KR20220001993A - Forming apparatus for packaging system - Google Patents

Abstract

The present invention relates to a forming device for a packaging facility of which a structure is improved to be disposed on an upper side of a vertical bonding device vertically sealing packaging film paper to fold packaging film fabric toward a front side and a rear side to be guided to be formed and molded to be in a state of inputting a material therein, to have a former, a guide ring, and a guide block, which form and gather a shape of the film fabric and are formed on an upper side before circumference portions of the front side and the rear side of the film fabric are overlapped to guide the front side and the rear side of the film fabric to be normally overlapped in a pre-forming step, and to have a guide bracket enabling the circumference of the film fabric to be overlapped with a lower side of the guide block to be guided to prevent the circumference portions of the front side and the rear side from being misaligned during vertical sealing work.

Description

Forming device for packaging equipment {FORMING APPARATUS FOR PACKAGING SYSTEM}

The present invention relates to a forming device for packaging equipment, and more particularly, it is disposed on the upper side of the vertical adhesive for sealing the packaging film paper vertically so that the packaging film fabric is folded on both sides of the front and rear edges to insert the material. In addition to guiding so that the forming molding can be carried out by means of a former, a guide ring and a guide block are provided on the upper side to hold and gather the shape of the film fabric on the upper side before the edges of the front and rear sides overlap. The structure is improved so that the edges of the front and back can be guided so that the edges of the front and back do not shift from each other during vertical sealing work by providing a guide bracket to guide the normal and rear overlapping and to overlap the film fabric edge on the lower side of the guide block. It relates to a forming device for packaging equipment.

In general, a stick-type product packaging machine cuts heat-adhesive wrapping paper at regular intervals along the longitudinal direction, and side-attaches both sides of the cut wrapping paper to form a bag, and powder granules, sugar, coffee, liquid inside the bag After filling a certain amount of powder or liquid such as , viscous, various syrups, it is a packaging machine that attaches the ends to a certain length and cuts the attached ends.

The stick-type packaging machine as described above can be largely divided into a function of supplying a certain amount of the contents supplied from the hopper and a function of molding the packaging paper provided for packaging the contents into a bag form (hereinafter referred to as “stick”).

Among them, in the step of molding the film wrapping paper supplied from one side into a stick shape, the side of the wrapping paper is vertically bonded using a heating roller that generates high-temperature heat, and then the horizontal adhesive roller is used for horizontal bonding at regular intervals. After this is made, the stick-type packaging is made by cutting the adhesive portion in the horizontal direction.

As a prior art related to the existing automatic packaging equipment, as disclosed in Korean Patent Publication No. 10-2006--8855 "Machine for making EZ open pouch with flap and bulge" (published on January 27, 2006), A form-inject-seal machine for making instant-open sealing and dispensing packages, comprising: (a) support and stop means for feeding at least two opposing successive films that are simultaneously and intermittently unwound by a controllable motor; (b) a hole means generating unit for intermittently marking at least one of the film; (c) a bulge forming unit comprising a heating die set, a pressure bar, and a vacuum forming bulge die, wherein at least one of the film is placed on the die and the puff or bulge is thermoformed on the film; (d) comprising a reciprocating sealing die set and an injector nozzle, wherein the reciprocating sealing die set is combined to form a lower sealing and edge sealing between at least two of the films to form a pouch to be injected, and injecting the product through the injector nozzle (e) a cooling die set for cooling the lower sealing and the edge sealing in a heating, sealing and injection unit filled with the pouch (f) terminated crush rollers positioned at least along the movement path of the film; and (g) a cutting means for cutting the pouch from the film, a reciprocating vacuum bar, a reciprocating pressure bar, a folding bar, and a flap folder, wherein the portion of the package immediately below the folded flap is a reciprocating vacuum bar and reciprocating pressure bar. Molding-injection-sealing machine comprising a cutting and flap generating part that is pressed between, a reciprocating vacuum bar pulls the pouch past the folder bar to fold a part of the pouch to form a flap, and the flap folder presses the flap to the surface of the pouch to seal the flap is about

As another prior art related to the existing packaging equipment, as disclosed in Korean Patent Publication No. 10-1253665 "2-row supply type stick-type product packaging machine" (registration date: 2013.04.05), a film supplied from the top is guided. And the upper frame that becomes; a knife provided at one end of the upper frame for separating the film into two; a folding unit for transporting the separated and advanced films in a state in which they are folded in half; a vertical adhesive roller for forming a stick shape forming an inner space by fusing the open side of each film transferred in the folded state in a vertical direction; a filling nozzle for filling and supplying the material supplied from the storage hopper to the inner space of the formed film; a horizontal adhesive roller for fusing the film filled with the material at regular intervals in the horizontal direction; It is made of a configuration including a cutting roller equipped with a cutting blade for cutting the fusion site by the horizontal adhesive roller so that the inside is separated into a sealed stick-type individual product.

The prior art related to the existing packaging machine performs the process of folding each of the two films simply separated from the folding part in half, but in the process of folding in half and supplying to the vertical adhesive roller side, both edges of the front and back are at a vertical height There is a risk that defects in the form of wrinkles may occur in the vertical portion to be bonded if they are mismatched and displaced from each other.

Korean Patent Application Laid-Open No. 10-2006-8855 "Machine for making E-Z open pouch with flap and bulge" (published on: January 27, 2006) Korean Patent Publication No. 10-1253665 "2 row supply type stick type product packaging machine" (Registration date: 2013.04.05)

The present invention was created in consideration of the above-mentioned problems, and its purpose is to fold the film fabric in half and in the process of supplying it to the lower longitudinal adhesive side, the parts corresponding to the edges of both sides of the film fabric overlap each other exactly. It is to provide a forming apparatus for packaging equipment whose structure is improved so that it can be applied to film fabrics having various sizes and widths as well as guiding the forming forming so as to lose weight.

The present invention for achieving the above object is disposed on the upper part of the main body and in the process of guiding the film fabric supplied from the upper rewinding roll to the lower guide ring side, the left and right edges of the film fabric in the downward direction A former member that comes closer to each other, a guide ring in the form of a ring disposed below the former member and penetrating the edge of the film fabric, and a film fabric coupled to the front surface of the main body and supplied through the guide ring pass through A guide block having a gap slot so as to be formed, a support bracket disposed on both sides of the upper left and right sides of the guide block to support both left and right edges of the film fabric, and disposed under the guide block and passing through the gap slot It is provided with a guide bracket with an open front so as to guide the left and right edges of the film fabric.

The former member has an upper part integrally connected to and fixed to a fixing bracket fixed to the body, a lower part is integrally coupled with the guide ring, left and right both sides are spaced apart from each other, and the width gap of the lower part is greater than the width gap of the upper part. Left and right support ribs provided to be narrowed, upper connecting ribs that connect the upper ends of the left and right ribs and are curved in the front side, are spaced apart from the lower side of the upper connecting ribs and connect the left and right support ribs and is composed of a lower connecting rib that is curved toward the front.

The guide block is formed so that the upper and lower portions of the gap slot communicate with each other, the front side is sealed to prevent separation of the front side of the film fabric, and is formed to communicate with the rear side, and the body is located on both sides of the left and right sides based on the gap slot The left and right both ends of the coupling bracket fixed to the front of the

The guide bracket is coupled to extend downwardly to the lower surface of the guide block, and the left and right sides are arranged in parallel to the front side for the guide of the film fabric, and are opened forward in a space spaced apart from each other between the left and right sides. A gap is formed.

a sensing bar disposed at a position close to the former member and provided at one end with a detection sensor for detecting the position of chips disposed at regular intervals on the film fabric supplied to the former member and transmitting the sensed information to the control unit; It further includes a position adjusting means for moving the sensing bar up, down, front, back, and left and right three-axis directions.

The position adjusting means includes an extension bar extending in the front direction of the main body and having sliding holes formed in the front and rear directions, a moving block movably coupled in the forward and rearward directions within the sliding hole of the extension bar, and transverse to the moving block. A connection bar coupled in the direction and formed with a long hole, a connection bolt coupled slidably in the left and right directions within the long hole and fastened to the elevating block, and a connection moving in the left and right directions according to the positional movement of the connection bolt It includes a block, and a lifting block that is moved up and down by the rotational operation of the lifting bolt coupled to the connection block and the other end of the sensing bar is fixed.

On the rear side of the former member, an input chute with one end disposed at an inclined downward angle is provided so as to input the material before both edges of the film fabric are folded.

The support bracket is composed of first and second support brackets symmetrical to each other in left and right directions with respect to the gap slot, wherein the first and second support brackets are rotatably rotatable at both ends of the left and right sides of the coupling bracket. It is provided with a support bolt to be coupled, and a support hole formed in the longitudinal direction in the front and rear directions to enable the front and rear movement of the first and second support brackets based on the support bolt.

The present invention provides a shape in advance before folding the unfolded film fabric in half using a former member and a guide ring, and passes through the gap slot of the guide block and the gap part of the guide bracket while the film fabric is pre-formed. As the left and right edges of the film fabric are guided so that they are in close contact with each other, the left and right edges of the film fabric are adhered to each other and the subsequent vertical and horizontal bonding processes are performed, so that the left, It has a useful advantage in that it can prevent defects such as wrinkling or inconsistency of text printed on the film fabric because the right side is adhered in a misaligned state.

In addition, the present invention is provided with a detection sensor for detecting chips arranged to be spaced apart from the film fabric at regular intervals, and can provide the information sensed from the sensor to the control unit to provide location information of the chip to the film fabric, as well as Even if the width size or the height of the packaged product is changed, the positional displacement of the detection sensor can be easily adjusted to correspond to the displacement position of the chip by using the position adjusting means.

The support bracket of the present invention is composed of first and second support brackets symmetrical to each other in the left and right directions based on the gap slot, and the first and second support brackets are coupled to the upper sides of both left and right ends of the coupling bracket. Since the first and second support brackets can be moved forward and backward based on the support bolt, the position of the first and second support brackets can be easily adjusted to suit the change in the width size of the film fabric.

1 is a block diagram showing a forming apparatus for packaging equipment according to the present invention.
2 is a perspective view showing a former member and a position adjusting means of the present invention.
Figure 3 is a perspective view showing a guide block of the present invention.
Figure 4 is a plan view showing the guide block and the support bracket of the present invention.
Figure 5 is a side view showing the state of use of the film fabric of the present invention.

In describing the present invention, if it is determined that a detailed description of a related known technology or configuration may unnecessarily obscure the gist of the present invention, a detailed description thereof will be omitted. And the terms to be described later are terms defined in consideration of functions in the present invention, and may vary according to the intention or custom of the user. Therefore, the definition should be made based on the content throughout this specification. In addition, 'including' a certain component means that other components may be further included, rather than excluding other components, unless otherwise stated.

The forming apparatus for packaging equipment according to the present invention is described with reference to FIGS. 1 to 6 , the film fabric 50 is disposed on the upper portion of the main body 10 of the packaging equipment and supplied from the rewinding roll 20 on the upper side. In the process of guiding to the lower guide ring 200 side, the former member 100 for bringing the left and right side edges of the film fabric 50 closer to each other in the downward direction, and disposed on the lower side of the former member 100 and a ring-shaped guide ring 200 so that the edge of the film fabric 50 is penetrated, and the film fabric 50 coupled to the front surface of the main body 10 and supplied through the guide ring 200 penetrates A guide block 300 having a gap slot 310 formed therein so as to be possible, and a support bracket 400 disposed on the upper left and right sides of the guide block 300 and supporting both left and right edges of the film fabric 50 . , and a guide bracket 500 disposed under the guide block 300 and opened in front to guide the left and right edges of the film fabric 50 passing through the gap slot 310 . .

1 , the former member 100 includes left and right support ribs 110 and 120, an upper connecting rib 130 connecting the upper portions of the left and right supporting ribs 110 and 120, and the upper connecting rib ( It is divided by a lower connecting rib 140 provided on the lower side of the 130).

As shown in FIG. 2, the left and right support ribs 110 and 120 are integrally connected to and fixed to a fixing bracket fixed to the main body 10, and the lower portions are integrally coupled with the guide ring 200. have a structure

In addition, the left and right support ribs 110 and 120 are disposed so that the left and right sides are spaced apart from each other, and the width gap of the lower part is narrower than the width gap of the upper part.

The upper connecting rib 130 connects the upper ends of the left and right supporting ribs 110 and 120 and has a structure formed to be curved in the front side to initially hold the shape of the film fabric 50 .

The lower connecting ribs 140 connect the left and right support ribs 110 and 120, are spaced apart from the lower side of the upper connecting ribs 130, and are curved in a forward direction so that both edges of the film fabric 50 are narrowed. have a structure

The guide ring 200 is a function of collecting the film fabric 50 passing through the lower connecting rib 140 so that both edges of the film fabric 50 are close to each other in the process of passing the film fabric 50 into the guide ring 200. will perform

As shown in FIG. 3 , the guide block 300 has the upper and lower portions of the gap slot 310 communicated, and the front side is sealed to prevent the front side separation of the film fabric 50 , and communicates with the rear side. It is formed so that the left and right side ends 352 and 354 of the coupling bracket 350 fixed to the front surface of the main body 10 on the left and right sides with respect to the gap slot 310 are respectively coupled with bolts.

The gap slot 310 is opened to the rear side, and since the front side is sealed, while preventing the phenomenon of being pushed or separated to the front side during continuous downward movement of the film fabric 50, both edges of the film fabric 50 It performs the function of gathering close together.

The coupling bracket 350 is bolted to the front surface of the main body 10, and left and right both ends toward the front are seated on the upper surfaces of the left and right sides based on the gap slot 310, and are fixed with bolts. .

In addition, as shown in FIG. 3 , the support bracket 400 is composed of first and second support brackets 410 and 420 whose left and right sides are symmetrical to each other with respect to the gap slot 310 , and the first, 2 The support brackets 410 and 420 are rotatably coupled to the upper sides of the left and right both ends 352 and 354 of the coupling bracket 350 with support bolts 430 and 440 , and the first and second support bolts 430 and 440 based on the support bolts 430 and 440 . It has a structure in which the support holes 415 and 425 are long in the longitudinal direction of the first and second support brackets 410 and 420 so that the support brackets 410 and 420 can move forward and backward.

For this reason, the first and second support brackets 410 and 420 can move forward and backward according to the width size of the film fabric 50 , and the first and second support brackets 410 and 420 for the support bolts 430 and 440 . can adjust the rotation angle.

The first and second support brackets 410 and 420 have one end in contact with both edges of the original film 50 so as to lower the edge of the original film 50 while the original film 50 passes through the gap slot 310 . It performs the function of guiding

As shown in FIGS. 3 and 4 , slip pads 412 and 422 may be disposed on the first and second support brackets 410 and 420 so that one end of the first and second support brackets are in contact with the original film 50 .

The slip pads 412 and 422 are gathered to pass through the gap slot 310 in a state in which both edges of the film fabric 50 are overlapped, and have slip properties that can reduce the contact friction with the film fabric 50 . made up of materials.

The guide bracket 500 is coupled to the lower surface of the guide block 300 to extend downward, and left and right sides are arranged in parallel to the front side for the guide of the film fabric 50, so that between the left and right sides A gap portion 505 opened forward is formed in a space spaced apart from each other.

The present invention detects the position of the chips disposed at a position close to the former member 100 and arranged at regular intervals on the film fabric 50 supplied to the former member 100 side, and transmits the sensed information to the control unit. A sensing bar 600 having a detection sensor 610 is provided at one end, and a position adjusting means 700 for moving the sensing bar 600 up, down, front, back, and left and right in three axial directions. be prepared

The sensing sensor 610 of the sensing bar 600 detects the chips arranged to be spaced apart at regular intervals in the longitudinal direction of the film fabric 50 and transmits the sensed information to the control unit, thereby controlling the arrangement interval of the chips. It is transmitted to the side to provide a judgment basis for outputting a control signal for the control unit to control the distance adjustment of the horizontal adhesive portion and the cutting and cutting operation to suit the set height of the packaged product.

Referring to FIG. 2 , the position adjusting means 700 includes an extension bar 710 extending in the front direction of the main body 10 and having sliding holes 715 in the front and rear directions, and the extension bar 710 . A moving block 720 that is movably coupled in the forward and backward directions in the sliding hole 715 of A connection bolt 740 that is coupled slidably in the left and right directions within the long hole 735 and is fastened to the elevating block 750, and the connection bolt 740 moves in the left and right directions according to the movement of the position The connecting block 770 and the elevating block 750 are moved up and down by the rotation operation of the elevating bolt 760 coupled to the connecting block 770 and the other end of the sensing bar 600 is fixed. to provide

The extension bar 710 has a structure in which the movable block 720 is slidably coupled in the forward and backward directions in the sliding hole 715, and a fixing piece for fixing the movable block 720 is coupled to the upper side. has

The connecting bar 730 is coupled to the side surface of the moving block 720 and has a structure in which a long hole 735 to which the connecting bolt 740 is coupled is formed long in the lateral direction.

The connecting block 770 is connected to the connecting bar 730 through a connecting bolt 740, and depending on the coupling position of the connecting bolt 740, the left and right positions of the connecting bar 730 are movable. have a structure

The lifting block 750 is moved up and down within the connection block 770 when the lifting bolt 760 is rotated, and has a structure in which the other end of the sensing bar 600 is coupled to be interlocked.

For this reason, the position adjusting means 700 can move the sensing bar 600 in the X, Y, and Z three directions, so that the position of the sensing sensor 610 can be easily adjusted.

On the rear side of the former member 100, an input chute 900 with one end disposed at an inclined downward angle is provided so as to input the material before both edges of the film fabric 50 are folded.

The material is fed through the input chute 900 before the film fabric 50 is attached in the transverse direction.

The present invention having such a configuration is formed so that the left and right edges are folded through a forming process while the film fabric 50 wound on the rewinding roll 20 is unwound and transported in the downward direction, material input and vertical direction After going through the adhesive 810 and the horizontal adhesive 820, the process of forming into a packaging product is sequentially performed through cutting the horizontal adhesive part.

As shown in FIGS. 5 and 6, the forming process is guided using the former member 100 so that the shape of the original film 50 can be folded in half, and the guided film 50 is formed in a ring shape. After passing through the guide ring 200, the inside of the gap slot 310 of the guide block 300, and the detailed process of passing the gap 505 of the guide bracket 500 can be distinguished, and thereafter, the film The fabric 50 is folded in half to perform a function of guiding it toward the vertical adhesive 810 (eg, a heater block) for vertical (vertical) bonding.

The former member 100 is composed of an upper connecting rib 130 connecting the upper parts of the left and right support ribs 110 and 120, and a lower connecting rib 140 provided below the upper connecting rib 130, Since the width direction length of the lower connecting rib 140 is shorter than the width direction length of the upper connecting rib 130, and the upper and lower connecting ribs 130 and 140 are formed to be rounded in the front direction, the upper , The film fabric 50 guided in a state of being in close contact with the lower connecting ribs 130 and 140 and the left and right supporting ribs 110 and 120 is guided into the guide ring 200 so that the width becomes narrower in the downward direction.

In addition, in the process of passing the film fabric 50 guided from the upper former member 100 through the inside of the ring, the guide ring 200 collects the left and right edges of the film fabric 50 so that they come close. will perform

And the first film fabric 50 passing through the guide ring 200 is provided on the upper side of the coupling bracket 350 while passing into the gap slot 310 of the guide block 300 formed to communicate up and down. , 2 The two end portions of the support brackets 410 and 420 are guided so that the edge portions overlap each other, and after passing through the gap slot 310 , the gap portion of the guide bracket 500 disposed on the lower side of the guide block 300 . (505) will pass through.

At this time, since the film fabric 50 has a structure in which the front of the gap slot 310 is blocked, it is possible to prevent the front side separation of the film fabric 50 in the process of passing the gap slot 310 , and the The left and right edges of the film fabric 50 are guided by the guide bracket 500 to prevent the film fabric 50 from being pushed on the rear side.

After that, the left and right edge portions of the film fabric 50 that have passed through the forming process passed between the heater blocks for vertical adhesion and the left and right edges of the film fabric 50 pass through the left side of the film fabric 50 by the heat of the heater. , The right edge portion is bonded, so that the vertical edge portion can be continuously bonded.

Accordingly, the present invention provides a shape in advance before folding the unfolded film fabric 50 using the former member 100 and the guide ring 200 in half, and also provides a guide block in a state in which the film fabric is pre-formed. As the left and right edge portions of the film fabric 50 are guided so as to be in close contact with each other while passing through the gap slot 310 of the 300 and the gap portion 505 of the guide bracket 500, the left side of the film fabric 50 , By performing a vertical bonding process and a horizontal bonding process while passing through the vertical adhesive 810 and the horizontal adhesive 820 in a state in which the right edge is in close contact, the left and right sides of the film fabric 50 are adhered to each other. It has a useful advantage of being able to prevent defects such as wrinkling or mismatching of text printed on the film fabric 50 due to adhesion in this misaligned state.

In addition, the present invention is provided with a detection sensor 610 for detecting a chip arranged to be spaced apart from the film fabric 50 at a predetermined interval, and provides information detected from the detection sensor 610 to the controller side of the location information of the chip. In addition, even if the width size of the film fabric 50 or the height of the packaged product is changed, the position displacement of the detection sensor 610 can be easily adjusted to correspond to the displacement position of the chip by using the position adjusting means 700 . It has a number of useful advantages that can be

The support bracket 400 of the present invention is composed of first and second support brackets 410 and 420 symmetrical to each other in the left and right directions based on the gap slot 310 , and the first and second support brackets 410 and 420 are coupled to each other. Since the first and second support brackets 410 and 420 can move forward and backward based on the support bolts 430 and 440 coupled to the upper sides of the left and right both ends 352 and 354 of the bracket 350, the film fabric 50 is It has the advantage of being able to easily adjust the positions of the first and second support brackets 410 and 420 to suit the width size change.

As such, although specific embodiments have been described in the detailed description of the present invention, various modifications are possible without departing from the scope of the present invention. Therefore, the scope of the present invention should not be limited to the above-described embodiment, but should be defined by the claims and equivalents as well as the claims to be described later.

That is, the present invention described above is not limited to the specific preferred embodiments described above, and anyone with ordinary skill in the art to which the invention pertains without departing from the gist of the present invention as claimed in the claims Of course, various modifications can be made, and such modifications are within the scope of the claims.

10: body 20: rewinding roll
50: film wrapping paper 100: former member
110,120: left and right support ribs 130: upper connecting ribs
140: lower connection meat 200: guide ring
300: guide block 310: gap slot
350: coupling bracket 352,354: (of the coupling bracket) left and right both ends
400: support brackets 410, 420: first and second support brackets
412,422: slip pad 415,425: support hole
430,440: support bolt 500: guide bracket
505: gap 600: sensing bar
610: detection sensor 700: position control means
710: extension bar 715: sliding ball
720: moving block 730: connecting bar
735: long hole 740: connecting bolt
750: elevating block 760: elevating bolt
770: connection block 810: vertical adhesive
820: horizontal adhesive 900: input chute

Claims (8)

In the process of guiding the film fabric 50 disposed on the upper portion of the main body 10 and supplied from the upper rewinding roll 20 to the lower guide ring 200 side, the left and right edges of the film fabric 50 are both sides. The former member 100 for bringing the parts closer to each other in the downward direction, and
A guide ring 200 in the form of a ring disposed on the lower side of the former member 100 so that the edge of the film fabric 50 penetrates;
A guide block 300 coupled to the front surface of the main body 10 and having a gap slot 310 formed therein so that the film fabric 50 supplied through the guide ring 200 penetrates;
A support bracket 400 disposed on the upper left and right sides of the guide block 300 and supporting both left and right edges of the film fabric 50 , and
It is disposed under the guide block 300 and characterized in that it is provided with a guide bracket 500 with an open front so as to guide both left and right edges of the film fabric 50 passing through the gap slot 310. Forming device for packaging equipment. The method according to claim 1,
The former member 100 has an upper portion integrally connected to and fixed to a fixing bracket fixed to the main body 10 , and a lower portion integrally coupled with the guide ring 200 , the left and right sides are spaced apart from each other, and the upper portion is fixed. Left and right support ribs 110 and 120 provided so that the lower width interval is narrower than the width interval of
An upper connecting rib 130 that connects the upper ends of the left and right support ribs 110 and 120 and is curved to the front side;
Forming device for packaging equipment, characterized in that it is spaced apart from the lower side of the upper connecting rib 130, connects the left and right supporting ribs (110, 120), and consists of a lower connecting rib (140) that is curved in the front side. The method according to claim 1,
The guide block 300 is formed such that the gap slot 310 communicates with the upper and lower portions, the front side is sealed to prevent separation of the front side of the film fabric 50, and communicates with the rear side, and the gap slot ( Forming device for packaging equipment, characterized in that the left and right both ends (352, 354) of the coupling bracket (350) fixed to the front side of the main body (10) on the left and right sides based on 310) are respectively coupled with bolts. The method according to claim 1,
The guide bracket 500 is coupled to the lower surface of the guide block 300 to extend downward, and left and right sides are arranged in parallel to the front side for the guide of the film fabric 50, so that between the left and right sides Forming device for packaging equipment, characterized in that the gap portion (505) opened to the front is formed in a space spaced apart from each other. The method according to claim 1,
A detection sensor ( 610) is provided at one end of the sensing bar 600, and,
The forming device for packaging equipment, characterized in that it further comprises a position adjusting means (700) for moving the sensing bar (600) in three axial directions of up, down, front, back, and left and right. 6. The method of claim 5,
The position adjusting means 700 is extended in the front direction of the main body 10 and an extension bar 710 in which sliding holes 715 are formed in the front and rear directions;
a moving block 720 that is movably coupled to the sliding hole 715 of the extension bar 710 in the forward and backward directions;
A connecting bar 730 coupled to the moving block 720 in the transverse direction and having a long hole 735 formed therein;
A connection bolt 740 that is coupled to be slidably movable in the left and right directions within the long hole 735 and is fastened to the elevating block 750;
A connection block 770 that moves in the left and right directions according to the movement of the position of the connection bolt 740, and
It characterized in that it is provided with a lifting block (750) that is moved up and down by the rotational operation of the lifting bolt (760) coupled to the connection block (770) and the other end of the sensing bar (600) is fixed. Forming device for packaging equipment. The method according to claim 1,
Packaging equipment, characterized in that the rear side of the former member 100 is provided with an input chute 900 with one end disposed at an inclined downward angle so that the material is put in before both edges of the film fabric 50 are folded. For foaming device. The method according to claim 1,
The support bracket 400 is composed of first and second support brackets 410 and 420 symmetrical to each other in the left and right directions based on the gap slot 310,
The first and second support brackets 410 and 420 include support bolts 430 and 440 that are rotatably coupled to upper sides of left and right both ends 352 and 354 of the coupling bracket 350,
Forming for packaging equipment, characterized in that it has support holes (415, 425) formed in the longitudinal direction in the front and rear directions to enable the front and rear movement of the first and second support brackets (410, 420) based on the support bolts (430, 440). Device.

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