Equipment position adjustment device

Abstract

An apparatus for adjusting a device position. A first top component (120) and a second top component (220) are installed on two lifting means (100, 200) respectively. The lifting means (100, 200) drive the first top component (120) and the second top component (220) to move along a vertical direction only. An angle between the first top component (120) and a horizontal bottom surface, and an angle between the second top component (220) and the horizontal bottom surface both remain unchanged. A support component (221) is secured on the lifting means (200). A tray (222) revolves about the support component (221) by means of a position adjustment mechanism, and an angle between the tray (222) and the horizontal bottom surface remains unchanged during revolution. A rotation trajectory of the tray (222) is a curve around the support component (221). The side of the second top component (220) distant from the first top component (120) is defined as a use side where a user is located when in use. The lowest point of the curve located at the use side is lower than the support component (221). A first locking means and a second locking means are further comprised. The first locking means and the second locking means are both connected to unlocking means (250, 260).

Description

technical field [0001] The invention relates to a device position adjustment device. Background technique [0002] With the development of society, ergonomics has been paid more and more attention. Especially when human beings enter the information age, daily work and life are increasingly dependent on operating computers and other equipment. However, the relative position of many devices to the human body is not adjustable, and users of different sizes cannot use the devices in an ergonomically suggested manner. In addition, this non-adjustability forces the user to operate the device in the same posture for a long time, which can easily lead to health problems such as cervical spine and lumbar spine injuries. Studies have shown that changing your posture at regular intervals, such as alternating sitting and standing, has health benefits. Therefore, there is an urgent need for a technical solution for conveniently adjusting the relative position of the device and the hum...

AI Technical Summary

Problems solved by technology

[0004] (1) The position adjustment of the monitor, the keyboard and the mouse is related, because the mechanical parts that physically connect the monitor and the keyboard and the mouse tray are used, when the user operates the keyboard and the mouse, the shaking of the keyboard and the mouse tray passes through the The mechanical parts are transmitted to the display, which inevitably leads to the shaking of the display, making it difficult to see the display, causing discomfort, which is not conducive to the use of the user

Although the user can carefully use the keyboard and mouse, and minimize the shaking to the extent that they are hard to detect, this kind of carefulness has caused the user's tension virtually, which is not conducive to the concentration of the work, reduces the work efficiency, and makes the user nervous. The state is easy to cause physical strain;

[0005] (2) When the device is used to operate the equipment in a standing position, because all the weight of the user's body acts on the lower limbs, it is easy to cause fatigue in the lower limbs, which reduces the user's standing time, and even does not want to use the device to switch between sitting and standing positions, and the device loses partial meaning

When the user feels the fatigue of the lower limbs in a standing posture, it is natural to want to lean / support the upper body on a firm place to reduce the fatigue of the lower limbs, but the current devices on the market cannot provide such a leaning / supporting position, or after leaning / supporting due to the first The reason mentioned in point 1 is that the shaking caused by leaning / supporting is transmitted to the display through the connected mechanical parts, causing the display to shake or even fall;

[0006] (3) Not providing enough support for the arm

Some devices currently on the market make the user operate the keyboard and mouse in a single posture, and do not provide enough support for the arm, or due to the reasons mentioned in point 1, the shaking caused by the support is transmitted to the display through the connected mechanical parts, Cause the display to shake or even drop;

[0007] (4) Some devices currently on the market take up a relatively large space, even when the device is adjusted to the state where the space is the smallest, the space is still relatively large

A large space on the horizontal plane usually results in the user having to vacate more space to install and place devices, and a large vertical space usually hinders the line of sight, destroys the aesthetics, and creates a depressing atmosphere

Both of these footprints adversely affect the flexibility of device deployment and adaptability to different environments

Some devices currently on the market try to solve the problem of taking up a lot of space. They use the method of partial contraction during adjustment to make it take up less space in a certain direction when adjusting to the state that occupies the smallest space. For some reason, it may enter the retraction stroke, resulting in injury or loss;

[0008] (5) The adjustment is not labor-saving and convenient enough, causing the user to be unwilling to adjust, and the device loses its meaning

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