High speed coating oscillator capable of intelligently displaying and controlling temperature

Abstract

The present invention provides a high speed coating oscillator capable of intelligently displaying and controlling temperature. The high speed coating oscillator comprises a main body, a display terminal, a controller and two electric motors, wherein a first LED lamp, a second LED lamp and a third LED lamp are arranged on the right side of the main body, an oscillation plate is arranged on the upper side of the main body, a temperature sensor is mounted on the outer surface of the electric motor, an axial fan is arranged on the right side of the electric motor, and the electric motor is connected to a vibration mechanism via a transmission mechanism. Compared with the prior art, the high speed coating oscillator has the following beneficial effects: the axial fan can be switched on automatically to dissipate heat according to different temperatures of the electrical motor, because different temperatures may correspond to lighting up of the first LED lamp, the second LED lamp and the third LED lamp, staff members can be effectively reminded, meanwhile temperature information of the electrical motor can be transmitted to the display terminal, and the staff members can know temperature conditions of the electrical motor via the display terminal. The overall design of the high speed coating oscillator is ingenious, so that market competition is increased, and the purposes of simple structure, reasonable design and attractive appearance are achieved.

Description

technical field [0001] The invention is a high-speed paint oscillator for intelligent display and temperature control, which belongs to the field of chemical machinery equipment. Background technique [0002] In today's social life, more and more blood is used. In order to ensure the stock of blood in the blood bank, various blood collection and blood donation activities have entered people's lives, and liquid collection mixers are often used in these collections, because blood contains There are coagulation factors. After the blood leaves the human body, if the anticoagulant preservation solution cannot be fully fused with the blood, the collected blood will be unusable, resulting in waste of blood and economic losses. Therefore, medical staff use machines or manual shaking when collecting blood The blood bag is a mixture of preservation solution and blood, but manual operation is prone to fatigue, and the swing mode of the machine is mostly tilted left and right, which can...

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Problems solved by technology

[0002] In today's social life, blood is used more and more. In order to ensure the stock of blood in the blood bank, various blood collection and blood donation activities have entered people's lives, and liquid collection mixers are often used in these collections, because blood contains There are coagulation factors. After the blood leaves the human body, if the anticoagulant preservation solution cannot be fully fused with the blood, the collected blood will be unusable, resulting in waste of blood and economic losses. Therefore, medical staff use machines or manual shaking when collecting blood Blood bag is a mixture of preservation solution and blood, but manual operation is prone to fatigue, and the swing mode of the machine is mostly tilted left and right, which cannot completely simulate the swing mode of manual operation, and the effect of liquid mixing cannot reach the effect of manual operation

[0003] The high-speed paint oscillator is suitable for chemical laboratories, Chinese laboratories and scientific research and education departments in the chemical industry such as pigments, inks, medicines, paints, and coatings. However, during the working process of the oscillator, the mixed materials are prone to generate a lot of heat under high-speed oscillation Cause the temperature inside the oscillator to rise, affecting the test results

Existing oscillators are usually cooled with their own fan, and the temperature around the mixed material is reduced by air convection. Although this cooling method can reduce the temperature, it cannot keep the inside of the oscillator at a constant temperature, which affects the accuracy of paint testing results.

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