides of two table supports (30) respectively. The front guard (60) has an installation cavity, and the front end face of the front guard (60) has an opening that communicates with the installation cavity. A safety net (71) is provided at the opening, and a heating element (70) is provided inside the installation cavity. The central processing unit is equipped with a voice processing module. The central processing unit is connected to the driving device and the heating component (70). The central processing unit is also connected to a switch component (80), which is equipped with a voice recognition module and a manual operation module.

2. The multifunctional student desk as described in claim 1, characterized in that: An installation port is provided on the front panel (60), table body (10), or table support (30), and the switch assembly (80) can be detached and installed onto the installation port.

3. A multifunctional student desk as described in claim 2, characterized in that: The inner side of the mounting port is provided with a receiving cavity. The switch assembly (80) is connected to the central processing unit through an extension connecting line. The extension connecting line can be folded and coiled to be stored in the receiving cavity.

4. A multifunctional student desk as described in claim 2, characterized in that: The switch assembly (80) is provided with a Bluetooth transmission module, the central processing unit is provided with a Bluetooth receiving module, the mounting port is provided with a charging contact connected to the central processing unit, and the back of the switch assembly (80) is provided with a charging contact piece that contacts the charging contact. When the switch assembly (80) is installed into the mounting port, the charging contact contacts the charging contact piece.

5. A multifunctional student desk as described in claim 1, characterized in that: The driving device is a drive motor (90). The output end of the drive motor (90) is connected to a drive shaft (91) that extends into the two table bases (40) respectively. The drive shaft (91) is provided with a drive gear. The drive component is a drive sleeve that is pivotally connected to the table support (30) and extends into the table base (40). The drive sleeve is provided with a drive gear that meshes with the drive gear on its outer periphery. The driven component is a lifting screw that is fixedly installed in the lifting seat (20). The drive sleeve is screwed onto the lifting screw.

6. A multifunctional student desk as described in claim 1, characterized in that: The windshield (60) is provided with a proximity sensor for connection to a central processing unit, the proximity sensor being used to detect the distance between the user's legs and the safety net (71).

7. A multifunctional student desk as described in claim 1, characterized in that: The table body (10) has a desktop on top, which includes a main desktop (11) at the front end and a secondary desktop (12) at the rear end of the main desktop (11). The front end of the main desktop (11) is pivotally connected to the top of the table body (10) so that the rear end of the main desktop (11) can swing up and down relative to the table body (10).

8. A multifunctional student desk as described in claim 7, characterized in that: The table body (10) is provided with a lifting component connected to the rear end of the main desktop (11), and the lifting component is electrically connected to the central processing unit.

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