KR102377004B1 - Lid processing facility with improved work convenience - Google Patents

Abstract

Disclosed is a lid processing facility for processing a lid that can be used as a lid of various containers. According to the present invention, provided is the lid processing facility comprises: a loading unit on which a film roll is disposed; a pressure vacuum forming machine forming a plurality of lead forming units on a film provided from the loading unit; a trimming unit cutting and separating the lead forming units from the film; a cartridge unit loading the lead separated through the trimming unit. The present invention automates a series of processing processes ranging from the input of the film, a raw material, to the alignment of the lead, a processed product, through the loading unit or the cartridge unit.

Description

Lead processing facility with improved work convenience {LID PROCESSING FACILITY WITH IMPROVED WORK CONVENIENCE}

The present invention relates to a lid processing facility for processing lids that can be used as lids for various containers.

In recent years, various types of disposable containers have been used for reasons of ease of use and the like. Disposable cups that can contain beverages and can be carried are widely used, and disposable containers capable of holding various contents such as food in addition to beverages are used. For products with a risk of spillage, such as disposable cups, a separate lid (lead) is provided in the container. For example, the "functional disposable cup" of Korean Patent Publication No. 10-2020-0013542 or "disposable cup lid" of Korean Patent Registration No. 10-2212883 discloses leads used in disposable cups.

Publication No. 10-2020-0013542 (published on February 7, 2020) Registered Patent No. 10-2212883 (Registered on February 1, 2021)

An object of the present invention is to provide a lead processing facility for processing leads used in various containers such as disposable cups.

Another object of the present invention is to provide a lead processing facility capable of improving work convenience, thereby increasing productivity and improving product quality.

According to a first aspect of the present invention, a loading unit on which the film roll is disposed; a pressure vacuum forming machine for forming a plurality of lead forming parts on the film provided from the loading unit; a trimming unit for cutting and separating the lead forming part from the film; And a cartridge unit for loading the separated lead through the trimming unit; lead processing equipment comprising a can be provided.

According to a second aspect of the present invention, a mainframe; a pair of left and right support frames extending horizontally back and forth from the top of the main frame to support the roll shaft of the film roll; a pair of rail blocks fastened to the upper surface of each support frame and having a predetermined length in front and back, and having a seating groove in which the roll shaft is seated; a lifting arm having an arm pivot shaft at one end and rotatably fastened to the main frame and having a locking groove at the other end to which the roll shaft is fastened; a driving cylinder for rotationally driving the lifting arm; and a locking unit disposed adjacent to the rear end of the rail block to fix the roll shaft to the seating groove, wherein a plurality of the seating grooves are spaced apart back and forth along the longitudinal direction of the rail block. Lead processing A loading unit of the facility may be provided.

According to a third aspect of the present invention, a curved plate formed to be inclined downwardly to the rear while forming a gentle curved shape; a plurality of alignment brackets disposed at a predetermined distance from the left and right on the curved plate to form a receiving slot therebetween a pair of horizontal rods extending from the upper side of the curved plate to the left and right to support the plurality of alignment brackets; and a guide bar having a front end fastened to the transverse rod to extend downwardly rearward, and provided with a bent end disposed adjacent to an upper side of the storage slot at the rear end to align the position of the lead. The alignment bracket includes: a bracket mounting part fastened so that the transverse rod passes through it left and right; and a fixing lever configured to press the transverse rod to fix the left and right positions of the bracket mounting portion or to release the fixed position.

Lead processing equipment according to embodiments of the present invention can automatically perform a series of processing processes ranging from the input of the film, which is a raw material, to the alignment of the lead, which is a processed product, through a loading unit or a cartridge unit.

In addition, the lead processing equipment according to the embodiments of the present invention can perform the operation more safely and easily in loading the film roll, which is a heavy object, on the loading unit, and the convenience of operation is further improved by loading a plurality of film rolls in the loading unit in advance. You may.

In addition, the lead processing equipment according to the embodiments of the present invention can more conveniently align the leads processed through the cartridge unit, and can appropriately respond to changes according to the specifications of the leads through the movable alignment bracket.

1 is a view showing the overall configuration of a lead processing facility according to an embodiment of the present invention.
FIG. 2 is a view schematically illustrating a state in which a film is processed by the lead processing equipment of FIG. 1 .
FIG. 3 is a view showing the loading unit of FIG. 1 .
FIG. 4 is a view showing the rail block of FIG. 3 .
5 is a view showing the arm guide block of FIG.
6 is a view showing the operation of the loading unit shown in FIG.
FIG. 7 is a view showing the locking unit of FIG. 3 .
8 is a view showing the cartridge unit of FIG.

Hereinafter, embodiments of the present invention will be described with reference to the accompanying drawings. However, the following examples are provided to help the understanding of the present invention, and the scope of the present invention is not necessarily limited to the following examples. The following embodiments are provided to more completely explain the present invention to those of ordinary skill in the art, and the technical gist of the present invention will be obscure or detailed description of known configurations will be omitted. .

1 is a view showing the overall configuration of a lead processing facility according to an embodiment of the present invention.

Referring to FIG. 1 , the lead processing facility 10 according to this embodiment includes a loading unit 100 to which a film 1 as a raw material is supplied, and a lead forming unit ( 2) a vacuum forming machine 200 for forming, a piercing unit 300 for processing a hole in the lead forming part 2, a trimming unit 400 for cutting and separating the lead forming part 2 from the film 1, It may be configured to include a cartridge unit 500 for aligning and loading the separated leads (3).

The loading unit 100 to the cartridge unit 500 may be sequentially disposed along the transport direction of the film 1 , and the film 1 passes through the loading unit 100 to the cartridge unit 500 sequentially, and a plurality of It can be machined into a lead (3). If necessary, the loading unit 100 to the cartridge unit 500 may be used with some selected, or some may be omitted. For example, in the case of the lead 3 without a hole, the piercing unit 300 may be appropriately omitted.

FIG. 2 is a view schematically illustrating a state in which a film is processed by the lead processing equipment of FIG. 1 .

Referring to FIG. 2A , the film 1 may have a flat sheet shape extending in the longitudinal direction with a predetermined width. The film 1 may be made of a flexible material. For example, the film 1 may include polypropylene, polyethylene terephthalate (PET), or the like as a material. However, the present invention is not particularly limited to the above material of the film (1). The film 1 may be wound in the form of a roll and placed on the loading unit 100, released from the loading unit 100, and sequentially passed through the pressure vacuum molding machine 200, etc. to be molded into the lead 3 there is.

Figure 2 (b) shows the shape of the film (1) processed through the vacuum pressure molding machine (200). The film 1 may be subjected to a vacuum forming machine 200 to form a plurality of lead forming units 2 on a plane. Each lead forming part 2 may be molded into a predetermined shape through heat and pressure in the pressure vacuum forming machine 200, and the plurality of lead forming parts 2 are approximately arranged in a matrix and disposed on the surface of the film 1 can be

Referring to FIG. 2C , the trimming unit 400 may cut the lead 3 from the film 1 thereafter. The trimming unit 400 may separate the lead 3 from the film 1 by cutting the cutting line 4 corresponding to the outer edge of the lead forming part 2 . The trimming unit 400 may have a cutter corresponding to the cutting line 4 , and may cut the cutting line 4 by lowering the cutter toward the film 1 . The remaining portion of the film 1 excluding the lead 3 may be treated as scrap 5 .

FIG. 3 is a view showing the loading unit of FIG. 1 .

Referring to FIG. 3 , the lead processing facility 10 of this embodiment is provided with a loading unit 100 for supplying the film 1 (film roll 6 ) wound in a roll form to the pressure vacuum molding machine 200 . can do. Here, the loading unit 100 of this embodiment has one feature to allow the film roll 6, which is a heavy object, to be mounted more safely and conveniently.

Specifically, the loading unit 100 may include a main frame 110 .

The main frame 110 may form an overall support structure of the loading unit 100 . The main frame 110 may have any structure or form capable of providing a predetermined support structure, and is not necessarily limited to the illustrated bar.

Meanwhile, the loading unit 100 may include a support frame 120 .

The support frame 120 may be disposed on the main frame 110 and supported by the main frame 110 , and a left and right pair may be provided around the film roll 6 . Each of the left and right support frames 120 may support one end and the opposite end of the roll shaft 7 , respectively.

The support frame 120 may be sufficiently extended back and forth so that a plurality of film rolls 6 can be disposed. In this embodiment, it is assumed that the two film rolls 6 can be arranged in the front and rear. However, the front and rear lengths of the support frame 120 may vary depending on the number of film rolls 6 for which the arrangement is intended, and is not necessarily limited to the illustrated ones. For example, the support frame 120 may be formed to extend longer so that three or more film rolls 6 can be disposed.

A rail block 130 may be provided on the upper surface of the support frame 120 .

The rail block 130 may be in contact with the roll shaft 7 to support the film roll 6 and guide the film roll 6 to move back and forth (rolling movement) smoothly.

FIG. 4 is a view showing the rail block of FIG. 3 .

Referring to FIG. 4 , the rail block 130 may have the form of a bar extending a predetermined length forward and backward.

One or more seating grooves 131 may be formed on the upper surface of the rail block 130 . The seating groove 131 is for seating the roll shaft 7 , and may be formed in a concave arc-shaped curved surface.

A shaft groove 8 for fastening with the seating groove 131 may be formed in the roll shaft 7 . The shaft grooves 8 may be respectively formed on one side and the opposite side in the longitudinal direction of the roll shaft 7 . In the roll shaft 7 , each shaft groove 8 on the left and right is seated in each seating groove 131 to be mounted and supported on the rail block 130 .

Preferably, a plurality of seating grooves 131 may be formed in one rail block 130 . In addition, the plurality of seating grooves 131 may be disposed to be spaced apart from one another in the longitudinal direction of the rail block 130 . In this embodiment, the case in which two seating grooves 131 are formed in each rail block 130 is exemplified. For convenience, the seating groove 131a adjacent to the front end of the rail block 130 is referred to as a first seating groove 131a, and another seating groove 131b adjacent to the rear end of the rail block 130 is referred to as a second seating groove 131b. do it According to this, the rail block 130 may be provided with first and second seating grooves 131a and 131b spaced back and forth. However, the number of seating grooves 131 may be increased or decreased as needed, and is not necessarily limited to the two illustrated seating grooves 131 . For example, three or more seating grooves 131 spaced back and forth may be formed in the rail block 130 .

Meanwhile, the rail block 130 may be formed of a separate part separable from the support frame 120 . For example, the rail block 130 may have a plurality of fastening holes 132 spaced apart along the longitudinal direction, and may be fastened to the support frame 120 through a predetermined fastening member. Accordingly, the rail block 130 may be appropriately replaced. For example, the rail block 130 may be separated and replaced with a new rail block 130 when a predetermined period of use has elapsed or damage occurs.

If necessary, some or all of the rail block 130 may be made of a plastic-based material with low friction. For example, the rail block 130 may be partially or entirely made of acetal plastic. However, the material of the rail block 130 is not necessarily limited thereto, and the rail block 130 may include a variety of known materials. In addition, in some cases, the rail block 130 may be formed of the same material as the support frame 120 , or some or all of it may be implemented in a form integrated with the support frame 120 .

Referring back to FIG. 3 , the loading unit 100 may include a lifting arm 140 .

The lifting arm 140 is generally disposed at a position adjacent to the front of the main frame 110 , and a pair of the lifting arms 140 may be provided on the left and right sides of the main frame 110 .

The lifting arm 140 has an arm rotation shaft 141 at one end, and may be rotatably fastened to the main frame 110 . Accordingly, the lifting arm 140 may be rotated counterclockwise in the illustrated state to be disposed at a position adjacent to the floor, or may be rotated clockwise from the above position to be disposed as in the illustrated state. The film roll 6 may be properly mounted on the rail block 130 by the operation of the lifting arm 140 . This will be amplified in relation to the operation of the loading unit 100 .

A locking groove 142 may be provided at the other end of the lifting arm 140 . The locking groove 142 may be formed in the form of a concave groove into which the roll shaft 7 can be entered and seated. The locking groove 142 may have a rearwardly opened arrangement toward the rail block 130 in the raised position of the lifting arm 140 as shown. In addition, the locking groove 142 may have an arrangement that is generally opened toward the upper layer at the position where the lifting arm 140 is lowered.

If necessary, the lifting arm 140 may be provided with an arm guide block 143 .

FIG. 5 is a view showing the arm guide block of FIG. 3 .

Referring to FIG. 5 , the arm guide block 143 may be disposed behind the locking groove 142 at the end of the lifting arm 140 adjacent to the locking groove 142 .

Similar to the above-described rail block 130 , the arm guide block 143 may be formed as a separate part separable from the lifting arm 140 . In addition, if necessary, the arm guide block 143 may be partially or entirely made of a plastic-based material with low friction. This is similar to the rail block 130 described above.

Preferably, the arm guide block 143 may have an inclined surface 143a at the rear end. The inclined surface 143a may be formed to extend downwardly inclinedly from the rear end of the arm guide block 143 toward the rear. This inclined surface 143a is the roll shaft 7 to the film roll 6 separated from the locking groove 142 toward the seating groove 131 (the first seating groove 131a) of the rail block 130. to move smoothly.

Referring back to FIG. 3 , the loading unit 100 may include a driving cylinder 150 .

The driving cylinder 150 may be coupled to the lifting arm 140 to rotate and drive the lifting arm 140 around the arm rotation shaft 141 . In addition, an operation switch 151 for operating the driving cylinder 150 may be disposed on one side of the main frame 110 . Accordingly, the user can drive and control the rotation of the lifting arm 140 through the operation switch 151 .

6 is a view showing the operation of the loading unit shown in FIG.

Referring to FIG. 6 , in the loading unit 100 of this embodiment, the lifting arm 140 is rotated by the driving cylinder 150 , and the film roll 6 may be loaded into the rail block 130 .

Specifically, the lifting arm 140 may be rotated counterclockwise around the arm rotation shaft 141 in the state shown in FIG. 3 to be disposed in the state shown in FIG. 6 . In this case, the locking groove 142 of one end of the lifting arm 140 is lowered to be disposed at a position adjacent to the bottom surface.

When the lifting arm 140 is disposed as described above, the roll shaft 7 is seated in the locking groove 142 , and the film roll 6 may be mounted in the locking groove 142 . Here, since the locking groove 142 is disposed adjacent to the bottom surface, the film roll 6 can be mounted more easily and safely.

When the roll shaft 7 is seated in the locking groove 142 , the operator operates the driving cylinder 150 to rotate the lifting arm 140 . In this embodiment, the case where the operator manually operates the operation switch 151 is exemplified, but if necessary, the driving cylinder 150 is automatically operated after the film roll 6 is mounted using a load cell. may be The lifting arm 140 is slowly rotated clockwise around the arm rotation shaft 141 to return to the state shown in FIG. 3 .

When the lifting arm 140 is returned, the roll shaft 7 is placed on the arm guide block 143 arranged in a horizontal state. Accordingly, the roll shaft 7 can be moved backward by rolling motion on the arm guide block 143 . The inclined surface 143a of the rear end of the arm guide block 143 assists the movement of the roll shaft 7 as described above. On the other hand, in the arrangement state as shown in Fig. 3, the locking groove 142 also functions as a safety device to prevent the film roll 6 from being separated and falling forward.

Thereafter, the roll shaft 7 may be separated from the arm guide block 143 to the lifting arm 140 to be seated in the first seating groove 131a of the rail block 130 . The roll shaft 7 to the film roll 6 are seated in the first seating groove 131a and may be placed on standby in a state where the position is stably fixed.

In addition, when the operation is completed for the other film roll at the rear, the film roll 6 waiting for input is moved to the rear along the rail block 130 to be seated in the second seating groove 131b, and the corresponding film roll ( For 6), a subsequent processing process may be performed.

The loading unit 100 of this embodiment can load the film roll 6 on the bottom surface to the rail block 130 more safely and easily through the operation process as described above.

Referring back to FIG. 3 , the loading unit 100 of this embodiment may include a locking unit 160 .

The locking unit 160 may be disposed adjacent to the rear end of the rail block 130 to support the roll shaft 7 seated on the rail block 130 . That is, the locking unit 160 may limit the forward and backward movement of the roll shaft 7 by pressing the roll shaft 7 disposed in the second seating groove 131b from the upper side to a predetermined degree. A pair of locking units 160 may be provided on the left and right to correspond to the left and right rail blocks 130 .

FIG. 7 is a view showing the locking unit of FIG. 3 .

Referring to FIG. 7 , the locking unit 160 may include a base bracket 161 supported by the support frame 120 .

In addition, the locking unit 160 may include a rotation bracket 162 hinged to the base bracket 161 about the first hinge shaft H1. The rotation bracket 162 has an approximately 'L' shape bent shape, and may be hinged to the first hinge shaft H1 at one end in the longitudinal direction. Also, the rotation bracket 162 may be hingedly coupled to the operating arm 163 about the fourth hinge shaft H4 at a position corresponding to the bent portion.

The locking unit 160 may include an operating arm 163 hinged to the front end of the pivoting bracket 162 about the fourth hinge shaft H4. A handle 163a that can be gripped by a user may be provided at the rear end of the operating arm 163 . The user may lock or unlock the locking unit 160 by rotating the operating arm 163 through the handle 163a.

The locking unit 160 may include a link bar 164 . One end of the link bar 164 may be hinge-coupled to the base bracket 161 about the second hinge shaft H2. In addition, the other end of the link bar 164 may be hinged to the middle of the operating arm 163 about the third hinge shaft (H3).

On the other hand, the locking unit 160 may include a locking block 165 provided at the end of the rotation bracket 162 on the opposite side of the first hinge shaft (H1). The locking block 165 is fastened to the upper side of the roll shaft 7 seated in the second seating groove 131b to prevent the roll shaft 7 from being separated. The locking block 165 may have a contact surface 165a in contact with the roll shaft 7 , and the contact surface 165a may be formed in a gently curved shape corresponding to the outer surface of the roll shaft 7 .

Here, the locking unit 160 may include an adjustment screw 166 for mounting the locking block 165 to the rotation bracket 162 . The adjusting screw 166 may be screwed to the rotation bracket 162 , and a locking block 165 may be fastened to one end thereof. The other end of the adjusting screw 166 may be provided with a manipulation unit 166a for user manipulation. This adjusting screw 166 allows the position of the locking block 165 to be adjusted according to the outer diameter of the roll shaft 7 . Therefore, it is possible to respond to the standard of the roll shaft (7).

Similar to the rail block 130 described above, the locking block 165 may be made of a separate part separable from the rotation bracket 162 and the like. In addition, if necessary, the locking block 165 may be partially or entirely made of a plastic-based material with low friction. This is similar to the rail block 130 described above.

Referring to (a) of FIG. 7 , the locking unit 160 may be separated from the roll shaft 7 by moving the locking block 165 upward. That is, the locking unit 160 may be unlocked in the state as shown in (a) of FIG. 7 .

Referring to (b) of FIG. 7 , the user presses the handle 163a downward, and accordingly, the rotation bracket 162 rotates counterclockwise around the first hinge shaft H1, and the locking unit 160 ) can be switched to the locked state. In this case, the contact surface 165a of the locking block 165 may be in press contact with the outer surface of the roll shaft 7 to support the roll shaft 7 .

On the other hand, in the case of unlocking again, if the handle 163a is raised upward, it can be switched back to the state as shown in (a) of FIG. 7 .

Referring back to FIG. 1 , the lead processing equipment 10 of this embodiment may include a vacuum pressure molding machine 200 .

The pressure vacuum molding machine 200 may mold the lead molding unit 2 as shown in FIG. 2 (b) on the film 1 provided from the loading unit 100 . The vacuum pressure molding machine 200 applies pneumatic pressure to the film 1 heated at the top of the sealed mold, and at the same time vacuum-sucks it from the bottom of the mold to mold the lead forming part 2 .

In addition, the lead processing facility 10 of this embodiment may include a piercing unit 300 and a trimming unit 400 .

The piercing unit 300 may process a hole in the lead forming unit 2 at the rear end of the pressure vacuum forming machine 200 . However, depending on the type of the lead 3, the processing step through the piercing unit 300 or the piercing unit 300 may be appropriately omitted.

The trimming unit 400 may be separated by cutting the lead forming part 2 from the rear end of the piercing unit 300 .

An ionizer 310 may be provided in the pressure vacuum molding machine 200 , the piercing unit 300 , or the trimming unit 400 as necessary. The ionizer 310 may perform a corona discharge on the film 1 being processed to neutralize and dissipate static electricity. Preferably, in this embodiment, the ionizer 310 may be configured as a static bar type extending to correspond to the width direction of the film 1 .

Meanwhile, the lead processing facility 10 of this embodiment may include a cartridge unit 500 for aligning and loading the leads 3 cut by the trimming unit 400 .

8 is a view showing the cartridge unit of FIG.

Referring to FIG. 8 , the cartridge unit 500 may include a curved plate 510 .

The curved plate 510 may be formed to extend downwardly inclinedly toward the rear while forming a gentle curved shape. The curved plate 510 may have a relatively large inclination at the front end, and a gentle inclination toward the rear end. Accordingly, at the front end of the curved plate 510 , the leads 3 discharged from the trimming unit 400 may be sequentially stacked on the upper side, and the stacked leads 3 may be gradually aligned toward the rear.

The cartridge unit 500 may include a plurality of alignment brackets 520 disposed on the curved plate 510 .

The plurality of alignment brackets 520 may be arranged to be spaced apart from each other by a predetermined distance left and right on the curved plate 510 . The spacing between the left and right alignment brackets 520 may generally correspond to the size of the lead 3 .

Each of the alignment brackets 520 may be arranged vertically on the curved plate 510 to extend back and forth along the curved plate 510 . Accordingly, a storage slot 521 in which the lead 3 can be accommodated may be formed between the left and right alignment brackets 520 . A plurality of storage slots 521 may also be provided according to the number of alignment brackets 520 .

Meanwhile, the alignment bracket 520 may include a bracket mounting part 522 . The bracket mounting part 522 may be formed to extend substantially upwardly from one side in the longitudinal direction of the alignment bracket 520 . A plurality of bracket mounting portions 522 may be provided on one alignment bracket 520 according to the length of the alignment bracket 520 . 8 shows only one bracket mounting part 522 for convenience.

The bracket mounting portion 522 may be spaced apart from the upper side of the curved plate 510 and fastened to a separately provided transverse rod 523 . The transverse rod 523 may be formed to extend left and right from the upper side of the curved plate 510 , and may be fastened to pass through the bracket mounting portion 522 . One transverse rod 523 may be fastened to pass through the plurality of bracket mounting parts 522 disposed left and right to support the plurality of bracket mounting parts 522 .

In addition, a fixing lever 524 may be provided on the bracket mounting part 522 . The fixing lever 524 may be in press contact with the transverse rod 523 to fix the left and right positions of the bracket mounting portion 522 to the alignment bracket 520 . For example, the fixing lever 524 may have a structure screwed to the bracket mounting part 522 and move forward and backward in the longitudinal direction according to rotation to press and fix the surface of the transverse rod 523 .

The bracket mounting part 522 as described above allows the left and right widths between the pair of alignment brackets 520 to be adjusted according to the standard of the lead 3 . That is, the user can release the fixing lever 524 and move the bracket mounting portion 522 along the transverse rod 523 to adjust the left and right width of the storage slot 521 . Accordingly, the cartridge unit 500 can be used for the leads 3 of more various standards.

Also, the cartridge unit 500 may include a guide bar 530 .

The guide bar 530 may be formed of an elastic material to extend in the front-rear direction. The front end portion of the guide bar 530 may be mounted and supported on the transverse rod 523 , and the rear end portion of the guide bar 530 may be disposed adjacent to the upper side of the receiving slot 521 . Preferably, at the rear end of the guide bar 530 , a bent end 531 in which a portion of the end of the guide bar 530 is bent to correspond to a substantially horizontal direction may be provided. Such a guide bar 530 may align the position of the lead 3 so that the lead 3 can be accommodated in the storage slot 521 at a constant height.

As described above, the lead processing facility 10 according to embodiments of the present invention is from the input of the film 1 as a raw material to the alignment of the lead 3 as a processed product through the loading unit 100 to the cartridge unit 500. A series of machining processes can be automated.

In addition, the lead processing facility 10 according to the embodiments of the present invention can perform a safer and easier operation in mounting the heavy film roll 6 on the loading unit 100, and a plurality of film rolls 6 ) may be mounted on the loading unit 100 in advance to further improve work convenience.

In addition, the lead processing facility 10 according to the embodiments of the present invention can align the processed lead 3 through the cartridge unit 500 more conveniently, and the lead 3 through the movable alignment bracket 520 . It can respond appropriately to changes according to the standard of

Although the embodiments of the present invention have been described above, those of ordinary skill in the art can add, change, delete or add components within the scope that does not depart from the technical background of the present invention described in the claims. The present invention may be modified or changed in various ways by, and this will also be included in the scope of the present invention.

1: Film 2: Lead forming part
3: Lead 4: Cutting line
5: Scrap 10: Lead processing equipment
100: loading unit 110: main frame
120: support frame 130: rail block
140: lifting arm 150: drive cylinder
160: locking unit 200: pressure vacuum molding machine
300: piercing unit 400: trimming unit
500: cartridge unit 510: curved plate
520: alignment bracket 530: guide bar

Claims (10)

a loading unit 100 on which the film roll 6 is disposed;
a pressure vacuum forming machine 200 for forming a plurality of lead forming parts 2 on the film 1 provided from the loading unit 100;
a trimming unit 400 for cutting and separating the lead forming part 2 from the film 1; and
Includes; cartridge unit 500 for loading the lead 3 separated through the trimming unit 400;
The loading unit 100,
mainframe 110;
a pair of left and right support frames 120 extending horizontally back and forth from the top of the main frame 110 to support the roll shaft 7 of the film roll 6;
a pair of rail blocks 130 fastened to the upper surface of each support frame 120 and having a predetermined length in front and back, and having a seating groove 131 in which the roll shaft 7 is seated;
a lifting arm 140 having an arm pivoting shaft 141 at one end and rotatably fastened to the main frame 110 and having a locking groove 142 to which the roll shaft 7 is fastened at the other end;
a driving cylinder 150 for rotationally driving the lifting arm 140; and
and a locking unit 160 disposed adjacent to the rear end of the rail block 130 to fix the roll shaft 7 to the seating groove 131;
The locking unit 160,
base bracket 161;
a rotation bracket 162 fastened to the base bracket 161 via a first hinge shaft H1;
an operating arm 163 having one end fastened to the rotation bracket 162 via a fourth hinge shaft H4 to apply an operating force;
a link bar 164 having one end fastened to the actuating arm 163 via a third hinge shaft H3 and the other end fastened to the base bracket 161 via a second hinge shaft H2; and
A lead processing facility including; a locking block (165) provided at one end of the rotation bracket (162) and having an arc-shaped contact surface (165a) for pressing and fixing the roll shaft (7) from an upper side. delete The method according to claim 1,
The rail block 130 is
Some or all of the plastic material is included and is detachably formed on the support frame 120 ,
The roll shaft 7 is
and a shaft groove (8) formed along the outer periphery of the roll shaft (7) so as to be fastened to the seating groove (131);
The seating groove 131 is
A lead processing facility in which a plurality are spaced apart back and forth along the longitudinal direction of the rail block (130). The method according to claim 1,
The lifting arm 140 is
It is disposed adjacent to the rear of the locking groove 142 to guide the movement of the roll shaft 7 to the rail block 130, and includes an arm guide block 143 having an inclined surface 143a at the rear end. lead processing equipment. delete The method according to claim 1,
The locking unit 160,
A lead processing facility including an adjustment screw 166 to which the locking block 165 is fastened at one end by being screwed to the rotation bracket 162 to adjust the position in the longitudinal direction. a loading unit 100 on which the film roll 6 is disposed;
a pressure vacuum forming machine 200 for forming a plurality of lead forming parts 2 on the film 1 provided from the loading unit 100;
a trimming unit 400 for cutting and separating the lead forming part 2 from the film 1; and
Includes; cartridge unit 500 for loading the lead 3 separated through the trimming unit 400;
The cartridge unit 500,
The curved plate 510 is formed to form a gentle curved surface and inclined downwardly to the rear;
a plurality of alignment brackets 520 disposed on the curved plate 510 at a predetermined distance from each other to form a receiving slot 521 therebetween; and
and a transverse rod 523 extending from the upper side of the curved plate 510 to the left and right to support the plurality of alignment brackets 520;
The alignment bracket 520 is,
a bracket mounting part 522 fastened so that the transverse rod 523 passes through it left and right; and
A fixing lever 524 that is formed so as to fix the left and right positions of the bracket mounting part 522 by pressing the transverse rod 523 or to release the fixing position; and
The storage slot 521,
A lead processing facility formed to adjust the width according to the left and right movement of the alignment bracket (520). 8. The method of claim 7,
The cartridge unit 500,
The front end is fastened to the transverse rod 523 to extend downwardly rearward, and a bent end 531 disposed adjacent to the upper side of the receiving slot 521 is provided at the rear end, the position of the lead 3 Lead processing equipment including a guide bar 530 for aligning. delete The curved plate 510 is formed to form a gentle curved surface and inclined downwardly to the rear;
a plurality of alignment brackets 520 disposed on the curved plate 510 at a predetermined distance from each other to form a receiving slot 521 therebetween;
a transverse rod 523 extending from the upper side of the curved plate 510 to the left and right to support the plurality of alignment brackets 520; and
The front end is fastened to the transverse rod 523 and is formed to extend rearwardly, and a bent end 531 disposed adjacent to the upper side of the receiving slot 521 is provided at the rear end to determine the position of the lead 3 Including; guide bar 530 to align;
The alignment bracket 520 is,
a bracket mounting part 522 fastened so that the transverse rod 523 passes through it left and right; and
A cartridge unit for lead processing equipment including a; fixing lever 524 that is formed to fix the left and right positions of the bracket mounting part 522 by pressing the transverse rod 523, or to release the fixed position.

Images