TH27196B - High-frequency heating success machine - Google Patents

Abstract

DC60 (01/06/41) The high-frequency heating device has a sealed radio-frequency choke (10) consisting of: Administrative elements (4) are arranged at the given pitch. Administrative elements are created with plates. or the conductive rod attached to the front edge of the conductive plate (2) is clamped out into the choke from the edge. outside of the conductive contact plate (1) forming the wall of the choke groove. The high-frequency heating device with a sealed radio-frequency choke (10) consists of Administrative elements (4) are arranged at the given pitch. Admittance elements are constructed with a plate or conductive rod attached to the front edge of the conductive plate (2) held out into the choke groove from the outer edge of the conductive contact plate ( 1) which forms the walls of the choke groove

Claims (6)

1. The high-frequency heating finished machine consists of The radio-sealed choke grooves are arranged on at least one of the hull-facing parts and the inner door of the hull is supplied with high frequency waves. The door is mounted on the body to allow it to open and close independently, and a number of administrative elements are arranged in the longitudinal direction of the choke grooves to adjust the inward impedance of the choke grooves at The choke grooves form a wave-guiding structure in the longitudinal direction where the structural part does not include the admin elements. Which the administrator element is made of conductive plates Or a conductive rod fixed to the front edge of the conductive plate fixed into the choke groove from the outer edge of the conductive contact plate forming the wall of the choke groove. The admin elements are arranged along the periphery of the hull at different pitches from side to side. And the width of the admin element is 1/2 of the pitch of the admin element. 2. High-frequency heating element of claim 1, where the choke groove is completely enclosed by a conductive wall except for the choke groove opening. 3. The high-frequency heating successor of claim 1, where the pitch in which the admittance elements are arranged in a longitudinal direction, is 1/4 the length of the wavelength in the free air of the high frequency wave at swing 4. High-frequency heating success of claim 1, where the admin elements are arranged around the perfectly centered base point on each edge of the hull. 5. High-frequency heating element of claim 1, where the choke groove opening is arranged with a dielectric cover. 6. The high-frequency heating element of claim 1, where the conductive contact plates are protruding in the choke grooves from the outer edge of the conductive contact plates. And the admin elements made of conductive plates or conductive rods fixed to the front edge of the conductive plates are formed by bending.