TH35879B - Multi-position wave-fed microwave heat generator in combination with a continuous conveyor system. - Google Patents

Abstract

DC60 (08/03/56) Multi-position microwave heat generator with belt system continually conveying according to this invention It consists of an inlet channel for feeding the material to be heated, a conveyor belt. For conveying materials that need to be heated in tunnels made of metal materials that cover the conveyor belt This heat generator consists of a number of magnetrons which are mounted on the tunnel to feed multi-mode microwaves to the moving material. through the tunnel and vapor removal system installed above the tunnel For eliminating steam generated by heat, the heat generator is characterized by The tunnel also includes a microwave leakage protection system. installed at both ends of the tunnel Multi-position microwave heat generator with belt system continually conveying according to this invention It consists of an inlet channel for feeding the heated material, a conveyor belt. For conveying materials to be heated in tunnels made of metal materials cover the conveyor belt This heat generator consists of a number of magnetrons which are mounted on the tunnel to feed multi-mode microwaves to the moving material. through the tunnel and vapor removal system installed above the tunnel For eliminating steam generated by heat, the heat generator is characterized by The tunnel also includes a microwave leakage protection system. installed at both ends of the tunnel

Claims (9)

Disclaimers (all) that will not appear on the advertisement page: 1.Multi-position co-feeding microwave heat generator, belt drive system Continuous conveyor Consisting of - Inlet channels (40) for feeding materials into the said machine - Conveyor (30) for conveying the material fed into the said machine through a heat treatment - tunnels (20) of metallic materials. Consisting of inlets and exits (22) at each end of the tunnel The tunnel covers the aforementioned conveyor belts (30) for heating the material transported through the tunnels with the said conveyor and for preventing leakage of microwave radiation to the outside - magnetron. (10) A number of tunnels (20) installed to enter. Microwaves are applied to the material on the belt and traveled through the tunnel, where each such magnetron (10) is positioned far apart to produce a multi- mode wave feed. mode) and - a vapor removal system (50) installed above the tunnel (20) for the removal of vapors that Such thermal sterilization process Unique to the microwave heat generator, the tunnel (20) also consists of a microwave leakage protection system (60) installed at both ends. Side of the tunnel For reducing the amount of microwave radiation emitted to the outside from both ends of the tunnel. 2.Multi-position wave-fed microwave heat generators in combination with conveyor systems Continuous conveyor According to claim 1, which is also added with a spray system (70) for adding Moisture to the material by spraying water spray or salt water onto the material to increase the absorption capacity of the material. 3.Multi-position wave-fed microwave heat generators in combination with conveyor systems Continuous conveyor According to claim 1 or 2, the aforementioned microwave leakage protection system (60), installed at both ends of the tunnel (22), is a quarter wavelength stub. 4.Multi-position wave-fed microwave heat generators in combination with conveyor systems Continuous conveyor According to one of the previous claims, the microwave leakage protection system (60) installed at both ends of the tunnel is a quarter wave shield. wavelength stub) with wave-absorbing material (62) installed at the end of the quarto barrier. Router wave said 5.Multi-position wave-fed microwave heat generators in combination with conveyor systems Continuous conveyor According to claim 4, where the wave-absorbing material (62) is made from silicon carbide. 6.Multi-position wave-fed microwave heat generators in combination with conveyor systems Continuous conveyor According to one of the previous claims, the conveyor belt (30) also comprises a speed-control path. For controlling the speed of such belts 7.Wave-fed multi-position microwave heat generator in combination with conveyor system. Continuous conveyor According to claim 6, where the speed control route It will control the speed of The belt to be between 0 and 2 meters per minute. 8.Multi-position wave-fed microwave heat generators in combination with conveyor systems Continuous conveyor According to the claim Any of the preceding one where each of the aforementioned magnetron (10) Such machine It also contains a cooling path (14) for cooling the magnetron. 9.Multi-position wave-fed microwave heat generator with conveyor system Continuous conveyor According to claim 8, where the cooling method (14) above is a compressed air fan. For compressed air to flow through each magnetron.