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AssigneeMilestone Co., Ltd.
InventorsWerner Lautenschlager, Bernd Ondruschka, Matthias Nuchter
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The aim of the invention is to create a device which operates in a highly reliable manner with minimum loss of energy, requiring a minimum amount of technical complexity for a wide range of applications used to carry out chemical reactions and processes in high frequency fields. According to the invention, rod-shaped elements are provided around the reactor (1) Said elements form a pressure-stable cage and can be individually fixed to the wall (4) of the high frequency chamber (2) with the aid of fixing elements (6). The rod-shaped elements respectively possess a guide (11) which is used to receive a crown-shaped holder (12) for the reactor (1) or a reactor closure (13, 13a) When the rod-like elements (5) are fixed in a positive fit, the holder (12) is secured in such a way that alignment and centering can occur. The inventive device advantageously enables energy to be supplied during decomposition, hydrolysis, chemical synthesis, extraction, distillation, drying and other reactions and processes.
Device for carrying out chemical reactions and processes in high-frequency fields, consisting of a high-frequency chamber which can be irradiated with at least one radiation source, in which a reactor can be exposed to the action of the high-frequency field, the reactor being able to be closed by a cover, the reactor being fixed on or in the upper wall of the high-frequency chamber through a separable positive and nonpositive engagement connection, such as screwing, clamping, bayonet clamping, etc., and contains the solid, liquid and/or gaseous substance or substance mixtures to be investigated or to be treated, in a preferably pressure-resistant surroundings, characterized by the fact that rod-like elements (5) are provided around the reactor (1), and form a pressure-resistant cage, which can be connected to the wall of the high-frequency chamber (2) in a positive and nonpositive manner of engagement to secure them either individually through fixing element (6) and each of which has a guide (11) for holding a crown-shaped holder (12) for the reactor (1) or a reactor closure (13, 13a) where the holder (12) is fixed in its position in the manufacture of the positive and nonpositive engagement fixing of the rod-like elements (5).
Dependencies are inferred from the claim text.