Structure and layout of air compressing and storing device

Abstract

The invention belongs to the technical field of air compression and relates to structure and layout of an air compressing and storing device. The air compressing and storing device comprises a pump head, an air tank, an air pressure control element and a supporting frame. The air compressing and storing device is characterized in that the pump head is arranged below the air tank, and air compressed by the pump head is delivered and stored into the air tank. A structural form that the pump head is arranged below is adopted, so that space occupied by the device can be reduced, packaging and transporting cost is reduced, barycenter of the device is lowered, and supporting stability of the device is improved; by using the pump head arranged below, shielding by the air tank and the ground can be utilized to reduce covering members for blocking noise of the pump head from being transmitted out, and material consumption of the supporting frame can be reduced, so that manufacturing cost of the device is lowered. In addition, the air pressure control element can be arranged above the pump head in low layout according to needs, so that a user can control the air pressure control element through a foot, layout flexibility of the air pressure control element is improved, and agreeableness in operation and use is improved.

Description

technical field [0001] The invention belongs to the technical field of gas compression, and relates to a device and system for air compression and storage, in particular to the structure and layout of a portable device for compressing and storing air working medium. Background technique [0002] In people's life and work, it is often necessary to use compressed air, such as in the process of decorating houses, in the process of producing and assembling machines, in the process of medical care and food packaging. Compressed air, all that stuff. In many occasions, the devices for compressing and storing air are generally small devices, and their volume should not be too large, such as gas compression devices for supplying air to nail guns and compressed air systems for inflating tires, etc., they need to be small in size, Characterized by light weight, easy mobility and pleasant handling. However, existing devices and systems for air compression and storage cannot actually m...

AI Technical Summary

Problems solved by technology

For a long time, due to the fixed thinking and design inertia, the layout and relationship of the above components are not ideal. The main manifestations are: the pump head (also called compressor) for compressing air is usually arranged on the side of the air tank or As a result, the volume of the whole device is relatively large (when the compressor is arranged on the side), which is not conducive to its transportation and packaging, or the center of gravity of the device is too high (when the compressor is arranged on the top), which is negative It affects the stability of its support; in addition, whether it is a side-mounted or top-mounted pump head, since the noise it emits during operation is easily scattered, it is necessary to set more covers to suppress the noise from spreading; Also, when the pump head is arranged on the side of the gas tank or above the gas tank, it is obvious that more brackets are needed to support and protect it, so more materials and man-hours will be consumed; finally, the side The pump head with mounted or top-mounted layout also limits the flexibility of the layout and use of some system accessories such as air pressure control components, because these components are generally arranged in a higher place along with the pump head. Use hands to operate but cannot use feet to control. When the operator is handling pneumatic tools and cannot free up his hands, this layout obviously has certain disadvantages.

[0003] To sum up, there is room for further improvement and improvement in the layout of the existing devices and systems for compressing and storing air

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