KR20010002147A - Packing device for processed foodstuffs - Google Patents

Abstract

PURPOSE: A processed food packing apparatus is provided to enhance workability by sequentially sealing and cutting the pack of the processed food. CONSTITUTION: A processed food packing apparatus comprises a body frame(10), a second drive motor(40), a fixing member(50) and a supporting member(100). The body frame contains a winding roller(12) for feeding a packing film(20) and a collecting roller(13) on an upper plate and supporting plates(14) on the center and the lower portion at regular intervals. The second drive motor placed on the bottom of the upper plate forms a descending cam(41) and a pressurizing cam(42). The fixing member placed under the descending cam vertically moves by the second drive motor, pressurizes the packing film and forms a first grounding roller(51) and a space. The supporting member placed under the position groove of a supporter(80) supports a packing container with a base(110), a buffering spring(120) and a third grounding roller(130).

Description

Packing device for processed foodstuffs}

The present invention relates to a food processing packaging device, and more particularly, to a packaging operation of the food processing is made in order to improve the efficiency of the work is made in sequence during the sealing operation at the same time in a process.

In general, the packaging method by heat fusion is widely used as a method of packaging the liquid or annular processed food in a packaging container and then sealed packaging.

And, in the process of packaging the processed food, such as cutting the food film stored in the inside of the packaging container and then attached to the packaging film on the top by heat fusion, and then moved to a separate process to cut the attached packaging film Divided into process.

Therefore, the packaging containers which are sequentially moved in a certain process as described above, first attach the packaging film by heat fusion, etc., and then move to the next process (cutting process) to continue the process of cutting the packaging film.

In addition, a device for placing a plurality of packaging containers at once and attaching the packaging film in the same manner and then performing a cutting operation in the next process has also been proposed.

Therefore, it is important to increase the work efficiency by performing the attaching process and the cutting process of the packing film in a short time to the packaging container which is sequentially moved in the food processing.

As described above, the packaging apparatus of the conventional food processing product has a problem in that the production time is increased due to the separation of the attaching process and the cutting process of the packing film, thereby reducing the working efficiency.

In addition, depending on the type of food products, if the packaging work must be completed within a short time in order to prevent contamination by the freshness and bacteria of the product, the attachment process and the cutting process of the packing film were separated, resulting in a difficult operation.

In addition, there has been a proposal that a product to be cut at the same time attaching the packaging film to the storage container, but the configuration is very complex, there is a problem that the manufacturing cost is increased.

An object of the present invention is to provide a food processing packaging device to improve the efficiency of the work is made by the sealing operation and the cutting operation in sequence in the same process during the packaging operation of the food processing.

Another object of the present invention is to provide a food processing packaging device that can easily package a product requiring freshness since the packaging work of the food processing is performed within a short time.

Another object of the present invention to provide a food processing packaging device that can improve the merchandise and convenience of work.

1 is a perspective view showing the shape of a food manufacturing machine to which the present invention is applied to a food packaging device.

Figure 2 is a perspective view showing the shape of the present invention food packaging device.

Figure 3 is an operating state showing the state in which the packaging film is placed on top of the packaging container during operation of the food processing packaging device.

Figure 4 is an operating state showing the step of fixing the packing scales after the packing film is positioned to the top of the packaging container.

Figure 5 is an operating state showing a state of cutting the packaging film located on the top of the packaging container by the operation of the inventor packaging device.

Figure 6 is an enlarged view showing the main portion showing a state of fixing the packing film located at the upper side of the packaging container by the operation of the packaging device on both sides.

Figure 7 is an enlarged view of the main portion showing a state of cutting the packaging film located on the packaging container by the inventor packaging device.

Explanation of symbols on the main parts of the drawings

10-body frame 11-top plate

12-take-up roller 13-recovery roller

14-support plate 15-pulley

16-pivot 20-film

30-Film feeder 31-Feed rollers

32-1st drive motor 40-2nd drive motor

41-Descent Cam 42-Pressure Cam

50-fixing member 51-first ground roller

52-space 60-pressurization

61-2nd Ground Roller 62-Heating Section

70-Packaging 80-Support

81-Seating Home 82-Location

90-cutting blade 100-support member

110-Pedestal 120-Damping Spring

130-3rd Ground Roller 140-3rd Drive Motor

150-Sensing Sensor 160-Lifting Cam

200-Food Processing Equipment

The object of the present invention is formed having a predetermined width and size, the upper surface of the upper plate 11, the winding roller 12 for supplying the packaging film 20, and recovering the packaging film 20 after the cutting operation The recovery roller 13 is located, the body frame 10 formed in the central portion and the support plate 14 at regular intervals;

Rotating the take-up roller 12 and the recovery roller 13 formed on the upper surface of the top plate 11 of the body frame 10, to move the packaging film 20 to the upper portion of the packaging container 70 in sequence, packaging work To be able to perform, the lower portion is provided with a feed roller 31, the film transfer unit 30 which is operated by the driving force of the first drive motor 32;

A second drive motor 40 disposed on the bottom surface of the top plate 11 of the body frame 10 and having a lower cam 41 and a pressure cam 42 integrally formed on the front drive shaft S;

Located on the bottom surface of the lowering cam 41 formed on the front of the drive shaft (S) of the second drive motor 40, is selectively lifted, lowered by the driving force of the second drive motor 40, packed film 20 The first ground roller 51 is formed at the upper part of the body, and the fixing member 50 is formed at the inner side thereof with a space 52 formed therein so as to press the predetermined position to fix the position.

Located on the bottom surface of the pressurizing cam 42 located on the rear side of the lowering cam 41 of the second driving motor 40, selectively lifted, lowered by the driving force of the second driving motor 40, the packaging container The packaging film 20 located on the upper portion of the 70 is thermally squeezed, and the second ground roller 61 is provided at the upper portion of the body so as to be lowered to the cutting position. A press part 60 in which a part 62 is formed;

Located in the center of the lower support plate 14 of the body frame 10, the body inner peripheral surface is grounded with the end when the lowering of the fixing member 50 to securely position the packing film 20, seating groove 81 Is formed, the support 80 is formed so that the position groove 82 is through, so that the packaging container 70 is located in the center;

A cutting blade 90 installed on the inner side of the support 80 to cut the packing film 20 compressed on the upper portion of the packing container 70 when the pressing part 60 is lowered;

It is formed on the bottom surface of the position groove 82 of the support 80, so that the base 110 is formed in the upper portion of the body to support the packaging container 70 from the bottom, the pressing portion 60 in the lower portion of the body In order to lift and cushion the packaging container 70 to the upper portion during the compression and cutting operation made by the lowering of the lower portion, a buffer spring 120 is provided on the bottom of the pedestal 110, and a third ground roller (on the bottom of the body) 130 is formed, and consists of a support member 100 which is operated by the drive of the third drive motor 140 is achieved.

Therefore, the process of attaching the packaging film 20 to the packaging container 70 and the cutting process are sequentially performed in one process during the packaging operation of the food processing, it is possible to improve the efficiency of the packaging operation.

In addition, products that require freshness or that may be deteriorated can be quickly packaged.

Therefore, the merchandise and the convenience of work can be improved.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

1 is a perspective view showing the shape of a food manufacturing machine to which the present invention is applied to the packaging product packaging.

Figure 2 is a perspective view showing the shape of the processed food packaging device of the present invention.

Figure 3 is an operating state diagram showing a state in which the packaging film is placed on top of the packaging container during operation of the food processing packaging device.

Figure 4 is an operating state diagram showing the step of fixing the packaging scales after the wrapping film is placed on top of the packaging container.

Figure 5 is an operating state diagram showing a state of cutting the packaging film located on the top of the packaging container by the operation of the inventor packaging device.

6 is an enlarged view illustrating a main part of a state in which a packaging film positioned at an upper portion of a packaging container is fixed at both sides by an operation of the packaging apparatus.

Figure 7 shows a state in which the main portion is cut to cut the packaging film located on the packaging container by the packaging device of the present invention.

That is, as shown in FIGS. 1 to 7, the body frame 10 of the food product packaging apparatus 200 is formed to have a predetermined width and size, and the packaging film 20 is supplied to the upper surface of the upper plate 11. The take-up roller 12 and the recovery roller 13 for recovering the packing film 20 after the cutting operation are positioned.

The winding roller 12 formed on the top plate 11 of the body frame 10 is formed so as to be sequentially supplied after winding a predetermined amount of the packing film 20 used in the packaging operation, the winding roller 12 The recovery roller 13 located at the front of the) is formed to rewind the packaging film 20 after the packaging process is processed.

In addition, the driving force for supplying and recovering the packing film 20 while the winding roller 12 and the collecting roller 13 rotates is the first driving of the film moving part 30 formed at the lower side of the body frame 10. The motor 32 is in charge.

The first drive motor 32 rotates the feed roller 31 formed at the bottom by the gear coupling of the gear to the drive shaft (S), the packaging film 20 can be moved to the upper portion of the packaging container (70). Since it is formed to be connected to the rotational shaft 16 and the pulley 15 of the recovery roller 13 also in the rear side of the first drive motor 32, the packing film by the driving force of the first drive motor 32 ( 20) can be recovered after the supply and packaging work.

In addition, the intermediate portion introduced into the feed roller 31 from the take-up roller 12 may be equipped with a sensor 150 that can control the supply cycle of the packing film 20.

The sensor 150 is to control the supply cycle of the packaging film 20 to be sequentially supplied by recognizing the sensor detection table formed on both sides of the packaging film (20).

In addition, a second driving motor 40 having a lower cam 41 and a pressure cam 42 integrally formed on the front driving shaft S is positioned as a bottom surface of the upper plate 11 of the body frame 10.

The second driving motor 40 has a lowering cam 41 and a pressure cam 42 formed at different angles at predetermined lengths on the front side and the rear side of the drive shaft S, respectively. ) After fixing the packing film 20 to the pressing and cutting to be made.

On the other hand, the lower surface of the lower cam 41 formed on the front of the drive shaft (S) of the second drive motor 40 is selectively raised and lowered by the driving force of the second drive motor 40, the packing film 20 The first ground roller 51 is formed at the upper portion of the body, and the fixing member 50 having the space portion 52 formed at the inner side thereof is provided at the upper portion of the body so as to press the predetermined position to fix the position.

The fixing member 50 is formed to fix the position of the packaging film 20 after the packaging film 20 is supplied to the upper portion of the packaging container 70, and thus, the lower end of the fixing member 50. The tapered portion is formed relatively sharply.

That is, when the packaging container 70 is moved to accommodate the contents by a predetermined process and positioned at a setting position, the packaging film 20 is operated by the operation of the film transfer part 30 to form an upper portion of the packaging container 70. When the lowering cam 41 is rotated by the driving of the second driving motor 40 after being transferred to the first ground roller 51, the fixing member 50 is moved while the lowering cam 41 moves in accordance with the curve of the lowering cam 41. While descending to the top of the packaging container 70, while holding the packaging film 20 is fixed.

In addition, a space 52 is formed at an inner portion of the fixing member 50, and the pressing portion 60 to be described later may be positioned therein.

On the other hand, the bottom of the pressurizing cam 42 located on the rear side of the lowering cam 41 of the second driving motor 40 is selectively raised and lowered by the driving force of the second driving motor 40, the packaging container ( The packing film 20 located on the upper part of the 70 is thermally squeezed, and the second ground roller 61 is provided at the upper part of the body so as to be lowered to the cutting position. The pressing section 60 in which the 62 is formed is located.

The pressurizing portion 60 is moved to the top of the packaging container 70 in the set position, the packaging film 20 is moved and fixed by the fixing member 50, the packaging container 70 and the packaging film 20 is opened At the same time, the role of pressing and sealing by fusion and the cutting process after the pressing process can be simultaneously performed.

As a result, when the pressing cam 42 is rotated by the driving force of the second driving motor 40, the pressing unit 60 formed in the inner space 52 of the fixing member 50, the second ground roller 61 Is lowered to the lower while moving on the cam curve of the pressure cam 42, the packing film 20 located on the upper portion of the packaging container 70 by pressing by sealing to seal.

Therefore, the lower cam 41 and the pressure cam 42 formed on the drive shaft S of the second drive motor 40 have different sizes and cam curves from each other, and the setting positions are also differently set. During the rotation of the motor 40, the lowering cam 41 rotates first, while pushing the first ground roller 51 to lower the fixing member 50 to fix the wrapping film 20 to position the pressurizing cam 42. While also being rotated by a rotation period, by pushing the second ground roller 61 it is possible to seal the packaging film 20 by heat fusion to the packaging container by the pressing unit (60).

In addition, a heating part 62 is formed at an inner side of the pressing part 60 so as to compress the packing film 20 to the packing container 70 by thermal fusion.

On the other hand, in the center of the lower support plate 14 of the body frame 10 to the inner circumferential surface of the body when the falling end of the fixing member 50 is grounded to securely position the packing film 20, seating groove 81 ) Is formed, and the support 80 is formed so that the position groove 82 is penetrated so that the packaging container 70 is located in the center portion.

The support 80 is installed in a setting position in which the packaging container 70 is compressed and cut by the packaging film 20, and is grounded with the end of the fixing member 50 when the fixing member 50 is lowered. 20) to fix the position more firmly.

Therefore, the mounting groove 81 is formed to a predetermined depth inside the body of the support 80.

And, the position groove 82 formed in the center of the body of the support 80 is to be formed for the working process when the packaging container 70 is moved by a predetermined process cycle is set by the packaging film 20. .

In addition, a cutting blade 90 is installed on the inner surface of the position groove 82 of the support 80 to cut the compressed packing film 20 on the upper portion of the packing container 70 when the pressing part 60 is lowered. .

The cutting blade 90 is installed in the circumferential direction on the inner side of the support 80, the cutting blade 90 is formed with a sawtooth shape and a relatively thin thickness.

On the other hand, the bottom of the position groove 82 of the support 80 to support the packaging container 70 from the bottom, the base 110 is formed in the upper body, the pressing portion 60 in the lower body In order to lift and cushion the packaging container 70 to the upper portion during the compression and cutting operation made by the lowering of the lower portion, a buffer spring 120 is provided on the bottom of the pedestal 110, and a third ground roller (on the bottom of the body) 130 is formed, the support member 100 is operated by the drive of the third drive motor 140 is located.

The pedestal 110 formed on the top of the body of the support member 100 serves to be fixed to the setting position while supporting the packaging container 70 moved by a predetermined process from the bottom.

In addition, the pedestal 110 is selectively raised and lowered by the driving force of the third drive motor 140 formed in the lower body, and supports the packaging container 70 from the bottom.

The pedestal 110 is selectively raised and lowered by the driving of the third drive motor 140, and the third ground roller 130 is provided under the body of the pedestal 110, and the third drive motor 140 is provided. Since the lifting cam 160 is formed on the driving shaft S, the lifting cam 160 pushes the third ground roller 130 upward when the third driving motor 140 is driven, and is seated on the pedestal 110. The packaging container 70 can be firmly supported from the bottom.

In addition, a plurality of shock absorbing springs 120 are installed on the bottom of the pedestal 110 so that the pedestal 110 may be restored while being moved to the lower side during the cutting operation of the packaging container 70.

Therefore, according to the above-mentioned configuration, when the packaging container 70 containing the contents is moved to the setting position by a predetermined process cycle, when seated on the pedestal 110 of the support member 100, the third drive motor While driving 140, the packaging container 70 is elevated upwards.

Then, when the packaging container 70 is lifted to the setting position, while the packaging film 20 is supplied to the setting position of the driving force of the first drive motor 32, the packaging film 20 on the upper portion of the packaging container 70 Is located.

Then, when the packaging film 20 is supplied to the upper portion of the packaging container 70 as described above, while the second drive motor 40 is operated, the lowering cam 41 moves the fixing member 50 downward, The fixing member 50 presses the packing film 20 to fix the position of the packing film 20.

After this process, the pressurizing cam 42 located at the rear side of the lowering cam 41 is also rotated by the driving force of the second driving motor 40, and the pressing unit 60 is lowered to the upper portion of the packaging container 70. The wrapping film 20 is pressed by heat fusion.

At this time, while the pressing portion 60 is pressed down by the cam curve of the pressing cam 42 at the same time and continues to descend, when the cam curve of the pressing cam 42 reaches the peak, the pressing portion 60 is more than the position due to heat fusion As it moves further downward, the cutting operation can be made to cut the packing film 20 that was pressed on the top of the packaging container 70 by the cutting blade 90 located inside the support 80.

As a result, the packaging container 70 is pressed by thermal fusion by the lowering of the pressing unit 60, the pressing unit (2) at the time when the second ground roller 61 is located at the top of the cam curve of the pressing cam (42). As the pressing unit 60 is lowered more than the pressing point of 60, the cutting operation can be performed by pressing the packaging container 70 to the position of the cutting blade 90.

Therefore, the supporting member 100 substantially supports the packaging container 70 from the bottom when the pressing portion 60 is pressurized by heat fusion at the upper portion of the packaging container 70, and then cutting blade ( When the packaging container 70 is lowered up to 90), it is lowered downward by a predetermined height and then restored back to the original position by the buffer spring 120, so that a more smooth cutting operation can be made.

On the other hand, the food processing packaging device 200 as described above can be used by applying to any configuration that is supplied while the packaging container 70 is rotated in a circular, or sequentially supplied in the transverse or longitudinal direction.

Therefore, as described above, the present invention is a process of attaching the packing film 20 and the process of cutting the attached packing film 20 in the process of packaging the contents contained in the packaging container 70 one by one Because it is made in the process of, it is possible to increase the efficiency of the packaging work.

In addition, it is possible to improve the merchandise and convenience of work.

According to the present invention as described above, first, the process of attaching the packaging film 20 to the packaging container 70 and the cutting process for cutting the attached packaging film 20 as in the conventional food packaging apparatus is one process Since it is made in sequence, it is possible to increase the productivity and efficiency of the work.

Second, since the packaging operation is completed in a short time to require freshness or easily perishable food, it is possible to increase the utilization of the packaging operation.

Third, since the attaching and cutting operations of the packaging film 20 of the packaging container 70 are made in a relatively simple process, the production cost of the packaging apparatus can be reduced.

Fourth, it is relatively small in volume, can be made slimmer, and the space utilization of work is increased.

Fifth, as the packaging container 70 rotates in a circular shape, it is possible to use both the supplying process and the process proceeding sequentially in the transverse direction or the longitudinal direction, thereby increasing the utilization of the product.

Sixth, since the recovery roller 13 for recovering the cut film 20 cut after the packaging operation is provided and can be automatically wound up again, the post-processing time of the operation can be shortened, Can improve the efficiency,

Seventh, since it can be used to apply both the liquid or annular contents and processing of the finished food or drug product packaging, the convenience of the work can be improved.

Therefore, as described above, the present invention is a very useful invention that can improve the convenience and work efficiency of the work, since the attachment and cutting work of the packaging film 20 proceeds in a single process in one step.

Claims (1)

It is formed to have a predetermined width and size, and the upper surface of the upper plate 11 is a winding roller 12 for supplying the packing film 20, and the recovery roller 13 for recovering the packing film 20 after the cutting operation is located And a body frame 10 having a support plate 14 formed at regular intervals at the center and the bottom thereof; Rotating the take-up roller 12 and the recovery roller 13 formed on the upper surface of the top plate 11 of the body frame 10, to move the packaging film 20 to the upper portion of the packaging container 70 in sequence, packaging work To be able to perform, the lower portion is provided with a feed roller 31, the film transfer unit 30 which is operated by the driving force of the first drive motor 32; A second drive motor 40 disposed on the bottom surface of the top plate 11 of the body frame 10 and having a lower cam 41 and a pressure cam 42 integrally formed on the front drive shaft S; Located on the bottom surface of the lowering cam 41 formed on the front of the drive shaft (S) of the second drive motor 40, is selectively lifted, lowered by the driving force of the second drive motor 40, packed film 20 The first ground roller 51 is formed at the upper part of the body, and the fixing member 50 is formed at the inner side thereof with a space 52 formed therein so as to press the predetermined position to fix the position. Located on the bottom surface of the pressurizing cam 42 located on the rear side of the lowering cam 41 of the second driving motor 40, selectively lifted, lowered by the driving force of the second driving motor 40, the packaging container The packaging film 20 located on the upper portion of the 70 is thermally squeezed, and the second ground roller 61 is provided at the upper portion of the body so as to be lowered to the cutting position. A press part 60 in which a part 62 is formed; Located in the center of the lower support plate 14 of the body frame 10, the body inner peripheral surface is grounded with the end when the lowering of the fixing member 50 to securely position the packing film 20, seating groove 81 Is formed, and the support 80 is formed so that the location groove 82 through the center so that the packaging container 70 is located; A cutting blade 90 installed on the inner side of the support 80 to cut the packing film 20 compressed on the upper portion of the packing container 70 when the pressing part 60 is lowered; It is formed on the bottom surface of the position groove 82 of the support 80, so that the base 110 is formed in the upper portion of the body to support the packaging container 70 from the bottom, the pressing portion 60 in the lower portion of the body In order to lift and cushion the packaging container 70 to the upper portion during the compression and cutting operation made by the lowering of the lower portion, a buffer spring 120 is provided on the bottom of the pedestal 110, and a third ground roller (on the bottom of the body) 130 is formed, the food processing packaging device, characterized in that consisting of the support member 100 is operated by the drive of the third drive motor (140).