JPH0430991Y2 - - Google Patents

Description

[Detailed description of the invention] "Field of industrial application" The present invention relates to an automatic bread maker for making bread. In particular, the present invention relates to a mechanism for removing the kneading blade in an automatic bread maker that automatically performs a combination of processes such as kneading, fermentation, etc. and a baking process, and which bakes with the kneading blade still attached.

``Prior Art'' Bread made in an automatic bread maker that is baked with kneading feathers is removed with traces of the kneading feathers left on the bottom of the pan. The dough is stuck between the bread and the kneading blade or the kneading blade and the rotating shaft, which makes it difficult to take out the bread, such as turning the container upside down and shaking it several times to remove the bread. It was hot.

``Problems that the invention aims to solve'' As mentioned above, when the baked bread is removed from the material container, the kneading blades get into the bread, and the dough gets stuck between the kneading blades and the rotating shaft during baking. After baking, it becomes difficult to separate the kneading blades and rotating shaft, and when removing the bread from the container, the container is forcibly turned upside down and shaken up and down several times. Because the temperature was over 150 degrees Celsius, there was a risk of burns if handled carelessly.

``Means for solving the problem'' This invention is designed to prevent the dough from getting into the joint between the kneading blade and the rotating shaft when the bread is removed from the material container after baking, and even if the dough is baked, the kneading blade and the rotating shaft are In order to make it easier to remove the bread from the material container, the kneading blades are pushed up and removed using an ejector rod inserted into the rotating shaft.

"Function" As mentioned above, the present invention has a protruding rod that penetrates the rotating shaft and freely moves in and out, so that when the bread is taken out from the material container after baking,
When the bottom of the protruding rod protruding from the lower end of the shaft is pushed inward from the external bottom of the material container, the kneading blades that are connected to the shaft are released, and the kneading blades are pushed inside the pan. While being pushed in, the bread and kneading feathers will be released together from the upside down material container.

``Example'' To explain the present invention with reference to the drawings, 1 is a bread maker main body, 2 is an oven that has a built-in heater 12 and a material container 3, and a driving force from a motor 11 is connected to the axis of the motor 11 in the center of the device 3. It is transmitted to the pulley 8 via the belt 9 from the pulley 10 attached to the.

A lower rotating shaft 7 supported by a metal 4 is attached to the center of the pulley 8, and a two-pronged clutch 5 is attached to the upper end.
is installed.

An upper clutch 6 that engages with the clutch 5 is attached to an upper rotating shaft 13 at the center of the clutch 6 and supported by a metal 14, which is connected to the material container 3.
It is fixedly supported at the bottom of the.

In the center of the shaft 13, there is a through hole 21,
A protruding rod 15 is slidably inserted therein,
By pushing out the rod 15, the center bottom of the kneading blade 16 is pushed up, and the connection between the kneading blade 16 and the upper rotating shaft 13 is removed.

At this time, in order to freely install the rod 15 into the shaft 13, a spring 17 is inserted between the shaft 13 and the manual seat portion 18 of the rod 15, and the spring 17 is secured to the protruding head portion. A frame 19 may be attached to prevent the rod 15 from coming off.

Alternatively, only the ejector bar 15 may be freely removed and used for taking out the bread after baking. Alternatively, as shown in FIG. 4, the ejector rod 15 and the inside of the rotating shaft may be screwed together with screws 25 and pushed up.
Alternatively, a spring 26 for returning the screw may be inserted to return the screw to its original state. Alternatively, using the protruding rod 15 as a fulcrum 24, the other end is placed on the support frame 22 protruding from the clutch 6, and the lever 23 is used to lift the rod 15.
You can also push up. 20 is a control unit that controls processes such as kneading, fermentation, and baking.

``Effects of the invention'' As mentioned above, according to the invention, until now, in order to take bread out of an ingredient container, it was necessary to shake the ingredient container up and down, and in addition, the ingredient container was at a high temperature. However, since the bread can be easily taken out along with the kneading blades, there is no need to worry about getting burned.

[Brief explanation of the drawing]

FIG. 1 is a bread maker employing the present invention, FIG. 2 is a partially enlarged view of the present invention, and FIGS. 3 to 5 are diagrams showing an example of its application. 3...Material container, 13...Rotating shaft, 15...Ejecting rod, 16...Kneading blade.

Claims (1)

[Scope of utility model registration request] In a bread maker that automatically combines processes such as kneading and fermentation with processes such as baking, kneading blades are attached to a rotating shaft that penetrates from the bottom of the material container, and A kneading blade for a bread maker, characterized in that an ejector rod is inserted and the stick is removed from the rotating shaft by pushing up the rod after bread baking, making it easy to remove the kneading blade from the bread ingredient container. Removal mechanism.