Vacuum Vessel Heating Vegetable Oil Gums

The patent applies parameter changes by heating the vegetable gums to alter their physical properties. The heating element raises the temperature of the gums, which changes their viscosity and texture, making them less sticky and more pumpable. This directly addresses the contradiction by modifying the state of the gums to improve handleability while removing the harmful stickiness and viscosity characteristics.

The patent utilizes phase transitions through heating to transform the vegetable gums from a solid, sticky state to a more fluid, pumpable state. The heating element induces thermal energy transfer that changes the physical phase or state of the gums, enabling them to be pumped through conveyance systems. This phase transition resolves the contradiction by converting the difficult-to-handle solid gums into a more manageable semi-fluid state.

The patent applies discarding and recovering by capturing the vegetable gums in a holding tank and heating them to make them pumpable, rather than discarding them as waste. The system recovers the valuable components (vegetable oils and thickening agents) that would otherwise be lost, enabling further processing and utilization. This resolves the contradiction by transitioning from complete disposal to selective recovery and reuse of valuable substances.

The patent converts the previously harmful and useless vegetable gums into a beneficial resource through heating and pumping. The gums, which were once considered waste, are transformed into a processable material containing valuable components. This conversion turns the harmful discarded material into a beneficial resource that can be processed for useful products, resolving the contradiction between loss prevention and processing feasibility.

The patent applies universality by designing the holding tank to serve multiple functions: it stores the vegetable gums, heats them to the appropriate temperature, and facilitates their pumping. The heating element is integrated into the holding tank structure, allowing a single component to perform multiple operations. This multi-functionality resolves the contradiction by achieving pumpability without proportionally increasing overall system complexity.

The patent merges the heating function with the holding tank structure by integrating the heating element directly into the tank. This combination allows the holding tank to simultaneously serve as a storage vessel and a heating chamber, eliminating the need for separate heating equipment. The merging of functions reduces the number of discrete components, thereby resolving the contradiction between achieving pumpability and maintaining device simplicity.