KR102439558B1 - Box manufacturing system - Google Patents

Abstract

The present invention is a box manufacturing system providing an IOT-based service in which each part provided in a box manufacturing device is individually controlled by a control server so that boxes are manufactured using eco-friendly materials that are naturally biodegradable by the box manufacturing device. Provided is the box manufacturing system providing an IoT-based service, which manufactures boxes by the box manufacturing device controlling parts of the box manufacturing device using IoT.

Description

A box manufacturing system that provides IOT-based services

The present invention relates to a box manufacturing system that provides an IOT-based service.

Corrugated cardboard is a cardboard made by attaching a corrugating medium to a liner with an adhesive, and includes single faced corrugated fiberboard, double faced, single wall, double wall, It is divided into triple-walled cardboard, and the original cardboard among the corrugated cardboard provides resistance from mechanical impact or climatic conditions, and the original cardboard on the back is used for printing. And the corrugated core provided between the original cardboard gives the corrugated cardboard thickness and increases the rigidity and flexibility, and at the same time provides relative elasticity against compression during impact.

Corrugated cardboard has the advantage of showing high compressive strength while using relatively low weight materials. .

As an example, Registered Utility Model No. 20-0290525 is a decorative corrugated cardboard box, which discloses a technology for packaging goods with high quality by forming a silver foil layer on corrugated cardboard, and also provides functionality with a functional sheet member including aluminum foil. Registered Patent No. 10-1653397 is disclosed as a corrugated cardboard with

However, the conventional "functional corrugated cardboard" adopts a method of adhering a functional sheet to the front surface of the corrugated cardboard, and due to this, it is difficult to separate the corrugated cardboard and the functional sheet from each other, so there is a problem that there are many difficulties in recycling.

In addition, in the conventional "functional corrugated cardboard", because the wing portion formed on one side of the folded corrugated cardboard is fixed to the other side of the corrugated cardboard with takapin, it takes a lot of force in the process of tearing the wing part, and it is necessary to separately remove the metal takapin for recycling. there was a problem with

In addition, as described above, a technology for a box that can be recycled in various ways is disclosed. In particular, in the case of a box for delivery, a boundary portion is usually attached using a tape to facilitate packaging.

And, once the courier arrives, the tape is removed, and as soon as the tape is removed, it falls to the surface of the box and is damaged, making reuse difficult.

Therefore, there was a problem of environmental pollution because there was no choice but to discard the box, and there was a problem in that the cost of purchasing the box and the tape is additionally required.

Korean Patent No. 10-1131111 Korean Patent No. 10-1712412

It is an object of the present invention to form the width and length of the body part and the opening and closing parts to have similar widths and lengths so that they can be recycled as corrugated cardboard, and IOT manufactured by a box manufacturing device that controls the parts of the box manufacturing device using IOT It provides a box manufacturing system that provides a base service.

The technical problems of the present invention are not limited to the technical problems mentioned above, and other technical problems not mentioned will be clearly understood by those skilled in the art from the following description.

In the box manufacturing system providing an IOT-based service according to an embodiment of the present invention, each part provided in the box manufacturing apparatus is individually controlled by a control server, and a box is manufactured using an eco-friendly material that is biodegradable in nature. It can be manufactured by a manufacturing apparatus.

According to an embodiment, the control server, communicating with the box manufacturing apparatus and the respective parts through the communication unit of the control server; confirming that the box manufacturing apparatus manufactures the box through the first situation analysis unit of the control server; checking the driving state of each component driven so that the box manufacturing apparatus performs the box manufacturing through the second situation analysis unit of the control server; By comparing the driving state of each part stored in the database part of the control server through the control part of the control server with the driving state of each part checked through the second situation analysis part, each part is in a normal state analyzing whether it is a cognitive error state; and individually controlling the driving of the respective components according to the state of the respective components by the control unit; each component may be individually controlled.

According to an embodiment, the database unit includes: an information storage unit for collecting and storing criteria according to the state of each part; and a deep learning unit that accumulates, stores, and learns the criteria according to the state stored in the information storage unit and the state of each part, and periodically updates the criterion according to the state of each part at a preset period.

According to one embodiment, the box manufacturing apparatus comprises the steps of cutting a paper base material; forming a folding groove in the folded portion of the paper base material; forming a three-dimensional box by folding the paper base material based on the folding groove; and attaching a joint provided to protrude from one end of the paper base material to the other end of the paper base material to maintain the three-dimensional shape of the three-dimensional box.

According to an embodiment, the box manufacturing apparatus may be provided with a bottom forming part positioned at the bottom to maintain a constant distance from the bottom surface and protect it.

According to an embodiment, the box manufacturing apparatus may further include a washing water module for washing the floor forming part contaminated by the dust generated from the paper base material including paper scraps by jetting washing water to the floor forming part. have.

According to an embodiment, the washing water module is provided with a protruding protrusion protruding downward from the lower surface, and is formed so that the protruding protrusion is inserted into and caught in the upper plate hole of the bottom forming part, so that the protrusion protrudes from the upper plate hole in the horizontal direction. Top forming part to prevent separation; a support bar having one side positioned outside the floor forming part, and the other side extending vertically from one side to be seated and supported on the upper end of the floor forming part, and provided with a plurality of support grooves in the longitudinal direction; The other side is supplied with washing water through a hollow located outside the floor forming part, and one side is sequentially introduced into a plurality of washing tubes having different inner diameters from the other side and is extended in length to move between the upper side and the upper part of the floor forming part. cleaning line; and an elevating unit located at the lower end of the support bar and movable up and down along the support bar.

According to an embodiment, the top forming part includes two through holes through which the protrusion provided on the lower surface is inserted into and supported by the upper plate hole of the bottom forming part, and is ventilated with the upper surface of the bottom forming part, and the bottom It is configured to be supported by being hung on the upper plate of the forming part, so that the support bar and the cleaning line can be fixed to the upper plate of the bottom forming part.

According to an embodiment, the two through-holes may be formed in a shape for introducing the support bar and the cleaning line from the outer part of the bottom forming part to the upper surface.

According to an embodiment, the protrusion may be formed to have the same shape as the inner periphery of the upper plate hole, so that the outer periphery is fitted into the inner periphery of the upper plate hole.

According to an embodiment, the top forming part may be provided with a bolt hole or bolt so as to be fixed to a bolt or bolt hole previously formed on the upper plate of the bottom forming part on the outside.

According to one embodiment, the two through-holes are formed with the support bar before the lower part of one side of the support bar is seated on the bottom surface of the floor forming part so as to adjust the length of the support bar that varies depending on the height of the floor forming part. It is configured not to be fixedly fastened, and after one side of the support bar is seated on the bottom surface of the bottom forming part, the upper part of the other side of the support bar includes a through hole through which the support bar is configured to be fixedly fastened to the upper forming part. A configuration for introducing washing water into the hollow of the cleaning line, the cleaning line itself penetrates, the upper portion of the cleaning line is fastened to the lower portion, and the upper portion is provided in communication with the cleaning line It may include a through hole through which the cleaning line configured to be additionally fastened.

According to an embodiment, the through hole through which the support bar passes is provided with a guide line that communicates with the lower part and the upper part and has a direction perpendicular to the bottom surface of the floor forming part so that the penetrating support bar is on the bottom surface of the floor forming part. It may be configured to maintain a vertical state.

According to an embodiment, in the support bar, the cleaning line coupled to the elevating part may be movable on the upper side of the floor forming part.

According to an embodiment, the support bar is positioned so that the lower part of one side passes through the through hole of the upper part forming part and then stands in a state perpendicular to the upper surface of the bottom forming part, and the other side is extended in length upward from one side. The side may be supported by the through hole and the guide line of the upper end forming part.

According to an embodiment, the support bar is provided to stand vertically from the outer side of the floor forming part to the upper side, and has different lengths depending on the height of the floor forming part, respectively, in the floor forming parts having different heights. A plurality of pieces having a length shorter than the height of the floor forming part may be connected and used as needed so that the corresponding length is applicable.

According to one embodiment, the support bar may be configured with a support groove at one end to limit the downward movement of the elevating unit.

According to an embodiment, the support groove is configured in plurality in the longitudinal direction of the support bar, and the elevating control unit connected to the power motor of the elevating unit is engaged to move the elevating unit up and down in the longitudinal direction of the supporting bar. and may be continuously provided on the side surface of the support bar.

According to an embodiment, the cleaning line moves the blower pipe provided to the rotary driving unit fastened to one end to the bottom surface of the floor forming part or to wash the inner side and upper surfaces of the floor forming part. It can be moved to the upper part of the forming part.

According to an embodiment, the cleaning line is connected to the through-hole and ventilated, and receives the washing water transferred through the supply forming part mounted on the upper part of the upper part from the upper part of the other side, and a rotation driving part provided in the lower part of the other side. It can be supplied sequentially to the connecting pipe and the outlet pipe.

According to an embodiment, in the cleaning line, a plurality of cleaning tubes having different inner diameters are sequentially inserted to extend the length so that the lower diameter cleaning line can be inserted into the hollow of the upper large-diameter cleaning line.

According to an embodiment, the cleaning line is equipped with one or more leak-proof packings to prevent the washing water contained in the hollow from leaking to the outside, and the inner surface of the large-diameter cleaning line is adjacent to the leak-proof packing. A friction reducing packing for reducing friction between the outer surface of the small-diameter cleaning line and the small-diameter cleaning line may be further provided.

In the box manufacturing method for providing an IOT-based service according to an embodiment of the present invention, in the box manufacturing method for providing an IOT-based service, the control server communicates with the box manufacturing apparatus and each component provided in the box manufacturing apparatus can be individually controlled.

According to an embodiment, the individually controlling each component comprises: communicating with the box manufacturing apparatus and each component through a communication unit of the control server; confirming that the box manufacturing apparatus manufactures the box through the first situation analysis unit of the control server; checking the driving state of each component driven so that the box manufacturing apparatus performs the box manufacturing through the second situation analysis unit of the control server; By comparing the driving state of each part stored in the database part of the control server through the control part of the control server with the driving state of each part checked through the second situation analysis part, each part is in a normal state analyzing whether it is a cognitive error state; and individually controlling the driving of each component according to the state of the respective component by the control unit.

According to one embodiment, the box manufacturing apparatus comprises the steps of cutting a paper base material; forming a fold groove in the folding part of the paper base material folding the paper base material based on the fold groove to form a three-dimensional box; and attaching a joint provided to protrude from one end of the paper base material to the other end of the paper base material to maintain the three-dimensional shape of the three-dimensional box.

According to an embodiment, the database unit includes: an information storage unit for collecting and storing criteria according to the state of each part; and a deep learning unit that accumulates, stores, and learns the criteria according to the state stored in the information storage unit and the state of each part, and periodically updates the criterion according to the state of each part at a preset period.

According to an embodiment, the box manufacturing apparatus may be provided with a bottom forming part positioned at the bottom to maintain a constant distance from the bottom surface and protect it.

According to an embodiment, the box manufacturing apparatus may further include a washing water module for washing the floor forming part contaminated by the dust generated from the paper base material including paper scraps by jetting washing water to the floor forming part. have.

According to an embodiment, the washing water module is provided with a protruding protrusion protruding downward from the lower surface, and is formed so that the protruding protrusion is inserted into and caught in the upper plate hole of the bottom forming part, so that the protrusion protrudes from the upper plate hole in the horizontal direction. Top forming part to prevent separation; a support bar having one side positioned outside the floor forming part, and the other side extending vertically from one side to be seated and supported on the upper end of the floor forming part, and provided with a plurality of support grooves in the longitudinal direction; The other side is supplied with washing water through a hollow located outside the floor forming part, and one side is sequentially introduced into a plurality of washing tubes having different inner diameters from the other side and is extended in length to move between the upper side and the upper part of the floor forming part. cleaning line; and an elevating unit located at the lower end of the support bar and movable up and down along the support bar.

According to an embodiment, the top forming part includes two through holes through which the protrusion provided on the lower surface is inserted into and supported by the upper plate hole of the bottom forming part, and is ventilated with the upper surface of the bottom forming part, and the bottom It is configured to be supported by being hung on the upper plate of the forming part, so that the support bar and the cleaning line can be fixed to the upper plate of the bottom forming part.

According to an embodiment, the two through-holes may be formed in a shape for introducing the support bar and the cleaning line from the outer part of the bottom forming part to the upper surface.

According to an embodiment, the protrusion may be formed to have the same shape as the inner periphery of the upper plate hole, so that the outer periphery is fitted into the inner periphery of the upper plate hole.

According to an embodiment, the top forming part may be provided with a bolt hole or bolt so as to be fixed to a bolt or bolt hole previously formed on the upper plate of the bottom forming part on the outside.

According to one embodiment, the two through-holes are formed with the support bar before the lower part of one side of the support bar is seated on the bottom surface of the floor forming part so as to adjust the length of the support bar that varies depending on the height of the floor forming part. It is configured not to be fixedly fastened, and after one side of the support bar is seated on the bottom surface of the bottom forming part, the upper part of the other side of the support bar includes a through hole through which the support bar is configured to be fixedly fastened to the upper forming part. A configuration for introducing washing water into the hollow of the cleaning line, the cleaning line itself penetrates, the upper portion of the cleaning line is fastened to the lower portion, and the upper portion is provided in communication with the cleaning line It may include a through hole through which the cleaning line configured to be additionally fastened.

According to an embodiment, the through hole through which the support bar passes is provided with a guide line that communicates with the lower part and the upper part and has a direction perpendicular to the bottom surface of the floor forming part so that the penetrating support bar is on the bottom surface of the floor forming part. It may be configured to maintain a vertical state.

According to an embodiment, in the support bar, the cleaning line coupled to the elevating part may be movable on the upper side of the floor forming part.

According to an embodiment, the support bar is positioned so that the lower part of one side passes through the through hole of the upper part forming part and then stands in a state perpendicular to the upper surface of the bottom forming part, and the other side is extended in length upward from one side. The side may be supported by the through hole and the guide line of the upper end forming part.

According to an embodiment, the support bar is provided to stand vertically from the outer side of the floor forming part to the upper side, and has different lengths depending on the height of the floor forming part, respectively, in the floor forming parts having different heights. A plurality of pieces having a length shorter than the height of the floor forming part may be connected and used as needed so that the corresponding length is applicable.

According to one embodiment, the support bar may be configured with a support groove at one end to limit the downward movement of the elevating unit.

According to an embodiment, the support groove is configured in plurality in the longitudinal direction of the support bar, and the elevating control unit connected to the power motor of the elevating unit is engaged to move the elevating unit up and down in the longitudinal direction of the supporting bar. and may be continuously provided on the side surface of the support bar.

According to an embodiment, the cleaning line moves the blower pipe provided to the rotary driving unit fastened to one end to the bottom surface of the floor forming part or to wash the inner side and upper surfaces of the floor forming part. It can be moved to the upper part of the forming part.

According to an embodiment, the cleaning line is connected to the through-hole and ventilated, and receives the washing water transferred through the supply forming part mounted on the upper part of the upper part from the upper part of the other side, and a rotation driving part provided in the lower part of the other side. It can be supplied sequentially to the connecting pipe and the outlet pipe.

According to an embodiment, in the cleaning line, a plurality of cleaning tubes having different inner diameters are sequentially inserted to extend the length so that the lower diameter cleaning line can be inserted into the hollow of the upper large-diameter cleaning line.

According to an embodiment, the cleaning line is equipped with one or more leak-proof packings to prevent the washing water contained in the hollow from leaking to the outside, and the inner surface of the large-diameter cleaning line is adjacent to the leak-proof packing. A friction reducing packing for reducing friction between the outer surface of the small-diameter cleaning line and the small-diameter cleaning line may be further provided.

According to one aspect of the present invention described above, the box manufacturing method for providing the IOT-based service proposed by the present invention can be recycled as corrugated cardboard by forming the body part, the opening and closing part, and the width and length of the seam to have similar widths and lengths. have.

In addition, the box manufacturing system that provides an IOT-based service has an opening and closing part and an opening and closing groove, so it has the advantage of being able to open and close without separate taping. can

In addition, it includes a configuration that can control the parts of the box manufacturing apparatus using IOT, so that when an error occurs in the box manufacturing apparatus, it is relatively easy to determine the cause of the error caused by which part.

In addition, a washing water module is provided on one side of the box manufacturing apparatus of the present invention, so that by supplying washing water, paper scraps and dust generated during the box manufacturing process are blown away, so that the dust accumulated at the bottom of the box manufacturing apparatus can be effectively removed. have.

In addition, the washing member of the washing water module is provided with a horizontal rod and can be unfolded or folded, so that the dust of the floor forming part can be uniformly wiped off. can do.

The effects of the present invention are not limited to the above-mentioned effects, and various effects may be included within the range apparent to those skilled in the art from the description below.

1 to 5 is a view showing a box made of a conventional corrugated cardboard or the like.
6 and 7 are diagrams illustrating the configuration of a box manufacturing system that provides an IOT-based service according to an embodiment of the present invention.
8 to 11 are views showing a box manufacturing method and a box manufacturing apparatus using the box manufacturing apparatus according to an embodiment of the present invention.
12 to 20 are diagrams showing the configuration of a box manufacturing apparatus for a box manufacturing method for providing an IOT-based service according to another embodiment of the present invention.

DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0012] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0014] DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS [0016] Reference is made to the accompanying drawings, which show by way of illustration specific embodiments in which the present invention may be practiced. These embodiments are described in sufficient detail to enable those skilled in the art to practice the present invention. It should be understood that the various embodiments of the present invention are different but need not be mutually exclusive. For example, certain shapes, structures, and characteristics described herein with respect to one embodiment may be implemented in other embodiments without departing from the spirit and scope of the invention.

When a component is referred to as being “connected” or “fastened” to another component, it may be directly connected or engaged with the other component, but it is understood that other components may exist in between. it should be On the other hand, when it is mentioned that a certain element is "directly connected" or "directly fastened" to another element, it should be understood that the other element does not exist in the middle.

In addition, it should be understood that the location or arrangement of individual components within each disclosed embodiment may be changed without departing from the spirit and scope of the prior invention. Accordingly, the detailed description set forth below is not intended to be taken in a limiting sense, and the scope of the prior invention, if properly described, is limited only by the appended claims, along with all scope equivalents to those claimed. Like reference numerals in the drawings refer to the same or similar functions throughout the various aspects.

Hereinafter, preferred embodiments of the prior art will be described in more detail with reference to the drawings.

1 to 5 is a view showing a box made of a conventional corrugated cardboard or the like.

1 to 3, the conventional invention relates to a packaging box with a reinforced edge and a packaging box manufacturing apparatus for manufacturing the same.

The corner-reinforced packaging box of the prior invention, a rectangular bottom surface and;

a side wall surface formed by being folded and protruding from each side of the bottom surface;

a side wall reinforcing surface protruding in both lateral directions of the two side wall surfaces facing each other and positioned inside the non-protruding side wall surface;

an upper cover surface formed by protruding and folding the side wall surface to which the side wall reinforcement surface is connected;

It is formed by protruding from both sides of the upper cover surface and folded, and is folded to one side of the bottom surface through the lower end or side wall surface of the side wall surface to strengthen the supporting force of the corner.

The manufacturing apparatus for manufacturing this is composed of a plurality of support members, and the guide rods are installed on one side and the other side at right angles to each other so that a setting space may be formed in a space surrounded by the guide rods.

On the other hand, a table on which a guide member is installed around the setting space;

a guide part installed on one side of the table and moving the paper supplied for packaging box manufacture to the upper part of the setting space by a conveyor belt rotating by a motor;

a resin supply unit installed on one side of the table top and configured to supply a resin for adhesion to the upper portion of the paper;

a setting unit installed in the upper part of the setting space on one side of the table and configured to move the paper positioned in the upper part of the setting space to the lower part by having a cylinder and a cylinder rod;

It may be composed of a cylinder installed so as to be movable along the guide rod, and a cylinder rod connected to the cylinder.

a fixing unit configured to press and fix the sidewall surface of the paper positioned in the setting space by the cylinder of the setting unit;

a folding unit comprising a rotating rod installed on one side of the table and configured to be rotatable, and a bracket installed on the rotating rod to fold the upper cover surface of the paper fixed by the fixing unit;

It consists of a cylinder fixed at one point so as to be rotatable on one side of the table, a cylinder fixed at one side of the table, and a bracket installed on one side of the table and connected to the cylinder. It consists of; a pressing unit configured to press the edge reinforcement surface of the folded paper so that the edge reinforcement surface of the paper can be adhered to the side wall surface.

According to the prior invention, compared to the conventional packaging box, the supporting force of the corner is strengthened, and it is possible to prevent the side wall surface from falling out to the inside or the outside by the pressure generated from the side. A packaging box capable of maintaining bearing capacity even when stacked in layers is provided, and in addition, the box can be manufactured with a minimum of components and a simple copper wire, and boxes of various sizes can be easily manufactured.

More specifically, as can be seen from the drawings, the packaging box of the prior invention has a bottom surface 10 in a rectangular shape, and has a side wall surface 20 formed by being folded while protruding from each side of the bottom surface 10 .

* In addition, as shown, it has side wall reinforcing surfaces 30 protruding in the lateral directions on both sides of the two side wall surfaces 20 facing each other. It is located on the inside of the side wall surface 20 that does not have the reinforcing surface 30 and is configured to have a structure corresponding to the pressure of the side.

On the other hand, the side wall surface 20 to which the side wall reinforcing surface 30 is connected is formed with an upper cover surface 40 formed by protruding and folding to one side.

The upper cover surface 40 takes the shape of a cover slightly protruding from both sides of the upper surface as shown, and in the case of agricultural products, a plastic cover or the like may be covered if necessary.

The edge reinforcement surface 50 protrudes from both sides of the upper cover surface 40, and is formed up to the lower end of the side wall surface 20, or passes through the side wall surface 20 but not shown to one side of the bottom surface 10. It is constructed to strengthen the support force of the corner by folding.

That is, since the corner part is installed in three layers of the side wall surface 20, the side wall reinforcement surface 30, and the edge reinforcement surface 50, it is possible to exert strong support for the upper load, as well as to strongly support the pressure on the side. Therefore, it has a much stronger structure than the conventional packaging box.

Through this, the conventional invention is to solve the problems that occur in the general technology as described above, and the supporting force of the corner is strengthened compared to the conventional packaging box, so that the side wall surface falls off to the inside or the outside by the pressure generated from the side. in order to be able to prevent it.

In addition, it is intended to provide a packaging box capable of exhibiting sufficient bearing capacity against an upper load even when the box is stacked in multiple layers because the corners are three-fold.

In addition, the packaging box manufacturing apparatus of the prior invention is intended to automatically enable the bonding operation without an operator's temporary assembling operation.

In addition, it is to minimize the number of power devices, such as cylinders, required by minimizing the supply of paper and the copper wire for manufacturing the box, so that the packaging box can be manufactured conveniently.

In addition, it is intended to be able to easily manufacture boxes of different sizes.

From the past, the development of technology for easily manufacturing a box and storing and transporting goods located therein has been steadily made.

For example, referring to the preceding utility model 20-0251057, a set of corrugated pad-type cushioning members wound with corrugated cardboard are provided so that the built-in electronic products can be safely stored or transported from external shocks, pressures, or foreign substances, and fold them. It is ironed or cut and attached to the appropriate point (eg, top/bottom, left/right sides and corners of the inner side of the box) to promote simplicity of packaging work and is an eco-friendly product that can be recycled. Disclosed is a technology for providing a packaging box with an improved function that significantly lowers logistics costs by excluding use and minimizing the volume of the box.

In addition, referring to the preceding utility model 20-0490227, the lighting fixtures that require attention to damage during delivery and storage are minimized by folding and fixing the cut paper made of paper cut to a certain size a number of times, and are protected from external shocks inside. Disclosed is a technology for providing a lighting fixture packaging box that can protect the housed lighting fixtures, and in particular, can be recycled as waste paper after delivery or storage by using eco-friendly paper cut paper.

On the other hand, referring to the prior patent 10-2215211, the side part, the top part, the side part, the upper part, and the A box for environmental protection is being developed, such as an eco-friendly packaging box having an adhesive part including a bottom part and an adhesive part.

The prior invention relates to an eco-friendly packaging box having an adhesive part, and more particularly, a first side longitudinal side is formed at one end, and a first side fold line is formed at the other end parallel to the first side longitudinal side, and the first side longitudinal side is formed. A pair of first side horizontal sides are formed to face each other and parallel to each other so as to connect the side and the first side folding line to each other so as to connect the first side vertical side to each other, and are provided in a rectangular shape, and the first side side is inside the first side horizontal side A first pair of first side horizontal fold lines is provided parallel to the first side horizontal side at a position spaced apart from the horizontal side, and a first pair of side wings is provided between the first side horizontal side and the first side horizontal fold line side; and

A second side transverse side is formed parallel to the longitudinal direction of the first side transverse fold line so as to be vertically folded using the first side fold line, and at a position opposite to the second side transverse side, the second side transverse side is parallel to the second side transverse side A second side horizontal fold line is provided to extend in the longitudinal direction of the first side horizontal fold line, and at a position opposite to the first side fold line, the second side horizontal fold line and the second side horizontal fold line are connected to each other. A second side portion on which a second side folding line is formed in parallel with the first side folding line; and

The second side folding line is vertically folded to form a shape similar to the first side portion so as to be the opposite side of the first side surface, and a third side vertical folding line, a third side folding line, a third side horizontal side and a third side surface are formed. A third side portion provided with a transverse fold line so that a third pair of side wings is provided between the third side transverse side and the third side transverse fold line; and

A fourth side vertical side is formed at a position opposite to the third side vertical fold line so as to be vertically folded with the third side vertical fold line to become an opposing surface facing the second side part, and to form a shape resembling the second side side part, and 3 A fourth side portion in which the fourth side transverse side and the fourth side transverse fold line are formed parallel to each other in parallel with the longitudinal direction of the 3 side transverse fold line; and

A pair of first low-profile vertical sides are formed in parallel with each other to form a lower cover of the first, second, third, and fourth side parts by being vertically folded with the second side horizontal folding line, and the first low-free vertical sides are connected to each other. 1 bottom horizontal edge is formed, and a first bottom horizontal folding line is provided in a position spaced apart from the first horizontal horizontal side in parallel with the first bottom horizontal edge, so that between the first bottom horizontal folding line and the second side horizontal folding line A bottom portion provided with a bottom cover; And

A pair of first upper vertical sides are formed in parallel with each other so as to form an upper cover of the first, second, third, and fourth side portions as opposite surfaces of the bottom surface by being vertically folded on the fourth side horizontal folding line, and the first upper surface A first upper horizontal side is formed to connect the vertical sides to each other, and a first upper horizontal folding line is provided in parallel with the first upper horizontal horizontal side at a position spaced apart from the inside of the first upper horizontal side, so that the first upper horizontal folding line and the first upper horizontal folding line are provided. an upper surface portion in which an upper surface cover is formed between the fourth side horizontal fold lines; and

It relates to providing an eco-friendly packaging box provided with an adhesive part including; the top cover, the bottom cover, or an adhesive means provided on any one of the first and third side wings.

In addition, referring to the prior patent 10-2020-0128625, it discloses a technology provided by an eco-friendly box capable of robust packaging without the use of accessories.

The box includes a lower plate forming a lower surface of the box; side plates forming the sides of the box; It includes a top plate forming the upper surface of the box, the side plate is provided with a receiving portion and a hooking protrusion accommodated in the receiving section, and the upper plate is provided with a hook inserted into the receiving section and caught on the stopping step do.

In addition, referring to the prior patent 10-1919612, cellulose fibers that can be recycled; a case upper portion including a first inner surface and a first outer surface; a lower case comprising a second inner surface and a second outer surface; a first inner resin coating layer formed on the first inner surface of the upper portion of the case; a second inner resin coating layer formed on a second inner surface of the lower portion of the case; and a paper case containing the cellulose fibers inside and sealing the edges of the case upper and lower cases so that the cellulose fibers do not leak to the outside. Disclosed is a technology for providing an eco-friendly coolant that is easy to recycle and has the same size and is formed to face each other, and a packaging box including the same.

According to the disclosure of Patent No. 10-1919612, it can be easily recycled by using a paper case coated on both sides and sealing it to contain the pulverized cellulose material by recycling paper and the like inside.

In addition, referring to prior patent 10-1410680, the problem of the conventional starch adhesive used to prepare a corrugated cardboard adhesive for imparting functionality to the conventional corrugated cardboard is solved, and the decrease in adhesive strength is minimized even with the addition of various functional additives It aims to manufacture a high-strength functional eco-friendly box, and functional additive components such as photocatalyst, charcoal or activated carbon and flame retardant components are used together with microporous particles, while stably maintaining its function in the adhesive component, Disclosed is a feature that maximizes compatibility with the adhesive component.

By mixing these functional additive components, the corrugated cardboard of the prior invention can purify the air inside when it is manufactured in a box structure, and the synergistic action with titanium dioxide, which is effective for decomposition of contaminants as a photocatalyst component, further increases the contaminant removal ability. It can improve and remove contaminants inside the box made of the functional eco-friendly corrugated cardboard of the prior invention through decomposition or adsorption, and purify the air inside the box to prolong the freshness or storage period of the contents, and By additionally mixing various types of fragrance components appropriately according to the improvement of fire resistance and the type of contents, there is an effect of enhancing user satisfaction when using the corrugated cardboard box.

In addition, referring to the prior patent 10-1712412, it relates to a box that can be recycled, the body of the rectangular duct shape; an upper cover part covering the upper opening of the body part; and a lower cover for covering the lower opening of the body, wherein the upper cover includes a first upper cover and a second upper cover that are respectively formed on opposite sides of the body and cover the upper opening, the first An insertion hole is formed through the upper cover inward from the boundary with the body part, a closing plate is formed extending on an opposite side of the insertion hole, and the insertion hole is formed on a side opposite to the boundary with the body in the second upper cover. A technology characterized in that an insertion protrusion to be inserted into the is starting

This eliminates the use of materials that damage the box, such as tape, and allows the box to be easily assembled, thereby reducing environmental pollution through recycling of the box and greatly reducing the purchase cost of the box and tape, thereby increasing economic efficiency. .

In addition, referring to the prior patent 10-2013-0091838, if a portion of the fast food is left behind, packaging for fast food that can be recycled as a packaging box with reduced space by easily recycling the packaging box that was originally used to package the fast food Disclosed is an invention related to a box and a recycling method thereof.

The conventional invention relates to a quadrangular bottom plate, a lower front plate formed on the front edge of the bottom plate, a lower side plate formed on both sides of the edge edge of the bottom plate, and a lower rear plate formed on the rear edge of the edge edge of the bottom plate. a lower cover made of; An upper cover comprising a square-shaped cover plate extended with the upper portion of the lower rear plate of the lower cover, an upper front plate formed on the front edge of the edge of the cover plate, and upper side plates formed on both sides of the edge of the cover plate ; an upper perforated line formed in a portion where the lower rear plate of the lower cover and the upper cover are in contact with each other; Side perforated lines formed in the V-shape, respectively, on both lower side plates of the lower cover; and, a separator of an inverted triangular shape formed by the side perforated line.

The prior invention has the effect of saving resources and improving the usability of the packaging box by recycling the original packaging box without using a separate packaging box for leftover fast food, thereby providing a packaging box with a reduced space.

In addition, referring to Patent No. 10-1112060, it relates to a refillable tissue box that can be recycled. In more detail, after using up the tissues stored inside the tissue box, the storage box and the cover box are used so that the tissue box can be recycled without throwing it away. Disclosed is a technology related to a refillable tissue box that can be reused by continuously refilling tissues by configuring, combining and separating, as well as preventing tissue contamination to be used hygienically and conveniently.

Through this, the prior art can refill and use the tissue unlike a general tissue box, so it can be recycled.

Therefore, the conventional invention has an environmentally friendly effect because the tissue can be recycled without being discarded after being used up.

In addition, referring to prior patent 10-1335587, after the packaging box is used as a packaging box for a communication device, remote control, etc., the assembly of the box body is disassembled, the buffer part is removed, and then the box body is turned over and the box body is reassembled by reassembling the electric wire. Discloses a feature that can be used as a wire organizer to organize.

After being used as a packaging box for a communication device, a remote control, etc. through the prior invention, it can be used as a wire organizer to organize the wires by disassembling the assembly of the box body and removing the buffer part, then turning the box body over and reassembling the box body.

In addition, there is no need for a separate cushioning material such as Styrofoam, and after reassembling the box body upside down, it is used as a wire organizer, so the company name or product name can be hidden, and the dirty side can face the inside of the box.

In addition, referring to prior patent 20-2014-0000162, a development view of a toy shape such as a pistol is provided on a packaging box in which a specific article is packaged, and after the role as a packaging box is finished, the development diagram is separated from the packaging box and then packaged It relates to a recyclable packaging box as a toy that can be completed and used as a toy using parts separately provided inside the box, so that the waste product can be recycled and the effect of advertising can be exerted by attracting the attention of consumers.

A packaging box recyclable as a toy according to a preferred embodiment of the prior invention includes a packaging box body having a receiving space for packaging goods inside, and a perforated line on the edge of the packaging box body so that it can be separated from the packaging box body. Disclosed is a technology characterized in that it comprises a toy member that is formed, and parts provided in the accommodation space and mounted on the toy member.

6 and 7 are diagrams illustrating the configuration of a box manufacturing system that provides an IOT-based service according to an embodiment of the present invention.

6 and 7, the box manufacturing system 200 for providing an IOT-based service according to an embodiment of the present invention includes the opening and closing part 210 and the opening and closing groove 230 formed at the top of the body part of the paper base material. It is possible to open and close the body portion of the paper base material by using the paper base material, the body of the paper base material may be formed by the joint (250).

Here, the joint 210 provided on one side of the paper base material to form the body portion is formed at a height similar to the height of the body portion, and may be formed in a trapezoidal shape.

The opening/closing unit 210 and the opening/closing groove 230 may be formed at positions facing each other while covering the upper end of the body portion of the box manufacturing system 200 that provides an IOT-based service, and may be formed to be fitted and coupled to each other. .

Similarly, the opening/closing unit 210 and the opening/closing groove 230 may be formed at positions facing each other while covering the lower end of the box manufacturing system 200 that provides an IOT-based service, and may be formed to be fitted and coupled to each other.

Here, the number of the opening/closing part 210 and the opening/closing groove 230 may be formed only in positions facing each other, but is not limited thereto, and may be formed in all regions of the lower end corners (four) of the box body.

The material of the box manufacturing system 200 that provides the above-described IOT-based service can not be formed only with the paper base material, but is formed of an eco-friendly material, for example, a material that can be naturally biodegradable, such as corn starch, paper material, and succulent material. it might be

However, it is also not limited to environmentally biodegradable materials that can be naturally biodegradable, and any material that can be formed using a configuration that has a box shape by fitting according to the intention of an operator or manufacturer may be included regardless of the name.

One side of the joint 250 may be provided with an adhesive material such as a tape, adhesive, Velcro, etc. to be fixed in contact with the other side of the paper base material to form a body portion.

Here, the joint 250 may be formed of an eco-friendly material, for example, a material capable of natural biodegradability such as corn starch, paper material, and succulent material, but is not limited thereto. IOT-based according to an embodiment of the present invention Any material that can be adhesively fixed to one side of the body of the box manufacturing system 200 that provides a service may be included regardless of its name.

Accordingly, the box manufacturing system 200 that provides the IOT-based service proposed by the present invention has the advantage of being able to open and close without separate taping by having an opening and closing part 210 and an opening and closing groove 230, and a joint formed of an eco-friendly material ( 250) is provided so that the body of the box can be formed without a separate taping or adhesive tool.

8 to 11 are views showing a box manufacturing method and apparatus according to an embodiment of the present invention.

Referring to Figure 8, the box manufacturing method according to an embodiment of the present invention comprises the steps of cutting the paper base material (S1100), forming a fold groove in the folded portion of the paper base material (S1300), paper based on the fold groove It can be manufactured by folding the base material to form a three-dimensional box (S1500), and attaching a joint provided to protrude from one end of the paper base material to the other end of the paper base material to maintain the three-dimensional shape of the three-dimensional box (S1700).

On the other hand, located at the lower end of the box manufacturing apparatus 100, and maintaining a constant distance from the bottom surface and protecting the bottom forming part 110 may be provided.

9 to 11 , the box manufacturing apparatus 100 providing an IOT-based service according to an embodiment of the present invention may communicate with the control server 900, and the IOT-based by the control server 900 Each component of the box manufacturing apparatus 100 that provides a service may be driven.

A bottom forming unit 110 may be formed at the lower end of the box manufacturing apparatus 100 that provides an IOT-based service. 100) may serve to protect the box manufacturing apparatus 100 while maintaining a constant distance from the bottom surface.

Here, the control server 900 may include a communication unit 910 , a first situation analysis unit 930 , a second situation analysis unit 950 , a database unit 970 , and a control unit 990 .

The communication unit 910 may communicate with the box manufacturing apparatus 100 and each component provided in the box manufacturing apparatus 100 .

The first situation analysis unit 930 may check the box manufacturing apparatus 100 manufacturing the box (cutting the paper base material, forming a folding groove in the paper base material, etc.).

The second situation analysis unit 950 may check the driving state of each component driven so that the box manufacturing apparatus 100 performs box manufacturing.

The database unit 970 may collect and store the criteria according to the state of each part, and may periodically update the criteria according to the state of each part at a preset period.

Here, the database unit 970 accumulates and stores the criteria according to the state stored in the information storage unit 971 and the state stored in the information storage unit and the state of each component, which collects and stores the criteria according to the state of each part, stores and learns. It may include a deep learning unit 973 that periodically updates the reference according to the state of each part at a preset period.

The control unit 990 compares the standard for each driving state of each part stored in the database unit 970 and the driving state of each part checked through the second situation analysis unit 950 to determine whether each part is in a normal state. status can be analyzed.

Also, the control unit 990 may individually control the driving of each component according to the state of each component.

12 to 20 are diagrams showing the configuration of a box manufacturing apparatus for a box manufacturing method for providing an IOT-based service according to another embodiment of the present invention.

12 to 16 show a box manufacturing apparatus 100 for a box manufacturing method for providing an IOT-based service according to another embodiment of the present invention. The jetting washing water module 150 may include an upper forming part 1510 , a support bar 1520 , and a cleaning line 1530 .

Specifically, the top forming part 1510 has a protruding jaw 1511 provided on the lower surface is inserted into and supported in the upper plate hole of the bottom forming part 110 , and has two penetrations through which the inside of the bottom forming part 110 is ventilated. It has a hole and is supported by being hung on the upper plate of the floor forming unit 110 , and is configured to fix the following support bar 1520 and the cleaning line 1530 to the upper plate of the floor forming unit 110 .

At this time, a protruding jaw 1511 protruding downward from the plate-shaped upper forming part 1510 is provided on the lower surface of the upper forming part 1510, and a protruding jaw ( 1511) is inserted and caught, and it is possible to prevent the upper forming part 1510 from being separated from the upper plate hole in the horizontal direction.

In addition, the shape of the protrusion 1511 may be configured to have the same shape as the inner periphery of the upper plate hole, so that the outer periphery of the protrusion 1511 is fitted into the inner periphery of the upper plate hole.

In addition, a bolt hole or bolt may be provided on the outside of the top forming part 1510 so that the upper forming part 1510 can be fixed to a bolt or bolt hole pre-formed on the upper plate of the bottom forming part 110 .

In addition, the two through-holes provided in the top forming part 1510 are configured to introduce the following support bar 1520 and the cleaning line 1530 from the outside to the inside of the bottom forming part 110 , respectively.

That is, in the through hole through which the support bar 1520 passes, one side (lower part) of the support bar 1520 is formed by the bottom forming part ( It is configured not to be fixedly fastened with the support bar 1520 before being seated on the bottom surface of the 110), and after one side of the support bar 1520 is seated on the bottom surface of the floor forming part 110, the through hole is passed through. The other side (upper part) of the support bar 1520 may be configured to be fixedly coupled to the upper end forming part 1510 .

At this time, at the lower and upper portions of the through hole through which the support bar 1520 passes, a guide line 1512 communicating with the through hole and oriented perpendicular to the bottom surface of the floor forming part 110 is provided to support the through hole through the through hole. The bar 1520 may be configured to maintain a state perpendicular to the bottom surface of the bottom forming unit 110 .

In addition, the through-hole through which the cleaning line 1530 passes is a configuration for introducing washing water into the hollow of the cleaning line 1530, and the cleaning line 1530 itself may be configured to pass through the through-hole, and the cleaning line ( An upper portion of the 1530 may be fastened to a lower portion of the through hole, and a supply forming part 1513 communicating with the cleaning line 1530 may be fastened to an upper portion of the through hole.

At this time, it will be apparent that a supply pipe is connected to the cleaning line 1530 or the supply forming unit 1513 to supply washing water.

In addition, the support bar 1520 passes through any one of the two through-holes of the upper forming part 1510, one side is located outside the bottom forming part 110, and the other side has a length perpendicular to the one side. It extends and is seated and supported on the inner floor of the floor forming unit 110 , and is provided with a plurality of support grooves 1521 in the longitudinal direction, and the following elevating parts 1550 are vertically moved along the support bar 1520 . It is configured such that the cleaning line 1530 coupled to the elevating unit 1550 is movable between the bottom surface and the top inside the floor forming unit 110 to be movable.

Specifically, one side (lower part) of the support bar 1520 is erected in a state perpendicular to the inner bottom surface of the bottom forming part 110 after penetrating the through hole of the upper forming part 1510 . At this time, the other side extending upward in length from one side is supported so as not to fall over by the through hole (or through hole and guide line 1512) of the upper end forming part 1510.

In addition, since the support bar 1520 is vertically erected from the upper portion of the floor forming unit 110 to the inner floor surface, it may have different lengths depending on the height of the floor forming unit 110 , and may have different heights. A plurality of support bars 1520 having a length shorter than the height of the general floor forming unit 110 may be connected and used as needed so that a length corresponding to each of the floor forming units 110 having a .

In this case, the upper portion corresponding to the other side of the support bar 1520 may have a structure to be exposed while being located outside the bottom forming unit 110 while being the upper portion of the through hole.

That is, when a plurality of support bars 1520 are connected to form a single support bar 1520 , the operator can insert the floor forming part into the through hole of the upper part forming part 1510 previously installed on the upper part of the floor forming part 110 . A plurality of support bars 1520 having a length shorter than the height of 110 may be connected and drawn in to install the support bars 1520 corresponding to the height of the floor forming part 110 .

In addition, a plurality of support grooves 1521 provided in the support bar 1520 are configured in the longitudinal direction of the support bar 1520 to engage the elevating control unit 1551 connected to the power motor 1542 of the elevating unit 1550 below. As a configuration in which the rear elevating unit 1550 can move up and down in the longitudinal direction of the support bar 1520 , it is preferable to be continuously provided on the side surface of the support bar 1520 .

In addition, in order to limit the downward movement of the elevating unit 1550, a support groove 1521 may be configured at a portion of one end of the support bar 1520 .

In addition, the cleaning line 1530 passes through the other one of the two through-holes of the upper forming part 1510, and the other side is located outside the bottom forming part 110 and receives washing water through the hollow, One side is a configuration in which a plurality of washing tubes having different inner diameters are sequentially introduced and extended in length from the other side to be moved between the bottom surface and the top inside the floor forming unit 110, and at one end of the cleaning line 1530 The position of the ejection pipe 1560 provided in the rotation driving unit 1540, which is fastened below, to the bottom surface of the floor forming unit 110, or to wash the inner side and upper surface of the floor forming unit 110, the bottom It is a configuration that can be moved up to the upper part of the forming part (110).

That is, the cleaning line 1530 is connected to the through-hole to be ventilated and receives the washing water transferred through the supply forming unit 1513 mounted on the upper portion of the upper forming unit 1510 from the other side (upper side) to one side (lower side). It functions to sequentially supply to the connection pipe 1543 and the ejection pipe 1560 of the provided rotary drive unit 1540 .

In addition, the cleaning line 1530 is extended in length by sequentially inserting a plurality of cleaning tubes having different inner diameters. is composed

At this time, it is preferable that at least one leak prevention packing 1570 is mounted between each cleaning line 1530 so that the washing water contained in the hollow of the cleaning line 1530 does not leak to the outside, and the leak prevention packing 1570 is adjacent to the In order to reduce friction between the inner surface of the large-diameter cleaning line 1530 and the outer surface of the small-diameter cleaning line 1530, a friction reducing packing 1571 may be further included.

17 to 20 , the washing water module 150 according to another embodiment of the present invention may include a washing member 500 .

The cleaning member 500 according to another embodiment of the present invention includes a first rotation part 521 , a second rotation part 522 , a third rotation part 523 , a flow part 524 , a left and right cleaning brush 525 and dust. It may be made of a detection sensor 526 .

The first rotation unit 521 includes a first power unit 521a and a vertical rod 521b, and the vertical rod 521b may flow left and right by the driving of the first power unit 521a.

The second rotating unit 522 is installed branching from the bottom end of the first rotating unit 521 to one side through a horizontal rod 521c, and is supplied with rotational power from a separate power unit 522a to the opposite side of the first rotating unit 521 . direction can be rotated.

The third rotation unit 523 is installed branching from the bottom end of the first rotation unit 521 to the other side through a horizontal rod 521d, and is provided with rotational power from a separate power unit 523a and is opposite to the first rotation unit 521. direction can be rotated.

The flow part 524 is installed between the first rotation part and the second rotation part and between the first rotation part and the third rotation part and includes a second power part 524a therein, and the left and right flow motors are horizontal rods 521c and 521d. ) and the support bar can be operated to spread or fold left and right.

The left and right washing brushes 525 are attached to the bottom surfaces of the second and third rotation units 522 and 523, respectively, to clean the floor forming unit 110 . The dust sensor 526 detects dust present in the floor forming unit 110, and the rotation control unit (not shown) detects dust when the first rotating unit 521, the second rotating unit 522 and the third rotating unit ( 523) is driven.

In addition, in the present invention, since it is difficult for the dust to scatter smoothly by each of the rotating parts 521 , 522 , and 523 when the dust is solid, the rotating part is operated while spraying water by supplying water. For this purpose, the present invention A jet pipe 1560 is provided.

That is, the amount of water currently contained in the raw water temporary storage tank is identified through a water level sensor (not shown) to receive water from the outside, and at this time, the water supply pump is driven to receive water from the outside and the floor forming unit 110 ) to induce cleaning.

Looking at the operation below, when the dust of the floor forming unit 110 is detected by the dust sensing sensor 526 by the rotation control unit (not shown), the first rotating unit 521 is driven in a clockwise or counterclockwise direction. The rod 521b is rotated, and at the same time, the second rotating part 522 and the third rotating part 523 are driven to rotate in the opposite direction to the rotational direction of the first rotating part 521 .

That is, when the first rotating part 521 is moved in the clockwise direction, the second rotating part 522 and the third rotating part 523 are moved in the counterclockwise direction, and when the first rotating part 521 is moved in the counterclockwise direction, the second rotating part 522 is moved in the counterclockwise direction. ) and the third rotating part 523 move in a clockwise direction, and moving the first rotating part 521, the second rotating part 522, and the third rotating part 523 in different directions will wipe the floor forming part 110 much better. can become possible

At this time, the horizontal rods 521c and 521d are spread or folded by driving the flow part 524 to evenly wipe the dust from the floor forming part 110, and in particular, the left and right reciprocating flow means are the floor forming parts 110. Since it can be adjusted according to the size and configuration of the box manufacturing apparatus 100 , it is possible to easily clean the space that is not in contact between the floor forming part 100 and the box manufacturing apparatus 100 .

And, in the present invention, the water supplied from the water storage unit is supplied into the raw water temporary storage tank, and when the rotating means rotates, the water supplied from the water supply storage unit can be supplied into the raw water temporary storage tank.

The above-described embodiments are for illustration, and those of ordinary skill in the art to which the above-described embodiments belong can easily transform into other specific forms without changing the technical idea or essential features of the above-described embodiments. You will understand. Therefore, it should be understood that the above-described embodiments are illustrative in all respects and not restrictive. For example, each component described as a single type may be implemented in a dispersed form, and likewise components described as distributed may be implemented in a combined form.

The scope to be protected through the present specification is indicated by the following claims rather than the detailed description, and should be construed to include all changes or modifications derived from the meaning and scope of the claims and their equivalents.

100: box manufacturing device
900: control server

Claims (3)

Each part provided in the box manufacturing device is individually controlled by the control server, and the box manufacturing method that provides IOT-based services is manufactured by the box manufacturing device that manufactures the box using eco-friendly materials that can be biodegradable. In the box manufacturing system that provides a base service,
The box manufacturing apparatus,
A washing water module for washing the floor forming part contaminated by dust generated from the paper base material including paper scraps by jetting washing water to the floor forming part located at the bottom,
The washing water module,
a top forming part having a protruding protrusion protruding downward from the lower surface and formed so that the protruding protrusion is inserted into and caught in the upper plate hole of the bottom forming part to prevent the protrusion from being separated from the upper plate hole in the horizontal direction;
a support bar having one side positioned outside the floor forming part, and the other side extending vertically from one side to be seated and supported on the upper end of the floor forming part, and provided with a plurality of support grooves in the longitudinal direction;
The other side is supplied with washing water through a hollow located outside the floor forming part, and one side is sequentially introduced into a plurality of washing tubes having different inner diameters from the other side and is extended in length to move between the upper side and the upper part of the floor forming part. cleaning line; and
It is located at the lower end of the support bar and is movable up and down along the support bar; includes,
The upper forming part,
The protrusion provided on the lower surface is supported by being inserted into the upper plate hole of the floor forming part, has two through holes for ventilation with the upper surface of the floor forming part, and is configured to be hung and supported by the upper plate of the floor forming part to support the support Fixing the bar and the cleaning line to the upper plate of the floor forming part,
The two through holes are
It is formed in a shape for inserting the support bar and the cleaning line from the outer part of the bottom forming part to the upper surface,
The protruding jaw is
It is configured in the same shape as the inner periphery of the upper plate hole, and the outer periphery is formed to fit into the inner periphery of the upper plate hole,
The upper forming part,
A bolt hole or bolt is provided on the outside so that it can be fixed to a bolt or bolt hole previously formed on the upper plate of the floor forming part,
The two through holes are
The lower part of one side of the support bar is configured not to be fixedly fastened with the support bar before being seated on the bottom surface of the floor forming part so as to adjust the length of the support bar that varies depending on the height of the floor forming part, and one side of the support bar After being seated on the bottom surface of the bottom forming part, the upper part of the other side of the support bar includes a through hole through which the support bar is configured to be fixedly coupled to the upper part forming part,
As a configuration for introducing washing water into the hollow of the cleaning line, the cleaning line itself passes through, an upper portion of the cleaning line is fastened to a lower portion, and a supply forming part communicating with the cleaning line is coupled to the upper portion. and a through hole through which the cleaning line is passed,
The through hole through which the support bar passes,
It communicates with the lower part and the upper part and is provided with a guide line in a direction perpendicular to the bottom surface of the floor forming part so that the penetrating support bar is configured to maintain a state perpendicular to the bottom surface of the floor forming part,
The support bar is
The cleaning line coupled to the elevating unit is movable on the upper surface of the floor forming unit,
The support bar is
After the lower part of one side penetrates the through hole of the upper part forming part, it is positioned so as to be erected in a state perpendicular to the upper side of the bottom forming part, and the other side extending in length from one side to the upper side is the through hole and guide line of the upper part forming part. supported by
The support bar is
The floor forming part is provided to stand vertically from the outer side of the floor forming part to the upper side surface, has different lengths depending on the height of the floor forming part, and the length corresponding to each of the floor forming parts having different heights is applicable. It is used by connecting a plurality of pieces having a length shorter than the height,
The support bar is
A support groove is configured at one end to limit the downward movement of the elevating unit,
The support groove is
A plurality of elevating control units are engaged in the longitudinal direction of the support bar and connected to the power motor of the elevating unit so that the elevating unit can move up and down in the longitudinal direction of the support bar, and on the side surface of the support bar. provided in succession,
The cleaning line is
The position of the ejection pipe provided in the rotary driving part fastened to one end is moved to the bottom surface of the floor forming part or moved to the upper part of the floor forming part to wash the inner side and upper surface of the floor forming part,
The cleaning line is
It is connected to be ventilated with the through hole, and the washing water transferred through the supply forming unit mounted on the upper portion of the upper forming unit is supplied from the upper side of the other side and sequentially supplied to the connecting pipe and the ejection pipe of the rotary driving unit provided at the lower side,
The cleaning line is
A plurality of cleaning tubes having different inner diameters are sequentially introduced to extend the length so that the lower small-diameter cleaning line is inserted into the hollow of the upper large-diameter cleaning line,
The cleaning line is
One or more leak-proof packings are mounted to prevent the washing water contained in the hollow from leaking to the outside, and the friction between the inner surface of the large-diameter cleaning line and the outer surface of the small-diameter cleaning line is adjacent to the leak-proof packing It is further provided with a friction-reducing packing to reduce the
The cleaning element is
a first rotating unit including a vertical rod flowing left and right by the driving of the first power unit;
a second rotating unit which is branched from the lower end of the first rotating unit to one side through a horizontal rod and rotates in the opposite direction to the first rotating unit by receiving rotational power from the power unit;
a third rotating part installed branching from the lower end of the first rotating part to one side through a horizontal rod and rotating in the opposite direction to the first rotating part by receiving rotational power from the power unit;
a flow part installed between the first rotation part and the second rotation part and between the first rotation part and the third rotation part, and including a second power part therein;
a left and right washing brush attached to the bottom surface of the second and third rotating parts to clean the floor forming part; and
Including; a dust sensor for detecting dust present in the floor forming part;
The moving part,
Operates to expand or fold the support rod left and right by the left and right flow motor connected to the horizontal rod of the second rotation unit and the horizontal rod of the third rotation unit,
The dust sensor is
When dust is detected, the first rotating unit, the second rotating unit, and the third rotating unit is driven, a box manufacturing system that provides an IOT-based service.
The method of claim 1,
The control server,
communicating with the box manufacturing apparatus and each of the parts through the communication unit of the control server;
confirming that the box manufacturing apparatus manufactures the box through the first situation analysis unit of the control server;
checking the driving state of each component driven so that the box manufacturing apparatus performs the box manufacturing through the second situation analysis unit of the control server;
By comparing the driving state of each part stored in the database part of the control server through the control part of the control server with the driving state of each part checked through the second situation analysis part, each part is in a normal state analyzing whether it is a cognitive error state; and
The control unit individually controls each component through the step of individually controlling the driving of each component according to the state of each component,
The database unit,
an information storage unit for collecting and storing criteria according to the state of each part; and
A deep learning unit that accumulates, stores, and learns the criteria according to the state stored in the information storage unit and the state of each part, and periodically updates the criterion according to the state of each part at a preset cycle; Containing, IOT-based service A box manufacturing system that provides
The method of claim 1,
Further comprising; a rotation control unit for driving the first rotating unit, the second rotating unit and the third rotating unit when dust is detected by the dust sensor,
The moving part,
It is driven to spread or fold the horizontal rod of the second rotation part and the horizontal rod of the third rotation part to evenly wipe off the dust of the floor forming part,
The rotation control unit,
IOT-based, characterized in that the vertical rod is rotated in a clockwise or counterclockwise direction by driving the first rotating unit, and at the same time, the second rotating unit and the third rotating unit are driven to rotate the first rotating unit in the opposite direction to the rotational direction. A box manufacturing system that provides services.

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