TWM629266U - Boxed beverage product packing introducer - Google Patents

Abstract

A boxed beverage product packing guide, which is used to guide the boxed beverage products into a carrying case in alignment, the boxed beverage product packing guide includes a rectangular alignment frame portion and a position connected to the alignment frame portion. The pyramid-shaped guide frame portion at the upper end has a packing alignment space in the alignment frame portion that can be matched with at least one box opening of the transport box, whereby in the production line of boxed beverage products, boxed beverage products are packed into boxes The guide is located above the packing area where the transport box is placed, so that the boxed beverage products are grasped and transported through the beverage product packing guide and loaded into the transport box, the box is guided by the slope of the guide frame. The flat squeezing effect of the packaged beverage products enables the boxed beverage products to be placed into the transport box in a flat alignment, and can avoid the concave damage caused by easily hitting the transport box when the swollen and bulging boxed beverage products are packed into the box.

Description

Boxed Beverage Product Box Guides

The new model relates to a boxed beverage product packing guide which is used in the production line of boxed beverage products and can improve the packing yield of the boxed beverage products.

In order to facilitate the logistics and transportation, after the packaging of the boxed beverage products is completed, each certain quantity of the boxed beverage products is placed in a fixed-size transport box by automatic machinery equipment, so as to facilitate the packaging of the boxed beverage products after packaging. Stacking, handling and shipping.

Generally speaking, the aforementioned boxed beverage products are packaged with packaging materials such as Tetra Pak. Due to the soft nature of the paper material, after the beverage filling and sealing of the boxed beverage products are completed, the outer packaging of the boxed beverage products will be damaged due to the softness of the paper material. Slightly deformed body such as swelling and bulging is caused by the extrusion of beverage gravity. Therefore, when the automated mechanical equipment picks up a certain number of neatly arranged boxed beverage products and simultaneously transfers them into empty boxes with a fixed space, the boxed beverage products that are prone to bulge and bulge are difficult to align during the packing process. It is placed in an empty box, and it is easy to hit the side of the empty box and cause concave damage to the boxed beverage products, especially if the empty box is slightly deformed, the swollen and bulging boxed beverage products are more likely to hit the empty box and cause damage. Product contamination, etc.

The purpose of this new model is to provide a packing guide for boxed beverage products, which solves the problem of the high rate of defective boxing in the current boxed beverage product production line.

In order to achieve the aforesaid purpose, the present invention provides a boxed beverage product packing guide, which is used to guide at least one group of boxed beverage products into at least one transport box in alignment, and the boxed beverage product packing guide Inducers include: A pair of aligning frame parts is a rectangular frame body, and the aligning frame part has at least one packing and positioning space, and the opening of each said packing and positioning space is connected with a box opening of said carrying box match; and a guide frame part connected to the upper end of the alignment frame part, and the guide frame part is a quadrangular pyramid-shaped frame with an upper end opening larger than a lower end opening, and the guide frame part has two oblique guiding side surfaces and two oblique guide end surfaces, the two oblique guide side surfaces are located on opposite sides of the guide frame portion, and the two oblique guide end surfaces are located at opposite ends of the guide frame portion.

Created by the structure of the aforementioned boxed beverage product packing guide, it is applied to the production line of boxed beverage products, and is located above the packing section where at least one transport box is placed, and the box opening of the transport box is directly Facing the boxing alignment space of the boxed beverage product boxing guide above, so that the boxed beverage products are grabbed and transferred from the boxing preparation platform after the filling of beverages and the packaging of the packaging boxes are completed. When transporting the box, the boxed beverage products pass through the inclined guiding side and the inclined guiding end surface of the guiding frame part of the boxed beverage product packaging guide, so that each group of boxed beverages can be guided. The products are aligned into the packing alignment space of the alignment frame, and the peripheral wall of the alignment frame produces a flat squeezing effect on each group of boxed beverage products, eliminating the outer packaging of boxed beverage products due to beverage extrusion. The form of pressing and swelling can make the boxed beverage products can be placed into the transport box in a flat alignment, thereby effectively preventing the swollen and bulging boxed beverage products from easily hitting the edge of the transport box during the packing process. And cause the concave damage of boxed beverage products.

As shown in FIG. 1 and FIG. 4 , two preferred embodiments of the novel boxed beverage product packing guide 10 are disclosed. As can be seen from the drawings, the boxed beverage product packing guide 10 It includes a pair of positioning frame parts 12 and a guide frame part 11 .

As shown in FIG. 1 and FIG. 4 , the alignment frame portion 12 is a rectangular (quadrangular) frame body, and the side walls 121 and 122 of the four sides of the alignment frame portion 12 are vertical straight walls. 12 has at least one packing alignment space 120, and the opening area of each packing alignment space 120 is matched with the opening area of a carrying case 20 capable of accommodating a predetermined number of boxed beverage products 30. In the first preferred embodiment of the boxed beverage product packing guide 10 shown in FIGS. 1 to 3 , the packing and positioning space 120 of the positioning frame portion 12 is the same as the opening of a single transport box 20 . Matching; the second preferred embodiment of the boxed beverage product packing guide 10 shown in FIGS. 4 to 6 , the packing and positioning space 120 of the positioning frame portion 12 is the box between the two transport boxes 20 In the same way, the new boxed beverage product packing guide 10 can be changed according to the packing operation requirements of the boxed beverage product 30 production line, so that the packing alignment space 120 of the alignment frame 12 is The openings of a plurality of totes 20 are matched.

As shown in FIG. 1 to FIG. 6 , the guide frame portion 11 is connected to the upper end of the alignment frame portion 12 , and is a quadrangular pyramid-shaped frame whose size increases from bottom to top, so that the guide The lower port of the frame portion 11 is connected to the packing alignment space 120 of the alignment frame portion 12 , and the upper port of the guide frame portion 11 is larger than the lower port of the guide frame portion 11 . As shown in the figure, the guide frame portion 11 has two oblique guide side surfaces 111 and two oblique guide end surfaces 112 , and the two oblique guide side surfaces 111 are located on opposite sides of the guide frame portion 11 . , the two oblique guide end surfaces 112 are located at opposite ends of the guide frame portion 11 . When the alignment frame portion 12 has a plurality of packing alignment spaces 120 arranged in a straight line, the alignment frame portion 12 has two long sides parallel to both sides of the packing alignment space 120 in the linear direction, and two long sides located When the two short sides are adjacent to the two long sides, the two oblique guiding side surfaces 111 are respectively located adjacent to the two long sides of the alignment frame portion 12 .

As shown in FIG. 1 to FIG. 6 , the boxed beverage product packing guide 10 may further include a top frame edge portion, and the top frame edge portion is a rectangular frame body and is connected to the guide portion The peripheral edge of the upper port extends laterally outward to strengthen the mechanical strength of the boxed beverage product packing guide 10 .

In the preferred embodiment shown in FIG. 4 to FIG. 6 , when the alignment frame portion 12 of the boxed beverage product packing guide 10 has a plurality of packing alignment spaces 120 arranged in a straight line, the guide The bottom surface of the lead frame portion 11 is provided with a guide rod 13 at the interval between every two adjacent packing alignment spaces 120 , and both ends of the guide rod 13 are respectively fixed to two sides of the guide frame. Opposite to the bottom of the oblique guide side surface 111 and located above the alignment frame portion 12 , the guide rod 13 has two guide inclined surfaces 131 , and the two guide inclined surfaces 131 are formed from the top of the guide rod 13 . The edges are respectively inclined toward the corresponding packing alignment spaces 120 . That is, the end view of the guide rod 13 is triangular.

Regarding the usage of the novel boxed beverage product packing guide 10, the preferred embodiment of the boxed beverage product packing guide 10 shown in FIGS. For example, as shown in FIG. 7 , the boxed beverage product packing guide 10 can be driven to move up and down and is disposed above the boxing section of the boxed beverage product 30 production line, and places two boxes in the boxing section. There are two empty tote boxes 20, the openings of the two tote boxes 20 are respectively facing the two packing alignment spaces 120 of the boxed beverage product packing guide 10 above, and the guide rods 13 are located on the two sides. Above the walls of an empty tote 20.

As shown in FIG. 7 to FIG. 9 , after the beverage filling and packaging are completed, the packaged beverage product 30 is moved to the packing preparation platform, and the corresponding transport box located on the packing preparation platform is grabbed by the robotic arm 40 The two groups of boxed beverage products 30 in the space 20 are moved to the top of the packing section, and then the two groups of two groups of boxed beverage products 30 are moved down, and the boxed beverage product packing guide 10 is driven to descend to a predetermined height , so that the lower end of the alignment frame portion 12 of the boxed beverage product packing guide 10 is close to the openings of the two transport boxes 20, and the two packing alignment spaces 120 in the alignment frame portion 12 are respectively aligned with the The box openings of the two transport boxes 20 are aligned one-to-one up and down. Next, the two groups of boxed beverage products 30 grasped by the robotic arm 40 descend, so that the two groups of boxed beverage products 30 pass through the boxed beverage product packing guide 10, and are packed by the boxed beverage products The oblique guide side surface 111 and the oblique guide end surface 112 of the guide frame portion 11 of the guide 10 cooperate with the two guide slopes 131 of the guide rod 13 to guide the oblique surfaces, so that the two groups are boxed The beverage products 30 are respectively aligned into the two packing alignment spaces 120 of the alignment frame portion 12 , and the two groups of boxed beverage products 30 are generated by the side walls 121 and 122 of the alignment frame portion 12 . Squeeze action, so that the two groups of boxed beverage products 30 are loaded into the two transport boxes 20 in a flat alignment, after that, the robotic arm 40 releases the boxed beverage products 30 to ascend and reset, and the boxed beverage products are packed and guided. The guide 10 is driven to rise, so that the packing area where the tote 20 is placed is increased, so that the two totes 20 containing the boxed beverage products 30 can be moved out of the packing area, and then moved into the two empty totes 20 to continue the process. The boxing operation of the boxed beverage product 30 .

10: Boxed beverage product box guide 11: Guide frame part 111: Oblique guide side 112: Oblique guide end face 12: Alignment frame 120: packing alignment space 121: Sidewall 122: Sidewall 13: Guide rod 131: Guide slope 20: Tote Box 30: Boxed beverage products 40: Robotic Arm

FIG. 1 is a perspective view of the first preferred embodiment of the novel boxed beverage product packing guide. FIG. 2 is a perspective view illustrating a first preferred embodiment of the boxed beverage product packing guide shown in FIG. 1 corresponding to a single carrying case capable of loading a plurality of boxed beverage products. FIG. 3 is a side cross-sectional schematic view of the first preferred embodiment of the boxed beverage product packing guide shown in FIG. 1 corresponding to a single carrying case capable of loading a plurality of boxed beverage products. FIG. 4 is a perspective view of the second preferred embodiment of the novel boxed beverage product packing guide. FIG. 5 is a three-dimensional schematic view of the second preferred embodiment of the boxed beverage product packing guide shown in FIG. 4 corresponding to two transport boxes capable of loading a plurality of boxed beverage products. FIG. 6 is a side cross-sectional schematic view of the second preferred embodiment of the boxed beverage product packing guide shown in FIG. 4 corresponding to two transport boxes capable of loading a plurality of boxed beverage products. FIG. 7 is a reference view (1) of the use state of the second preferred embodiment of the boxed beverage product packing guide shown in FIG. 4 applied to the boxed beverage product packing operation. FIG. 8 is a reference diagram (2) of the use state of the second preferred embodiment of the boxed beverage product packing guide shown in FIG. 4 applied to the boxed beverage product packing operation. FIG. 9 is a reference diagram (3) of the use state of the second preferred embodiment of the boxed beverage product packing guide shown in FIG. 4 applied to the boxed beverage product packing operation.

10: Boxed beverage product box guide

11: Guide frame part

111: Oblique guide side

112: Oblique guide end face

12: Alignment frame

120: packing alignment space

121: Sidewall

122: Sidewall

13: Guide rod

131: Guide slope

20: Tote Box

30: Boxed beverage products

Claims (3)

A boxed beverage product packing guide, which is used to guide at least one group of boxed beverage products into at least one transport box in alignment, the boxed beverage product packing guide comprising: A pair of aligning frame parts is a rectangular frame body, and the aligning frame part has at least one packing and positioning space, and the opening of each said packing and positioning space is connected with a box opening of said carrying box match; and a guide frame part connected to the upper end of the alignment frame part, and the guide frame part is a quadrangular pyramid-shaped frame with an upper end opening larger than a lower end opening, and the guide frame part has two oblique guiding side surfaces and two oblique guide end surfaces, the two oblique guide side surfaces are located on opposite sides of the guide frame portion, and the two oblique guide end surfaces are located at opposite ends of the guide frame portion. The boxed beverage product packing guide according to claim 1, wherein the alignment frame portion has a plurality of the packing alignment spaces arranged in a straight line, and the bottom surface of the guide frame portion is located at every two A guide rod is arranged in the interval between the adjacent packing alignment spaces, and the two ends of the guide rod are respectively fixed to the bottoms of the two opposite to the oblique guide side surfaces of the guide frame, and Located above the alignment frame portion, the guide rod has two guide inclined surfaces, and the two guide inclined surfaces are respectively inclined from the top edge of the guide rod toward the corresponding direction of the packing alignment space. The boxed beverage product packing guide according to claim 1 or 2, wherein the boxed beverage product packing guide further comprises a top frame edge, and the top frame edge is a rectangular frame and is connected to the peripheral edge of the upper port of the guide portion and extends laterally outward.

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