KR20060119827A - Stuffed bun manufacturing apparatus - Google Patents

Abstract

Provided is an apparatus for manufacturing a stuffed bun, which does not need to detach or remove a bun adhered to a molding roller, prevents the formation of abnormal buns, and thus produces a large amount of buns within a short time. The apparatus for manufacturing a stuffed bun is configured to continuously form buns while a pair of molding rollers(304) are faced each other and rotated. The molding rollers(304) include many semicircular arc bands(305) having a bun-receiving hole. The apparatus comprises: an inside guide part(308) that is axially protruded from both ends of a rotation hole(307) of any one molding roller(304) of a pair of the molding rollers; an outer guide part(309) that is extrapolated from the inside guide part(308) and has many sides corresponding to the cut semicircular arc bands(305); multistage guide grooves that are formed toward the semicircular arc band(305) on the upper part of the inside and outside guide parts(308,309); each of elastic members that is inserted into the each guide groove; a prop plate(312) that is placed at the inside of a bun-receiving hole and is configured to settle a bun; a guide bar(315) of which one end is united to the back side of the prop plate(312) and the opposite end has a hanging piece between the opposite end of the elastic member and the opposite end of the guide groove and has a protrusion(314) at the upper part; and a fixation part that interferes in the protrusion(314) of the guide bar(315) within a certain section to protrude an operation pin when the inside and outside guide parts(308,309) rotate around the rotation hole(307), and is extrapolated from both ends of the rotation axis(319) and fixed to a bracket.

Description

Automatic dumpling manufacturing apparatus

1 is a view showing the front of a dumpling molded by a conventional dumpling manufacturing apparatus.

Figure 2 is a perspective view of a dumpling molded by a conventional dumpling manufacturing apparatus.

3 is a perspective view of an improved leaf dumpling.

4 is a plan view of an improved leaf dumpling.

5 is an overall configuration diagram of a conventional dumpling manufacturing apparatus.

Figure 6 is a plan view of one embodiment molding unit assembled with conventional leaf dumpling molding roller.

Figure 7 is a perspective view of one embodiment molding unit assembled with conventional leaf dumpling molding roller.

Figure 8 is an exploded perspective view showing the assembly structure of the drive unit of the conventional leaf dumpling molding roller and one embodiment of the molding unit.

Figure 9 is a perspective view showing the assembly structure of the drive device of the conventional leaf dumpling molding roller and one embodiment of the molding unit.

Figure 10 is a perspective view of the assembly assembly direction direction showing a drive assembly of the conventional leaf dumpling molding roller and one embodiment of the molding unit.

Figure 11 is a perspective view of the face of a conventional leaf dumpling molding roller.

12 is a right side view of the conventional state of the dumpling molding roller face.

Figure 13 is a plan view of the face of the conventional leaf dumpling forming roller.

Figure 14 is a bottom view of the state of the conventional leaf dumpling forming roller.

Figure 15 is another plan view of the facing state of the conventional leaf dumpling molding roller.

Figure 16 is a side sectional view showing a state of forming the leaf dumpling by an example small automatic dumpling manufacturing machine is applied to the conventional leaf dumpling molding roller and one embodiment molding unit

17 is a cross-sectional view of the molding groove in the configuration of the conventional leaf dumpling molding roller

Fig. 18 is a plan view in a molding state of a leaf dumpling molded by a conventional leaf dumpling forming roller and a molding oil knit.

19 is an exploded perspective view of the main portion according to the present invention.

20 is a front view showing the entire structure of a dumpling forming roller according to the present invention.

FIG. 21 is a view showing a main configuration of a lower forming roller in a cross-sectional view taken along a line A-A of FIG. 20 according to the present invention.

22a to 22e is a flow chart showing the action according to the present invention.

Figure 23 is a view showing the arrangement and the arrangement of the radius of the upper and lower forming rollers and the semi-circular arc band according to the present invention.

24 is an exploded view of the upper and lower forming rollers and the arrangement of the semicircular arc band according to the present invention.

<Description of the symbols for the main parts of the drawings>

* 301: embossed part 302: engraved part

303: upper forming roller 304: lower forming roller

305: semi-circle tiger 306: dumplings

307: rotation hole 308: inner guide portion

309: outer guide portion 310: guide groove

311: elastic member 312: backing plate

313: jam piece 314: jam jaw

315 guide bar 316 actuation pin

317: fixing part 318: bracket

319: axis of rotation

The present invention is formed in a plurality of semi-circular arc strips formed in a pair of forming rollers with a comb-shaped embossed portion and a predetermined depth so that a pair corresponds to each other, the dumpling accommodation hole can be accommodated in the semi-circular arc band The present invention relates to an automatic dumpling manufacturing device which is formed to penetrate into the inside of a roller, and is configured to continuously mold dumplings while a pair of forming rollers are rotated correspondingly. In particular, the comb-shaped embossed portion of the forming roller is a comb-indent of another forming roller. After the dumpling skin is sealed with the filling of the dumplings, the guide bar of the support plate interferes with the operation pin as the forming roller rotates, and it protrudes from the dumpling receiving hole to separate the sealed dumplings from the engraved part and to fall out of the forming roller. , The dumpling to be pressed is pressed on the molding roller to delay the dumpling production time. The present invention relates to an automatic dumpling manufacturing device that can solve mass production of high quality dumplings quickly.

In general, there are many types of dumpling manufacturing machines for the automatic production of dumplings by small dumpling manufacturers or food service establishments. Among them, dumplings that manufacture half moon or similar type dumplings (hereinafter referred to as half moon dumplings) are manufactured. One of the features of the apparatus is that the shape of the dumpling to be shaped has the characteristics formed by the mounting configuration of the dumpling forming unit and the shape of the shaping portion of the dumpling forming roller installed in the dumpling forming unit.

An example of a small dumpling manufacturing apparatus for automatically producing a half moon dumpling is disclosed in the first registered domestic utility model registration No. 197888.

The above-mentioned invention is provided with a well-known dough supply device and a dumpling stuffing device, and continuously forms a half moon dumpling with a dumpling forming roller while extruding a tubular dumpling with a dumpling stuffing built in from a nozzle.

Conventional vandal type dumplings and small automatic dumpling machines provided to this type are, due to the structural characteristics of the dumpling forming roller and the dumpling forming unit to which the dumpling forming unit is mounted, as shown in FIGS. 1 and 2. It has the limitation of the form of the half moon type dumpling shaping | molding which can form a wrinkle (or linear protrusion) only in one side of a dumpling joint, and can also shape a dumpling double part only in one side.

As such, the one-sided pleated dumpling (B), in which the belly is bulging only on one side and several radial folds (Bc) are formed only on one side of the edge joint, is similar in appearance to the hand-dumped dumpling that jointly joins the edge joint by hand. Although the feeling of a little was improved to improve the aesthetics slightly, the overall situation was that it was not enough to completely solve the feeling of machine dumplings.

Accordingly, dumpling delivery manufacturers, retailers, and catering establishments require automatic dumpling manufacturing devices that can produce half moon dumplings that have almost the same shape as hand dumplings or have a better aesthetic, with almost no feeling of mechanical dumplings. The form of the half moon dumpling required by a restaurant and a restaurant is formed by combing multiple comb-like wrinkles (BWc) (BWd) or linear projections on both sides of the dumpling edge joint as shown in FIGS. 3 and 4. There is a so-called leaf dumpling (BW), the conventional half moon type dumpling automatic manufacturing device provided so far, including the above-mentioned conventional example half moon type dumpling small automatic dumpling manufacturing apparatus, and the upper molding mounted up and down with the dumpling forming unit mounted thereon In the roller and lower guide roller type, the leaf dumpling (BW) cannot be formed, As a result, there was no mass productivity, the production cost was high due to the lack of mass production, and the supply itself could not be easily supplied, so the sales itself to supply leaf dumplings to small-sized food and beverage companies that had low consumption or automatic dumpling manufacturing equipment There was no situation at all.

In order to solve such a problem, the Utility Model Registration No. 355074 previously filed by the applicant according to FIGS. 5 to 18, the dough supply device is a tubular nozzle by a predetermined extrusion action to be half-filled in the dough container 111 Since the tubular dumplings PB are continuously extruded at 115, the tip of the tubular dumplings PB is extruded while controlling the gap of the nozzle and the thickness of the extruded dumplings PB by controlling the extrusion speed. To pass through between the left and right dumpling skin guide plate (170a) (170b) installed on the upper end of the dumpling molding unit 150, and is passed to the engaging portion of the rear forming rollers (130, 140) (see Fig. 16).

At this time, in accordance with the thickness of the dumpling skin to be molded, the engagement interval between the front and rear forming rollers (130, 140) to the tightening interval of the left and right bearing rod adjusting bolts (159a, 159b), respectively, the left and right bearing rods (155a) (155b). It moves forward and backward to adjust to an appropriate position, and operates the conveyor type dumpling transfer device 119, while filling the dumpling stuffing prepared in the dumpling stuffing hopper 112 and extruded by the dumpling stuffing transfer device 114 (PB) Perform the dumpling forming preparation operation to prepare the dumpling stuffing (Pf) continuously in the inside.

When the dumpling forming operation is performed following the dumpling forming preparation operation as described above, the tip of the tubular dumpling skin PB continuously extruded from the nozzle 115 with the dumpling stuffing Pf therein is the upper end of the dumpling forming unit 150. Guided between the left and right dumpling skin guide plate (170a) (170b) installed in. In the state of being engaged at the center of the engaging portion of the front and rear forming rollers 130 and 140 by being engaged with each other and being rotated downward, between the front and rear forming rollers 130 and 140 while being gradually pressed flat and spreading from side to side. Will be dragged in.

Tubular dumplings (PB) is gradually pressed flat and spread from side to side while being pulled between the front and rear forming rollers (130, 140), respectively, formed in the front and rear forming rollers (130, 140) The half moon dumpling is cut by the interlocking apex of the front and rear semi-arc shaped forming steps.

That is, at the left end of the front and rear forming rollers 130, 140, the front semicircular arc forming step 132a is the rear semicircular arc forming step 142a and the front semicircular arc forming step 132b is the rear half arc arc type. The forming step 142b and the front semicircular arc forming step 132c respectively cut three half moon dumplings per rotation by a tangential action with the rear semicircular arc forming step 142c. The step 133a is the rear semi-circular shaped molding step 143a, the front semi-circular shaped molding step 133b is the rear semi-circular arc forming step 143b, and the front semi-circular arc forming step 133c is the rear semi-circular arc forming step 143c. The tangential action of) cuts three half moon dumplings per revolution.

As described above, when the tangential action between the front and rear semi-circular arc-shaped forming steps at each of the left and right ends is performed, the tubular dumpling is cut into three half-moon-shaped dumplings per rotation, and at the same time, The front left end semicircular arc strip engraved portions 134a, which are formed to have shallow depths within 0.7 mm to 1 mm into each of the front and rear semicircular arc shaped steps, are provided with the rear left end semicircular arc strip engraved portions 144a and the front right end. The semicircular arc strip engraved portions 134b are brought into contact with the rear right semicircular arc strip engraved portions 144b, respectively, to form an arc-shaped joint BWe by pressing the edges of the cut half moon dumplings.

In addition, when the arc-shaped joint (BWe) forming operation of the half-moon dumpling is made, at the same time, the front left and right ends of the semicircular arc strip engraved portions 134a and 134b and the rear semicircular arc strip engraved portions 144a and 144b. A circle of half moon dumplings cut and formed by a number of front left and right end comb-shaped shaping grooves 137a and 137b respectively formed in the rear left and right end comb-shaped shaping grooves 147a and 147b respectively. Several left and right comb-shaped pleats (BWc) (BWd) are formed on both sides before and after the arc joint (BWe) at a predetermined height alternately between the front and rear sides, and at the same time, each of the front and rear forming rollers (130, 140) BWa of the left and right dumplings of the half moon dumplings bulging on both sides by the contact surface between the front and rear body shaping parts 136a, 136b, 146a, and 146b, which are inclined downward to a certain depth from the shaping part to the left and right ends. (BWb) operation is performed.

The forming operation as described above occurs continuously in the left and right both ends forming part in accordance with the rotation of the front, rear forming rollers (130, 140), as shown in Figure 18, the front, rear forming rollers (130, 140) When viewed in plan in the left-end forming state, it has a half moon-shaped dumpling (BWa) (BWb) bulging in both front and rear, and several comb-like wrinkles (BWc) (BWd) The leaf dumpling (BW) formed at a predetermined height staggered with each other between both front and rear sides is molded (see FIGS. 3 and 4), and the conveyor-type dumpling transfer device 119 rotates forward from the bottom of the dumpling forming unit 150. It is transported to the front in a state where it is laid down in the front-rear longitudinal direction by the weight.

The leaf dumpling (BW) molded in the configuration of the conventional dumpling manufacturing apparatus described above and conveyed forward in a state where it is laid down in the front-rear longitudinal direction by the weight on the conveyor-type dumpling conveying apparatus 119 is conveyed forward, At the end side of the transfer device 119, the worker is placed on the steamer or storage box as shown in FIG. 3, and is aligned. The shape of the dumplings in the standing state is bulging left and right sides (BWa) (BWb) In the left and right sides of the edge arc-shaped junction (BWe), several radial wrinkles (BWc) (BWd) is formed between the leaf dumplings (BW) are formed at a predetermined height to be staggered between the left and right sides.

However, the preceding dumpling manufacturing apparatus is a pair of forming rollers 130, 140 because the dumpling skin is forcibly pressed into the intaglio portions 134a and 134b in the process of forming the leaf dumpling BW. Since it does not stick to any one of them, during the operation of forming dumplings, the worker observes this phenomenon, and if the shaped dumplings are pressed against the forming rollers 130 and 140, they must be removed manually by hand. There is a problem that there is a concern about the loss of the work force because the delay is delayed and the worker must always manage by the side.

In addition, if the molded dumplings are pressed to any one of the pair of forming rollers 130 and 140 constantly, there may not be a great difficulty in removing them, and this phenomenon is regularly only in one of the forming rollers. If it occurs, you can install a separate equipment to prevent pressing, but the molded dumplings are stuck in the molding roller because the phenomenon is not caused by any one of a pair of molding rollers, but irregularly occurs. There is a need for a special component or means to prevent it from sticking to 140).

The present invention devised to solve the above problems is that the dumpling to be molded is regularly pressed only to any one of the pair of molding roller, and the dumpling of the forming roller to which the dumpling is pressed, the forming roller rotates as the forming roller rotates. Its purpose is to allow you to automatically get away from.

The above object is that the comb-shaped embossed portion 301 and the engraved portion 302 are formed in a plurality of semicircular arc bands 305 formed in a pair of forming rollers 303 and 304 with a predetermined depth so that a pair corresponds to each. In this semicircular arc strip 305, dumpling accommodation holes 306, in which dumplings can be accommodated, are molded to penetrate into the molding rollers 303 and 304, and a pair of molding rollers 303 and 304 are formed. In the automatic dumpling manufacturing apparatus to continuously mold the dumplings while rotating correspondingly, the one of the pair of forming rollers (303, 304) of the one of the forming rollers 304, the rotation hole 307 protrudes in the axial direction An inner guide portion 308 having a predetermined height; An outer guide portion 309 which is extrapolated to the inner guide portion 308 and has a plurality of sides 309a corresponding to the semi-circular arc strip 305 cut so as not to interfere with the semi-circular arc strip 305 of the forming roller; The inner and outer guide portions 308, 309 is formed at a predetermined length toward the semi-circular arc strip 305 at the top, and the dumpling accommodation hole of the semi-circular arc strip 305 at a position spaced a predetermined distance from the rotating hole 307 ( A multi-stage guide groove 310 formed in the circumferential direction toward the 306; An elastic member 311 inserted into the guide groove 310 to elastically support the inner one end and the other end in the longitudinal direction; A support plate 312 disposed inside the dumpling accommodation hole 306 to close the dumpling accommodation hole 306 so as not to penetrate inward and to allow the dumpling to be received; One end is coupled to a predetermined rear surface of the support plate 312, the other end of the elastic member (311) between the other end of the guide groove 310 and the 'b' shaped engaging piece 313 is inserted into the elastic member ( 311) a guide bar 315 which is supported on the other end, and the other end is partially cut off, and the locking jaw 314 is formed; When the inner and outer guide parts 308 and 309 rotate about the rotation hole 307, the guide bar 315 is accommodated by interfering with the engaging jaw 314 of the guide bar 315 within a predetermined section. The operation pin 316 protrudes to press the ball 306 outward, and the automatic dumpling manufacturing apparatus, characterized in that it comprises a fixed portion 317 is extrapolated to both ends of the rotary shaft 319 and coupled to the bracket 318, respectively. Is achieved by.

Here, the radius of the semi-circular arc band 305 of the upper forming rollers 303, 303 of the pair of forming rollers 303, 304 is relatively larger than the radius of the semi-circular arc band 305 of the lower forming rollers 303, 304. It is preferable to form the forming rollers 303 and 304 on the rotating shaft 319 so that the pair of forming rollers 303 and 304 and the semi-circular arc strip 305 are arranged at an angle by a predetermined width.

Hereinafter, the configuration and operation of the present invention will be described with reference to FIGS. 19 to 24.

First, the automatic dumpling manufacturing apparatus according to the present invention, when the dumpling is molded by the forming roller 3030 (304) in the state of maintaining the shape of the pre-made forming rollers (303, 304), the negative portion of the forming roller ( In order to solve the problem that the dumplings formed in the 302 and the embossed portion 301 are not separated from the molding rollers 303 and 304, the construction and operation of the dumpling manufacturing apparatus will be described in the related art. Let's estimate it.

Accordingly, it can be seen that a plurality of semicircular arc bands 305 formed at a predetermined depth are formed in the pair of forming rollers 303 and 304 provided in the present invention.

The present invention is preferably mounted on the lower forming roller 304 disposed below the pair of forming rollers 303 and 304, but the present invention is not limited thereto.

However, hereinafter, the mechanism according to the present invention will be described as limited to the lower forming roller 304, the lower forming roller 304, the rotating hole 307 is formed in the axial direction, this rotating hole The inner guide portion 308 protrudes as shown in FIG. 19 at a predetermined height around the center 307.

Here, FIG. 19 illustrates the lower shaping roller 304 in a form in which the rotating shaft 319 stands vertically, and the lower shaping roller 304 is schematically illustrated in an imaginary line to clearly show the main part. In addition, the inner guide portion 308 that is part of the lower forming roller 304 is shown in solid lines so that the engagement state with the outer guide portion 309 is clearly expressed.

As shown in FIGS. 19 and 21, a rotation hole 307 is formed in the inner guide part 308, and a key groove 307a is formed so that the rotation shaft 319 is formed in the rotation hole 307.

In addition, the outer guide portion 309 is extrapolated to the outer diameter of the inner guide portion 308, the side toward the side of the semi-circular arc strip 305 so as not to interfere with the semi-circular arc strip 305 of the lower forming roller 304 (309a) By cutting), the overall shape of the triangle is made, and the part corresponding to the vertex of the triangle is rounded to be in close contact with the inner diameter of the lower forming roller 304.

Here, in the outer guide portion 309 extrapolated to the inner guide portion 308 and the inner guide portion 308, a straight guide groove 310 toward the dumpling accommodation hole 306 of the semicircular arc strip 305 has a predetermined length. When the guide groove 310 is formed in multiple stages, the elastic member 311 inserted into the guide groove 310 and the guide bar 315 disposed above the elastic member 311 interfere with each other. It is desirable not to.

That is, the guide bar 315 which is formed on the upper portion of the elastic member 311 by molding the width of the upper than the width of the lower portion of the guide groove 310 to press the elastic member 311 to reduce the elastic force It is desirable to prevent it.

Here, at one end of the guide bar 315, as shown in FIG. 19, the dumplings formed by forming rollers are combined with a semicircular support plate 312 corresponding to the dumpling accommodation hole 306 of the semicircular arc strip 305. To rest on the backing plate 312.

In addition, the other end of the guide bar 315 is inserted into the guide groove 310 to be fitted between the other end of the elastic member 311 holding the one end and the other end of the guide groove 310 and the other end of the guide groove 310. The locking piece 313 having a '-' shape is fitted so that the locking piece 313 of the guide bar 315 is in close contact with the other end of the guide groove 310 by the elastic force of the elastic member 311. And at the same time the base plate 312 to maintain the form that is seated in the dumpling accommodation hole (306).

Here, the locking jaw 314 is formed on the opposite side (upper portion) of the guide groove 310 in which the locking piece 313 is formed as shown in FIG. 19.

On the other hand, it is condensed by the rotation hole 307 is coupled to the bracket 318 rotatably coupled to the rotating shaft 319 to extrapolate the fixing portion 317 to bolt to the bracket 318, the fixing portion 317 of As shown in FIG. 20, the inner and outer guide parts 308 and 309 rotate inside the rotation hole 307 so as to interfere with the locking step 314 of the guide bar 315 within a predetermined section. Join 316.

Therefore, when the guide bar 315 passes through the section where the operation pin 316 is positioned when the lower forming roller 304 rotates, the locking step 314 of the guide bar 315 interferes with the operation pin 316. Simultaneously with this rotation, the elastic member 311 is pushed toward the dumpling receiving hole 306 by compressing the elastic member 311, and the support plate 312 is separated from the dumpling receiving hole 306 to hold the dumpling receiving hole 306. The dumplings in close contact with the base plate 312 may be separated from the lower molding roller 304.

Here, the dumplings are formed in the upper forming roller 303 so that the dumplings are separated by the support plate 312 so that the dumplings are always located in the lower forming roller 304 among the pair of forming rollers 303 and 304. As shown in FIG. 23, the radius of the semicircular arc strip 305 is relatively larger than that of the lower forming roller 304 so that the dumpling is always pressed against the outer diameter of the lower forming roller 304 than the upper forming roller 303. It is desirable to.

That is, the drawing of FIG. 23 is a developed view of the outer diameter surface of the upper and lower shaping rollers 303 and 304 unfolded, and this developed view is a state where the upper and lower shaping rollers 303 and 304 overlap, The illustrated part shows a state in which the semi-circular arc strip 305 of the lower forming roller 303 is covered by the upper forming roller 303.

In addition, when the radius of the semicircular arc band 305 of the pair of forming rollers 303 and 304 is the same, as shown in FIG. 24, the semicircular arc band 305 does not completely match, that is, slightly each other. It is preferable that the dumpling separation process by the support plate 312 is efficiently carried out by assembling and arranging the dumplings to be pressed against the lower forming roller 304.

As shown in FIG. 20, the operation pin 316 is disposed below the rotating shaft 319 of the lower forming roller 304 so that the dumpling separated by the support plate 312 finally falls to the bottom. 22 is a cross-sectional view taken along line AA of FIG. 20 as a sequential view of the dumpling separation process according to the present invention, and is a functional diagram showing only the lower forming roller 304.

As shown in FIG. 22A, a plurality of intaglio portions 302 are formed in the semicircular arc strip 305, and a support plate 312 is disposed in the dumpling accommodation hole 306 of the semicircular arc strip 305, respectively. In the state of the guide bar 315 is coupled to the back of the guide bar 315 is disposed in the longitudinal direction of the guide groove 310, the other end of the guide piece 310 and the other end of the guide groove 310 and the elastic member 311 In the case where the interference between the operating pins 316 does not occur, the guide bar 315 is always kept in close contact with the other end of the guide groove 310.

Therefore, as shown in FIG. 22B, when the lower forming roller 304 rotates and the guide bar 315 rotates (shifts) about the rotation axis 319, the locking jaw 314 of the guide bar 315 is moved. 22B is a view showing the state immediately before the engaging jaw 314 interferes with the actuating pin 316. In this state, the lower forming roller 304 is connected to the actuating pin 316. When the rotation is further rotated as the operating pin 316 is a fixed component, the locking jaw 314 of the guide bar 315 interferes with the operation pin 316 to prevent rotation.

At this time, the locking piece 313 of the guide bar 315 is prevented from rotating while compressing the elastic member 311 toward one end of the guide groove 310, the lower forming roller 304 is constantly rotating the dumpling accommodation hole As the position of the 306 is changed as shown in FIG. 22C, the guide bar 315 and the support plate 312 protrude from the dumpling grooves as opposed to maintaining the position interfered with the operation pin 316.

Therefore, if the dumplings are seated on the support plate 312 in a state in which the dumplings are pressed onto the lower forming roller 304, the support plate 312 protrudes from the dumpling accommodation hole 306 to push the dumplings so that the dumplings are formed on the lower forming roller 304. Can be separated from).

Here, the locking jaw 314 and the operating pin 316 of the guide displacement occurs at the point where the lower forming roller 304 is rotated, the lower forming roller 304 is rotated to the position as shown in Figure 22d When the interference between the engaging jaw 314 and the operation pin 316 of the guide bar 315 is released, the engaging piece 313 of the guide bar 315 is guided by the elastic force of the elastic member 311. It is elastically transferred to the other end of 310 so that the supporting plate 312 can be instantaneously transferred to its original position as shown in FIG. 22E.

As the lower forming roller 304 rotates as described above, when the guide bar 315 reaches a predetermined section and rotates the predetermined section, the operation pin 316 is interrupted to temporarily stop the rotation. Since the guide bar 315 and the support plate 312 do not cause displacement and only the dumpling accommodation hole 306 and the semicircular arc band 305 of the molding roller generate displacement, the support plate 312 is separated from the dumpling accommodation hole 306. When the guide bar 315 deviates from a certain period by the rotation of the lower forming roller 304, the interference by the actuating pin 316 is released and the guide bar 315 and the support plate 312 are formed. Since this operation occurs uniformly at the same time as the lower forming roller 304 rotates, the dumplings hanging on the lower forming roller 304 can be separated by the support plate 312 at a certain interval. Being will be.

Although, in the above description, the main components such as the support plate 312, the guide bar 315, the inner and outer guide parts 308 and 309 are mounted only on the lower forming roller 304, but in some cases, The same components may be mounted only on the upper forming roller 303, or may be mounted on both the upper and lower forming rollers 303 and 304.

However, since the number of parts increases, the number of assembly processes increases, and the unit cost of the product may increase when the upper and lower forming rollers 303 and 304 are mounted on both of the upper and lower forming rollers 303 and 304, the mounting roller may be mounted on either the lower or upper forming rollers. It is preferable that all of them be included in the scope of the present invention.

As described above, the present invention allows the dumpling to be pressed to any one of the upper and lower forming rollers, and the support plate and the guide bar are elastically coupled to the forming roller to which the dumplings are pressed, and the guide bar has a predetermined rotation radius of the forming roller. By removing the dumplings protruding from the dumpling receiving grooves and seated on the backing plate from the molding roller, the operator can eliminate the hassle of removing or removing the dumplings pressed on the molding roller every time, and the manager always keeps the dumplings. Even if you do not observe or manage the process of molding, the dumplings are rotated on the forming rollers while they are pressed against the forming rollers, thereby eliminating the problem of bad dumplings. Therefore, a large amount of dumplings can be formed in a short time. Has the effect of

Claims (3)

The comb-shaped embossed portion and the engraved portion are formed in a plurality of semicircular arc bands formed at a predetermined depth in a pair of forming rollers so that the pairs correspond to each other, and the semi-circular arc bands have dumpling accommodation holes in which the dumplings can be accommodated. In the automatic dumpling manufacturing apparatus that is molded to be penetrated by a, and a pair of forming rollers correspondingly rotated to mold the dumplings continuously, An inner guide portion having a predetermined height protruding in the axial direction from both ends of the rotating roller of any one of the pair of forming rollers; An outer guide part which is extrapolated to the inner guide part and has a plurality of sides corresponding to the semicircular arc band cut away from the semicircular arc band of the forming roller; A multi-stage guide groove formed in a predetermined length toward the semicircular arc strip from the upper portion of the inner and outer guide portions and circumferentially formed in the circumferential direction toward the dumpling receiving groove of the semicircular arc strip at a position spaced a predetermined distance from the rotating hole; An elastic member inserted into the guide groove to elastically support the inner one end and the other end in the longitudinal direction; A support plate disposed inside the dumpling accommodation hole to close the dumpling accommodation hole so as not to penetrate inward and to allow the dumpling to be received; One end is coupled to a predetermined position on the back of the support plate, the other end of the elastic member and the other end of the guide groove is inserted between the other end of the 'b' shape is inserted into the elastic member, and the other end is partially cut and the locking jaw is formed A guide bar; When the inner and outer guide parts rotate about the rotation hole, the operation pins protrude to press the guide bar to the outside of the dumpling receiving groove by interfering with the engaging jaw of the guide bar within a predetermined section. Automatic dumpling manufacturing apparatus comprising a fixed portion coupled. The method of claim 1, An automatic dumpling manufacturing apparatus, characterized in that the radius of the semi-circular arc band of any one of the forming roller of the pair of forming rollers is formed relatively larger than the radius of the semi-circular arc of the upper forming roller. The method of claim 1, The pair of molding roller semi-circular arc strips are arranged on the axis of rotation so as to be arranged at a predetermined width by a predetermined width automatic dumpling manufacturing apparatus characterized in that.

Images