Matsushita Electric Industrial Co., Ltd.

Panasonic Intellectual Property Management Co., Ltd.

Panasonic Corporation

Omron Corporation

Nifco Inc.

Yuji Hayakawa

Kouji Kanzaki

Masaki Shibuya

Yasuhiko Inoue

Kenji Watanabe

Koji Yoshino

Shinichi Sakai

Tomotaka Nobue

Yoshiharu Omori

Kuniaki Abe

Takashi Sugimoto

Hiroshi Kawai

Toshifumi Kamiya

Ikuhiro Inada

Hirofumi Yoshimura

Yasuhiro Kiyono

Masafumi Sadahira

Toshihiro Naruo

Mitsuo Akiyoshi

Masayuki Kubo

Satomi Uchiyama

Takahiko Yamasaki

Masato Matsuda

Yoshihide Goto

Toyotsugu Hatagawa

Yasuhisa Mori

Shinichi Yamane

Junji Hirata

Kaoru Goto

Kiyomi Matsuoka

Isao Mizuta

Ichiro Hori

Masaharu Tsujimoto

Yoshio Nakajima

Yukikazu Niizawa

Kenichiro Fukumura

Takayuki Akashi

Akihiro Tsukaguchi

Yukikazu Niizuma

Kouji Yamamoto

Akimi Nishi

Yukikazu Nizuma

A steam generator includes: a water storage chamber which stores water therein, a heater which heats inside the water storage chamber to generate steam, a water supply device which supplies the water storage chamber with water, a steam spout port which ejects steam generated in the water storage chamber therethrough, a temperature detector which detects a temperature in the water storage chamber, and a controller which controls the heater and the water supply device, wherein after the start of the heating by the heater, the controller determines if water storage is completed in the water storage chamber based on the temperature detected by the temperature detector.

Steam generator

A steam generator includes a boiler, a water supply pipe, a drainage pipe, and a steam supply pipe. The boiler has a first side wall, a second side wall, a bottom wall, a water inlet, a drain outlet, and a steam discharge port. The water supply pipe supplies water to the boiler. The drainage extends to a drainage pipe outlet below the drain outlet by way of a curved portion thereof having a shape projecting upward from the drain outlet. The steam supply pipe supplies steam to a cavity. The bottom wall has an inner bottom surface downwardly inclined from the first side wall toward the second side wall which faces the first side wall. The water inlet is in the first side wall near the inner bottom surface, and the drain outlet is in the second side wall near the inner bottom surface and lower than the water inlet.

Heating cooker

A steam generator includes: a water storage chamber which stores water therein, a first heating portion which heats water stored in the water storage chamber to generate steam, a water supply device which supplies the water storage chamber with water, a controller, a steam spout port which ejects steam generated in the water storage chamber therethrough, and a temperature detector which detects a temperature in the water storage chamber, wherein a water level in the water storage chamber is calculated depending on the temperature detected by the temperature detector, and wherein at the time of steam generation, the controller is configured to perform a water supply control of the water supply device based on the calculated water level such that a water volume from the first heating portion to a water surface is smaller than a water volume from the first heating portion to the bottom surface of the water storage chamber.

A steam generator includes: a water storage chamber which stores water therein, at least one heating portion which heats water in the water storage chamber to generate steam, a water supply device which supplies the water storage chamber with water, a steam spout port which spouts the steam generated in the water storage chamber therethrough, and a plurality of fins positioned below the steam spout port in a steam-generating direction and spaced from one another, wherein a first distance between the plurality of fins differs from a second distance between an inner wall side surface of the water storage chamber and the fins.

A steam generator comprises a water storage chamber which stores water, a steam generating heater which heats water in the water storage chamber, a water supply pump which supplies water stored in a water supply tank through a water supply port provided in the water storage chamber and a water supply passage, a discharge passage which discharges water formed with a first water discharge passage having a U shape to be convex downward, which is in fluid communication with a discharge port provided in the water storage chamber, and a second water discharge passage having an inverted U shape to be convex upward, and configured such that water stored in the water storage chamber is discharged through the discharge port and the water discharge passage according to the theory of a siphon, wherein the first water discharge passage is formed by a nonmetallic material.

Steam generator and heating cooker comprising steam generator

A heating cooker includes a housing having a heating chamber defined therein, cooking dish support sections respectively provided on mutually opposed inner wall surfaces of the heating chamber to support opposite ends of a cooking dish in one of a plurality of vertically spaced support positions, a steam generating unit, and a steam ejecting portion having a single discharge port formed in an inner wall surface of the heating chamber and a steam passageway provided to guide the steam to the discharge port. The steam ejecting portion ejects the steam into the heating chamber through the discharge port. The single discharge port is provided in the inner wall surface confronting a space between the cooking dish supported in an uppermost support position of the cooking dish support sections and a ceiling surface of the heating chamber.

A steam generator includes: a water storage chamber which stores water therein; a heating portion which heats water in the water storage chamber to generate steam; a water supply device which supplies the water storage chamber with water; a water discharge passage which discharges water through a water discharge port defined in the water storage chamber; a steam spout port which spouts the steam generated in the water storage chamber therethrough; and a rib integrally formed with an inner wall surface of the water storage chamber so as to cross an inside of the water storage chamber, the rib having a plurality of openings defined therein, wherein the openings are smaller than the water discharge port.

A high-frequency cooker includes: a heating chamber; a high-frequency generating device; a waveguide which is formed on a surface opposite to the heating chamber and which guides a microwave generated by the high-frequency generating device; a power feed port which is formed on a wall of the heating chamber and which allows the microwave guided by the waveguide to be supplied into the heating chamber; a microwave transmitting cover which closes the power feed port; and an umbrella-shaped member which is provided on a surface upper than the power feed port so as to cover an upper edge of the microwave transmitting cover. The umbrella-shaped member includes a step provided at both end portions of the umbrella-shaped member to reduce a gap with a wall surface of the heating chamber, and the microwave transmitting cover is fixed so as to be inserted into the gap.

High-frequency cooker

A steam generator includes a water storage chamber that stores water and at least one heating portion that heats the water in the water storage chamber to generate steam. A water supply device supplies water into the water storage chamber. A plurality of fins are provided in the water storage chamber. The water storage chamber has a steam spout port from which the steam generated by the heating portion spouts. The plurality of fins extend along a steam-generating direction under the steam spout port, and are separated from each other and cross the heating portion. The heating portion may be above and below a water surface that emerges in the water storage chamber during heating.

Steam generator and heating cooker including steam generator

Provided is a cooker with a steam generating function without leakage of water and having excellent reliability and durability. A connecting member is formed of a soft material, and is guided by a convex-shaped guide portion having a rounded tip when it is inserted into an opening concave portion of a water tank (FIG.), and a convex-shaped seal portion for ensuring a seal can uniformly contact the opening concave portion. Moreover, the convex-shaped seal portion for ensuring the seal is integrally formed with a connection portion. Therefore, the durability and the reliability for slipping-off prevention can be enhanced, and the number of components can also be reduced.

Cooker with steam generating function

To provide a high-frequency cooking apparatus of which installation performance, handling performance, and quality can be enhanced. A high-frequency cooking apparatusfor heat-processing an object to be heated, by supplying high frequency and steam into a heating chamber, is provided with a water tankwhich stores water for generating the steam. The water tankis detachably assembled toward the front to a lower part of a bodyof the high-frequency cooking apparatus which has the heating chamber, and a trayis integrally assembled to the water tank

High frequency cookware

In fabricating a door switch for a microwave oven, two switches are incorporated in a single switch case to allow a reduction in the size and to allow common use of switch components, thereby achieving a cost reduction through a reduction in the number of components. Further, a contact switching structure tilted in conjunction with opening and closing of a door is provided to achieve high accuracy in switching the switches. There is provided a first switch whose contact portions are switched by elastically displacing a conductive contact piece in the switch case when a first tilting lever is tilted, a second switch whose contact portions are switched by elastically displacing another conductive contact piece in the switch case at timing that is slightly different from the timing for switching the contact portions of the first switch, and a third switch which is switched when a second tilting lever is tilted.

High-frequency heating device

An attachment structure of a storage unit having: a tank casing body; a tank casing door member, and a lock portion; and an operation member, and a push button, wherein: an outer circumference of a storage unit is surrounded with an opening portion of an exterior panel; the push button is protruded from an outer surface of the exterior panel in a mount position of the exterior panel when the exterior panel is in assembling work; and a space for inserting a circumferential edge of the opening portion of the exterior panel is formed on the back of the push button.

Attachment structure of storage unit

A display panel which is adapted to be mounted on an electronic apparatus, includes a first printed display layer, a transparent material layer that is provided on the first printed display layer, and a second printed display layer that is provided on the transparent material layer so as to correspond to the first printed display layer. The first printed display layer, the transparent material layer and the second printed display layer are integrally formed to each other. The second printed display layer is displayed from the first printed display layer side through the transparent material layer.

Display panel, control display panel and method for integrally molding insert material

The object of the present invention is to achieve a high frequency heating apparatus having a steam generating function that can implement simplification and miniaturization of the construction of a steam supply mechanism by omitting dedicated pump means for supplying water of a water tank. In a high frequency heating apparatus having a steam generating function (), a steam supply mechanism () for supplying heating steam into a heating chamber () is constructed by a water tank () detachably equipped to the main body of the apparatus, water supply trays), () mounted in the heating chamber (), heating means (), () for vaporizing water on the water supply trays (), () by heating the water supply trays (), (), and water supply paths (), () for leading water in the water tank () through heating areas based on the heating means (), () to the water supply trays (), (), and the water in the water tank () is supplied to the water supply trays (), () by using thermal expansion of water in the water supply paths (), () which is caused by the heat generated in the heating means (), ().

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Nara, Japan

Yuji Hayakawa