KR200428415Y1 - Small Quantity Packing Device for Egg - Google Patents

Abstract

Transfers the egg inserted in the large-sized dwarf into the small-packed dwarf so that it can be easily loaded, the first transfer device for transferring the large-sized dwarf inserted with the egg, and the small-packed dwarf formed to insert the egg in a smaller quantity than the large-sized dwarf Provided is an egg packaging device including a second transfer device to be provided, and the egg transfer device is installed between the first transfer device and the second transfer device and divided into eggs contained in one of the large capacity dwarf moving to a plurality of small packing dwarf.

The egg moving device is a pair of fixed frames installed at predetermined intervals, a moving frame that is slidably installed between the first transfer device and the second transfer device on the fixed frame, and is installed and moved between the fixed frame and the moving frame A first transmission device for reciprocating the frame between the first transport device and the second transport device, a lifting frame slidably installed on the moving frame so as to slide up and down, a moving device for reciprocating the lifting frame up and down, and eggs A plurality of adsorption boards for suctioning and supporting the plurality of adsorption boards are installed in the lower part and installed in the lower part of the elevating frame, and are separated and aligned to form a jaw in a state in which two or more adsorption pipes are installed in the elevating frame and are in close contact with each other. And an alignment device.

Eggs, Packed, Wanderlust, Adsorption, Vacuum, Move, Sort

Description

Small Quantity Packing Device for Egg}

1 is a plan view showing a first embodiment of an egg packaging apparatus according to the present invention.

Figure 2 is a side view showing a first embodiment of the egg packaging apparatus according to the present invention.

Figure 3 is a front view showing a first embodiment of the egg packaging apparatus according to the present invention.

Figure 4 is a perspective view showing a fixing frame in a first embodiment of the egg packaging apparatus according to the present invention.

Figure 5 is a side view showing the alignment device in a first embodiment of the egg packaging apparatus according to the present invention.

Figure 6 is a plan view showing an alignment device in a first embodiment of the egg packaging apparatus according to the present invention.

Figure 7 is a plan view showing the operating state of the alignment device when the adsorption of the egg in the first embodiment of the egg packaging device according to the present invention.

8 is a side view showing a state in which the fixing member of the alignment device in the adsorption tube in the first embodiment of the egg packaging apparatus according to the present invention.

9 is a plan view showing another operating state of the alignment device in the first embodiment of the egg packaging apparatus according to the present invention.

10 is a side view showing a state in which the other fixing member of the alignment device in the adsorption tube in the first embodiment of the egg packaging device according to the present invention.

11 is a plan view showing a second embodiment of the egg packaging apparatus according to the present invention.

12 is a side view showing an egg feeding device in a second embodiment of the egg packaging apparatus according to the present invention.

Figure 13 is a side view showing the initial operating state of the support device in a second embodiment of the egg packaging apparatus according to the present invention.

Figure 14 is a side view showing the operation of the supporting device in the second embodiment of the egg packaging apparatus according to the present invention.

Figure 15 is a partial cross-sectional front view showing an egg plate feeder in a second embodiment of the egg packaging apparatus according to the present invention.

The present invention relates to an egg packet packing device, and more particularly, an egg packet packing device configured to supply a small packaged egg bed one by one, quickly and accurately, as well as to be easily moved to a plurality of small packing eggs inserted into a small amount by carrying eggs inserted into a large capacity egg bed. It is about.

In general, eggs produced in large quantities in a poultry farm are transferred to a collection place, sorted to form heat in more than one or two rows, washing to remove contaminants from the surface, and sterilization to sterilize eggs. It is distributed in the market through the coating process of coating oil on the surface of eggs, the process of sorting by size or weight, the process of printing the origin or quality on the surface, and the process of packaging.

In the past, the eggs were often inserted and shipped in a large-scale egg bed, which is mainly composed of 5 rows x 6 rows, but in this case, the handling is inconvenient to handle, or the hygiene and storage conditions are likely to be poor. This is being exposed.

Therefore, in recent years, eggs in small-capacity ovals (5 rows x 3 rows or 5 rows x 2 rows) are formed so that eggs can be packaged in a quantity corresponding to 1/2 or 1/3 of the large-sized eggs (5 rows x 6 rows). It is easy to handle and has a good response to consumers.

However, the operation of inserting the eggs, which are produced in large quantities at the poultry farm and inserted into the large-sized dwarf, into the small-sized dwarf requires a lot of work, such as lowering workability, increasing the cost of the eggs, and delaying the shipment. Since there are many problems such as deterioration, urgent measures are required.

The present invention has been made in view of the above-mentioned point, the egg packaging device capable of quickly and accurately supplying small packaged eggs one by one and automatically inserting the eggs inserted in the large sized eggs into small packaged egg holders, thus reducing the cost of labor such as eliminating labor shortage. To provide, the purpose is.

In addition, another object of the present invention is to hold an egg inserted into one large egg yolk at a time to be divided into two or three small egg yolks can be inserted into one egg egg packing device capable of using a variety of small egg yolks with one device It is to provide.

Egg packaging device proposed by the present invention is a first transporting device for transporting a large amount of egg inserted into a large number of eggs, and a small-package egg yolk installed adjacent to the first transporting device and formed to insert the egg in a smaller quantity than a large capacity egg yolk It comprises a second transfer device for transporting and the egg transfer device is installed between the first transfer device and the second transfer device and is divided into a plurality of the small packing dwarf by lifting the eggs contained in one of the large capacity egg bed. .

The egg moving device is a fixed frame which is installed across the first transfer device and the second transfer device, a moving frame which is slidably installed between the first transfer device and the second transfer device on the fixed frame; A first transmission device installed between the fixed frame and the moving frame and reciprocally moving the moving frame between the first transfer device and the second transfer device, and a lifting frame slidably installed up and down on the moving frame; A plurality of suction devices installed between the movable frame and the lifting frame and configured to move the lifting frame reciprocally up and down, and a plurality of suction plates for sucking and supporting eggs to be installed at the bottom of the lifting frame. It is installed on the pipe and the lifting frame and separated and aligned to form a jaw in a state in which two or more adsorption tubes are in close contact with each other. It comprises an alignment device.

The first transmission device is a pair of first timing pulley rotatably installed on each of the fixed frame, the first electric motor for forward or reverse rotation of the first timing pulley and the first timing pulley connected to each other The first timing belt is made to include.

The shank moving device includes a pair of sprocket wheels rotatably installed on an upper portion of the moving frame, a chain connecting the sprocket wheels to each other, a rod-shaped lead screw penetrating the central portion of the lifting frame in a vertical direction, and A nut bracket fixed to the elevating frame and coupled with a lead screw through the center thereof, one or more guides installed to be fixed to one side of the elevating frame in a vertical direction to guide the movement of the elevating frame, and the sprocket wheel The shaft is connected to and installed in the moving frame and comprises a lifting motor for forward or reverse rotation.

And the egg packaging device of the present invention may further include a egg feeding device for supplying a small packing eggshell for inserting the egg packaging to the second transfer device.

Next, a preferred embodiment of the egg packet packaging apparatus according to the present invention will be described in detail with reference to the drawings.

First, the first embodiment of the egg packaging device according to the present invention, as shown in Figures 1 to 3, the first conveying apparatus 100 for transporting the large capacity egg seat 10 is inserted into the egg 1, and By dividing the second conveying apparatus 200 for transferring the small-packed egg yolk 20 formed to insert the egg (1) of a smaller quantity than the egg yolk (10), and the egg (1) contained in one of the large-scale egg yolk 10 It comprises a plurality of egg moving device 300 is loaded with the small packing dwarf 20.

In the above, the large capacity oasis 10 is composed of 5 rows x 6 rows, and the small packaged oval 20 is composed of 5 columns x 3 rows or 5 columns x 2 rows.

Although the small packing dwarf 20 is not shown in the figure, it is also possible to use a product having a shape in which the cover is integrally installed to open and close the upper surface.

The first transfer device 100 and the second transfer device 200 can be configured by applying a variety of conveyor systems, such as belt conveyors and chain conveyors mainly used in automated equipment or logistics movement equipment, and thus detailed description thereof will be omitted. .

The egg moving device 300 is a fixed frame 400, a moving frame 500 that is slidably supported between the first transfer device 100 and the second transfer device 200 on the fixed frame 400. And a first transmission device installed between the fixed frame 400 and the moving frame 500 and reciprocally moving the moving frame 500 between the first transfer device 100 and the second transfer device 200. 560, the elevating frame 610 which is installed to be slidable up and down on the movable frame 500, the shank moving device 600 for reciprocating the elevating frame 610 up and down, and the elevating frame ( 610) and a plurality of adsorption tubes 740 are installed, and the alignment device 700 for aligning the adsorption tubes 740 in a predetermined pattern.

As shown in FIG. 4, the fixed frame 400 is installed across the first transfer device 100 and the second transfer device 200.

The fixing frame 400 is formed of four pillars 410 that are installed and fixed in a vertical position on the floor, and four pedestals 420 that form an approximately quadrangle supported horizontally and vertically on the four pillars 410. Is done.

In addition to the above-described configuration, the fixed frame 400 sufficiently supports the weight of the moving frame 500, the lifting frame 610, the moving device 600, the suction tube 740, the alignment device 700, and the like. In addition, it is also possible to form and install a variety of structures that can sufficiently secure the moving space, such as the moving frame 500 and the lifting frame 610.

A guide rail 440 is provided on the upper surface of the two pedestals 421 installed in a direction crossing the first transfer apparatus 100 and the second transfer apparatus 200 among the four pedestals 420 of the fixed frame 400. ) Is installed long and the guide portion 520 is formed on the bottom surface of the movable frame 500 to form a guide groove 522 coupled to the guide rail 440.

As described above, the guide frame 440 of the fixed frame 400 is coupled to the guide groove 522 of the movable frame 500 so that the movable frame 500 is connected to the fixed frame 400. It is supported to allow front and rear sliding between the first transfer device 100 and the second transfer device 200.

The shape and configuration of the guide grooves 522 and the guide rails 440 may be implemented by applying various shapes and configurations of rails and grooves (for example, dovetail shapes, etc.) that are widely used in automation facilities.

Although not shown in the drawing, the guide groove 522 of the guide part 520 may be provided with a bearing or a bush so as to reduce friction with the guide rail 440.

As shown in FIGS. 1 to 3, the first transmission device 560 includes a pair of first timing pulleys 564 and 565 rotatably installed on the pedestal 420 of the fixed frame 400. The first electric motor 566 is fixed to the pedestal 420 of the fixed frame 400 by forward or reverse rotation of the first timing pulley 564, and the pair of first timing pulleys 564. It is composed of a first timing belt 562 is installed across the 565.

The moving frame 500 extends a part and is fixed to the first timing belt 562 of the first transmission device 560.

When a part of the moving frame 500 is fixed to the first timing belt 562 as described above, the first motorized device 560 is rotated in the forward or reverse direction and fixed to the first timing belt 562. The frame 500 moves together with the first timing belt 562 and moves between the first transfer device 100 and the second transfer device 200.

It is also possible to install a vacuum pump 720 connected to the suction tube 740 to the upper portion of the moving frame 500 to generate a suction force by vacuum.

In addition, the moving frame 500 is provided with an exhaust pipe 729 for exhausting the vacuum acting on the suction pipe 740.

Instead of the first timing pulleys 564, 565 and the first timing belt 562, the first transmission device 560 may be implemented as a sprocket wheel and a chain generally used in an automated installation. .

As shown in FIGS. 1 to 3, the shank moving device 600 includes a pair of sprocket wheels 620 and 621 rotatably installed on an upper portion of the moving frame 500, and the pair of sprockets. Chain 640 is installed across the wheels 620, 621, the shaft is connected to the sprocket wheel 620, and the forward and reverse rotatable lifting motor 630 is fixed to the moving frame 500, and A rod-shaped lead screw 660 that is integrally rotatable to the sprocket wheel 621 and is installed to penetrate the elevating frame 610, and is integrally fixed to the elevating frame 610 and the lead screw 660. It consists of a nut bracket 680 is engaged with the.

The sprocket wheel 620, the chain 640, the lead screw 660 and the nut bracket 680 is generally applied to various configurations of the sprocket wheel and chain and lead screws and nut brackets that are widely used in automation equipment or machine tools, etc. It is also possible to carry out by.

Although not shown in the drawing, a bearing or bush may be installed on the inner circumferential surface of the nut bracket 680 so that friction generated between the lead screw 660 and the nut bracket 680 is reduced.

In order to guide the elevating movement of the elevating frame 600, the elevating frame 600 is provided with one or more guides 690 long in the vertical direction, the guide frame 690 is inserted into the movable frame 500. It is preferable to form guide grooves (not shown).

When the lifting motor 630 rotates in the clockwise direction, the shank moving device 600 configured as described above is fixed to the sprocket wheel 621 so that the lead screw 660 coupled to the nut is rotated in the clockwise direction. ) And the lifting frame 610 fixed to the lift, and if the lifting motor 630 is rotated counterclockwise, the lead screw 660 is rotated counterclockwise, the lifting frame fixed to the nut bracket 680 610 is operated to descend.

That is, the shank moving device 600 is the lead screw 660 rotatably connected to the lifting frame 610 to raise or lower the nut bracket 680 fixedly coupled to the lifting frame 610, the lifting Up and down reciprocating motion of the frame 610 is enabled.

Therefore, when the egg 1 sucked and moved by the alignment device 700 moves while sliding between the first transport device 100 and the second transport device 200, the first transport device 100 and the first transport device 100 are made. Since it is possible to maintain the raised state to a predetermined height so as not to collide with the parts between the two transfer apparatus 200 and the like, it is safe.

As shown in FIG. 5, the suction pipe 740 installed below the lifting frame 610 is formed in a pipe shape in which both end surfaces are blocked, and the first transfer device 100 and the second transfer device 200 are provided. Install along the width direction of).

The suction plate 760 is formed at the lower portion of each of the suction tubes 740 to suction or release the suction of the egg 1 and correspond to the hot water of the large-scale egg yolk 10 and the small-package egg yolk 20.

The adsorption tube 740 is installed in a quantity corresponding to the number of rows of the large capacity egg seat 10.

The suction plate 760 installed on the suction tube 740 has a corrugated pipe shape of a rubber material.

The adsorption tube 740 as described above communicates with each other through a vacuum pump 720 or the like tube 780 for generating suction force by the vacuum.

The sorting device 700 is in contact with the adsorption tube 740 to one side when the adsorption of the egg (1) through the adsorption tube 740 is aligned with one side and the adsorption tube (740) The two or more are in close contact with each other so as to form a jaw corresponding to the small-packed egg seat 20 is aligned.

6 to 8, the alignment device 700 includes a plurality of fixing members 742, a string member 744, and a second electric motor 756.

The fixing member 742 separates the two adsorption tubes 740 adjacent to each other so that the adsorption tube 740 forms a tank corresponding to the small packing dwarf 20 and maintains a state in which the adsorption tube 740 is closely attached to each other.

The fixing member 742 is formed by forming an assembly groove 743 in a shape corresponding to the cross section of the suction tube 740 in the metal plate.

One or both ends of the suction tube 740 is provided with a protrusion member 746 having a wider cross section than the suction tube 740 so that the fixing member 742 is not separated from the suction tube 740.

The string member 744 connects different tanks of the adsorption pipe 740 that constitutes the tank. For example, the second suction tube 740 of the first article and the first suction tube 740 of the second article are connected to each other, and the second suction tube 740 of the second article and the first suction tube 740 of the third article are connected to each other. .

The string member 744 is made of a wire or the like.

In addition, as shown in FIG. 1, the guide shaft 748 is installed parallel to the lower part of the lifting frame 610 so that the suction tube 740 slides along the guide shaft 748.

An adsorption tube 740 positioned at one end of the adsorption tube 740 (located at the far back) is fixed to the lifting frame 610, and the other adsorption tube 740 is connected to the lifting frame 610. It is installed to be slidably supported along the guide shaft 748.

A second electric motor for moving the suction tube 740 located at the other end of the suction tube 740 (at the front end) of the suction frame 610 along the guide shaft 748 ( 750 is installed.

The second electric motor 750 rotates forward or reversely a pair of second timing pulleys 752 and 753 and the second timing pulley 752 rotatably installed on the lifting frame 610, respectively. And a second electric motor 756 installed on the elevating frame 610 and a second timing belt 754 connected to each other across the pair of second timing pulleys 752 and 753.

The suction tube 740 (located at the rear) of the sliding edge of the suction tube 740 extends a part of the suction tube 740 to be fixed to the second timing belt 754 of the second transmission device 750.

When the adsorption tube 740 is fixed to the second timing belt 754 as described above, the fixed adsorption tube 740 also moves according to the movement of the second timing belt 754.

Therefore, when the second transmission device 750 rotates in the forward or reverse direction, the suction tube 740 fixed to one side of the second timing belt 754 moves along the guide shaft 748 and slides.

At this time, the remaining slidable adsorption tube 740 connected to the adsorption tube 740 fixed to the second timing belt 754 by the string member 744 is moved by the length of the string member 744.

The adsorption tube 740 aligned in this manner is maintained in a tanked state corresponding to the small packing dwarf 20 placed on the second transfer device 200.

Instead of the second timing pulley 752 and the second timing belt 754, the second transmission device 750 may be implemented by applying a configuration of a sprocket wheel and a chain, which are generally used in automation equipment or machine tools. It is possible.

When comprised as mentioned above, it is possible to carry and load the egg 1 corresponding to the small-package eggshell 20 which consists of two rows.

9 and 10, the alignment device 700 is provided with a plurality of fixing members 742 to fix the adsorption pipe 740 in a row by three, and the three by-join are formed. It is also possible to install a pair of string members 744 connecting the different vest of the suction tube 740.

When comprised as mentioned above, it is possible to carry and load the egg 1 corresponding to the small packing dwarf 20 which consists of three rows.

And a second embodiment of the egg packaging device according to the present invention is shown in Figures 11 and 12, is installed on one side of the second conveying apparatus 200 and a small-seat feeding device 800 for supplying the small-packing egg seat 20 ) Is further included.

12 to 14, the left seat supplying device 800 includes a pair of left seat supply frames 810 and both sides of the small-packed egg seat 20 erected in a state substantially perpendicular to the left seat supply frame 810. An apparatus for moving the ovometer 820 for supporting the support and advancing so that the small packing 20 is supported on the ovometer supply frame 810 and supported on the ovometer fixing frame 820 may be in close contact with each other. And, a first adsorption device 840 for adsorbing and separating the small-package egg yolk 20 from the non-stool fixing stand 820, and a first vertically coupled to the adsorption device 840 and supported by the non-seat supply frame 810. A reciprocating device 850 for advancing or reversing toward the small packaged oval 20 using a hinge shaft 851, and a small package fixed to the non-sorted supply frame 810 and desorbed from the adsorptive device 840. One to guide the movement of the ovule 20 The small packing egg seat 20 is installed using a guide plate 860 on the top and a second hinge shaft 864 installed in the horizontal direction at the bottom of the egg seat supply frame 810 and supported by the egg seat supply frame 810. It includes a pair of support devices 860 to support the falling to the two transfer device (200).

The random seat supply frame 810 includes a main body 812 installed at a predetermined height from the ground, and a leg 814 supporting the main body 812.

It is also possible to install a control device for controlling the operation of the non-seat supply device 800 in the non-seat supply frame 810.

The left seat fixing stand 820 is fixed to the left seat supply frame 810 is formed of a pair of support portion 822 and each side of the support portion 822 formed in a substantially trapezoidal shape, each end of the up and down direction It is fixed to be movable along the hole and the other end is composed of a plate-shaped support 824 bent inward.

The pair of supporting portions 822 are installed at both sides with a slightly wider spacing than the small packaged oval 20 so as not to collide with the small packaged oval 20.

The support 824 is preferably installed two or more up and down so that the small-packing egg yolk 20 is erected in the vertical direction.

The support 824 may be formed on the outer surface of the support 822, it may be formed on the inner surface.

The support 824 is formed to be fixed to the support 822, but the support 824 is adjusted by adjusting bolts and nuts fixed to the support 822 according to vertical holes formed at one end of the support 824. It is possible to freely adjust the height of the).

In addition, when three or more support members 824 are provided, it is possible to supply a row of five columns by three rows.

The non-traveling device 830 is configured to move forward so that the remaining small-packed toilet seat 20 can be in close contact with each other when the small-packed toilet seat 20 is separated from the guide seat 820.

The hand seat moving device 830 is a pedestal 832 configured to support the small-packed hand seat 20 and to be able to move back and forth, and one end is fixed to the pedestal 832 and the other to the hand seat supply frame 810. The end portion is fixed and comprises a compression elastic member 834 to always apply a pulling force to the pedestal 832.

The pedestal 832 is configured in the vertical direction so that the force is evenly applied to the entirety of the small-packing eggshell 20 formed vertically, and preferably formed in a wide surface.

The small seat moving device 830 may be advanced at intervals corresponding to one thickness of the small package seat 20 when the small seat 20 is separated from the rest seat fixing stand 820.

The non seating device 800 may be provided with a control device for controlling the operation by detecting the movement of the non seating device 830.

The adsorption device 840 is configured to suck or release the small-packing egg yolk 20, and is composed of a suction unit 842 is formed in a tubular shape of the rubber material to be able to suck the small-package egg yolk 20.

The adsorption device 840 is formed in a hollow pipe shape and is installed to be substantially perpendicular to the egg yoke feeding device 800 and is formed to be in close contact with one side of the small packing egg yoke 20.

The adsorption device 840 as described above communicates with each other through a vacuum pump 720 or the like that connects the tube 780 to generate a suction force by the vacuum.

The guide plate 870 is fixed to one or more seating supply frame 810 is installed in an inclined shape is formed in an inclined surface to facilitate the movement of the small-packing egg seat 20.

The reciprocating device 850 is installed to rotate integrally with the third electric motor 852 is fixed to the non-seat supply frame 810 and the first rotation shaft 853 of the third electric motor 852. A first connecting rod (857) and a first connecting rod rotatably connected at one end by a first connecting pin (854) at a position eccentric with the first rotating shaft (853) of the first fixing stand (857) 856 and one end of the first connecting rod 856 is rotatably connected by a second connecting pin 855, and the other of the first hinge shaft 851 is integrally rotated by the second connecting pin 855. It comprises a second fixing stand 858 is made.

It is also possible to further include a control device for controlling the operation by detecting the rotation of the reciprocating device 850.

In addition, the first hinge shaft 851 is formed horizontally from the ground and is rotatably supported by the non-seat supply frame 810.

The first hinge shaft 851 is configured to be fixedly connected to the adsorption device 840.

The first connecting pin 854 and the second connecting pin 855 of the reciprocating device 850 are rotatably connected to the first connecting rod 856.

When the third electric motor 852 is rotated, the first fixing rod 857 rotates, and one end of the first connecting rod 856 eccentric with the first rotation shaft 853 and connected to the first fixing rod 857. The eccentric rotational movement, the second fixing rod 858 reciprocating rotation at a predetermined angle along the movement of the other end of the first connecting rod 856 around one side fixed by the first hinge shaft (851) do.

Therefore, the reciprocating angular rotation of the first hinge shaft 851 fixedly connected to the second fixing stand 858, and the adsorption device 840 fixedly connected to the first hinge shaft 851 perform the forward and backward reciprocating motion. do.

As shown in FIGS. 13 and 14, the support device 860 is fixed to the non-seat feeding frame 810 to rotate the forward or reverse rotation of the fourth electric motor 861 and the fourth electric motor 861. Rotating plate 868 is rotatably connected to the second rotary shaft 862 of the) and one end portion is eccentric with the second rotary shaft 862 to the rotary disk 868 is the first eccentric shaft ( A second connecting rod 866 rotatably connected by 863 and a second fixing rod rotatably connected to one end of the second connecting rod 866 by the second eccentric shaft 865 ( 869 and a supporting member 867 connected by the second hinge shaft 864 to rotate integrally with the other side of the second fixing stand 869.

And it is also possible to further include a control device for controlling the operation by detecting the rotation of the support device 860.

In addition, the second hinge shaft 864 is horizontally formed from the ground and is rotatably supported by the non-seat supply frame 810.

The second hinge shaft 864 is fixedly connected to the support member 867.

The first eccentric shaft 863 and the second eccentric shaft 865 of the support device 860 are rotatably connected to the second connecting rod 866.

When the fourth electric motor 861 is rotated in the forward or reverse direction, the rotary disk 861 is rotated, the second end connected to the rotary disk 861 by the first eccentric shaft 863 The connecting rod 866 makes the crank movement, the second fixing stand 869 rotates about the second hinge shaft 864, and the supporting member 867 fixed by the second hinge shaft 864 is at the left side. Right and left, the left and right swinging at approximately 15 degrees intervals.

The support device 860 may be installed on both sides of the non-seat supply frame 810, respectively.

In addition, as shown in FIG. 13, the second plate feeder 200 may further include an egg plate feeder 900.

The egg plate feeder 900 may be implemented by applying the egg plate feeder described in Republic of Korea Utility Model Registration No. 20-0369998.

The egg plate feeder 900 may be carried out by removing the egg yoke feeding device 800 from the egg yoke feeding frame 810 and replacing the egg yoke feeding device 800, and at a predetermined interval from the egg yoke feeding device 800. It is also possible to arrange in series with the 2nd conveying apparatus 200. FIG.

The egg yolk feeding apparatus 800 is suitable for supplying the small package egg yolk 20 mainly made of thin synthetic resin, and the egg plate feeder 900 is mainly suitable for feeding the small package egg yolk 20 made of pulp. .

Next, the operation process of the egg packaging apparatus according to the present invention configured as described above will be described in detail with reference to the drawings.

First, the large-scale egg yolk 10 into which the egg 1 is inserted into the first conveying apparatus 100 is placed, and then a plurality of small-packaging egg yolks 20 are placed vertically on the egg yoke feeding apparatus 800 and placed in a control device ( Turn on operation switch (S) of C).

As the operation switch (S) is turned on as described above, the conveyor of the first transfer device 100 and the second transfer device 200 is moved, and the adsorption device 840 connected to the small packing dwarf 20 is packaged small. As the first hinge shaft 851 rotates while adsorbing one of the left seats 20 (5 rows x 2 rows), the small-package left seat 20 is detached from the left seat holder 820 and released from the guide plate. After descending along the inclined surface of 870, it is seated on the support device 860 and the second hinge shaft 864 rotates to be placed on the conveyor of the second transport device 200.

When the above steps are repeated, the small packing dwarf 20 moves to the second transfer device 200 while maintaining a constant interval.

In addition, by elevating the sprocket wheel 620 fixed to the lead screw 660 in a clockwise direction, the elevating device 610 to which the nut bracket 680 is fixed rises, and the first motor 560 operates to move. The frame 500 is slid upwards of the first transfer apparatus 100 (indicated by a solid line in FIG. 3).

The sprocket wheel 620 fixed to the lead screw 660 is rotated counterclockwise to lower the elevating device 610 and the suction force to the adsorption pipe 740 of the alignment device 700 mounted on the elevating device 610. When the vacuum pump 720 that generates the suction unit 760 installed in the adsorption tube 740 sucks the egg 1 of the large capacity egg seat 10, the lifting device in the state in which the egg 1 is sucked ( 610 is re-elevated and the first electric drive 560 is operated to slide the moving frame 500 to the second transfer device 200 (indicated by the dashed line in Fig. 3).

At this time, the second electric motor 750 is operated to align the adsorption tube 740 of the alignment device 700 in a shape corresponding to the small-packaging eggshell 20 in a state of being formed in two or more pairs in succession (FIG. 7). Reference)

The vacuum pump 720 is operated to release the suction of the egg 1 from the suction plate 760 and the egg 1 is inserted into the small packing egg seat 20.

When the above steps are repeated, the egg 1 inserted into the large capacity egg seat 10 can be easily loaded into the small package egg seat 20.

In the above description of the preferred embodiment of the egg packaging apparatus according to the present invention, the present invention is not limited to this, but the present invention is not limited to the utility model registration claims and the detailed description of the design and the various modifications to be carried out within the scope of the accompanying drawings. It is possible and this also falls within the scope of the present invention.

According to the egg small packaging apparatus according to the present invention made as described above, it is possible not only to automatically insert the egg inserted in the large egg yolk into the small egg yolk, but also the supply is made by lowering the small egg yolk one by one, a large amount of eggs It is possible to process quickly.

Therefore, it is possible to reduce the cost due to the improvement of work efficiency and the elimination of labor shortage, and to supply the consumer with fresh and good quality eggs in advance of shipping.

And according to the egg packaging device according to the present invention, since it is possible to insert the egg inserted into one of the large egg yolk at one time divided into two or three small package egg yolk, it is possible to use a small package egg yolk of various capacities.

Moreover, it saves installation space because it can reduce the equipment cost for small-package of eggs and also make the product smaller.

Furthermore, workability is improved because it is possible to quickly change the position of releasing the inhalation of eggs according to the capacity of the small-packaging egg yolk.

Claims (7)

A first transporting device for transporting a large amount of egg yolks into which a large number of eggs are inserted, a second transporting device installed adjacent to the first transporting device and configured to transport small-packed egg yolks formed so as to insert eggs in a smaller quantity than a large amount of wandering eggs; An egg moving device installed between the first transporting device and the second transporting device and splitting an egg contained in one of the large capacity egg seats and moving to a plurality of small packing egg seats; The egg moving device is provided with a pair of fixed frames which are installed at a predetermined interval between the first transfer device and the second transfer device, and slidably installed between the first transfer device and the second transfer device on the fixed frame. A first transmission device installed between the fixed frame and the moving frame and reciprocally moving the moving frame between the first transfer device and the second transfer device, and slidably installed vertically on the move frame. And a lifting frame which is installed between the movable frame and the lifting frame, and a moving device for reciprocating the lifting frame up and down, and a plurality of suction plates for sucking and supporting eggs are installed at the bottom of the lifting frame. A plurality of adsorption pipes are installed and the lifting frame is separated to form a tank in a state in which two or more adsorption pipes are in close contact with each other. Eggs small packaging apparatus comprising a sorting device for sorting open. The method according to claim 1, The first electric device includes a pair of first timing pulleys rotatably installed on the fixed frame, a first electric motor fixedly installed on the fixed frame by forward or reverse rotation of one of the first timing pulleys. And a first timing belt installed over the pair of first timing pulleys and having a portion of the movable frame extended and fixed. The method according to claim 1 or 2, The shank moving device includes a pair of sprocket wheels rotatably installed on the upper portion of the moving frame, a chain installed across the pair of sprocket wheels, and a shaft connected to one of the sprocket wheels, and fixed to the moving frame. A forward and reverse rotatable lifting motor to be installed, a rod-shaped lead screw rotatably installed on the other of the sprocket wheels and installed through the lifting frame, integrally fixed to the lifting frame, and engaged with the lead screw Egg packaging device comprising a nut bracket coupled. The method according to claim 3, The alignment device includes a plurality of fixing members installed between the suction tubes so as to maintain two or more pairs of the suction pipes in series, and a row member connecting different tanks of the suction pipes with each other; A second electric motor installed in the lifting frame to move the suction pipe located at the front end of the suction pipe, The second electric device includes a pair of second timing pulleys rotatably installed on the lifting frame, a second electric motor installed on the lifting frame by forward or reverse rotation of one of the second timing pulleys, Egg packing device comprising a second timing belt is connected to each other across the pair of second timing pulley and a portion of the adsorption tube located at the front end of the adsorption tube is fixed. The method according to claim 4, Further comprising a egg-feeding device for supplying a small packaging egg-bed for inserting the egg to the second transporting device, The oval feeding device is a pair of oval feeding frames, an oval fixing stand for supporting and supporting both sides of the small packing egg seat installed in a state perpendicular to the oval feeding frame, and supported by the oval feeding frame and supported by the oval fixing stand. A seat moving apparatus for advancing the small packaged handrails to be in close contact with each other, an adsorption device for adsorbing and separating the small packaged handrails from the handrail fixing stand, and a first hinge which is vertically coupled to the adsorption device and supported by the handrail supply frame A reciprocating device for advancing or reversing toward the small packing dwarf using an axis, one or more guide plates fixedly mounted to the oval feeding frame to guide the movement of the small packing dwarf adsorbed from the adsorption device, and a lower end of the oval feeding frame Installed in a horizontal direction on the support frame Egg packing device comprising a pair of supporting devices for supporting the small packing dwarf to fall to the second transfer device by using a second hinge axis. The method according to claim 5, The reciprocating device may include a third electric motor fixed to the non-stationary supply frame and rotated, a first fixing rod installed integrally with the first rotating shaft of the third electric motor, and a first rotating shaft of the first fixing unit. A first connecting rod rotatably connected to one end by a first connecting pin in an eccentric position, and one end of the first connecting rod is rotatably connected to a second connecting pin, and on the other Egg packaging apparatus comprising a second fixing station is connected to rotate the first hinge shaft integrally. The method according to claim 6, The support device is a fourth electric motor is fixed to the non-seat supply frame and the forward or reverse rotation, the rotary disk is integrally rotatably connected to the second rotary shaft of the fourth electric motor, the second to the rotary disk A second connecting rod rotatably connected to one end by a first eccentric shaft, and a second end of the second connecting rod rotatably connected to one side by a second eccentric shaft in an eccentric state with the rotation shaft. And a holding member connected to the second fixing shaft and a second hinge shaft to integrally rotate to the other side of the second fixing rack.

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