KR20050011268A - Method of automatic packaging for ice-cream cone cake and device thereof - Google Patents

Abstract

PURPOSE: A method and apparatus for packaging ice cream cones in which the process containing a transfer of inspected cones to a cooling part, an attachment of a plastic cap to the end part of cooled cones and a packing of cones with cover paper is automatically performed are provided. The apparatus is simple in structure and easy to manufacture and reduces man power. CONSTITUTION: The method for packaging ice cream cones comprises the steps of: introducing dough into a mold and heating; erecting the rear part of cones by a vacuum absorber in a mold; inserting a knife installed at the fixing body of the molding machine between the mold and cones; inserting into the molding machine; forming cones into a conical shape by a rotator; transferring the molding machine to a cooling part; eliminating the rotator installed at the molding machine from the rotator; and returning to its original state by inserting the rotator into the molding machine. The packaging method is characterized in that the process containing a transfer of inspected cones to the cooling part, an attachment of a plastic cap to the end part of cones; and a packing of cones with paper is automatically performed.

Description

Method of automatic packaging for ice-cream cone cake and device

The present invention relates to a method and apparatus for manufacturing and packaging ice cream cone sweets in a manufacturing machine, and to automatically produce and package ice cream cone sweets in a short time so that a large number of people can be produced and packaged. Is there.

Ice cream is mainly made by putting ice cream in a round container and eating it with a separate spoon, and packing ice cream one by one in a certain capacity and eating it in a cone of cones made of sweets. The present invention relates to a confectionery for use when eating ice cream in the latter cones as follows.

In general, the conventional manufacturing machine for producing the confectionery for ice cream has been the main method of using a round turntable,

In the conventional method of manufacturing the confectionery, the molds for preparing the confectionery can be rotatably installed, and then the dough is put into the upper part of the mold to automatically cover the mold. When heated and turned to the cutting part, the cover of the mold opens automatically, and the confectioner rides through the roller to the cutting part.

As described above, the confectionery reaches the cutting part is cut by the cutting knife and then transferred to the cone forming part, and the confectionery conveyed to the cone forming part is introduced into the mold having the insertion hole formed in the conical shape. Rotating rods on the side were inserted into the bottom of the confectionery, so the confectionery was formed into a cone cone.

However, the conventional method has a disadvantage in that the upper end of the cone is not horizontal, and the end of the cookie protrudes to the upper end when the confectionary is molded into a cone by a conical mold. And when the cone is packed or transported, the load is concentrated on the protruding portion, the cone is broken, there was a problem that the defective product is generated.

In addition, when the cone is separated from the mold in the process of manufacturing the cone by the cone mold, there is a disadvantage in that the cone is not detached from the cone of the rotating mold. The defect rate was severe and the raw material was wasted because it fell to the floor, which caused a waste of raw materials and waste of working time. It was a method of packing corn confectionery after selecting defective products and genuine products.

However, such a method caused two people to be allocated to one machine, causing unnecessary waste of manpower and thereby increasing manufacturing cost.

In order to solve the above problems, the present applicant installs a conveyor belt made of a mold on the front upper part of the main body in a straight line in a '⊂ ⊃' shape to rotate the conveyor belt, and installs a tension control device on one side of the conveyor belt, An automatic manufacturing method and apparatus for ice cream confectionery formed by installing a mold opening / closing device and a molding part for molding a cookie on the other upper part of the upper part, and installing a dough supply part and a heating part in a conveyor belt between the tension control device and the molding part (2002) Patent application No. 43560).

However, the method for producing ice cream cone confectionery automatic and its device is also a method of packaging the confectionery after cooling the finished confectionery as a packaging method using a manpower, it was not possible to obtain more effects.

Recently, in order to prevent the loss caused by the breakage of corn confectionery and to reduce the manufacturing process, ice cream makers are demanding that caps and covers inserted into the bottom of corn confectionery be inserted in advance in the manufacturing process of corn confectionery to deliver corn confectionery. For this reason, the confectionery manufacturer puts the confectionery finished in the confectionery maker into a cap and a packaging cover, and then wraps it in a box.

However, this work has the disadvantage of installing a separate sanitary packing room for hygiene, and also a big problem that the work efficiency is considerably deteriorated in the hot summer season as the person who packs wears a sanitary hat and clothes and performs the packing work. there was.

In addition, there is a problem in that the yield is significantly reduced by the person to check the state of the confectionery completed one by one, then screen the defects and put the cap and the inside of the cover.

The present invention has been invented to solve the above problems, and also connected to the ice cream cone pastry maker filed by the present applicant to automatically produce from the production of the confectionery to packaging so that the product can be mass produced in a short time It is.

In other words, the ice cream confectionery produced automatically is inspected for defects and then transferred to the cooling unit via a conveyer, and the cooled confectionery passes through a reversing device and then through a foreign material inspection unit. Automatically fastened, and the confectionery as described above is transported on the conveyor and automatically fastened with the cover again so that it can be transported to the atmosphere so that the person can only box packaging, the present invention to the accompanying drawings When described in detail as follows.

1 is a block diagram showing a packaging process of the present invention

2 is a schematic block diagram showing an embodiment of the present invention;

Figure 3 shows the whole up to the packaging line in the manufacture of the confectionery for ice cream of the present invention

Shown schematic perspective view

Figure 4 is a schematic perspective view of the state removing the confectionery manufacturing line in the present invention

5 is a schematic side view of the entire packaging line of the present invention.

Figure 6 is a schematic perspective view showing another embodiment of the packaging line of the present invention

Figure 7 is a schematic side view showing an embodiment of the present invention

8 is an overall schematic side cross-sectional view of the transfer conveyor of the present invention.

9 is an enlarged separated perspective view of main parts of the present invention conveyor;

Figure 10 is an excerpt side view showing the coupling state of the present invention conveyor

11 is an excerpt side cross-sectional view of the transport conveyor of the present invention

Figure 12 is an excerpt side view showing a transfer device to the cooling transfer unit of the present invention

Figure 13 is a schematic perspective view of the present invention the cooling conveyor

14 is a schematic side cross-sectional view showing an operating state of the present invention the cooling conveyor.

Figure 15 is a schematic front view showing an operating state of the present invention the device for turning direction

16 is an enlarged front view of main parts of the redirection device of the present invention;

17 is a schematic perspective view showing the present foreign matter inspection unit

18 is a schematic side cross-sectional view of the present invention foreign matter inspection unit

19 is an enlarged perspective view showing main parts of the present invention, a cap taking out device;

20 is a schematic side cross-sectional view showing a cap extracting apparatus of the present invention.

Figure 21 is a cross-sectional view of the operating state showing the present invention cap pulled out state

Figure 22a is a state before the operation of the upper, lower operating device in the cap extracting device of the present invention

Figure 22b is a state after the operation of the upper, lower operation device in the cap extracting device of the present invention

Figure 23 is an enlarged perspective view showing another embodiment of the operation device in accordance with the present invention

Figure 24 is a schematic side cross-sectional view showing an operating state of the down operation device according to the present invention.

25 is an enlarged schematic perspective view of a main portion of the cover sheet taking-out device of the present invention;

26 is an overall schematic side cross-sectional view showing an operating state of the cover paper extracting device of the present invention;

27 is an enlarged cross-sectional view of a main portion of the cover sheet taking-out apparatus of the present invention;

28 is a schematic perspective view showing another embodiment of the present invention withdrawal device

29 is a plan view of another embodiment of the take-out device of the present invention;

Figure 30 is an enlarged cross-sectional view showing the main portion showing the operating state of the embodiment of the extracting apparatus of the present invention;

Figure 31 is an enlarged cross-sectional view showing the operating state of the take-out roller for the embodiment of the take-out device of the present invention

32 is a schematic front view showing an operating state of the standby unit of the present invention;

** Description of symbols for the main parts of the drawing **

1, 4- Transfer Conveyor 2- Cooling Conveyor 3- Direction Change

5- Foreign body inspection unit 6- Cap taking off device 7- Cover sheet taking off device

8- guide rail 9- loading section 10- conveyor body

11, 11'- rotating body 12, 21, 29- chain 13- support plate

14, 58-support 15- retainer 16, 48, 57- guide

17- Air Nozzle 18- Conveyor Body for Cooling

19, 20, 20 ', 28- rotating body 22- transfer plate 23- fixing hole

24- Base plate 25, 63, 70, 75- Guide plate 26- Conveyor body

27- Plate 30- Pusher 31, 43, 58- Support

32, 42- rotating shaft 33- fixing rod 34- auxiliary fixing plate

35- Drive gear 36, 77- Spring 37- First interlocking gear

38- support roller 39- second interlocking roller 40, 83- cam

41- drive gear 44, 59- through hole 45- cap loading tube

46, 61- Drawer roller 47, 62- Pulling plate 49- Upper, lower actuating device

50, 50'- Fixed piece 51- Rotary gear 52- Shaft

53- Guide rail 54- Upper and lower operation port 55- End connection

56- Link 60- Coverage Load Tube 67- Waiting Area

68- conveyor conveyor 69- belt 71- metal detector

72- Sensor 73- Control box 74- Cylinder

76- left and right operating port 78- roller 79- operating port

80-guide roller 81- retainer 82- support

84- withdrawal roller 85- with pulling roller 86- projection

88,88′-stopper 89- support rod

Steps to open the mold:

Putting the dough inside the mold:

Steps to close the lid while the mold is being transferred:

The mold is transferred to the heating section and heated:

Steps to open the mold:

Steps in which the back of the cookie in the mold is backed by a vacuum adsorber:

Step of inserting the blade installed in the fixed body of the molding machine between the mold and the cookie:

The step of inserting the cookie onto the blade of the mold and inserting it into the interior through the inlet:

The confectionery is rotated by the cone forming rotor installed inside the molding machine,

Steps that are shaped into cones:

The molding machine is transferred to the cooling section:

When the rotating body installed in the molding machine is separated from the molding body:

Steps in which the confectionery leaves the rotor:

In the rotating body is inserted into the molding body made of the step of returning to the original,

Cones falling off the rotating body are dropped on the conveyer by the guide rail:

Conveying confectionery is moved by a constant distance from the upper side of the conveyor to the inside by a guide plate installed on one side of the conveying conveyor:

Cone sweets are supplied to the conveying conveyor of the cooling unit by the air injected from the conveying conveyor:

Cooling stage:

Cone cookies are separated from the cooling conveyor and fed to the diverter:

Redirection Steps:

Foreign Material Inspection Steps:

Steps to Conveyor:

Cap withdrawal steps:

Steps at which the ends of the confectionery are fastened to the cap:

Transfer Steps:

Cover Paper Withdrawal Steps:

Cover and Con Confectionery Steps:

Transported to the atmosphere;

Step of transferring the loaded product to the loading part by a certain amount in the waiting part:

It consists of a box packing step of packing a predetermined amount of corn cookies in the loading portion.

Meanwhile, in another embodiment of the present invention, the confectioners separated from the rotating body are shaken by a conveyer on a guide rail:

Conveying confectionery is moved by a constant distance from the upper side of the conveyor to the inside by a guide plate installed on one side of the conveying conveyor:

Cone sweets are supplied to the conveying conveyor of the cooling unit by the air injected from the conveying conveyor:

Cooling stage:

Cone cookies are separated from the cooling conveyor and fed to the diverter:

Redirection Steps:

Steps to Conveyor:

Cap withdrawal steps:

Steps at which the ends of the confectionery are fastened to the cap:

Transfer Steps:

Cover Paper Withdrawal Steps:

Cover and Con Confectionery Steps:

Steps to be transferred to the atmosphere:

Step of transferring the loaded product to the loading part by a certain amount in the waiting part:

It consists of a box packing step of packing a predetermined amount of corn cookies in the loading portion.

Referring to the configuration of the present invention as described above is as follows.

Conveyor belts made of molds are installed in a straight line in the shape of '' 으로 'on the front of the main body.The tensioner is installed on one side of the conveyor belt, and the mold opening and closing device is installed on the other front side of the conveyor belt. In the forming part to be molded, the conveyor belt between the tension control device and the forming part is provided by the dough supply part and the heating part,

By installing the conveying conveyor (1) with grooves formed in the outlet portion of the confectionery forming machine, it is possible to inspect the defect of the corn confectionery manufactured in the confectionery making machine, and on the other end of the conveying conveyor (1), a cooling conveyor ( 2) to be installed and rotated, and the cooling conveyor 2 has several insertion holes into which the cone is inserted, but the insertion hole is smaller than the diameter of the cone confectionery so that the corn confection is caught, and one side of the cooling conveyor 2 is installed. It is provided with a turning section (3), one side of the foreign matter inspection unit (5) is installed to check whether the foreign matter made of metal in the confectionery, and one side is provided with a conveying conveyor (4).

On one side of the conveying conveyor (4) is installed a cap taking out device (6) fastened to the lower end of the confectionery, one side of the cap taking out device (6) is installed a cover paper taking out device (7) surrounding the outside of the confectionery One side of the cover taking out device 7 is provided with a loading part 9 provided with a waiting part 67 and a guide rail 8, and reference numeral 90 denotes a confectionery maker.

The transfer conveyor 1 is installed on both sides of the conveyor body 10 before and after the rotating body 11 (11 ') to be interlocked by the chain 12, but the shaft on which the rotating body 11 of one side is fastened Splines powered by the rotor to be rotated, and the chain before and after 'Install the fixed support plate (13) in the form of a folding, but the bottom of the support plate (13)' 'The shape of the support (14) fusion is fixed and then fixed to the bottom of both sides of the bottom of the support by riveting the fixing piece (15).

The fixing piece 15 is fixed to the pin of the chain 12, and the inclined and tensioned guide plate 16 is installed on the supply side of the conveyor main body 10 so that the confectionery to be fed is arranged in a fixed position. The front end of the conveying direction is to install several air nozzles 17 in the center position of the confectionery.

On the other hand, the sensor may be installed on the front surface of the support plate at the lower position of the air nozzle 17 so as to confirm the entry of the confectionery, and then may be transported by spraying air.

Alternatively, the rotational speed of the conveyor may be calculated to allow air to be injected at intervals of time by a timer.

The cooling conveyor 2 is installed before and after the upper and lower sides of the large rotating body 19 and the lower side of the cooling conveyor main body 18, respectively, the rotating body 20 (20 ') before the lower both sides, Rotors on one side of the after-rotating body is installed at the lower end so that the chain is fastened inclined downward, and the chains 21 are interlocked by installing the chain 21 before and after each of the rotating bodies, but the transfer plate at regular intervals before and after the chain 21 The chains 22 are fixed to the nodal part so as to be foldable, and each conveying plate 22 is formed with several corn cake inserting fixing holes 23 at regular intervals, and the tail of the cooling conveyor body 18 for cooling. The support plate 24 is inclined downward to the outside at the inner bottom so that the confectionery slides to the outside on the support plate and is detached, and the outer bottom of the outlet side of the cooling conveyor 2 corresponds to the support plate 24 diagonally. To location Securely fixed to the guide plate 25 is formed in the inclined waveform, and its lower end is a hayeoseo installing direction changing unit 3 and the feed conveyor 4 in the multi-stage.

The transfer conveyor 4 is a bottom surface of the transfer conveyor main body 26 ' Fixed plate and plate 27, and the front and rear sides of the transfer conveyor 3 is fixed to the rotating body 28 to fasten the chain 29 to be interlocked, but the chain 29 can be fixed at regular intervals Two rods 30 are fixed to the pins fixing the links of the chain, and the cap taking out device 6 and the cover taking out device 7 are installed on the upper side of the conveying conveyor 4. The stopper 88 (88 ') is provided on the side, and the loading part 9 which waits for the confectionery with which the cover paper is fastened on the outlet side of the conveying conveyor 4 is provided.

The turning unit (3) is formed to protrude the support 31 on both sides of the conveying conveyor (4) rotatably install the rotating shaft (32), but several fixing rods (33) are installed on the rotating shaft (32) If the confectionery is not withdrawn by installing the auxiliary fixing plate 34 on the front, the manager is to be able to withdraw the confectionery by hand from the auxiliary fixing plate 34.

Meanwhile, a driving gear 35 is installed at one end of the rotating shaft 32 on which several fixing rods 33 are installed, and a spring 36 is installed at one side thereof, and the other side of the spring is fixed to the transfer conveyor to maintain a constant tension. The first interlocking gear 37 is installed at the lower end of the rotary shaft 32, but the support roller 38 is installed at one side of the first interlocking gear 37, and the second interlocking gear 39 is provided at the lower end thereof. The cam plate 40 is installed to the outside, so that the cam plate is in contact with the support roller 38 of the first interlocking gear 37, and the rotary shaft 42 having the driving gear 41 on one side of the second interlocking gear 39 is provided. This is done by installing

The foreign matter inspection unit 5 is configured by the conveying conveyor (68) in the belt method, but on the upper surface of the belt 69 by installing a guide plate 70 made of several plastics at regular intervals so that the confectionery is conveyed at regular intervals. And, one side of the belt 69 is to install a metal detector 71 in the body.

The cap dispensing device 6 is fixed to the support 43 is installed on both sides of the conveying conveyor main body 26, but a plurality of through holes 44 are installed on the upper side of the support 43, each through hole 44 The cap loading pipe 45 is installed vertically in each of the through-holes, and the drawer rollers 46 are installed on both sides of the bottom of each through hole, and each roller is fixed by the pull plate 47 fixed at the corresponding position. The plate 47 is rotated so that the cap is pulled out, and a guide tube 48 is installed at the lower end of each draw roller 46, and the guide tubes 48 are capped by the upper and lower operating devices 49. Each time it is pulled out, it is made to operate, and a soft stopper 8 is installed on one side of the guide tube.

The upper and lower operating devices 49 protrude and form fixing pieces 50 and 50 'up and down on one side of the support 43, and the rotary shaft 51 is fastened to the upper fixing piece 50 by the rotation gear 51. ) To be rotated, and the guide piece 53 is installed at the lower fixing piece 50 'to fasten the upper and lower operating holes 54, and fasten the connector 55 to both sides of the upper and lower operating holes 54. The other side of the connector 55 is fastened to the link 56 fastened to the rotary shaft 52 so that the up and down operating port 54 is operated up and down by the rotation of the rotary shaft 52, and the upper and lower operating holes 54 At the bottom of the) is to fix the guide tube 57 is drawn out cap.

As another example of the up and down operating device, a fixing device 81 having a guide roller 80 installed up, down, left, and right before and after one side of the support 43 is installed between the left and right rollers. The support 82 of the up and down operating port 54 is inserted into a fastening part, and a roller is installed at the lower end of the support 82, and a rotating shaft is installed at the lower end of each fixing device 81, but before and after the cam shaft. (83) to be exposed to the outside to contact the roller and the cam plate 83 is installed on the lower end of the support 82, and the upper and lower operating holes 54 are installed several guide tubes 57 with the cap pulled out It is also preferable.

The cover taking-out device 7 is fixed to the support (58) on both sides of the conveying conveyor main body 26, but installed several through holes 59 on the upper side of the support 58, each through hole 59 ) Is installed vertically to the cover loading pipe 60 vertically, each side of the through hole is provided with a drawer roller 61 on both sides, but each roller has a soft pull plate 62 in a corresponding position. It is fixed to the pull plate 62 is rotated to pull out the cover of the conical shape, and the guide plate 63 is installed at the lower end of the central position of the pull-out roller 61 on both sides to be located on the conveying conveyor main body 26. To form a space between the guide plate (63) in the conveying conveyor to allow the confectionery to move, and the guide plate (63) of one side of the conveying conveyor (3) by installing a soft stopper (88 ') cover The ground being stopped at a certain position The.

In another embodiment of the take-out device (6) (7) is provided with a support rod (89) on one side of the take-out roller 84 is installed on both sides of the support, but each of the two support rods (89) The pull rollers 85 may be installed to correspond to each other, but the pull rollers 85 may be formed in a conical shape in which the protrusions 86 of the gears are formed as a whole.

The waiting section 67 is installed at the end of the waiting sensor (72), the lower end of the control box (73) for adjusting the number of confectionery is installed, one side of the conveying conveyor main body 26 The cylinder 74 is installed in the upper part, and the guide plate 75 is formed at the upper end inside the curved portion, and the left and right operating holes 76 are installed at the lower end of the guide plate 75 so that the cylinder rod and Connected to the left and right by the cylinder 74, the pull spring 77 is installed between the left and right operating mechanism 76 and the conveying conveyor main body 26, the upper side of the left and right operating mechanism 76 roller ( 78 is installed by fixing the operating port 79 is fastened to the bottom of the operating port 79 guide plate 75 is fixed to install.

The cover taking-out device 7 is fixed to the support (58) on both sides of the conveying conveyor main body 26, but installed several through holes 59 on the upper side of the support 58, each through hole 59 ) Is installed vertically to the cover loading pipe 60 vertically, each side of the through hole is provided with a drawer roller 61 on both sides, but each roller has a soft pull plate 62 in a corresponding position. The fixed plate 62 is rotated to draw out the cover of the conical shape while being rotated, and the guide plate 63 is installed at the lower end of the central position of the withdrawal rollers 61 on both sides, thereby being positioned on the conveyer main body 26. To form a space between the guide plate (63) in the conveying conveyor to allow the confectionery to move, one side of the guide plate (63) of the conveying conveyor (3) by installing a soft stopper (88 ') cover By stopping the paper at a certain location A.

Referring to the operation of the present invention as described above is as follows.

When the confectionery is manufactured and supplied in the confectionery maker, the confectionery is conveyed to one side by the conveying conveyor 1 and is supplied to the cooling conveyor 2 by the air nozzle 17 to be cooled.

At this time, the confectionery is sent to the cooling conveyor 2 by the air nozzle 17 installed in the conveying conveyor 1, and then the confectionery is brought to the position of the air nozzle 17 by the conveying conveyor 1 again. (17) is operated again and continue to send the confectionery to the cooling conveyor (2), in the cooling conveyor (2) is moved to receive the transfer plate 22 installed in the chain, each of these operations It can be adjusted by deceleration of the motor or gear that transfers the chain.

On the other hand, as the confectionery naturally cooled by the cooling conveyor 2 is drawn out, the direction of the cone confectionery is rotated by 180 ° by the redirection device 3 and supplied to the conveying conveyor 4 through the foreign matter inspection unit 5. The cap is drawn out from the cap taking-off device 6 installed in the cap and fixed by the stopper 88, and at the same time, the end of the confectionery conveyed by the pusher 30 of the conveying conveyor 4 is fastened to the cap. As you push. As a result, the capped cone confectioner pushes and stops the stopper 88 made of a soft plate.

In addition, in the cover paper taking-out apparatus 7, the cover paper is taken out and supplied to the conveying conveyor 4 by the guide plate 63 and fixed by the stopper 88 ′. It is inserted into the inside, and in this state, the push rod 30 keeps pushing the confectionery, and the confectioner pushes and pushes the soft stopper 88 'and comes to the end of the conveying conveyor. Cone confectionery is conveyed by overlapping, and at the same time, when the confectionery is conveyed, when the number of the confectionery is detected and set by the sensor, the cylinder of the standby is activated and pushes the cone to push the confectioner to one side. All you need to do is pack the corn confectionery in a box.

When described in detail by dividing the operation of the present invention as described above into each component.

The cap and the cover sheet are loaded on the cap loading table 45 installed vertically on the upper side of the cap taking-out device 6 and the cover loading table 60 installed on the cover taking-out device 7, respectively. Load the confectionery on the auxiliary fixing plate 34 of (4),

In this state, the conveying conveyor 1, the cooling conveyor 2, the conveying conveyor 4, the cap taking out device 6, and the cover taking out device 7 are operated.

When the cone confectionery maker is operated in the above state, the confectionery produced by the confectioner maker falls on the conveyer 1 by the guide rail installed in the outlet.

When the conveyor 12 rotates the chain 12 by the rotating bodies 11 and 11 ', the chain before and after is rotated by the rotating body, thereby moving the chain fastened to the rotating body. Therefore, the confectionery placed on the support plate 13 is moved to one side by moving together the support plate 13 fixed to the chain 12.

When the confectionery is moved by the support plate 13 as described above, the guide plate 16 installed on one side of the conveying conveyor 1 is brought into contact with the confectionery, and the confectionery enters the inside by the guide plate 16 and is in a constant position. Will be moved to.

When the confectionery comes to the position of the air nozzle 17 installed at the end of the conveyor 1 in a state where the support plate 13 is displayed at a predetermined position as described above, air is injected from the air nozzle 17. The air enters into the cone shaped cone cookie and pushes the cone cookie.

At this time, since there are several air nozzles 17 installed on the conveyor, each nozzle injects air at the same time while the confectionery comes to the air nozzle position at the end. It will be transported to the front, and in this way it is possible to transport several confectionery at once.

When the air is injected as described above, the confectionery in the conveying conveyor 1 is inserted into the fixing hole 23 of the conveying plate 22 of the cooling conveyor 2 on the front side thereof, and the cone fixed to the fixing hole. The confectionery is naturally cooled while rotating one round by the operation of the cooling conveyor 2 to maintain the conical shape firmly.

On the other hand, when the confectionery is supplied to the cooling conveyor 2 by the conveying conveyor 1, the chain 21 is rotated by the rotating bodies 19, 20 and 20 'installed in the cooling conveyor. The conveying plate 22 installed in the transfer is to cool the corn cake inserted in the conveying plate in a natural air cooling method.

At this time, the conveying speed of the cooling conveyor 2, the conveying speed of the conveying conveyor 1, and the conveying speed of the confectionery by the air nozzle 17 are calculated so that the confectionery is conveyed by the time difference or the sensing sensor is placed at each place. You may use it.

As described above, when the conveying plate 22 into which the confectionary is inserted is rotated to come out in the direction of the outlet, the tip of the confectionary is brought into contact with the support pin 24 installed inside the cooling conveyor 2. When the conveying plate 22 is continuously lowered due to the end of the cone confectionery is lifted by the self-load in the insertion hole 23 of the conveying plate 22 is separated from the outside.

When the confectionery slips off the conveying plate 22 in this way, the confectionery slips by the guide plate 25 provided on one side of the cooling conveyor 5, and the direction change device installed at the lower end thereof ( 3) to supply.

As the confectionery slips down as described above, the lower end is inserted into the fixing rod 33 of the direction changing device 3, and when the confectionery is inserted, the rotating shaft 32 to which the fixing rod is fixed rotates about 120 °. When the rotating shaft 32 completes the rotation, the confectionery in the fixed rod 33 is supplied to the foreign matter inspection unit 5 at the bottom while sliding from the fixed rod 33 by its own load.

On the other hand, when the driving gear 41 is operated, the rotating shaft 32 having the fixed rod 33 is rotated by the second interlocking gear 39 by the gear installed in the driving gear 41. As the cam plate 40 installed on the second interlocking gear 39 rotates, the support shaft 38 provided on the first interlocking gear 37 is pushed to rotate the shaft by the drive gear 35 provided on the rotary shaft 32. The 32 is rotated, and thus the fixed rod 33 of the rotating shaft 32 is positioned below the guide plate 25 of the cooling conveyor 2 to stand by.

When the confectionery is supplied from the cooling conveyor unit 2 in the above state, the inclined portion of the cam plate 40 installed on the second interlocking gear 39 comes into contact with the support roller 38, thereby supporting the support roller ( 38) The force that pushed the vanishing disappears and the rotating shaft 32 is returned to its original position by the force of the spring 36 installed at the end of the rotating shaft 32, the conveying conveyor (180) 4) When the inclined portion of the cam plate 40 is finished, the inclined portion pushes the support roller 38 of the cam plate 40 to rotate the rotating shaft 32 again so that the fixing rod 33 is in the standby state. .

If a defect occurs in the confectionery during cooling in the above state, the confectionery in the auxiliary fixing plate 34 installed at the rear of the conveying conveyor is taken out and put into an empty space or replaced with a defective confectionery.

The confectionery supplied to the foreign substance inspection unit 5 is moved to one side by a belt conveyor belt, and each of the confectionery is fixed at regular intervals by a guide plate 70 made of resin installed on the upper side of the belt. It moves in the direction of the inspection device while maintaining.

When there is a metal foreign matter in the confectionery when passing through the foreign substance inspection unit 5 as described above, an alarm is sounded by a metal detector, and the manager picks up the confectionery and discards the confectionery when the alarm sounds. If there is no metal in the confectionery is to be fed back to the conveying conveyor (4) installed on one side.

When the confectionery is supplied to the conveying conveyor 4 as described above, when the rotating body 28 installed on the conveying conveyor rotates, the push rod 30 installed on the chain 29 pushes the cone to be transferred to one side. .

In more detail, when the rotating body 28 installed in the conveying conveyor 4 rotates, the chain 29 which is fastened to the rotating body rotates together, and thus the push rod 30 fixed to the chain 30 is rotated. ) Is to be pushed the cone cookie.

On the other hand, before the confectionery is transferred to the cap take-off device 6, the cap take-out device 6 is operated, which causes the take-out roller 46 of the cap take-out device 6 to be operated and thus is installed in the take-out roller 46. As the pull plate 47 is rotated, the upper end of the cap is pulled and pushed downward, so that the caps stacked in multiple stages fall one by one.

When the cap is drawn out as described above, the upper and lower operating devices 49 installed on one surface of the cap take-off device 6 operate to lower the guide tube 48 through which the cap is drawn out to the lower end of the transfer conveyor 4. To be supplied to this conveying conveyor

That is, when the rotary shaft 52 to which the rotary gear 51 is engaged is operated, the up and down operating holes 54 which are fastened to the guide rails 53 by the link 56 fastened to the end of the rotary shaft are lowered. Due to this, the guide pipes 48 fixed to the lower ends of the upper and lower operating holes 54 are lowered to come into contact with the bottom surface of the conveying conveyor 4.

In this state, when the cap is taken out and supplied to the bottom surface of the conveying conveyor 4, the confectionery which descends through the guide tube 48 is caught by the stopper 88 installed at one side thereof, and is waited at a predetermined position.

As described above, the tip of the confectionery conveyed by the pusher 30 of the conveying conveyor 4 is inserted into the cap and inserted and fastened in the state where the cap is waiting, and in this state, the pusher 30 holds the confectionary. Since it continues to push the cap is covered with the confectioner pushes the stopper 88 while weeping, and when the confectioner with the cap is fastened, the stopper 88 is returned to its original position by the elasticity.

The cover paper taking out device 7 rotates when the draw roller 61 is operated, and each draw roller 61 installed at the bottom of the cover paper loading tube 60 in which the cover paper is applied is rotated. The pull plate 62 corresponding to the roller 61 rotates to be in contact with the cover while rotating, and in this state, one cover is pulled out by the frictional force between the pull plate 62 and the cover.

The cover paper drawn as described above is lowered by the guide plate 63 installed at the bottom thereof and is supplied to the conveying conveyor 4, and the cover sheet is caught by the stopper 88 'installed in the conveying conveyor 4. While the confectionery is fastened cap is transported is to be inserted into the interior of the cover.

Meanwhile, since there is a space between the guide tube 63 and the conveying conveyor 4 for guiding the cover paper to the conveying conveyor 4, the confectionery can be conveyed without being caught by the guide tube 63. The transfer conveyor will fall.

As the confectionery is inserted into the cover paper as described above, the push stick 30 continues to move forward, and the confectionery with the cover paper is pushed forward by pushing the stopper 88 ', and the stopper 88' when the confectionary is separated. ) Is returned to its original state by its tension, and the confectionery is transported to the standby section 67 installed on one side thereof when it moves out of the conveying conveyor 4.

When the confectionery reaches the waiting part 67, the number of the confectionery is checked by the detection sensor 72, and when the confectionery reaches the number set in the control box 73, the cylinder 74 is operated to operate the left and right operating holes. The 76 is moved to one side, and thus the left and right operating holes 76 are moved to one side.

At this time, when the roller 78 of the operating hole 79 installed in the left and right operating holes 76 moves out of the guide plate 75 and then leaves the guide plate, the left and right operating holes 76 are vertically driven by their own loads. As a result, the left and right operating holes 76 are erected vertically, and the confectionery drawn out to the portion is pushed to the loading part 9 installed on one side, so as to be opened at a predetermined interval with the next confectionery. will be.

In this way, the cylinder 74 is operated to transfer the left and right operating mechanism 76 to one side, and then immediately returns to the original position, so that the left and right operating mechanism 76 is stir horizontally by the reverse order, and returns to the original position.

As described above, the confectionery transferred to the stacking unit 9 is transferred by the correct amount by the sensor in the waiting unit 67, so that a person only needs to put it in a box and pack it.

On the other hand, according to the present invention, once one process is finished for each part, the confectionery continues to be packaged continuously since the process is repeated again. It is.

In the embodiment of the up and down operating device of the present invention, as shown in FIGS. 23 and 24, when the cam plate 83 rotates by the rotation shaft, the cam plate 83 rotates together, and thus the upper side of the cam plate 83. The support stand 82 of the upper and lower operating holes 54 in contact with the upper and lower surfaces is operated by the cam plate 83.

That is, since the support 82 of the upper and lower operation holes 54 is formed in the shape of '工', the guide roller 80 is fastened up and down to the grooves formed on both sides, and the roller is fastened to the lower end of the cam plate. When the support 82 is up and down by the 83, the support 82 is to operate up and down on the guide roller 80.

When the support 82 is operated up and down by the cam plate 83 as described above, the guide pipes installed on the up and down operating holes 54 are to be operated up and down together.

In addition, the embodiment of the take-out device of the present invention, as shown in Figure 28, when the take-out roller 84 is rotated, the support rod (89) installed on one side of the take-out roller 84 is rotated together, thereby supporting rod ( 89) The two roller pull rollers 85 are fastened to both sides, so that the cap or the cover is between the pull rollers 85. As a result, when the pull roller rotates, it protrudes into the pull roller. Projection 86 is to be pulled down to the bottom cap or cover.

In this case, when the protrusions 86 formed on the pull roller 85 are severely worn, the pull rollers 85 fastened to the support rod 89 are rotated so that the other protrusions protruding from one side thereof may be used. If the entire protrusion formed on the pull roller is worn out, replace the pull roller.

As described above, the present invention automatically checks the confectionery for ice cream manufactured automatically and then transfers it to the cooling unit via a transfer container, and the cooled confectionery is automatically fastened with a plastic cap at the end of the confectionery. When the confectionery is transported on the conveyor, the confectionery is removed from the foreign matter inspection unit and automatically fastened with the cover paper so that it can be transported to the waiting area so that a person can only package the box. It is a useful invention that can produce and package a large amount of products in a short time because it is possible to reduce the waste of unnecessary manpower because it is automatic from the packaging.

While the invention has been described with reference to the preferred embodiments, those skilled in the art can variously modify and change the invention without departing from the spirit and scope of the invention in the following claims. have.

Claims (16)

Steps to open the mold: Step of adding flour dough into the mold: Steps to close the lid while the mold is being transferred: The mold is transferred to the heating section and heated: Steps to open the mold: Steps in which the back of the cookie in the mold is backed by a vacuum adsorber: Step of inserting the blade installed in the fixed body of the molding machine between the mold and the cookie: The step of inserting the cookie onto the blade of the mold and inserting it into the interior through the inlet: The confectionery is rotated by the cone forming rotor installed inside the molding machine, Steps that are shaped into cones: The molding machine is transferred to the cooling section: When the rotating body installed in the molding machine is separated from the molding body: Steps in which the confectionery leaves the rotor: In the rotating body is inserted into the molding body made of the step of returning to the original, Cones falling off the rotating body are dropped on the conveyer by the guide rail: Conveying confectionery is moved by a constant distance from the upper side of the conveyor to the inside by a guide plate installed on one side of the conveying conveyor: Cone sweets are supplied to the conveying conveyor of the cooling unit by the air injected from the conveying conveyor: Cooling stage: Cone cookies are separated from the cooling conveyor and fed to the diverter: Redirection Steps: Transferred to the conveyor for cap fastening: Foreign Material Inspection Steps: Cap withdrawal steps: Steps at which the ends of the confectionery are fastened to the cap: Transfer Steps: Cover Paper Withdrawal Steps: Cover and Con Confectionery Steps: Steps to transfer to the stack: Automatic packaging method of the confectionery for ice cream, characterized in that consisting of a box packaging step of packing a predetermined amount of corn cookies in the loading portion. The method according to claim 1, wherein the confectionery that has been separated from the rotating body is dropped on the conveying conveyor by a guide rail: Conveying confectionery is moved by a constant distance from the upper side of the conveyor to the inside by a guide plate installed on one side of the conveying conveyor: Cone sweets are supplied to the conveying conveyor of the cooling unit by the air injected from the conveying conveyor: Cooling stage: Cone cookies are separated from the cooling conveyor and fed to the diverter: Redirection Steps: Steps to Conveyor: Cap withdrawal steps: Steps at which the ends of the confectionery are fastened to the cap: Transfer Steps: Cover Paper Withdrawal Steps: Cover and Con Confectionery Steps: Steps to be transferred to the atmosphere: Step of transferring the loaded product to the loading part by a certain amount in the waiting part: Automatic packaging method of the confectionery for ice cream, characterized in that consisting of a box packaging step of packing a predetermined amount of corn cookies in the loading portion. Conveyor belts made of molds are installed in a straight line in the shape of '⊂ ⊃' on the front of the main body. In the forming part to be molded, the conveyor belt between the tension control device and the forming part is provided by the dough supply part and the heating part, By installing a conveying conveyor (1) with grooves formed in the outlet portion of the confectionery forming machine, it is possible to inspect the defect of the confectionery manufactured in the confectionery making machine, and on the other end of the conveying conveyor (1), a cooling conveyor ( 2) to be installed and rotated, and the cooling conveyor (2) is formed with a number of insertion holes for inserting the cone, but the insertion hole is smaller than the diameter of the cone confectionery to catch the confectionery, and the cooling conveyor (2) One side of the transfer section (3) is installed, one side of the conveying conveyor (4) is installed on one side of the conveying conveyor (4) foreign matter inspection unit (5) to check whether a piece of metal or various foreign substances in the confectionery (5) ), And the cap taking-off device 6 which is fastened to the lower end of the confectionery is installed on one side of the foreign substance inspection unit 5, and the cover paper taking-out device wrapping the outside of the confectionery on one side of the cap taking-out device 6 ( 7) And an automatic packaging apparatus for the confectionery for ice cream, characterized in that by installing a reddish portion (9) provided with a guide rail (8) on one side of the cover taking out device (7). The shaft of claim 3, wherein the transfer conveyor 1 is provided with the rotating bodies 11 and 11 'at both sides of the conveyor main body 10 so as to be interlocked by the chain 12, and the rotating body of one side is fastened. The spline is powered by a motor to be rotated, and the front and rear chains are foldably fixed to a '13' shaped support plate, while the bottom of the support plate 13 has a '' shaped support (14). ) Is fixed by fusion and then fixed by riveting the fixing piece 15 at the bottom of both sides of the bottom of the support, and fixing the fixing piece 15 to the pins of the chain 12. On the supply side, the inclined and tensioned guide plate 16 is installed so that the confectionery to be fed is arranged in a predetermined position, and several air valves 17 are installed at the center of the confectionery in front of the end of the conveying direction. A child characterized by Automatic packaging device for confectionery for scrim. 4. The cooling conveyor (2) according to claim 3, wherein the cooling conveyor (2) is provided with a rotating body (20, 20 ') before and after the upper and lower sides of the large rotating body (19) and before and after the upper part of the cooling conveyor body (18), respectively. One side of the rotating body before and after the lower both sides are installed to the lower side by fastening the chain is inclined downward, and before and after each of the rotating body to install the chain 21 to be interlocked, but before and after the chain 21 At regular intervals, the conveying plates 22 are fixedly installed so that the chain can be bent at the node portion, and each of the conveying plates 22 is formed with several corn cake inserting fixing holes 23 at regular intervals, and the cooling conveyor body A support plate 24 is inclined downward to the outside of the rear inner end of the rear portion 18 so that the confectionery is slid out through the support plate, and the support plate 24 and the outer end of the outlet side of the cooling conveyor 2 are separated. Corresponding diagonally Automatic installation of ice cream cone sweets, characterized in that the guide plate 25 formed in the downwardly inclined waveform fixedly installed at the position, the lower portion of the guide plate 25 and the conveying conveyor (4) is installed in multiple stages. Device. 4. The conveying conveyor 4 according to claim 3 is fixedly installed on the bottom surface of the conveying conveyor main body 26, the plate 27 of the '' shape, and the rotating body 28 before and after both sides of the conveying conveyor (3). Fix the chain 29 to the chain 29 to be interlocked, but the chain (29) at several intervals to fix the pin 30 to the pin fixing the link of the chain, the upper side of the conveying conveyor (4) cap Install the take-out device 6 and the cover paper take-out device 7, but stoppers 88 and 88 'are installed on the withdrawal side of each take-out device, and the confectionery with the cover paper fastened to the withdrawal side of the transfer conveyor 4; Automatic packaging device for a confectionery for ice cream, characterized in that by installing a loading portion (9) to stand by. According to claim 3, the turning section (3) protruding the support (31) on both sides of the conveying conveyor (4) to install the rotating shaft (32) rotatably, but the several fixed rods (33) on the rotating shaft (32) ) And the auxiliary fixing plate 34 is installed on the front thereof so that when the confectionery is not drawn out, the manager can draw out the confectionery from the auxiliary fixing plate 34 by hand, and several fixing rods 33 are provided. One end of the rotating shaft 32 is installed drive gear 35 and one side of the spring 36 is installed, but the other side of the spring fixed to the conveying conveyor to equal the constant tension, the lower end of the rotating shaft 32 The first interlocking gear 37 is installed, but the support roller 38 is installed at one side of the first interlocking gear 37, and the second interlocking gear 39 is installed at the lower end thereof, and the cam plate 40 is installed outward. The cam plate is brought into contact with the support roller 38 of the first interlocking gear 37, and the second interlocker On one side of the fish 39, the automatic packaging device for the confectionery for ice cream, characterized in that the drive shaft 41 is provided with a rotating shaft 42 is installed. 4. The cap dispensing apparatus (6) according to claim 3, wherein the cap dispensing device (6) is fixedly provided with support members (43) on both sides of the conveying conveyor body (26), and several through holes (44) are provided on the support member (43). The capping pipe 45 is installed vertically in the through hole 44, and the withdrawal rollers 46 are installed at both sides of the lower end of each through hole, respectively, and the pull plate 47 made of soft material at the corresponding position in each roller. By fixing the pull plate 47 is rotated to pull out the cap to be pulled out, the guide tube 48 is installed at the lower end of each draw roller 46, the guide tube 48 is the upper, lower operating device ( 49) Automatic packaging device for ice cream cone sweets, characterized in that each time the cap is pulled out, by the upper and the operation and by installing a soft stopper 88 on one side of the guide tube. According to claim 3, the cover take-out device 7 is fixed to the support (58) on both sides of the conveying conveyor main body 26, a plurality of through-holes (59) are provided above the support (58), respectively In the through-hole 59 of the vertically installed cover the loading pipe 60 is installed vertically, the drawer roller 61 is installed on both sides at the bottom of each through-hole, but each puller has a soft pull in the corresponding position The plate 62 is fixedly installed so that the pull plate 62 is pulled out to pull out the cover of the conical shape, and the guide plate 63 is installed at the lower end of the central position of the drawer rollers 61 on both sides to transfer the conveyor body. Positioned at (26), but a space between the guide plate (63) in the conveying conveyor to allow the confectionery to move, one side of the guide plate (63) of the conveying conveyor (3) soft stopper (88 ') ) So that the cover stops at a certain position. Automatic Ice Cream Cone of Sweets apparatus comprising a yeoseo. The waiting section 67 is installed at the end of the waiting sensor (72), the lower end of the control box (73) for adjusting the number of confectionery is installed, one side of the conveying conveyor main body 26 The cylinder 74 is installed in the upper part, and the guide plate 75 is formed at the upper end inside the curved portion, and the left and right operating holes 76 are installed at the lower end of the guide plate 75 so that the cylinder rod and Connected to the left and right by the cylinder 74, the pull spring 77 is installed between the left and right operating mechanism 76 and the conveying conveyor main body 26, the upper side of the left and right operating mechanism 76 roller ( 78) is an automatic packaging device for ice cream cone confectionery, characterized in that the installation is fixed to the operating sphere (79) is fastened by contacting the bottom surface of the guide plate (75). The method according to claim 4, wherein the support plate (13) in the shape of the '' foldable fixedly installed on the chain, but the bottom of the support plate 13 is fixed by fusion fixing '14' shaped support and then both sides of the bottom of the support At the bottom of the center portion is fixed by riveting the fixing piece (15) and the automatic packaging device for ice cream confectionery, characterized in that the fixing piece 15 is fixed to the pin of the chain (12). 7. The automatic packaging device for ice cream confectionery according to claim 6, characterized in that the conveying conveyor (4) is fixedly installed on the bottom surface of the conveying conveyor main body (26). According to claim 8, Up and down operating device 49 protrudes to form a fixing piece 50, 50 'up and down on one side of the support 43, the upper fixing piece 50, the rotation gear 51 is Install the fastened rotary shaft 52 to be rotated, and the guide rails 53 are installed on the fixing piece 50 'at the bottom to fasten the upper and lower operating holes 54, and the upper and lower operating holes 54 are connected to both sides. The other side of the connector 55 is fastened to the link 56 fastened to the rotary shaft 52 so that the upper and lower operating holes 54 are operated up and down by the rotation of the rotary shaft 52. , Automatic packaging device for ice cream cone confectionery, characterized in that by fixing the guide tube 57, the cap is drawn out at the bottom of the lower operation opening (54). 4. The automatic packaging device for ice cream cone confectionery of claim 3, wherein the confectionery is conveyed between the conveyor and the conveyor using air headquartered in the air nozzle. 10. The pull roller (85) according to claim 8 and 9, wherein support rods (89) are provided on one side of the pull-out rollers (84) installed on both sides of the support, and the pull rods (85) are made of two sets of soft resins, respectively. ) Correspondingly installed, but the pull roller 85 is an automatic packaging device for ice cream cone confectionery, characterized in that formed in a conical shape in which the protruding portion 86 of the gear is formed as a whole. 16. The method according to claim 15, wherein when the protrusions 86 formed on the pull rollers 85 are severely worn, the pull rollers 85 fastened to the support rods 89 are rotated so that the other protrusions protruding from one side thereof are positioned. Automatic packaging device for the confectionery for ice cream, characterized in that it is made to be reused.