Oil filled radiator

Abstract

The invention discloses an oil filled radiator comprising multiple heat radiation parts. Each heat radiation part comprises an upper connection part, a lower connection part and a heat radiation piece communicating with the upper connection part and the lower connection part. The upper connection parts and the lower connection parts of the multiple heat radiation parts are sequentially connected with one another. The two heat radiation parts located at the two ends of the oil filled radiator are tail end heat radiation parts. The upper connection parts of the two tail end heat radiation parts communicate with the upper connection parts of the heat radiation parts adjacent to the tail end heat radiation parts. An isolation element is arranged between the heat radiation piece of at least one tail end heat radiation part and the lower connection part of the heat radiation part adjacent to the tail end heat radiation part. According to the oil filled radiator, by arranging the isolation elements, the tail end heat radiation parts cannot be completely isolated from the other heat radiation parts, and no heat conduction oil capable of circulating exists in the tail end heat radiation parts. Therefore, the temperature of the tail end heat radiation parts can rise, the tail end heat radiation parts can radiate heat, but the temperature cannot be too high, the national temperature rise requirement is met, and the use comfort degree of the oil filled radiator is increased.

Description

technical field [0001] The invention relates to the field of household appliances, in particular to an oil heater. Background technique [0002] The electric heating oil heater, also known as the oil-filled heater, is a safe and reliable space heater, including an electric heating tube and a heat sink. The heat is radiated into the room through the cooling fins. In order to avoid the excessive temperature of the tail of the existing oil tank heater, such as figure 1 As shown, an isolating element 300 is provided in the upper connection portion 121 of the end heat sink and the lower connection portion 131 of the end heat sink of the oil heater, thereby isolating the end heat sink 101 from the heat conduction oil, thereby ensuring that the end heat sink 101 does not will get too hot. [0003] However, two isolation elements 300 are provided in the above-mentioned oil heater, thereby completely isolating the end heat sink 101 from other heat dissipation parts 100, causing th...

AI Technical Summary

Problems solved by technology

[0003] However, two isolating elements 300 are arranged in the above-mentioned oil heater, thereby completely isolating the end heat sink 101 from other heat dissipation parts 100, causing the end heat sink 101 to become cold, which affects the overall use effect of the oil heater

At the same time, the arrangement of the two isolation elements 300 also increases certain material, manpower and equipment costs.

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