KR100758549B1 - A knob assembly equipment - Google Patents

Abstract

An equipment for forming a packing container handle is provided to improve the productivity and reduce the manufacturing cost by connecting a feeding rail for feeding handle bodies with a buffer feeder and directly connecting an attached metal rod feeding device with an attached metal rod forming device, thereby directly feeding the handle bodies and attached metal rods. An equipment for forming a packing container handle comprises: a forming table plate(13) which is installed above a forming equipment supporting plate(11) and maintained at a predetermined height by a supporting plate(14); a front support(12) mounted on a front face of the forming table plate; a supporting block(15) mounted on one side of an upper face of the forming table plate; a magazine(51) to which attached metal rods(7) are fed by an attached metal rod feeding rail(50), and a handle body feeding rail(35) which feeds handle bodies(2), the magazine and the handle body feeding rail being installed above the supporting block adjacently and continuously; upper and lower coupling induction metal fittings vertically mounted between the handle body feeding rail and a liftable and lowerable supporting block(41) in such a manner that the upper coupling induction metal fitting is fixed while the lower coupling induction metal fitting is liftable or lowerable by a liftable and lowerable supporting unit(40); a forming cylinder(21) installed on the forming table plate in rear of the magazine; a pusher(24) mounted on a rod(22) of the forming cylinder such that the pusher is straightly guided and moved forward and backward by a guide means; a handle body feeding control device installed at an upper side of a coupling induction metal fitting(30); and a collecting basket(16) installed at an upper outer side of the front support.

Description

Packaging Container Handle Forming Equipment {A KNOB ASSEMBLY EQUIPMENT}

Figure 1a and 1b is an exploded perspective view and a coupled perspective view of the packaging container handle.

Figure 2 is a perspective view of a packaging container handle forming apparatus according to the present invention.

3 and 4 are a plan view and a front sectional view of a packaging container handle forming apparatus according to the present invention.

Figure 5a to 5e is an explanatory view of the operation relationship of the packaging container handle forming apparatus according to the present invention.

Explanation of symbols on the main parts of the drawings

1: Handle of container 2: Handle body 7: Metal stick

10: packaging container handle molding machine 11: molding device support plate

13: Molding Table 20: Molding Cylinder Mounting 21: Molding Cylinder

24: pusher 25: loading groove 30-1: upper coupling guided

30-1: lower coupling guide plate 35: handle body supply rail 36: handle body supply cylinder

37: stopper 40: lift support device 41: binding cylinder

42: lifting support block 50: metal rod supply rail 51: magazine

The present invention mainly relates to a packaging container handle forming apparatus for molding a handle that is mounted (fixed) on the upper surface of the packaging container in order to easily transport packaging containers such as cooking oil, lubricating oil and paint.

To explain this in more detail, the upper coupling induction tool and the lower coupling induction tool, which are formed so that the coupling induction slope and the coupling induction hole communicate back and forth, are mounted on the rear side of the upper surface of the molding table, but the upper coupling induction tool is formed in a fixed type and the lower coupling induction tool is It can be operated up and down, and the handle body supply rail and the attachment metal rod supply rail are installed in front of the coupling induction tool to supply the handle body and the attachment metal rod, and the attachment metal rod supplied from the attachment metal rod supply rail by the molding cylinder. The handle is folded in half by the induction inclined surface by pushing with the pusher, which is pushed forward and backward, and the handle folded in half is integrally connected by the lower coupling induction tool which is upwardly detained and the binding part of the metal rod attached to his grip groove is detained. , When the molding cylinder is operated again to pass the combined handle through the coupling guide The collection basket is discharged to the outside is installed on a packaging container intended to provide a handle forming device.

1A and 1B show a conventional packaging container handle 1 fixed to an upper surface of a packaging container (edible oil container, lubricating oil container, paint container), wherein the packaging container handle 1 is molded using a conventional synthetic resin. The handle 2 and the metal rod are formed by the bending metal rod 7 formed by cutting and bending.

Handle body (2) formed a pair of handle pads (3) side by side to form an adjacent surface integrally, each gripping groove (4) was formed in the center of the upper surface of each handle pad (3), each grip On the outside of the groove 4, the binding pieces 5, 6 were formed to correspond to each other.

Attached metal rod 7 is formed by cutting the metal rod to a certain size and then bent to form a rectangular ring shape in which both upper sides are inclined inward so that the binding portion 8 is formed on the lower side.

The handle body 2 and the attachment metal rod 7 formed as described above settle the binding portion 8 of the attachment metal rod 7 in the gripping groove 4 of the handle pad 3 on one side forming the handle body 2. By binding the binding pieces (5) and (6) in the (loaded) state to combine the handle pads (3) to complete the packaging container handle (1) as illustrated in Figure 1b, the binding member (specifically (Not shown) is mounted (fixed) on the upper surface of the packaging container.

However, in the related art, the above-described packaging container handle 1 is formed by assembling and installing a guide rail on the upper surface of the table, and installing a punch on an ultrasonic generator which is lifted up and down by a cylinder on the upper side of the guide rail. The handle pad connected to the top and bottom by the punch which is pushed down by operating the cylinder while loading the guide rail into the gripping groove of the handle pad and loading it on the guide rail and covering the other handle pad from the upper side of the binding part. It is to be joined by ultrasonic waves while being integrally combined.

However, this has a problem that the workability assembly productivity is remarkably degraded because the cumbersome work to be loaded on the guide rails by placing the attaching metal rod (skeletal member) on the handle pad that is separately formed has a problem that is greatly reduced. Although this may be carried out by sharing, there is a problem in that the manufacturing cost increases due to a large work cost.

In order to solve this problem to some extent, I proposed Utility Model Registration No. 20-209465 "Handle Forming Apparatus" and Patent Registration No. 10-337464 "Main Unit Attachable Handle Manufacturing Apparatus and Its Manufacturing Method".

Utility Model Registration No. 20-209465, "Handle molding apparatus", is provided with a magazine for supplying a pressing pad and a skeletal member (attachment metal rod) on one side of the upper surface of the table, and a guide block in front of the mounting portion. Install the slide plate to be spaced apart from the table at a certain height and slide forward and backward by the pressure cylinder on the rear side of the magazine, and install the press, punch and stopper (locking jaw) in front of the guide block in order to separate Cylinder) so that it can be operated up and down respectively, and a guide plate and a container (basket) are installed by drilling an inlet (outlet) in the table at the tip of the stopper (locking jaw).

The handle forming apparatus thus formed is bent so that the handle pad supplied from the mounting portion is held in the groove of the table and bent so that the middle of the handle pad is bent toward the guide block side by the mounting portion downward, and in this state, pressurizes the skeletal member supplied from the magazine. Advance by the slide plate of the cylinder and push the handle pad supplied from the mounting part to introduce the binding part into the gripping groove of the bent handle pad. And pressing and punching sequentially by the press and punch while the handle pad to which the skeletal member is coupled is stopped by the stopping jaw (stopper), and is temporarily punched down by releasing the stopping state by temporarily lowering the stopping jaw (stopper). The handle of the packaging container is moved by the guide plate through the inlet (outlet). The guide will be collected in the collection.

However, this should be provided with a supply device for supplying a handle pad to the mounting frame and a lifting device for elevating the punch installed on the mounting frame, and a press and a punch at the tip of the guide block. However, there is a problem that the structure and workability become complicated and the technical time becomes long, which causes a problem of low productivity.

Patent Registration No. 10-337464 "A body-mounted handle manufacturing apparatus and its manufacturing method" is a pair of handles supplied by a hopper by a belt conveyor, and a pair of cross-installed handles conveyed by a belt conveyor. The cylinder is supplied to the clamping means (clamping block), the skeletal member (attached metal rod) supplied from the magazine is supplied to the clamping means (clamping block) by a separate cylinder, and the skeletal member (attached metal rod) is a handle pad. In the state of insertion between the clamping means (the clamping block) and the guide block, the upper and lower handle pads are pressed and coupled to each other by the operation holes installed on the upper and lower sides, so that the binding portion of the skeletal member (attachment metal rod) is connected to the gripping groove. After being gripped (detained), it is to be discharged to the outside by a handle which is newly supplied to the holding means (narrow block).

However, this requires a separate belt conveyor to transfer the handle supplied from the hopper to the clamping means (constriction block), which leads to a complicated structure and work process. In order to supply a block), one operating port and a cylinder must be installed in a cross shape, which also complicates the structure and complicates the process.In addition, the upper and lower ends of the clamping means are pressed to engage the upper and lower handle pads. Since each sphere must be operated by a cylinder, this also has a problem in that the structure is complicated and the process is difficult, and there is a problem in that productivity is reduced and facility costs are high due to such a complicated structure and a difficult process.

The present invention is to provide a packaging container handle forming apparatus further improved to solve the above problems.

According to the present invention, the upper coupling induction tool and the lower coupling induction tool are formed in the rear side of the upper surface of the molding table while the upper coupling induction tool is formed to be fixed and the lower coupling induction tool is operated up and down. A handle body supply rail and an attachment metal rod supply rail are installed at the front of the coupling induction tool to supply the handle body and the attachment metal rod, and the attachment metal rod supplied from the attachment metal rod supply rail is moved forward and backward by the molding cylinder. The pusher is pushed with a pusher to fold the handle in half by the coupling induction inclined surface, and the handle folded in half is integrally joined by an upwardly engaging lower coupling guide to detain the binding part of the metal rod attached to his gripping groove. Operate the cylinder again and pass the combined handle through the coupling guided hole Going to provide a packaging handle molding device to be discharged into the basket haryeoneunde has its purpose.

Another object of the present invention is to provide a packaging container handle forming apparatus which can reduce the manufacturing cost and increase the productivity by simplifying the structure and the process.

Another object of the present invention, the supply rail to which the handle is supplied is connected to the buffer feeder and the supply device of the metal rod attached directly to the metal rod shaping device can be directly supplied to the handle and the metal rod, workability and work process It is to provide a packaging container handle forming apparatus that can be shortened to improve productivity and reduce manufacturing costs.

The above and other objects of the present invention,

On the forming apparatus support plate 11, the forming table plate 13 is maintained at a constant height by the support plate 14, and the front support 12 is mounted on the front end surface of the forming table plate 13 to form the forming apparatus frame. Formed;

On the upper side of the support block 15 mounted on one side of the upper surface of the molding table plate 13, the magazine 51 to which the attachment metal rod 7 is supplied by the attachment metal rod supply rail 50, and the handle 2 are supplied. A continuous installation of the handle body supply rails 35 to be adjacent to each other;

In the front side between the handle supply rail 35 and the elevating support block 41, the coupling coupling inclined surface 31 and the coupling induction hole 32 are drilled on the same line with the upper coupling induction tool 30-1 and the lower coupling. Induction bracket (30-2) is mounted up and down, the upper coupling induction bracket (30-1) is fixed and the lower coupling induction bracket (30-2) to be lowered by the lifting support 40 And:

On the rear side of the magazine 51 to which the attachment metal rod 7 is supplied, the pusher 24 is mounted on the rod 22 of the molding cylinder 21 installed on the molding table 13 and guided in a straight line by the guide means. While moving forward and backward, the pusher 24 is first advanced between the upper coupling induction tool 30-1 and the lower coupling induction tool 30-2, and the secondary to the tip of the coupling induction tool 32 of the coupling induction tool 30. To move forward;

An upper portion of the coupling induction tool 30 to install a handle supply control device to control the handle 2 supplied from the handle supply rail 35;

The upper portion of the front support 12 is drilled in the same line in communication with the coupling induction inclined surface 31 and the coupling guide hole 32 and the usual collection basket 16 is installed on the outside of the front support 12; It is achieved by a packaging container handle forming apparatus (1) characterized in that it is included.

The above and other objects and features of the present invention will be more clearly understood by the following detailed description based on the accompanying drawings.

2 to 4D illustrate a concrete implementation of the packaging container handle molding apparatus 1 according to the present invention, and FIGS. 2 and 3A and 3B illustrate the packaging container handle molding apparatus 1 according to the present invention. 4 and 4 are explanatory views of the operation relationship of the packaging container handle forming apparatus 1 according to the present invention.

The packaging container handle forming apparatus 1 according to the present invention was formed as illustrated in FIGS. 2 and 3A and 3B.

On the molding apparatus support plate 11, a molding table plate 13 which is maintained at a constant height by the support plate 14 is installed, and a front support 12 is mounted on the front end surface of the molding table plate 13 to form the molding apparatus frame. Formed.

A support block 15 is mounted and fixed on one side of the upper surface of the forming table plate 13, and a magazine 51 and a handle supply supply rail provided with attachment metal rod supply rails 50 on the upper and front sides of the support block 15 ( 35) were installed side by side to supply the metal rod (7) and the handle (2).

The magazine 51 is fixed to the upper surface of the support block 15, the support plate 53, the supply hole 54 is drilled in the center, the support 52 by the support rod 55 is fixed to the corner on the upper side of the support plate 53 ) Was maintained at a constant height, and the attachment metal rod supply rail 50 is installed to the supply hole 54 of the support plate 53 through the center of the support 52, but the attachment metal rod supply rail 50 is specifically illustrated. However, in conjunction with the attachment metal rod molding apparatus, the attachment metal rods 7 formed in the attachment metal rod forming apparatus are directly supplied.

On the front side of the support block 15 is installed on the upper side of the handle body supply rail 35 for supplying the handle body 2 to supply the handle body 2, the handle body 2 is supplied to the molding table plate 13 Supported by the front end of the molding table plate 13 is fixed to the upper surface of the center of the upper coupling induction slot 30-1 and the lower coupling induction pin 30-2 which will be described later in detail It was positioned between the coupling induction slope 31 formed.

The front coupling guide plate (30-1) and the lower coupling guide plate (30-2) is installed up and down in front of the handle supply rail (35), the upper coupling guide plate (30-1) is the front support (12) Was fixed to the lower coupling induction tool 30-2 was allowed to be elevated by the elevating support 40.

The lifting support device 40 for lowering the lower coupling induction tool 30-2 is formed on the molding table plate 13 with a distribution hole 13-1 on the same vertical line as the upper coupling induction tool 30-1. ) And a lower coupling induction hole (30-2) operated up and down by a binding cylinder (41) is inserted into the distribution hole (13-1), and on the bottom of the lower coupling induction hole (30-2). The rod 42 of the binding cylinder 41 was fixed, but the binding cylinder 41 was installed on the upper side of the molding apparatus support plate 11 using the support frame 43.

On the upper side of the front support 12, the discharge hole 12-1 was drilled to coincide (communicate) with the coupling induction hole 32 of the upper coupling induction tool 30-1 and the lower coupling induction tool 30-2. On the outside of the front support (12) was installed a collection basket (16) to receive the packaging container handle (1) combined with the handle (2) and the attachment metal rod (7).

On the rear side of the magazine 51 to which the attachment metal rod 7 is supplied, the pusher 24 is mounted on the rod 22 of the molding cylinder 21 installed on the molding table 13 and guided in a straight line by the guide means. To move forward and backward, the pusher 24 is first advanced between the upper coupling induction plating 30-1 and the lower coupling induction plating 30-2, and secondary to the tip of the coupling induction hole 32 of the coupling induction plating 30. To move forward.

The guide means for guiding the pusher 24 moving forward and backward by the operation of the molding cylinder 21 has guide holes 26 on both sides of the forward and backward operating plate 23 on which the pusher 24 is mounted on the front surface, respectively. Perforated, mounting a pair of guide rods (27) side by side on both sides between the forming cylinder mounting table 20 and the coupling induction plating 30, each guide rod 27 is inserted into each guide hole (26) Was mounted.

On the upper side of the coupling induction tool 30, a handle body supply control device was installed to control the handle body 2 supplied from the handle body supply rail 35.

In the handle body supply control device, the insertion hole 35-1 is inserted into the handle body supply rail 35 from the upper side of the coupling induction hole 30, and the stopper 37 is inserted into the insertion hole 35-1. The stopper 37 was connected to the rod of the handle supply cylinder 36 mounted on the front support 12 so as to be able to withdraw it.

The operation relationship will be described below.

The packaging container handle molding apparatus 10 according to the present invention is supplied to the magazine 51 through the attachment metal rod supply rail 50 is attached to the metal rod 7 formed by a molding apparatus (not specifically shown), the buffer The operation is carried out in a state in which the handle 2 is continuously supplied from the handle supply rail 35 associated with the feeder (not specifically shown).

As illustrated in FIG. 4, the attachment metal rod 7, which is supplied to the magazine 51 through the attachment metal rod supply rail 50, is placed on the support block 15 through the supply hole 54 of the support plate 53. Will remain intact.

In addition, when the lower body coupling induction tool 30-2 is lowered by the elevating support device 40, the handle body supply cylinder 36 reversely operates to reverse the stopper 37. (2) is collectively moved downwardly along the handle supply rail 35, the handle is located on the lowermost side when the handle (2) is collectively moved downward along the handle supply rail (35) (2) maintains the state supported by the top end of the support block 15.

The handle body supply cylinder 36 reversely operates while the handle body 2 positioned at the lowermost side is supported by the upper end of the support block 15 to move the stopper 37 forward, and the stopper 37 moves forward. ) Is inserted into the insertion hole (35-1) is to detain the handle (2) located second from the bottom.

The molding cylinder 21 is operated to move the pusher 24 in the state where the handle 2 located at the lowermost second is held by the stopper 37, and the pusher 24 for advancing is formed on the molding table plate. Adhering the attached metal rod (7) placed on the upper surface of the (13) to be introduced between the handle pad (3) of the handle (2) as illustrated in Figure 5a.

In particular, when the advancing pusher 24 advances the attachment metal rod 7 placed on the support block 15, the attachment metal rod 7 flows between the loading grooves 25 formed in the front center of the pusher 24. While maintaining a stable state, the binding portion 8 is directed toward the handle (2), if the molding cylinder 21 is further operated to push the pusher 24 further advance as shown in Figure 5b The binding portion 8 of the metal rod 7 flows into the gripping groove 4 of the upper and lower handle pads 3 when the handle 2 passes through the coupling guide inclined surface 31 of the coupling guide plate 30.

When the pusher 24 is further advanced, the handle pad 3 of the handle 2 is coupled to the induction hole of the upper coupling induction tool 30-1 and the lower coupling induction tool 30-2 as illustrated in FIG. 5C. 32) it will remain in the inserted state.

With the handle pad 3 of the handle 2 led into the coupling guide hole 32 of the upper coupling induction tool 30-1 and the lower coupling induction tool 30-2, as illustrated in FIG. 5D. When the binding cylinder 41 of the elevating support device 40 is operated to raise the lower coupling induction tool 30-2 together with the rod 42, the handle pad 3 of the handle 2 is completely engaged. (Combined) to detain the attached metal rod (7).

As the binding pieces 5 and 6 formed on the handle pads 3 are bound, the handle pads 3 remain fully engaged, and when the handle pads 3 are fully engaged, the binding metal rods 7 are bound. The part 8 is completely held by the gripping grooves 4 of the handle pads 3 to form the packing container handle 1.

With the binding portion 8 of the metal rod 7 attached to the gripping groove 4 of each handle pad 3 to form the packaging container handle 1, the pusher 24 as illustrated in FIG. 5E. ) Is fully advanced through the upper coupling induction hole (30-1) and the lower coupling induction hole (30-2) through the coupling induction hole 32 and through the discharge hole (12-1) of the front support (12) As it is discharged to the outside is dropped into the collection basket (16).

When the packaging container handle 1 formed as described above falls out to the collection basket 16 while being discharged to the outside through the discharge hole 12-1 of the front support 12, the molding cylinder 21 and the binding cylinder 21 Reference numeral 41 operates in reverse to return the pusher 24 and the engagement coupling tool 30-2 to the original state as illustrated in FIG.

When the pusher 24 is returned to its original state, the supporting metal rods 7, which are supplied through the attachment metal rod supply rails 50 of the magazines 51, fall and settle in the supporting block 15, and the lifting support block 42 is placed therein. Simultaneously with the return to the original state, the handle body supply cylinder 36 operates in reverse to move the handle body 2 supplied through the handle body supply rail 35 downward.

Packaging container handle forming apparatus 10 according to the present invention by holding the attached metal rod (7) between the handle pad (3) forming the handle (2) while repeatedly performing the above process the handle of the packaging container ( 1) continue to be molded.

Although the present invention has been described in detail only with respect to the specific examples described, it will be apparent to those skilled in the art that various changes and modifications can be made within the technical scope of the present invention, and such variations and modifications are within the scope of the appended claims.

In the packaging container handle forming apparatus according to the present invention, the coupling induction inclined surface and the coupling induction hole is connected to the front and rear of the coupling guide plate is mounted on the rear surface of the forming table, the front of the coupling induction handle and the metal rod supply rail attached to the handle supply rail And supply the handle and the attaching metal rods respectively, and support the handles supplied from the handle supply rail by the supporting block operating up and down, but the front and back of the attaching metal rods supplied from the attaching metal rod supply rail by the molding cylinder. When pushed with the pusher to be pushed, the handle is folded in half by the coupling guide slope, and the binding part of the metal rod attached to his gripping groove is detained and completely discharged through the coupling guide hole and discharged to the collection basket installed outside. Simplify the process to reduce manufacturing costs and increase productivity The manufacturing cost can be reduced by supplying the handle rail with the buffer rail and the supplying device of the attachment metal rod directly with the attachment metal rod forming device to supply the handle and the attachment metal rod directly. It can shorten to improve productivity and reduce manufacturing costs.

Claims (5)

On the forming apparatus support plate 11, the forming table plate 13 is maintained at a constant height by the support plate 14, and the front support 12 is mounted on the front end surface of the forming table plate 13 to form the forming apparatus frame. Formed; On the upper side of the support block 15 mounted on one side of the upper surface of the molding table plate 13, the magazine 51 to which the attachment metal rod 7 is supplied by the attachment metal rod supply rail 50, and the handle 2 are supplied. A continuous installation of the handle body supply rails 35 to be adjacent to each other; In the front between the handle supply rail 35 and the elevating support block 41, the upper coupling guide plate 30-1 and the lower coupling guide in which the coupling induction slope 31 and the coupling guide hole 32 are drilled on the same line. Mounting the bracket 30-2 up and down, the upper coupling induction bracket 30-1 is fixed and the lower coupling induction bracket 30-2 to be moved up and down by the lifting support 40 : On the rear side of the magazine 51 to which the attachment metal rod 7 is supplied, the pusher 24 is mounted on the rod 22 of the molding cylinder 21 installed on the molding table 13 and guided in a straight line by the guide means. While moving forward and backward, the pusher 24 is first advanced between the upper coupling induction tool 30-1 and the lower coupling induction tool 30-2, and the secondary to the tip of the coupling induction tool 32 of the coupling induction tool 30. To move forward; An upper portion of the coupling induction tool 30 to install a handle supply control device to control the handle 2 supplied from the handle supply rail 35; The upper portion of the front support 12 is drilled in the same line in communication with the coupling induction inclined surface 31 and the coupling induction hole 32 and the usual collection basket 16 is provided on the outside of the front support 12; Packaging container handle forming apparatus, characterized in that it is included. The method according to claim 1, Magazine 51 is provided on the upper side of the support block 15 for supplying the attachment metal rod supply rail (50); The supply hole 54 is fixed to the upper surface of the support block 15, the support plate 53 is open in the center; On the upper side of the supporting plate 53, the support 52 is maintained at a constant height by the support bar 55 fixed to the corner; Packing metal handle forming apparatus characterized in that the mounting metal rod supply rail 50 is installed to the supply hole 54 of the support plate 53 through the center of the support (52). The lifting support device 40 of claim 1, which lowers and lowers the lower coupling induction tool 30-2; The shaping table plate 13 is formed by drilling a distribution hole 13-1 on the same vertical line as the upper coupling induction tool 30-1; A lower coupling induction tool 30-2 is inserted into the distribution hole 13-1, and the lower coupling induction tool 30-2 is operated up and down by the binding cylinder 41; The binding cylinder 41 is installed on the upper side of the molding apparatus support plate 11 by using the support frame 43; packaging container handle forming apparatus, characterized in that. The method of claim 1, wherein the guide means for guiding the pusher 24 to move forward and backward by the operation of the molding cylinder (21); Guide holes 26 are drilled on both sides of the forward and backward operation plate 23 on which the pusher 24 is mounted on the front surface; A pair of guide rods 27 are mounted side by side on both sides between the forming cylinder mounting table 20 and the coupling guide plate 30, and each guide rod 27 is inserted into each guide hole 26. Packaging device handle molding apparatus characterized in that; The apparatus of claim 1, further comprising: a handle supply control device installed on an upper side of the coupling induction tool 30 to control the handle body 2 supplied from the handle supply rail 35; The insertion hole 35-1 is drilled in the handle body supply rail 35 from the upper side of the coupling induction tool 30; Inserting and removing the hole (35-1) so that the stopper 37 can be inserted and withdrawn, but the stopper 37 is connected to the rod of the handle supply cylinder (36) mounted on the front support (12); Packaging container handle forming device.

Images