JP3107931U - Synchronous rotary crusher for food containing rice cake - Google Patents

Abstract

PROBLEM TO BE SOLVED: To provide a synchronized rotating and cutting apparatus for food containing straw that can produce a flat sealed product and can complete a product that appears in aesthetics.
SOLUTION: A pressure cutting mechanism 3 is provided in a synchronous rotation mechanism 6, and a first pressure ring 4 and a second pressure ring 5 are included therein, and the rotational speed of the synchronous rotation type group is just a wrapping mechanism. It is the same as the speed of wrapping. At the same time, the first pressure wheel 4 and the second pressure wheel 5 are driven and rotated. The semi-finished product in which the wrapping is completed by the wrapping mechanism in this way is sent to the upper side of the pressing mechanism 3 by the first transport stand 8 and sequentially between the first pressing ring 4 and the second pressing ring 5. The semi-finished product is pressed against the first pressure ring 4 and the second pressure ring 5 as it hangs down. Since the cutting mechanism 3 rotates with the synchronous rotation mechanism 6, the semi-finished product is not twisted in the pressing process, and both ends can be extruded into a sealed product that appears in a straight flat shape.
[Selection] Figure 4

Description

  The present invention relates to a synchronized rotating and cutting apparatus for food containing strawberries.

  The conventional cutting device for food containing rice cake can produce food containing rice cake with both ends appearing on the cut surface, but such food containing rice cake may be said to have a problem of oak leakage or poor appearance. Therefore, it is necessary to further improve the cutting device of this type of thin-skinned koji food molding equipment into a koji food pressing device. This koji food pressing device seals the koji food flat at both ends. It can be cut into a shape.

  As shown in FIGS. 1 and 2, the crushing food pressing apparatus 1 is provided with a first side plate 10 and a second side plate 11. A first rotating shaft 12 is pivoted between the first side plate 10 and the second side plate 11, and a guide wheel 120 is provided on the first rotating shaft 12. The guide wheel 120 is provided with a shaft core portion 121 and a partition plate 122 on both sides of the shaft core portion 121, and a main driving wheel 13 is provided at one end protruding from the first side plate 10 of the first rotating shaft 12. Further, a second rotary shaft 15 is pivoted on the vertical upper side of the first rotary shaft 12 between the first side plate 10 and the second side plate 11, and a pressure ring 150 is provided on the second rotary shaft 15. Yes. The pressing wheel 150 is provided with at least one extending lump 151, and a driven wheel 14 is provided at one end of the second rotating shaft 15 protruding to the outside of the first side plate 10. It is often engaged with the main driving wheel 13. A first connecting rod 16 and a second connecting rod 17 are provided on both sides of the guide wheel 120 between the first side plate 10 and the second side plate 11, respectively, and between the first side plate 10 and the second side plate 11. On both sides close to the shaft core portion 121, a first series of connection bases 18 and a second connection base 19 are provided. The first series pedestal 18 is connected to the first series tie bar 16 and is capable of receiving a semi-finished product 24 that has already been wrapped with a wrapping mechanism 22 on the first transport platform 20 (as shown in FIG. 3). To). The second connecting table 19 is connected to the second connecting rod 17, and a second transport table 26 is provided at the end of the second connecting table 19.

  When the semi-finished product 24 is sent to the first connecting platform 18 by the first transportation platform 20, the semi-finished product 24 is guided to the upper side of the shaft core portion 121 by the separation plate 122 of the guide wheel 120. At the same time, the main driving wheel 13 is driven by a motor to move the driven wheel 14 around. For this reason, the guide wheel 120 and the presser wheel 150 rotate in synchronism with each other. Approaches the core 121. When the semi-finished product 24 leans on the semi-finished product 24 and the center position of the stretched mass 151 intersects with the highest position of the shaft core 121, the semi-finished product 24 is pressed to an appropriate length and pressed into a sealed product 28 having flat ends. Then, the product is separated from the shaft core part 121 successively, and further, the semi-finished product 24 is continuously crushed by this circulation method, and a product 28 is produced in which both ends are crushed in a flat and sealed shape.

  However, in the crushing device 1 for the food containing cocoon, in the crushing process, the semi-finished product 24 in which the candy is wrapped by the candy wrapping mechanism 22 appears in a long streak shape, and accompanying the wrapping operation of the candy wrapping mechanism 22 Therefore, both ends of the product 28 squeezed by the squeezed food crushing device 1 are twisted and bent into an arc shape. Therefore, the product 28 is not a true flat hermetically sealed shape.

  Therefore, the purpose of the present invention is to create a true flat sealed product, the appearance of the product appears more aesthetically, and the synchronized rotation of the food with candy that can complete the product that meets the needs of the market The object is to provide a cutting device.

  In order to achieve the above-mentioned object, the synchronized rotating and cutting apparatus for food containing straw according to the claims of the present invention includes a pressing mechanism and a synchronized rotating mechanism. The pressure cutting mechanism is provided in the synchronous rotation mechanism, and there are the first pressure ring and the second pressure ring, and the rotation speed of the synchronous rotation type group is just the same as the speed at which the bag-wrapping mechanism performs bag-wrapping. is there. At the same time, the first and second pressure wheels are driven and rotated. In this way, the semi-finished product in which the wrapping is completed by the wrapping mechanism is sent to the upper side of the pressing mechanism by the first transport stand, and when it hangs down between the first and second pressing rings, The semi-finished product is pressed against the first pressure ring and the second pressure ring. Since the cutting mechanism rotates with the synchronous rotation mechanism, the semi-finished product is not twisted in the pressing process, and both ends can be extruded into a sealed product that appears in a straight flat shape.

Embodiments of the present invention will be described below with reference to the drawings.
The embodiment of the present invention relates to a synchronized rotating and cutting device for food containing rice cake, and as shown in FIGS. 4 and 5, a pressing mechanism 3 is provided, and the pressing mechanism 3 includes a first side plate 30 and a second side plate 30. A side plate 31 is provided. A first rotating shaft 32 is pivoted between the first side plate 30 and the second side plate 31, and the first pressure ring 4 is provided between the first side plate 30 and the second side plate 31 of the first rotating shaft 32. Is provided. The first pressure ring 4 is provided with two separation plates 40 and at least one first pressure block 41, and the first pressure block 41 is provided between the two separation plates 40. . A driven wheel 33 is provided at one end of the first rotating shaft 32 protruding to the outside of the first side plate 30. Further, a second rotary shaft 34 is pivoted at a position of the same horizontal height as the first rotary shaft 32 between the first side plate 30 and the second side plate 31, and the first side plate 30 of the second rotary shaft 34 and A second pressure ring 5 is provided between the second side plate 31 and the second side plate 31. The second pressure ring 5 is provided with at least one second pressure block 50, and a main driving wheel 35 is provided at one end of the second rotating shaft 34 protruding to the outside of the first side plate 30. The main driving wheel 35 is just engaged with the driven wheel 33 and the transmission wheel 36, and the transmission wheel 36 is connected to a driver 37. Further, as shown in FIG. 6, the pressure cutting mechanism 3 is provided in the synchronous rotation mechanism 6, and the rotational speed of the synchronous rotation mechanism 6 is just the same as the speed of the bag wrapping of the bag wrapping mechanism 97, and the driver 37 is simultaneously operated. To drive.

  As shown in FIG. 6, when the synchronous rotation mechanism 6 rotates, the driver 37 is rotated by the transmission wheel 36 to rotate the main driving wheel 35, and the driven wheel 33 is rotated along with the main driving wheel 35 to rotate the first pressure. The ring wheel 4 and the second pressure ring 5 are rotated synchronously. In this case, when the semi-finished product 7 wrapped in the cocoon wrapping mechanism 97 is sent to the upper side of the pressing mechanism 3 by the first transport base 8 and the semi-finished product 7 is successively dropped to the first pressing ring 4, first, When the two separated plates 40 are guided between the first pressure ring 4 and the second pressure ring 5, and the first pressure block 41 and the second pressure block 50 come into contact with the semi-finished product 7, The product 7 is sequentially pressed against the first compacted mass 41 and the second compacted mass 50. For this reason, the wrinkles in the semi-finished product 7 are pushed into the semi-finished product 7 and the semi-finished product 7 that is immediately pressed, and when the first pressed mass 41 and the second pressed mass 50 are brought close to each other, the semi-finished product 7 Is completely cut to form a product, and the semi-finished product 7 is continuously cut by such a circulation method to produce a sealed product 70 having flat both ends continuously.

  Particularly emphasized here is that when the first pressed mass 41 and the second pressed mass 50 come into contact with the semi-finished product 7, the semi-finished product 7 is sandwiched. 3 is moved at the same speed as the wrapping mechanism 97 wraps the ridge, so that the half-finished product 7 is twisted in the process in which the first and second crushed pieces 41 and 50 press the half-finished product 7. Without bending, both ends of the product are cut into a straight flat hermetic seal, and the product does not have a flat arc flat hermetic seal as in the case of traditional cutting devices.

Further, as shown in FIGS. 4 to 6, in the optimum embodiment of the present invention, the synchronous rotation mechanism 6 is installed on the fixed flat base 9, and the fixed flat base 9 is provided with a hollow column 90. A hollow cover 91 is pivotally provided outside the hollow column 90, and a hollow transmission gear 92 is provided at one end of the hollow cover 91 away from the fixed flat base 9. Since the hollow positions of the hollow transmission gear 92, the hollow cover 91, and the hollow column 90 are all at the positions where the first semi-finished product 7 of the first pressed mass 41 and the second compressed mass 50 are pressed, the product 70 is moved from the hollow position to the first position. It is possible to fall to the second carriage, and the second carriage will send the product to the next manufacturing location. The peripheral edge of the hollow transmission gear 92 is just connected to the speed change mechanism 93, the hollow power transmission gear 92 and the hollow cover 91 are moved through the speed change mechanism 93, and the hollow column body 90 is rotated around the shaft. The hollow transmission gear 92 and the hollow cover 91 are rotated at the same speed as the operation of wrapping the bag, so that the pressing mechanism 3 can extrude the linear flat sealed product 70.

  In this embodiment, the speed change mechanism 93 is provided with a casing 930, and the casing 930 is provided with a vortex bar 931. One end of the vortex bar 931 protrudes from the casing 930 and a gear 932 is provided. The gear 932 engages with the hollow transmission gear 92, and a portion of the vortex bar 931 in the casing 930 is connected to another driver 94. Accordingly, when another driver 94 is activated, the vortex bar 931 rotates, the gear 932 rotates with the vortex bar 931, and the hollow transmission gear 92 and the hollow cover 91 rotate about the hollow column 90.

  Further, since the driver 37 is provided in the hollow transmission gear 92, the driver 37 can directly connect the electric wire and the plug, and if the plug is further inserted into the socket, the driver 37 can obtain power by the plug, the socket and the electric wire. Is possible. Since the electric wire may be wound and cut off, in order to improve such a defect, as shown in FIG. 6, in this embodiment, a conductive portion 95 is provided outside the hollow cover 91, and the conductive portion 95 is provided. Is provided with at least one conductive ring 950. An electric brush portion 96 is provided at a position adjacent to the conductive portion 95 of the fixed flat base 9, and an electric brush 960 is provided at a position corresponding to each conductive ring 950 of the electric brush portion 96. Thus, when the hollow cover 91 rotates, the conductive portion 95 rotates with it, and the electric brush 960 constantly rubs against the conductive ring 950, thereby generating electricity in the conductive ring 950, and the electric power generated in the conductive ring 950 is The electric wire 98 is sent to the driver 37 through the hollow transmission gear 92. Therefore, the driver 37 can drive the main driving wheel 34 normally.

  When the semi-finished product 7 wrapped in the cocoon wrapping mechanism 97 is transported to the press-off mechanism 3 by the first transport base 8, the semi-finished product 7 is accurately and sequentially transferred to the first press-off ring 4 and the second press-off ring 5. In the present embodiment, a guide wheel 38 is provided on the upper side of the second pressure ring 5, and the guide wheel 38 connects the semi-finished product 7 with the first pressure ring 4 and the first pressure ring 4. Guided between the two pressure rings 5, whereby the first pressure ring 4 and the second pressure ring 5 can press the semi-finished product 7.

  Due to the configuration of the above members, when the pressure cutting mechanism rotates with the synchronous rotation mechanism, the pressure cutting mechanism pushes out the sealed product where both ends appear straight flat without twisting the semi-finished product in the pressing process. It is possible to improve the traditional cutting device.

It is a three-dimensional external view which shows the conventional cutting device. It is sectional drawing which shows the conventional pressing device. It is a figure which shows the positional arrangement relationship of the conventional cutting device, a 1st transport stand, and a 2nd transport stand. It is a three-dimensional external view which shows the synchronous rotation cutting apparatus of the foodstuff with a candy by the Example of this invention. It is a top view which shows the synchronous rotation cutting apparatus of the foodstuffs with a candy by the Example of this invention. 1 is a partial cross-sectional view of a side view showing a synchronized rotating and cutting apparatus for food containing rice cake according to an embodiment of the present invention.

Explanation of symbols

  3 Pressing Mechanism, 4 First Pressing Wheel, 5 Second Pressing Wheel, 6 Synchronous Rotating Mechanism, 7 Semi-finished Product, 8 First Transport Base, 9 Fixed Flat Table, 30 First Side Plate, 31 Second Side Plate, 32 First 1 rotation shaft, 33 driven wheel, 34 2nd rotation shaft, 35 main driving wheel, 36 transmission wheel, 37 driver, 38 40 separation plate, 41 first compressed mass, 50 second compressed mass, 70 product, 90 hollow Column body, 91 hollow cover, 92 hollow transmission gear, 93 transmission mechanism, 94 another driver, 95 conductive portion, 96 electric brush portion, 97 wrapping mechanism, 98 electric wire, 930 casing, 931 vortex bar, 932 gear, 950 Conductive ring, 960 electric brush

Claims (6)

A synchronized rotating and cutting device for food containing rice cake, including a synchronized rotating mechanism, a driver, and a pressing mechanism,
The rotation speed of the synchronous rotation mechanism is the same as the speed at which the bag wrapping mechanism wraps the bag.
The drive is provided with a transmission wheel and can be driven and operated by a synchronous rotation mechanism.
The cutting mechanism is provided in the synchronous rotation mechanism,
A first side plate;
A second side plate provided at a position facing the first side plate;
A first rotating shaft provided with a driven wheel pivotally disposed between the first side plate and the second side plate and protruding to the outside of the first side plate of the first rotating shaft;
Provided between the first side plate and the second side plate of the first rotary shaft, and the first pressure ring is provided with two separation plates and at least one first pressure mass, of which the first pressure mass Is a first pressure ring provided between two separator plates,
A main driving wheel is provided at one end of the second rotary shaft that is pivoted at the same horizontal height as the first rotary shaft and protrudes outside the first side plate of the second rotary shaft. And the main driving wheel engages with the driven wheel and the transmission wheel, the transmission wheel is connected to the driver, the second rotating shaft,
Provided between the first side plate and the second side plate of the second rotating shaft, and the second pressure ring has at least one second pressure block, and the main driving wheel engages with the driven wheel and the transmission wheel. The transmission wheel is connected to the driver by a second pressure ring,
A synchronized rotating and cutting device for food containing strawberries.   The synchronous rotation mechanism is provided on a fixed flat base, a hollow column is provided on the fixed flat base, a hollow cover is pivoted on the outside of the hollow column, and a hollow transmission gear is provided at one end away from the fixed flat base of the hollow cover. The hollow transmission gear, the hollow covering, and the hollow position of the hollow column body are all arranged at a position where the semi-finished product of the first pressed mass and the second pressed mass is pressed. The synchronized rotating and cutting apparatus for food containing strawberries according to claim 1, wherein the product is sent to the next production position by the second transportation platform.   The peripheral edge of the hollow transmission gear is connected to the speed change mechanism, moves the hollow power transmission gear and the hollow cover through the speed change mechanism, rotates around the hollow column body, and is hollow at the same speed as the speed wrapping mechanism wraps the bag. 3. A synchronized rotating and cutting apparatus for foodstuffs according to claim 2, wherein the transmission gear and the hollow cover are rotated so that the pressing mechanism can extrude a linear flat sealed product. The transmission mechanism
A casing,
A vortex bar provided in the casing and one end of the vortex bar protruding from the casing;
A gear protruding from the casing of the vortex bar and provided at one end, and the gear is engaged with the hollow transmission gear; and
The vortex bar is rotated when connected to the part of the vortex bar in the casing, and the other driver is operated. The gear rotates with the vortex bar. 4. A synchronized rotating and cutting device for food containing strawberries according to claim 3, further comprising a separate driving device.   A conductive portion is provided outside the hollow cover, and at least one conductive ring is provided in the conductive portion. An electric brush portion is provided at a position adjacent to the conductive portion of the fixed base, and each of the conductive portions of the electric brush portion is provided. 5. The synchronized rotating and cutting apparatus for food containing strawberries according to claim 4, wherein an electric brush is provided at a position corresponding to the ring.   A guide wheel is provided above the second pressure ring, and the guide wheel is capable of guiding a semi-finished product between the first pressure ring and the second pressure ring. Synchronous rotary cutting device for foods with candy as described.

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