JP3364678B2 - Rolling takoyaki method and rolling takoyaki machine - Google Patents

Description

Detailed Description of the Invention

[0001]

BACKGROUND OF THE INVENTION 1. Field of the Invention The invention of the present application is such that a plurality of rolling grills attached to a swing shaft on a vibrating table are fixed in a forward tilted position and vibrated for preliminary firing , and then each rolling grill is continuously mounted. By repeatedly switching to reciprocal rocking with forward and reverse tilts and driving,
The present invention relates to a rolling takoyaki method and a rolling takoyaki machine characterized by repeatedly rolling ( rolling and moving) each taiyaki material in a transverse U-shaped rolling groove of each rolling grill. .

[0002]

2. Description of the Related Art A conventional takoyaki machine usually heats a grill plate on the machine base, puts the takoyaki material (kneaded flour, octopus, vegetables, etc.) in a large number of grilling recesses provided on the grill plate, and makes each grill. The structure is such that the takoyaki material in the recess is manually rotated and fired at any time. Recently, a vibrating takoyaki machine that vibrates a grill plate by an appropriate vibrating means to burn it, and various automatic takoyaki devices that transport and reverse the grill plate to burn it have been proposed. The applicant also reciprocally rocks a large number of rolling grills consisting of rolling grooves and baking recesses attached to the front and rear ends thereof to roll the takoyaki material in the rolling grooves of each rolling grill. We propose a rolling takoyaki machine that is baked by rolling (rolling).

[0003]

The above-mentioned vibrating takoyaki machine and automated takoyaki device basically have a structure in which an iron plate with a baking recess is vibrated, transferred, inverted and baked to burn the iron plate in the baking recess. There is a limit to the rotation function of the material, and uneven baking easily occurs. At the beginning, there is a limit to labor saving, such as manual operation such as rotating the takoyaki material to prevent uneven baking. The rolling type takoyaki machine rolls (rolls and moves) the takoyaki material to bake it,
Basically, it has a characteristic that it is baked evenly and efficiently to the inside to enhance the taste, and it is carried out with a small device, but at the beginning it is possible to manually roll over the takoyaki material to make it roll (roll). There are issues such as the need for higher pre-baking.

The present invention was developed in order to solve the above-mentioned problems, and the purpose thereof is to cross
A plurality of firing recesses including a U-shaped rolling groove and hemispherical recesses before and after the U-shaped rolling groove are provided. Repeat
The purpose of the present invention is to provide a rolling takoyaki method and a rolling takoyaki machine which have improved labor efficiency, firing performance, and reliability through main firing that reciprocally swings forward and backward .

[0005]

SUMMARY OF THE INVENTION The present invention, on a vibration stand
Cross U-shaped rolling groove mounted on multiple swing shafts and its front
A plurality of hemispherical burnt recesses that are oppositely installed at the rear end
Comprising a rolling baking machine, and each rolling baking machine before tilting arrangement, each
Proximity to the heating means of the baking recess located on the lower side of the rolling baking machine
In addition to heating, the rolling stand vibrates each rolling grill, and each takoyaki material placed in each burning recess located under each rolling grill is vibrated and prebaked.
As a result, the heating efficiency of each of the lower burn-in recesses is increased, and the vibration of each takoyaki material in the burn-in recesses prevents seizure from occurring, forming an appropriate round shape, and pre-baking the inside uniformly and with high efficiency. As a result, it does not require any special manual operation and is an excellent pre-baked product. Subsequently, each rolling grill is repeatedly rocked back and forth in a forward and reverse inclination to form the main grill, and the uniform takoyaki materials that have been pre-baked without any special manual operation are placed in the rolling grooves of the rolling grill. Repeat smoothly in forward and reverse directions
Rolled and baked, then the excellent preliminary baking described above
When coupled with the rolling movement becomes smooth <br/> each takoyaki is further uniformly be baked to the inside of each takoyaki material is baked at a high efficiency in the takoyaki excellent taste with a rounded was Futsukura.

Further, the vibration table on the machine base and a plurality of swing shafts arranged on the vibration table are mounted at intervals with respect to each other and are tilted forward.
Placed and oscillated and switched to repeatedly reciprocate forward and backward
The rolling U-shaped rolling groove to be swung and the front and rear end portions are provided opposite to each other.
A plurality of rolling grills each having a hemispherical grilling recess, heating means disposed below each rolling grill , and each rolling grill.
Means and vibration mechanism for vibrating by fixing the container in a forward tilted arrangement
By virtue of this , the takoyaki materials placed in the baking recesses located on the lower side of the rolling grills are vibrated and pre-baked, so that no special manual operation is required and the above-mentioned advantages are achieved. Pre-baking performance and reliability can be obtained. Then switch
The above-mentioned fixation of each rolling broiler by the built-in reciprocating rocking means.
And the vibration is repeatedly switched to the reciprocating swing of the forward and reverse tilt.
Each takoyaki material in the rolling groove of the rolling grill.
Easy to roll by repeatedly rolling in the forward and reverse directions and firing
It is driven by switching to the
Kitoai Matsuri facilitates smooth rolling movement of each takoyaki material
It can be baked more evenly to the inside, and can also be baked with high efficiency in a fluffy and rounded takoyaki with excellent efficiency. Energy savings , operability , and overall energy savings , such as being provided as a relatively small device
In addition to productivity, firing performance and reliability are further improved.

[0007]

1 is a side view (A) and a front view (B) of a rolling type takoyaki machine showing an embodiment of the present invention, and FIG. 2 shows a mounting process of a rolling grill or the like. A plan view (A) and a plan view (B) after mounting the same, FIG. 3 is a side view of the rolling broiler, FIG. 4 is a plan view of the rocking means, and FIG . 5 is a side view of the multistage embodiment. br /> is shown. In the drawing, 1 is a machine base of a rolling takoyaki machine, 2 is an elastic support means or an elastic support provided on the machine base, 3 is a vibration table arranged so as to be elastically supported on the machine table, and 4 is a vibration table. A plurality of rocking shafts 5 are provided on the rocking shaft 5b. The rocking grooves 5b are formed by rolling grooves 5a fixed on the rocking shafts and baking recesses 5b that are provided at the front and rear ends thereof.
Rolling broilers having -5a-5b, 6 is a heating means arranged below each rolling broiler, 7 is an interlocking mechanism of a swinging shaft, 8
Is a fixing means for fixing the rolling broiler in the forward tilted position X, 1
0 is a vibration and reciprocating rocking means with a switching mechanism 19, 17 is a vibrating mechanism of a vibrating table, 18 is a reciprocating rocking mechanism of a rolling bake,
X is the forward tilting arrangement of each rolling grill , Y is the reciprocating swing of the rolling grill, and S is the takoyaki material after preliminary firing.

[0008] The illustrated embodiment, the transverse U-shaped grooves 5a mounted on swinging for axis 4 on-movement table 3 vibration and its front and rear ends
A plurality of rolling elements consisting of a pair of hemispherical recesses 5b facing each other
Equipped with a grill 5 and fixed to the rolling grill 5 in the forward tilted position X
Then, the baking recess 5b arranged below each rolling baking device 5
A table for vibration while being heated close to the heating means 6
3 oscillates each rolling grill 5 to vibrate the takoyaki material S contained in each lower burning recess 5b to pre-bake, and then repeats each rolling grill to reciprocate forward and backward inclines. and swinging Y, rolling Makers each takoyaki material S that has been pre-baked
5 rolling in each rolling groove 5a repeatedly in forward and reverse directions.
It is characterized by the rolling takoyaki method of baking and baking .

Further, the vibrating table 3 on the machine table 1 and a plurality of swing shafts 4 arranged on the vibrating table 3 are mounted at intervals with respect to each other , fixed in the forward tilted position X, vibrated and repeatedly switched. The rolling U-shaped rolling groove 5a which is reciprocally rocked back and forth
It is composed of hemispherical burned recesses 5b that are oppositely provided at the front and rear ends.
A plurality of rolling grills 5, heating means 6 arranged below each rolling grill 5, fixing means 8 for vibrating each rolling grill 5 by fixing it to the forward tilted arrangement X, and a vibration mechanism. 17 and rolling rolling
The fixing and vibration of the knives 5 are repeatedly switched to the forward / backward tilting and the reciprocating swing Y to move the respective takoyaki materials S in the respective rolling grooves 5a.
It is characterized by a reciprocating rocking mechanism 18 with a switching mechanism 19 for rolling in the forward and reverse directions .

[0010] Figure shows tumbling takoyaki machine includes a machine base 1 on vibrating table 3 that elastically support 2, a plurality of rolling which is fixed Place the spacing into a plurality of swing shaft 4 arranged for stand vibration Doki ware 5
A heating means 6 arranged below each rolling grill, and a fixing means 8 for fixing each rolling grill in a forward tilted arrangement X via an interlocking mechanism 7 connected to each rocking shaft 4. The structure includes a vibrating mechanism 17 for a vibrating table, a reciprocating oscillating mechanism 18 with a switching mechanism 19 for each rolling broiler, and a reciprocating oscillating means 10 for vibrating.

The vibrating table 3 is arranged so that it can vibrate by means of elastic supporting means 2 provided at four corners of the machine table 1. The elastic means 2 has a structure in which, for example, a coil spring, preferably an elastic material made of rubber or synthetic resin, is reinforced by incorporating a coil spring or the like, and an appropriate elastic material (not shown) is provided on the upper and lower sides as necessary. For example, the vibration table can be vibrated with an appropriate amplitude by installing it, and it also has a soundproof function.

The rolling grill 5 is made of a copper plate, aluminum, steel or the like, and has a rolling groove 5a having a U-shaped cross section as shown in the drawing and a hemispherical burning recess 5b integrally formed at the front and rear ends thereof. 5b and a plurality of rolling grills 5 (firing recesses 5b-5a-5
b), a plurality of rocking shafts 4 each having a bearing 4c on the upper part of the vibrating table 3 and arranged in parallel with each other at a distance from each other, and the lower sides of the plurality of rolling grills 5 are appropriately spaced from each other. In addition, as shown in the figure, they are arranged so as to be crossable, fixed and swingable. The swinging shaft 4 includes a main shaft portion 4a provided with a plurality of rolling grills 5, and a connecting shaft 4 having a bearing 4c on the vibration table 3.
b and a connecting member 4d attached to the inner end thereof,
Both ends of the main shaft portion 4a are connected to the connecting member 4 together with the heat shield plate 4e.
Install the detachable with bolts or the like to d, the reciprocating rocking by reciprocating rotational repeating the swing shaft 4 (the main shaft portion 4a and the coupling shaft 4b), in the forward and reverse inclined repeated each rolling baking machine 5 with the heat shield plate 4e The structure is Y (see FIGS. 1 and 3). The reciprocating reciprocating rotation of each oscillating shaft 4 and the reciprocal reciprocating forward / reverse inclination of each rolling broiler 5 are synchronized by the fixing mechanism 8 provided in opposition to the interlocking mechanism 7 connected to one of the connecting shafts 4b. It is possible to fix each rolling grill 5 at the same time in the forward tilted arrangement X.

The interlocking mechanism 7 has arms 7a fixedly projecting from the ends of the connecting shafts 4b of the swinging shafts 4, interlocking rods 7b pivotally attached to the tips of the arms, and arms 7a. The handle 7c is provided on the base so as to project, and the swinging shaft 4 is reciprocally rotated by the handle 7c via the interlocking rod 7b as shown in FIG. 1A. When the handle 7c is tilted to the front side (left side in FIG. 1A), the rolling grills 5 fixed to the swinging shafts 4 are arranged in the forward tilted arrangement X.

As shown in FIG. 1A, the fixing means 8 comprises a handle 8a pivotally supported on the side of the vibrating table 3 and a cam 8c protruding from the base of the handle. Tilt to the front side (left side of FIG. 1A) to move the cam 8c.
Is applied to the left end portion of the interlocking rod 7b in the figure, the rolling grills 5 are fixed in the forward tilted arrangement X, and the rolling grills 5 can vibrate together with the vibrating table 3. Also, the handle 8a
Is rotated to the right in the figure to retract the cam 8c from the end of the interlocking rod 7b to release the interlocking mechanism 7, and the reciprocal swinging Y of the forward and reverse tilts of each rolling grill 5 is enabled through the interlocking mechanism. It has a structure that The handle 8a is provided with temporary fixing means (not shown) at the left and right operating positions by an appropriate means not shown.

As shown in FIGS. 1A and 2B, the heating means 6 is preferably a plurality of gas combustion tubes 6a fixed to the vibrating table 3 and arranged below the rocking shafts 4, and each gas combustion tube. Tube 6
consists of supply pipes 6b and 6c with cocks connected to a,
Adjusting the gas supply and heating by cock, each rolling bake 5
It has a structure that heats to an appropriate temperature. Further, the structure is such that it is heated by various electric heating means which can be easily adjusted as required.

The vibrating and reciprocating rocking means 10 is shown in FIGS.
, A plurality of coil springs arranged on the horizontal member 1a, or a coil spring or the like is embedded in an elastic material made of rubber or synthetic resin, and further, an appropriate elastic material (not shown) is vertically arranged as necessary.
The elastic support means 11 arranged by interposing, the support base 12 supported by the elastic support means, the traveling base 14 arranged on the rail 13 on the support base, and the motor 1 arranged on the support base.
5 and the gear box 16, a vibrating mechanism 17 that is interlocked with and interlocks with the gear box, and a reciprocating rocking mechanism 18 that is connected to the gear box and is connected to the interlocking mechanism 7 of the rocking shafts 4 of the rolling grills 5. And a switching mechanism 19 with a handle 19a, which is disposed on the support base and faces the traveling base 14, and the like.

The vibration and reciprocating rocking means 10 will be described in more detail. In the gear box 16, as shown in FIG. 4, a drive shaft 15a with a coupling for a motor 15 is provided.
(15b is a bearing), a pair of bevel gears 16a and 16b which are slidably fitted to each other, are connected to each other with a spacer 16c at an interval, are opposed to each other, and are spring-biased 16d by a spring,
A gear mechanism including a bevel gear 16f fitted to the bearing output shaft 16e and opposed to the bevel gear 16a, and a bevel gear 16h fitted to the bearing output shaft 16g and opposed to the bevel gear 16b. 15a, 16a to 16h are built in, and the output shaft 16
The drive gear 17a of the vibration mechanism 17 is fitted to the outer end portion of e, and the drive plate 18a of the reciprocating rocking mechanism 18 is fitted to the outer end portion of the output shaft 16g.

The vibrating mechanism 17 is composed of an operating member 17b continuously provided under the vibrating table 3 and biased by forward and reverse springs 17c so as to vibrate vertically, and a horizontal portion 17d of the operating member. It is composed of an eccentric gear 17e and the like, which is axially supported at the front portion and is opposed to the drive gear 17a (see especially FIG. 1). The reciprocating swing mechanism 18 includes a first operating member 18b connected to the interlocking rod 7b of the interlocking mechanism 7 and a second operating member 18b connected to this operating member.
Of the operating member 18c, the lower end of the operating member 18c, and an arm 18d and the like which are pivotally connected to the periphery of the drive board 18a and the like (see particularly FIG. 1).

Further, the switching mechanism 19 is shown in FIG. 1A and FIG.
As described above, a bearing 19c is provided on the support base 12 and a handle 19a with a cam 19d is provided on the front side (left side in the drawing) of the traveling base 14 and stoppers 19e and 19f are provided on the front and rear sides of the support base with a space therebetween. , 19g, and a spring 19h interposed between the stopper 19e and the traveling stand for urging the spring.
A handle 19a with a cam 19d, and a switching cam 19i and the like arranged on the rear side of the bevel gear 16a so as to move forward and backward by a spring biasing force 19j on the side of the gear box 16.
When the traveling base 14 is moved against the spring bias 19h (upper side-rear side in the drawing in FIG. 4), the switching cam 19i enters the gear box 16 by the stopper 19g and the bevel gear 16a.
By pushing the back side of the, the vibration and reciprocating rocking means 10 is switched to the vibration function. When the handle 19a with the cam 19d is switched in the opposite direction, the traveling platform 14 is moved in the opposite direction (front side) by the spring bias 19h, and the switching cam 19i is disengaged from the bevel gear 16a by the spring bias 19j, thereby vibrating and reciprocating. The structure is such that the rocking means 10 is switched to the rocking function. This rolling type takoyaki machine is provided with a control unit (not shown) such as a controller for inputting the operation time of vibration and rocking in advance and drivingly controlling vibration and reciprocating rocking at a required time. .

The illustrated rolling type takoyaki machine has the above-mentioned structure. First, as shown in FIG. 1A, the handle 7c is tilted to the front side (counterclockwise rotation in the figure), and each interlocking mechanism 7 swings each handle. The rolling grills 5 are set to the forward tilted position X via the driving shaft 4, the handle 8a is set to the illustrated position, and the cam 8c presses the interlocking rod 7b of the interlocking mechanism 7 to fix it to the forward tilted position X. With the arrangement shown in the drawing, the traveling table 14 is provided by the cam 19d.
4 is moved to the stopper 19e side against the spring bias 19h, the switching cam 19i moves to the stopper 19g in FIG.
Is moved to the rear side of the bevel gear 16a against the spring bias 19j, and the bevel gears 16a and 16b are slid against the spring bias 16d (to the left side in FIG. 4) to bevel gears 16b and 1b.
6h is disengaged, bevel gear 16a meshes with 16f, and drive gear 17a at the outer end of output shaft 16e
Is fitted to the drive gear 17e of the vibration mechanism 17, and the pre-baking drive by vibration becomes possible.

The above-mentioned pre-baking is easily performed by simple operations such as the fixing means 8 and the switching means 19. When the rolling grills 5 are fixed to the forward tilting arrangement X as described above through the interlocking mechanism 7, one of the rolling recesses 5b of the rolling grills 5 is arranged in the lower side and is brought close to the heating means 6. In addition to being arranged, the vibration and reciprocating rocking means 10 is arranged so as to be connected to the vibration mechanism 17 as described above, and the baking recess 5b arranged below each rolling grill 5 has the heating means 6 located below. Is heated at a position close to, and an appropriate amount of takoyaki material is put into each of the roasting recesses 5b on the lower side by applying oil or the like to each of the rolling roasters 5, and when the switch 15 is turned on to operate the motor 15, the drive shaft 15
a is a bevel gear 16a-a bevel gear 16f-an output shaft 16e-
The eccentric gear 17e is rotated via the drive gear 17a, and the rotation of the eccentric gear 17e causes the operating member 17b of the vibration mechanism 17 to rotate.
Each rolling grill 5 together with the vibrating table 3 through the X
In this state, it is vertically vibrated with a predetermined amplitude. Each rolling grill 5
Each of the takoyaki materials in the baking recess 5b arranged on the lower side is appropriately vibrated from the beginning of baking and is effectively rotated in the baking recess 5b in the forward tilted arrangement X to prevent seizure to the inside. Efficient pre-baking performance is obtained, such as uniform heating to form a moderately round shape, and efficient operation.
The motor 15 is automatically stopped at a required time by an appropriate control means (not shown) to complete the pre-baking.

Then, in FIG. 1A, when the handle 8a with the cam 8c is rotated, the rolling mechanism 5 is released from the interlocking mechanism 7 and the reciprocating rocking of the rolling grills 5 is enabled, and the handle 19a with the cam 19d is placed on the front side (illustrated in the figure). When turned to the left, the traveling base 14 is moved to the stopper 19f side by the spring bias 19h, the drive gear 17a is disengaged from the eccentric gear 17e, the vibration mechanism 17 is deactivated, and the switching cam 19i is spring biased. 1
9j disengages from the back side of the bevel gear 16a, and as shown in FIG. 4, the bevel gears 16a and 16b move by the spring bias 16d,
The bevel gear 16a is disengaged from the bevel gear 16f, the bevel gear 16b meshes with the bevel gear 16h, and the reciprocating swing mechanism 18 is switched to the operation via the drive plate 18a at the outer end portion of the output shaft 16g. Becomes

The main baking is performed by the fixing means 8 and the switching means 1.
9 is easily performed by a simple switching operation, and the reciprocating rocking mechanism 18 is operated by the motor 15 via the drive shaft 15a, the bevel gear 16b, the bevel gear 16h, the output shaft 16g, and the drive wheel 18a. Each swinging shaft 4 is reciprocally rotated through the mechanism 7, and each rolling grill 5 is reciprocally swinging in forward and backward tilting.
(See FIG. 3) is repeated, and each takoyaki material S pre-baked in each rolling grill 5 is reciprocally rocked Y of each rolling grill 5 in each rolling groove 5a (of front and rear end portions). Baked recess 5
b, repeatedly been smoothly roll viz rolling movement of <br/> at 5b between), such as the takoyaki material S that has been pre-baked is rounded to form a French saddle is evenly heated to an internal Subsequently, Efficiently, the grilled takoyaki has an excellent overall taste.
The motor 15 is automatically stopped at a required time by an appropriate control means (not shown) to finish the main baking, and the pre-baking is restarted by switching as described above. According to the tumbling type takoyaki machine developed earlier, before pre-baking, the takoyaki material placed in one of the baking recesses is manually rotated before swinging of each rolling broiler 5. While it is necessary to smooth the rolling (rolling movement) of the koyaki material during the swing Y of the rolling grill 5, the variation of the preliminary baking affects the finish of the takoyaki after the main baking, whereas the present invention Then, by the simple switching operation as described above, the main baking is continuously performed together with the preliminary baking, so that the labor is remarkably saved, and the excellent preliminary baking as described above causes the rolling (rolling movement). Main baking performance and reliability are significantly improved.

The rolling type takoyaki machine shown in FIGS. 1 to 4 has, for example, a plurality of upper and lower parts as shown in FIG.
It is also composed of rolling takoyaki machines arranged in stages. In Figure 4
Compared with the rolling type takoyaki machine shown, for example, as shown in the figure, the upper and lower vibrating tables 3 and 3 are each provided with a plurality of the above-mentioned units.
Is provided with the rolling grill 5 and the heating means 6 and the like, and the vibrating tables 3 and 3 are connected by the interlocking rod 17f so that the interlocking rods 7b of the upper and lower interlocking mechanisms 7 and 7 can be connected to each other between the right ends in the figure. Link 7c-Pulley 7d-Interlocking belt (illustrated by chain line)
-Pulley 7e-link 7f connected by an interlocking mechanism and the lower stage vibration / reciprocating rocking means 10 preliminarily oscillates by vibrating the upper and lower stages of the vibration table 3 and the rolling grills 5 in synchronization with each other. It is characterized by a structure that improves the efficiency of takoyaki, such as a two-stage system in which it reciprocally swings to perform main baking, or a three-stage system or more if necessary.

In each of the above-mentioned embodiments, the concrete mechanisms such as the reciprocating oscillating mechanism 18, the switching mechanism 19 and the oscillating mechanism 17 of the oscillating and reciprocating oscillating means 10 are not limited to the illustrated examples, but similar ones are required. It can be modified into various functional structures.

[0026]

According to the present invention, each made as described above arrangement
Place the rolling broiler in a forward tilted position and secure it under each rolling broiler.
Heat the burned part located on the side close to the heating means.
At the same time, the vibration stand vibrates each rolling grill,
Each takoyaki material in each baking depression on the lower side of each rolling grill is shaken.
It is moved and pre-baked to increase the heating efficiency of each lower burn-in recess, and each takoyaki material in the burn-in recess is prevented from seizure due to vibration and is formed into a round shape that is evenly pre-baked to the inside with high efficiency. As a result, uneven pre-baking and image sticking are effectively reduced, resulting in excellent pre-baking. Then the rolling baking machine is repeatedly reciprocating swinging in forward and reverse slope, presintered
Each homogenized takoyaki material is rolled into each rolling groove
Smoothly repeated rolling inside and out
To be done. This main grill, combined with the excellent preliminary firing,
The takoyaki material rolls smoothly and is evenly baked to the inside. It is baked efficiently as a takoyaki with a smooth and rounded taste. In both pre-baking and main baking, operability and productivity are improved without requiring any special manual operation, which saves energy, and baking performance and reliability are further improved.

In addition, the vibration table on the machine table and a plurality of swing shafts arranged on the vibration table are mounted at intervals with respect to each other.
It is vibrated in a tilted position, and it switches repeatedly to make a forward and reverse tilt
Opposed to the transverse U-shaped rolling groove that swings back and forth and this front and rear end
Rolling broiler consisting of a hemispherical crevice
When a heating means disposed on the lower side of each rolling baking machine, each rolling
Fixing means and vibration that vibrate by fixing the dynamic baking device in the forward tilted arrangement
With the moving mechanism , each rolling grill is fixed in the forward tilted arrangement,
Each takoyaki material in the baking recesses arranged on the lower side is vibrated and pre-baked, and the excellent pre-baking performance as described above can be obtained without requiring any special manual operation, and uneven burning or sticking is effective. Is reduced. Reciprocating rocker with switching mechanism
Repeated fixing and vibration of each rolling broiler depending on the stage
Then switch to forward and backward tilting reciprocating swing, and then continue with each takoyaki.
Material repeats forward and backward in each rolling groove of each rolling bake
It is rolled and burned, then switched with a simple operation.
As well as excellent pre-baking and Aimatsu each takoyaki
Rolling movement of the material is homogeneously be baked to further internal becomes smooth, yet France saddle and the certain good good is baked at a high efficiency in the takoyaki taste book baked rounded
In addition to high performance , overall pre-baking and main baking do not require special manual operation, which improves operability and productivity, saves energy, and improves firing performance and reliability.

[Brief description of drawings]

FIG. 1 is a side view (A) and a front view (B) of a rolling type takoyaki machine showing an embodiment of the present invention.

FIG. 2 is a front view (A) showing a mounted state of the rolling grill and a plan view (B) after the mounting.

FIG. 3 is a side view of a rolling broiler.

FIG. 4 is a plan view of a vibrating and reciprocating rocking means.

FIG. 5 is a side view showing a multi-stage embodiment.

[Explanation of symbols]

1 machine Two bullets 3 swing table 4 Swing shaft 5 Rolling grill 5a Rolling groove (rolling burner) 5b Baking recess (rolling baking machine) 5b-5a-5b Baking recess (rolling baking device) 6 heating means 8 fixing means 10 Vibration and reciprocating rocking means 17 Vibration mechanism 18 Reciprocating rocking mechanism 19 Switching mechanism X forward tilt Y reciprocating swing S Takoyaki material

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Claims (2)

(57) [Claims] 1. A mounted on the plurality of oscillating for axis on a vibration table
A U-shaped rolling groove and a hemispherical shape opposite to the front and rear ends of the rolling groove.
Equipped with a plurality of rolling grills consisting of burning recesses, each rolling grill was placed in a forward tilted position, and was positioned below each rolling grill.
While heating the burnt part close to the heating means,
The rolling stand is vibrated by the vibrating table , and the takoyaki material placed in the lower baking recesses is vibrated for preliminary firing.
After it came, followed by reciprocal swinging in repeated forward and reverse slope of each rolling baking machine, each takoyaki material of the which is pre-baked rolling
Repeated rolling movement in the forward and reverse directions within each rolling groove of the dynamic baking machine
A rolling takoyaki method characterized by firing and baking. 2. A vibration table on the machine base and a vibration table.
A plurality of swing axes are spaced from each otherInstalledFor forward tilting
FixedIt is vibrated and switched, and it repeatedly swings back and forth in forward and backward inclination.
The rolling U-shaped rolling groove to be moved and the front and rear ends of the rolling groove
A plurality of rolling grills consisting of hemispherical recesses,Each turn
With the heating means arranged underneath the broiler, Each rolling grill
And vibration mechanism for vibrating by fixing the vehicle to the forward tilted arrangement
When,Repeat the above fixing and vibration of each rolling broiler
Switch to inclined reciprocating rocking and change each takoyaki material to each of the above.
Switching that can be repeatedly rolled in the forward and reverse directions within the rolling groove
Reciprocating rocking means with mechanismAnd a transfer characterized by having
Dynamic takoyaki machine.