CN203819566U - Boxed product packaging machine - Google Patents

Abstract

The utility model discloses a box-packed product packaging machine, which is provided with a first conveying unit, a second conveying unit, a feeding unit, a shaping unit and a control unit, wherein the first conveying unit is provided with a first positioning sheet and a second positioning sheet, a first chain belt is connected with each first positioning sheet, a second chain belt is connected with each second positioning sheet, and a first motor and a second motor are additionally arranged to drive the first chain belt and the second chain belt to run; the second conveying unit is provided with a track for supporting the packaging box, a bearing frame is arranged below the track, a driving mechanism for driving the bearing frame to reciprocate is additionally arranged on the bearing frame, a third positioning sheet and a fourth positioning sheet which are arranged along the extending direction of the track are arranged on the bearing frame, a first connecting rod and a second connecting rod are connected between the third positioning sheet and the fourth positioning sheet, and a third motor and a fourth motor for driving the first connecting rod and the second connecting rod to reciprocate are arranged on the bearing frame. The conveying positioning range of the conveying unit can be quickly adjusted only by adjusting the relative position of the positioning piece through the motor, so that the packing materials and the packing boxes accurately enter the operation position, the additional equipment and labor cost can be saved, and the original processing capacity of the packing machine can be maintained.

Description

Boxed product packaging machine

technical field

The utility model relates to an automatic packaging equipment, in particular to a boxed product packaging that can quickly adjust the conveying positioning range in response to changes in the number of packaging objects and packaging materials, so that the packaging objects and packaging boxes can accurately enter the processing position. machine.

Background technique

Generally, the product packaging containers widely used in the market are not only mainly used to beautify the packaged products and produce the expected protective effect on the products, but also have the function of determining the quantity of products; and in order to save the storage space of packaged products, In order to reduce related storage and transportation costs, most of the products in the market are packaged in conveniently arranged and stacked packaging boxes (square box-shaped containers).

Similarly, similar packaging boxes are often folded into a flat shape before use, and the original flat packaging box is stretched into a three-dimensional shape when the product packaging operation is actually carried out, so as to save the relevant storage of the packaging box and transportation costs; moreover, in order to effectively control the packaging quality of products and increase the packaging capacity of products, the packaging of many packaging boxes can be completed by using automated packaging production lines, and it can even be further combined with printing and printing on packaging boxes. The act of labeling.

In contrast, in the process of conveying products, it is necessary to be able to accurately deliver the packaging and packaging boxes to each processing position to avoid packaging defects or affect the normal operation of packaging equipment. Therefore, it is currently known to install a positioning mechanism conforming to the external dimensions of the product on the conveying equipment, so as to ensure that the product can accurately enter the predetermined processing position during the automatic packaging process.

Furthermore, for customized products such as disposable contact lenses, the quantity of packaging materials will change due to different needs of consumers. It is best to change the packaging materials of the entire product to achieve better results The packaging fixing effect; however, similar to the existing positioning mechanism can only be used for products within the allowable error range, if the size of the product and the packaging material are changed, it will not be able to quickly respond to adjustments, which will not only cost a lot of money More equipment costs and labor costs to replace positioning mechanisms of different specifications will seriously affect the processing capacity of packaging equipment.

Utility model content

The technical problem solved by the utility model is to provide a boxed product packaging machine that can quickly adjust the conveying positioning range in response to changes in the number of packages and packaging materials, so that packages and boxes can accurately enter the processing position.

The technical means adopted in the utility model are as follows.

In order to achieve the above purpose, the boxed product packaging machine of the present utility model is basically provided with a first conveying unit for receiving the packaging and transporting the packaging towards a predetermined direction, and a feeding unit for sending the packaging into the packaging box. , a second conveying unit that transports the packaging box containing the packaging towards a predetermined direction, a shaping unit that fixes the shape of the packaging box containing the packaging, and a unit that is connected with the first conveying unit, the feeding unit, the A control unit electrically connected to the second conveying unit and the shaping unit, the control unit integrates the operation of the first conveying unit, the feeding unit, the second conveying unit and the shaping unit; it is characterized in that: the first conveying unit There are a plurality of first positioning pieces and second positioning pieces arranged alternately, and at least one first chain belt is connected with each first positioning piece, and at least one second chain belt is connected with each second positioning piece. A first motor and a second motor respectively drive the at least one first chain belt and the at least second chain belt to run; the second conveying unit has a track for supporting the packaging box, and a bearing is provided under the track The frame is further provided with a driving mechanism that drives the frame to move back and forth along the track, and the frame is provided with a plurality of third positioning pieces and fourth positioning pieces arranged alternately along the extending direction of the track, and at least A first connecting rod is connected between all the third positioning pieces, and at least one second connecting rod is connected between all the fourth positioning pieces. At least a third motor and a fourth motor for the second connecting rod to move back along the extending direction of the bracket.

Utilizing the above-mentioned technical features, the boxed product packaging machine of the present invention can surely deliver the packaged items to the working area of the feeding unit to the position under the operation of the first conveying unit, and send the packaged items to After entering the packaging box, the second conveying unit will transport the packaging box containing the packaging to the processing area of the shaping unit to be positioned, and under the operation of the shaping unit, the automatic packaging operation of fixing the shape of the packaging box will be completed; especially, when When the number of packages and packaging materials of the packaging operation are changed, it is only necessary to adjust the relative positions of the first, second, third, and fourth positioning pieces through the first, second, third, and fourth motors respectively. The conveying and positioning range of the first and second conveying units can be quickly adjusted, so that the packaging and packaging boxes can accurately enter the processing position, which can not only save additional equipment and labor costs, but also maintain the original processing capacity of the packaging machine .

According to the above main technical features, each of the third positioning pieces and each of the fourth positioning pieces is arranged under the track, and the upper edge of each of the third positioning pieces and each of the fourth positioning pieces is provided with a notch for the rail to extend into .

According to the above main technical features, each of the third positioning pieces and each of the fourth positioning pieces is arranged under the track, and the upper edge of each of the third positioning pieces and each of the fourth positioning pieces is provided with a notch for the rail to extend into and, the drive mechanism drives the support frame to move up and down and horizontally.

According to the above main technical features, the feeding unit is provided with a hopper for containing packaging boxes at the front end of the track relative to the second conveying unit, and at the rear end of the packaging stroke of the first conveying unit, a A push rod that pushes the package towards the hopper.

According to the above main technical features, each of the third positioning pieces and each of the fourth positioning pieces is arranged under the track, and the upper edge of each of the third positioning pieces and each of the fourth positioning pieces is provided with a notch for the rail to extend into ; the driving mechanism drives the support frame to move up and down and horizontally; and, the feeding unit is provided with a hopper for containing the packaging box at the front end of the track relative to the second conveying unit, and in addition, at the front end of the first conveying unit At the rear end of the package stroke, a push rod is provided to push the package toward the hopper.

The shaping unit is provided with a vertical final shaft above the track of the second conveying unit, and is also provided with a first driving element that drives the vertical final shaft to move vertically and reciprocally toward the track.

The shaping unit is further provided with a vertical finale shaft above the track of the second conveying unit, and is further provided with a first driving element that drives the vertical finale shaft to move vertically and reciprocally toward the track; and, the shaping unit is positioned on the second transport unit A pressure plate is respectively provided on both sides of the track, and two second driving elements are provided to respectively drive the two pressure plates to move relatively horizontally toward the track.

The boxed product packaging machine is further provided with a labeling unit electrically connected to the control circuit, the labeling unit is arranged at the second conveying unit relative to the rear stroke of the shaping unit, and the labeling unit is located at Above the track of the second conveying unit, a first pressing die is provided, and a third driving element is provided to drive the first pressing die to move vertically and reciprocally toward the track.

The above-mentioned labeling unit is provided with a second stamper on at least one side of the first stamper, and the bottom surface of the second stamper is approximately flush with the bottom surface of the first stamper. A fourth driving element that drives the second die to move vertically and reciprocally relative to the first die.

The boxed product packaging machine disclosed by the utility model can produce the following effects.

1. In response to changes in the number of packages and packaging materials, the delivery positioning range can be quickly adjusted, thereby saving additional equipment and labor costs, and maintaining the original processing capacity of the packaging machine.

2. In response to changes in the number of packages and packaged materials, the delivery positioning range can be quickly adjusted to maintain the original processing capacity of the packaging machine.

3. Under the action of the labeling unit, the labeling action can be automatically completed at the same time as the product packaging.

Description of drawings

Fig. 1 is a perspective view of the appearance of the boxed product packaging machine of the present invention.

Fig. 2 is an appearance structure diagram of the first conveying unit in the utility model.

Fig. 3 is a schematic structural diagram of the second conveying unit in the present invention.

Fig. 4 is a schematic diagram of the vertical displacement mode of the support frame of the second conveying unit in the present invention.

Fig. 5 is a schematic diagram of the horizontal displacement mode of the support frame of the second conveying unit in the present invention.

Fig. 6 is an enlarged schematic diagram of the feeding unit in the present invention.

Fig. 7 is a schematic diagram of the push rod action of the feeding unit in the present invention.

Fig. 8 is a schematic diagram of the vertical finale action of the shaping unit in the present invention.

Fig. 9 is a schematic diagram of the clamp action of the shaping unit in the present invention.

Fig. 10 is a schematic diagram of the action of the first die of the labeling unit in the present invention.

Fig. 11 is a schematic diagram of the action of the second die of the labeling unit in the present invention.

Description of figure number:

10 boxes

20 packages

30 first conveying unit

31 first positioning piece

32 second positioning piece

33 first chain belt

34 second chain belt

35 first motor

36 second motor

40 feeding unit

41 Hopper

42 putters

50 second conveying unit

51 third positioning piece

52 fourth positioning piece

53 first connecting rod

54 second connecting rod

55 third motor

56 fourth motor

57 tracks

58 bracket

59 driving mechanism

60 shaping units

61 vertical finale

62 platen

63 second driving element

70 control unit

80 labeling units

81 first stamper

82 second die

83 fourth driving element.

Detailed ways

The utility model mainly provides a boxed product packaging machine that can quickly adjust the conveying positioning range in response to changes in the number of packages and packaged materials, so that packages and boxes can accurately enter the processing position, as shown in Figure 1 of the utility model As shown in the perspective view of the appearance of the boxed product packaging machine, the appearance structure diagram of the first conveying unit in Fig. 2 of the present utility model, and the structural schematic diagram of the second conveying unit in Fig. 3 of the present utility model, the boxed product packaging machine of the present utility model, Basically, there are a first conveying unit 30 for accepting packages and transporting the packages in a predetermined direction, a feeding unit 40 for feeding the packages into the packaging boxes, and a delivery unit 40 for transporting the packaging boxes containing the packages in a predetermined direction. The second conveying unit 50 of the second conveying unit 50, a shaping unit 60 that will be equipped with the packing box shape that package is fixed, and one with this first conveying unit 30, this feeding unit 40, this second conveying unit 50 and this shaping unit 60 Electrically connected control unit 70, the control unit 70 integrates the operation of the first conveying unit 30, the feeding unit 40, the second conveying unit 50 and the shaping unit 60; the utility model is characterized in that the first conveying unit 30 is provided with a plurality of alternately arranged first positioning pieces 31 and second positioning pieces 32, and at least one first chain belt 33 is connected with each first positioning piece 31, and at least one second chain belt 34 is connected with each second positioning piece 30. The positioning piece 32 is connected, and a first motor 35 and a second motor 36 are provided to drive the at least one first chain belt 33 and the at least one second chain belt operation 34 respectively; The positioning piece 31 and the second positioning piece 32 partition the desired packaging space of each packing box, and under the state of the first motor 35 and a second motor 36 running at the same speed, the first positioning piece 31 and the second positioning piece 32 The second positioning piece 32 drives the package to be transported in a predetermined direction; if necessary, just adjust the relative positions of the first and second positioning pieces 31, 32 through the first and second motors 35, 36, and the first positioning piece 31, 32 can be adjusted quickly. The conveying and positioning range of the conveying unit 30 enables the packaged objects to accurately enter the processing operation position.

Please refer to Fig. 4 and shown in Fig. 5 at the same time, this second conveying unit 50 has a track 57 for supporting the packing box, and the second conveying unit 50 has a track 57 for supporting the packing box, on the track A support frame 58 is provided below the 57, and a drive mechanism 59 is provided to drive the support frame 58 to move along the track. The support frame 58 is provided with a plurality of third positioning positions alternately arranged along the extending direction of the track 57. 51 and the fourth positioning piece 52, and at least one first connecting rod 53 is connected between all the third positioning pieces 51, and at least one second connecting rod 54 is connected between all the fourth positioning pieces 52. A third motor 55 and a fourth motor 56 respectively drive the at least one first connecting rod 53 and the at least one second connecting rod 54 to move along the extending direction of the supporting frame on the supporting frame 58 .

In this embodiment, each of the third positioning pieces 51 and each of the fourth positioning pieces 52 is arranged below the track 57, and the upper edge of each of the third positioning pieces 51 and each of the fourth positioning pieces 52 is provided with a support for the track. 57 stretches into the recess; Under the configuration of a notch for the rail 57 to extend into, it is better for the drive mechanism 59 to drive the support frame 58 to move up and down and horizontally (as shown in FIGS. 4 and 5 ).

Similarly, the second conveying unit 50 can divide the space for accommodating the packaging box 10 by the third positioning piece 51 and the fourth positioning piece 52, and under the operation of the driving mechanism 59, the third positioning piece 51 and the fourth positioning piece 52 The fourth positioning piece 52 drives the packaging box 10 to be transported in a predetermined direction; if necessary, only need to adjust the relative positions of the third and fourth positioning pieces 51, 52 through the third and fourth motors 55, 56, and the second positioning piece 51, 52 can be adjusted quickly. The delivery positioning range of the second delivery unit 50 enables the packaging box 10 to accurately enter the processing operation position.

Accordingly, the boxed product packaging machine of the present utility model can reliably send the packaged items to the working area of the feeding unit for positioning under the operation of the first conveying unit, and send the packaged items into the packaging via the feeding unit. After the box, the second conveying unit will transport the packaging box containing the package to the processing area of the shaping unit to be positioned, and under the operation of the shaping unit, the automatic packaging operation of fixing the shape of the packaging box will be completed; especially when the packaging operation When the number of packages and the packaging materials are changed, it is only necessary to adjust the relative positions of the first, second, third, and fourth positioning pieces through the first, second, third, and fourth motors respectively. Quickly adjust the conveying positioning range of the first and second conveying units, so that the packaging and packaging boxes can accurately enter the processing position, which not only saves additional equipment and labor costs, but also maintains the original processing capacity of the packaging machine.

As shown in Fig. 1, Fig. 6 and Fig. 7, in the boxed product packaging machine of the present invention, during implementation, the feeding unit 40 is provided with a feeder at the front end of the track 57 relative to the second conveying unit 50. The hopper 41 for containing the packaging box is also provided with a push rod 42 that pushes the package 20 towards the direction of the hopper 41 at the rear end of the travel of the package 20 of the first conveying unit 30, so that when the first conveying unit 30 packs When the object 20 is transported to the processing position of the feeding unit 40 and positioned, the push rod 42 of the feeding unit 40 can push the package 20 positioned at the location into the packaging box 10 falling on the track 57 from the hopper 41, In order to achieve the purpose of automatic feeding.

Furthermore, as shown in Figures 8 and 9, in principle, the shaping unit 60 can be provided with a vertical final shaft 61 above the track 57 of the second conveying unit 50, and also be provided with a motor to drive the vertical final shaft 61 toward the track. 57 vertically reciprocating first driving element (figure omitted) to achieve the purpose of reshaping the packaging box 10; of course, the shaping unit 60 can be provided with a vertical pressing shaft 61 above the track 57 of the second conveying unit 50 In addition, under the structural form of a first driving element (not shown) that drives the vertical pressing shaft 61 to move vertically and reciprocally towards the track 57, the shaping unit 60 is further provided with a The pressing plate 62 is preferably provided with two second driving elements 63 that respectively drive the two pressing plates 62 to move horizontally and reciprocally towards the track 57, so that under the action of the vertical pressing shaft 61 and the pressing plate 62, the packaging box can be reshaped. And the purpose of folding and sealing.

It is worth mentioning that the boxed product packaging machine of the present utility model can be further provided with a labeling unit 80 electrically connected to the control circuit 70 as shown in Figure 1, Figure 10 and Figure 11, and the labeling unit 80 Located on the rear stroke of the second conveying unit 50 relative to the shaping unit 60, the labeling unit 80 is provided with a first die 81 above the track 57 of the second conveying unit 50, and is also provided with a The third driving element (not shown) that drives the first stamper 81 to move vertically and reciprocally toward the track 57 can automatically complete the labeling action while the product is packaged under the action of the labeling unit 80 . And, this labeling unit can be further provided with a second stamper 82 on at least one side of the first stamper 81, the bottom surface of the second stamper 82 is almost flush with the bottom surface of the first stamper 81, on the The first stamper 82 is additionally provided with a fourth driving element 83 that drives the second stamper 82 to move vertically and reciprocally relative to the first stamper 81, and can cooperate with the second stamper 82 to move the label tail end toward the packaging box 10. The side is bent so that the label is pressed onto the adjacent turning surface of the box.

Compared with the traditional prior art, the boxed product packaging machine disclosed by the utility model can produce the following effects.

1. In response to changes in the number of packages and packaging materials, the delivery positioning range can be quickly adjusted, thereby saving additional equipment and labor costs, and maintaining the original processing capacity of the packaging machine.

2. In response to changes in the number of packages and packaged materials, the delivery positioning range can be quickly adjusted to maintain the original processing capacity of the packaging machine.

3. Under the action of the labeling unit, the labeling action can be automatically completed at the same time as the product packaging.

Claims (9)

1. a box-packed product packing machine, be provided with one for the first supply unit of accepting packing material and packing material being transported towards predetermined direction, one sends packing material into the material unit that enters of packing box, one the second supply unit that the packing box that packing material is housed is transported towards predetermined direction, one will be equipped with the fixing shaping unit of packing box body of packing material, and one and this first supply unit, this enters material unit, the control unit of this second supply unit and the electrical connection of this shaping unit, by this control unit, integrate this first supply unit, this enters material unit, this second supply unit and the running of this shaping unit, it is characterized in that:

This first supply unit is provided with the first spacer and the second spacer that plural number is mutual arrangement, separately there is at least one the first chain band to be connected with each first spacer, and at least one the second chain band is connected with each second spacer, is separately provided with one first motor and one second motor and drives respectively this at least one first chain band and this at least the second chain tape travel;

This second supply unit has one for the track that packing box holder is supportted, in this track below, be provided with a bolster, separately be provided with this bolster of a drive along the driver train of this track shift reciprocately, in this bolster, be provided with plural number along the 3rd spacer and the 4th spacer of the mutual alignment arrangements of this track bearing of trend, separately there is at least one first connecting rod to be connected between total the 3rd spacer, and at least one second connecting rod is connected between total the 4th spacer, separately in this bolster be provided with drive respectively this at least first connecting rod and this at least second connecting rod along one the 3rd motor and one the 4th motor of this bracket bearing of trend shift reciprocately.

2. box-packed product packing machine as claimed in claim 1, is characterized in that, each the 3rd spacer and each the 4th spacer are located at this track below, and the upper edge of each the 3rd spacer and each the 4th spacer is provided with a recess stretching into for this track.

3. box-packed product packing machine as claimed in claim 1, is characterized in that, each the 3rd spacer and each the 4th spacer are located at this track below, and the upper edge of each the 3rd spacer and each the 4th spacer is provided with a recess stretching into for this track; This driver train drives this bolster up and down and horizontal reciprocating displacement.

4. box-packed product packing machine as claimed in claim 1, it is characterized in that, this enters material unit at the track front end place with respect to this second supply unit, be provided with a hopper for splendid attire packing box, separately, in the packing material stroke rear end of this first supply unit, be provided with a push rod that packing material is pushed towards this hopper direction.

5. box-packed product packing machine as claimed in claim 1, is characterized in that, each the 3rd spacer and each the 4th spacer are located at this track below, and the upper edge of each the 3rd spacer and each the 4th spacer is provided with a recess stretching into for this track; This driver train drives this bolster up and down and horizontal reciprocating displacement; And this enters material unit at the track front end place with respect to this second supply unit, be provided with a hopper for splendid attire packing box, separately in the packing material stroke rear end of this first supply unit, be provided with a push rod that packing material is pushed towards this hopper direction.

6. the box-packed product packing machine as described in as wherein arbitrary in claim 1 to 5, it is characterized in that, this shaping unit is provided with a vertical last item in the place, track top of this second supply unit, is separately provided with this vertical last item of a drive towards the first driver element of the vertical shift reciprocately of this track.

7. the box-packed product packing machine as described in as wherein arbitrary in claim 1 to 5, it is characterized in that, this shaping unit is provided with a vertical last item in the place, track top of this second supply unit, is separately provided with this vertical last item of a drive towards the first driver element of the vertical shift reciprocately of this track; And this shaping unit is respectively equipped with a pressing plate in the track both sides of this second supply unit, is separately provided with two and drives respectively these two pressing plates towards the second driver element of this track relative level shift reciprocately.

8. the box-packed product packing machine as described in as wherein arbitrary in claim 1 to 5, it is characterized in that, this box-packed product packing machine, be provided with one with the labeling unit of this control circuit electrical connection, the back segment stroke place that is relatively located at this shaping unit of the second supply unit is located in this labeling unit, this labeling unit, in the place, track top of this second supply unit, is provided with one first pressing mold, is separately provided with this first pressing mold of a drive towards the 3rd driver element of the vertical shift reciprocately of this track.

9. box-packed product packing machine as claimed in claim 8, it is characterized in that, this labeling unit is provided with one second pressing mold at least one side of this first pressing mold, the bottom surface of this second pressing mold is general concordant with the bottom surface of this first pressing mold, is separately provided with and drives relative the 4th driver element with the vertical shift reciprocately of this first pressing mold of this second pressing mold on this first pressing mold.