KR102315934B1 - Manual packaging tool capable of sealing metal clip with one handle - Google Patents

Abstract

Provided is a manual packaging tool capable of coupling a metal clip with one handle, comprising: a case; a one-touch shaft part arranged in the case and providing a tensile force to a band for packaging while rotating on an axis if a rotational force is exerted on a first gear combined with an outer circumference surface; a second gear set combined with the outer circumference surface of the one-touch shaft part; a clip coupling part arranged in the case in parallel to the one-touch shaft part and providing a pressurizing force depending on the operation of descent by a driving force transmitted through the second gear set; a handle part combined with the one-touch shaft part, providing a rotational force to the first gear in a first mode and providing a rotational force to the second gear set in a second mode; and a gripper part arranged in the case in parallel to the one-touch shaft part and having one end of the band for packaging inserted and fixed therein. Therefore, the process of tensioning a band for packaging and the process of sealing a metal clip are provided through one manual packing tool.

Description

MANUAL PACKAGING TOOL CAPABLE OF SEALING METAL CLIP WITH ONE HANDLE

The present invention relates to a manual packaging tool, and more particularly, to a manual packaging tool capable of strapping a packaging band and binding a metal clip with a single handle.

Packaging tools can be divided into automatic and manual. Packaging tools should provide various types of packaging technology depending on the type and condition of the article. In particular, in the case of industrial packaging, since large-capacity and heavy-duty products are handled, safety and loadability become more important. Packaging has a process of first winding the article to form a loop with a wrapping band and pulling it until a certain tensile force is applied. This is called tensioning. Then, the two-fold overlapping portion is joined by a method such as welding, or has a process of binding with a metal clip. This depends on the material of the packaging band and is called welding or sealing. And, finally, it has a cutting process of cutting the band for packaging.

In the conventional manual packaging tool, a tensioner for strapping an article with a packaging band and a sealer for binding the metal clip by pressing after inserting the metal clip were individually present. Therefore, in the conventional method, two types of tools must be used to complete the packaging, and work efficiency is remarkably reduced and productivity is low. In addition, since the sealer is bulky and requires the use of both hands in the binding process, there are problems in that space is limited and user convenience is low. In addition, in the process of binding the metal clip, there is a problem in that the packaging stability is low because the attachment position and range of the metal clip varies depending on the operator.

Korean Patent Laid-Open Patent No. 10-2002-0074385 (published on Sep. 30, 2002) Strapping tool for forming a seal between two parts of the bonding strapping material Korean Patent Registration No. 10-1675003 (Registered on November 4, 2016) Strapping device with gear system device Korean Patent Registration No. 10-1613247 (Registered on April 11, 2016) Strapping device with tensioner

An embodiment of the present invention has been devised to solve the above problems, and it is intended to provide a tensioning process for a conventional packing band and a sealing process for a metal clip through a single manual packing tool.

Through this, it is intended to improve work efficiency and productivity for manual packaging. In addition, it is intended to improve portability by reducing the weight of the manual packaging tool, and to minimize worker fatigue. In addition, it is intended to improve price competitiveness by simplifying the product structure of manual packaging tools and reducing product costs. In addition, it is intended to facilitate maintenance and management by facilitating the coupling relationship between each component of the manual packaging tool.

An embodiment of the present invention to solve the above problems, the case; a winch shaft portion disposed in the case, and providing a tensile force to the packaging band while rotating when a rotational force is applied to the first gear coupled to the outer circumferential surface; a second gear set coupled to the outer circumferential surface of the winch shaft; a clip coupling part disposed in the case parallel to the winch shaft part and providing a pressing force according to a descending operation with a driving force transmitted through the second gear set; a handle part coupled to the winch shaft part and providing a rotational force to the first gear in a first mode and a rotational force to the second gear set in a second mode; and a gripper part disposed in the case parallel to the winch shaft part, and configured to fix one end of the packing band to be fitted.

The handle portion may include a handle body; a rod portion disposed in an extension direction of the handle body; and a button unit coupled to one end of the rod unit;

Preferably, the handle part is switched between the first mode and the second mode according to whether the button part is pressed.

The rod part further includes a U-shaped slider formed at the other end of the rod part, wherein the slider includes: 1) meshing with the first gear according to the operation of the handle part in the first mode to rotate the first gear It is preferable that the first gear piece and 2) the second gear piece mesh with the second gear set according to the operation of the handle part in the second mode to rotate the second gear piece by a fastening pin. do.

The first gear piece member is L-shaped, a thread is formed at one end of the first gear piece member to mesh with the first gear, and the other end of the first gear piece member has a rectangular hole through which the fastening pin passes. It is preferable to form

The second gear piece member has an I-shape, and a screw thread is formed on a side surface of the second gear piece member to mesh with the second gear set, and one end of the second gear piece member has a rectangular hole through which the fastening pin passes. It is preferred that this is formed.

The handle body may include a slider hole through which the slider slides according to a pressing operation of the button unit; 1) a first hinge hole in which the first gear piece member is axially rotatable according to the operation of the handle part; and 2) a second hinge hole through which the second gear piece member is axially rotatable.

The clip coupling portion may include an eccentric shaft portion in which an eccentric cam portion is formed; a second driven gear coupled to the eccentric shaft and meshed with the second gear set; and a press body for pressing the metal clip by descending by the eccentric cam part when the eccentric shaft part rotates.

It is disposed in the case parallel to the winch shaft portion, the cutter portion for cutting the packing band; further comprising, the handle portion protruding from the lower end to rotate the cutter portion according to the operation of the handle portion; It is preferable to further include.

The gripper portion may include a gripper shaft; It is preferable to further include a connection link having one end coupled to the gripper shaft and a roller disposed at the other end, and rotating the gripper shaft while the roller rotates according to the operation of the handle unit.

a holding member having a pressing protrusion formed to protrude outward from one end of the connecting link, and when one end is pressed by the pressing protrusion, a screw thread formed at the other end is meshed with the first gear and the second gear set, respectively; It is preferable to further include

According to the problem solving means of the present invention as described above, various effects including the following items can be expected. However, the present invention is not established only when exhibiting all of the following effects.

Manual packaging tool according to an embodiment of the present invention can easily complete manual packaging by operating the tensioning process for the conventional packing band and the sealing process for the metal clip with a single handle.

Through this, work efficiency and productivity for manual packaging can be improved. In addition, it is possible to improve portability by reducing the weight of the manual packaging tool, and to minimize the work fatigue of the operator. In addition, it is possible to further simplify the product structure of the manual packaging tool and reduce product cost, thereby improving price competitiveness.

In addition, it is possible to facilitate maintenance and management by facilitating the coupling relationship between each component of the manual packaging tool.

1 is a perspective view of a manual packaging tool capable of binding a metal clip with a single handle according to an embodiment;
Figure 2 is an exploded perspective view of the handle portion of Figure 1;
Figure 3 is a view showing the internal coupling state of Figure 1;
Figure 4 is a partially cut-away perspective view for explaining each coupling state of the first gear and the second gear set with respect to the winch shaft of Figure 1;
Fig. 5 is a view showing the internal arrangement structure of Fig. 1 in a first mode;
Fig. 6 is a view showing the internal arrangement structure of Fig. 1 in a second mode;
FIG. 7 is a view showing the internal arrangement structure of FIG. 1 when the handle part is pressed down; FIG.

Hereinafter, in the description of the present invention, when it is determined that the subject matter of the present invention may be unnecessarily obscured as it is obvious to those skilled in the art with respect to related known functions, the detailed description thereof will be omitted. The terminology used in the present application is only used to describe specific embodiments and is not intended to limit the present invention. The singular expression includes the plural expression unless the context clearly dictates otherwise.

In the present application, terms such as “comprise” or “have” are intended to designate that a feature, number, step, operation, component, part, or combination thereof described in the specification exists, but one or more other features It should be understood that this does not preclude the existence or addition of numbers, steps, operations, components, parts, or combinations thereof.

Hereinafter, specific embodiments of the present invention will be described in detail with reference to the drawings.

1 is a perspective view of a manual packaging tool capable of binding a metal clip with a single handle according to an embodiment, FIG. 2 is an exploded perspective view of the handle portion of FIG. 1, and FIG. 3 is a view showing the internal coupling state of FIG. and FIG. 4 is a partially cut-away perspective view for explaining each coupling state of the first gear and the second gear set with respect to the winch shaft of FIG. 1 .

Also, FIG. 5 is a view showing the internal arrangement structure of FIG. 1 in the first mode, FIG. 6 is a view showing the internal arrangement structure of FIG. 1 in the second mode, and FIG. It is a diagram showing the internal arrangement structure of

1 to 7, the manual packaging tool capable of binding a metal clip with a single handle according to an embodiment of the present invention is a case 100, a winch shaft unit 200, a second gear set 300, It may include a clip binding unit 400 , a handle unit 500 , a gripper unit 600 , a cutter unit 700 , and the like. A manual packaging tool can form a strapping loop by using a single handle to pull a packaging band with an appropriate size of tension, and then inserting a metal clip into the overlapping portion of the two layers and pressing it.

The case 100 has an open top, and the handle part 500 is formed to be rotatable within a predetermined angle. The case 100 is formed by assembling a front case and a rear case. The front case and the rear case may be asymmetrically formed. A base plate 110 is formed at the lower end of the front case according to an embodiment. The base plate 110 allows the manual paving tool to be seated on the ground. In addition, the base plate 110 serves as an opposing plate for pressing when the clip coupling unit 400 is lowered. In addition, the base plate 110 serves as an opposing plate for the grip when gripping the packaging band through the gripper unit 600 .

The case 100 has an inner space for accommodating each of the above-described parts of the manual packaging tool. Here, a part of the component is exposed through the outer surface of the case 100 . For example, a portion of the winch shaft part 200 , the clip binding part 400 , the gripper part 600 , and the cutter part 700 is exposed on the front case to provide tensile force to the packaging band, binding through the clip, and cutting etc. will be provided.

The winch shaft unit 200 is disposed on the case 100, and when a rotational force is applied to the first gear 210 coupled to the outer circumferential surface, the shaft rotates and provides a tensile force to the packaging band. The winch shaft unit 200 serves to wind and pull the other end of the packing band through the band mounting unit 230 . The winch shaft unit 200 provides a tensile force to the packing band during the strapping process by pulling the packing band.

Specifically, the first gear 210 is fitted to the outer peripheral surface of one side of the winch shaft part 200 . To this end, the first gear groove 220 is formed in the winch shaft part 200 to which the first gear 210 is coupled. On the other hand, at the other end of the winch shaft part 200, a band mounting part 230 is formed in an annular shape equally spaced apart by 4 divisions. The packing band is drawn into any gap between the band mounting parts 230 and is drawn out through any one of the remaining gaps.

The second gear set 300 is coupled to the outer peripheral surface of the winch shaft part 200 . However, the second gear set 300 is independent of the shaft rotation of the winch shaft part 200 . A rotational force is applied to either one of the first gear 210 and the second gear set 300 according to the mode selected by the user. That is, when a rotational force is applied to the first gear 210 , the transmission of the rotational force to the second gearset 300 is blocked, and the second gearset 300 is in a stationary state.

The second gear set 300 includes a second a gear 310 and a second b gear 320 . Here, the respective screw thread shapes of the second a gear 310 and the second b gear 320 may be formed differently. The second gear 310 according to an exemplary embodiment is disposed adjacent to the first gear 210 . And, when a rotational force is applied to the 2a gear 310 , the rotational force is transmitted to the clip binding unit 400 through the 2b gear 320 . Meanwhile, the first gear 210 and the second a gear 310 according to an embodiment are preferably disposed in the handle unit 500 .

The clip coupling unit 400 is disposed in the case 100 in parallel with the winch shaft unit 200 , and provides a pressing force according to the descending operation with a driving force transmitted through the second gear set 300 . When a tensile force of an appropriate size is applied to the packing band, the clip binding unit 400 maintains the loop state by binding the next packing band to each other. To this end, the clip binding unit 400 presses the metal clip to cause deformation. Specifically, the clip coupling unit 400 may include an eccentric shaft unit 410 , a second driven gear 420 , a press body 430 , and the like.

The eccentric shaft part 410 is disposed in the case 100 parallel to the winch shaft part 200 . On the other hand, the eccentric shaft portion 410 is formed with an eccentric cam portion (412). When the eccentric shaft part 410 rotates within a predetermined angle, the eccentric shaft part 410 may lower the press body 430 through the eccentric cam part 412 . On the other hand, the eccentric shaft portion 410 is axially rotated by the rotational force transmitted through the second driven gear (420). The second driven gear 420 is coupled to the eccentric shaft portion 410 and is meshed with the second gear set 300 . The second driven gear 420 according to an embodiment meshes with the second b gear 320 . When the eccentric shaft part 410 rotates, the press body 430 moves downward by the eccentric cam part 412 to press the metal clip. In the second mode, when the user operates the handle unit 500, the second gear piece member 560, the second a gear 310, the second b gear 320, the second driven gear 420, the eccentric shaft unit ( 410) and the like through the press body 430 may press the metal clip while descending.

The handle part 500 is coupled to the winch shaft part 200 , and provides a rotational force to the first gear 210 in the first mode, and provides a rotational force to the second gear set 300 in the second mode. The handle unit 500 is operated by a user. The handle unit 500 according to an embodiment may be repeatedly operated to provide rotational force. The handle unit 500 may provide rotational force to the first gear 210 while repeatedly rotating between the initial position and the high point position in the first mode. The initial position means a position at which the handle unit 500, particularly the handle body 510, forms a predetermined inclination angle (reference angle) with the base plate 110 . The high point position refers to a position at which the handle unit 500 rotates by a predetermined angle to form an inclination angle greater than the reference angle.

Here, the first mode is for the operation of the winch shaft unit 200 , and the second mode is for the operation of the clip binding unit 400 . Meanwhile, the handle unit 500 may be rotated by a predetermined angle from the initial position in a direction opposite to the high point position to form an inclination angle smaller than the reference angle. This is called the trough position. On the other hand, when the handle unit 500 changes its position from the reference position to the low point position, the gripper unit 600 and the cutter unit 700 can be axially rotated. The user may change the position to the low point position by pressing the handle part 500 downward from the initial position.

Specifically, the handle unit 500 may include a handle body 510 , a rod unit 520 , a button unit 530 , and the like. The handle unit 500 has one end coupled to the winch shaft unit 200 so as to be axially rotatable to the case 100 . The handle unit 500 may rotate within a predetermined stroke range coaxially with the winch shaft unit 200 through an operation by a user. The rod part 520 is disposed inside the handle body 510 in the extending direction of the handle body 510 . The rod 520 further includes a locking rod 522 for locking. The locking rod 522 allows the rod part 520 to maintain the locked state in the second mode. Then, the button unit 530 is coupled to one end of the rod unit 520 . Meanwhile, the handle unit 500 is switched between the first mode and the second mode according to whether the button unit 530 is pressed. The first mode according to an exemplary embodiment refers to a case in which the button unit 530 is in a press release state, and the second mode refers to a case in which the button unit 530 is in a depressed state.

In addition, the rod part 520 may further include a U-shaped slider 540 formed at the other end of the rod part 520 . On the other hand, the slider 540 includes 1) a first gear piece member 550 for rotating the first gear 210 by meshing with the first gear 210 according to the operation of the handle unit 500 in the first mode; 2) In the second mode, the second gear piece member 560 for rotating the second gear set 300 by meshing with the second gear set 300 according to the operation of the handle unit 500 is attached to the fastening pin 548 . are joined by Here, the second gear 310 meshes with the second gear piece member 560 .

The first gear piece member 550 according to an embodiment is L-shaped, and a screw thread 552 is formed at one end of the first gear piece member 550 to mesh with the first gear 210 , and the first gear piece A rectangular hole 554 through which the fastening pin 548 passes is formed at the other end of the member 550 . In addition, the second gear piece member 560 according to an embodiment has an I-shape, and a screw thread 562 is formed on the side surface of the second gear piece member 560 to mesh with the second gear set 300 , A rectangular hole 564 through which the fastening pin 548 passes is formed at one end of the second gear piece member 560 . In addition, hinge holes 556 and 566 are formed in the first gear piece member 550 and the second gear piece member 560 , respectively.

The first gear piece member 550 and the second gear piece member 560 have different arrangement positions according to the pressing state of the button unit 530 , that is, the first mode and the second mode. In the first mode, when the rod part 520 moves in the pressing direction of the button part 530 according to the pressing operation of the button part 530 , the slider 540 also slides in the same direction. The slider 540 is reciprocally slidable through the slider hole 512 formed in the handle body 510 . At this time, a relative movement operation between the rectangular holes 554 and 564 respectively formed in the first gear piece member 550 and the second gear piece member 560 and the fastening pin 548 passing therethrough occurs. As a result, the arrangement positions of the first gear piece member 550 and the second gear piece member 560 vary according to the selected mode.

In the first mode, the thread 552 of the first gear piece 550 may mesh with the thread of the first gear 210 . In the first mode, the thread 552 of the first gear piece 550 may be disposed close to the thread of the first gear 210 . The rotational force generated through the operation of the handle unit 500 by the user in the first mode is transmitted through the handle unit 500 , the first gear piece member 550 , the first gear 210 , and the winch shaft unit 200 . can be transferred to provide tension to the wrapping band.

In the second mode, the thread 562 of the second gear piece member 560 may mesh with the thread of the second gear set 300 . In the second mode, the thread 562 of the second gear piece member 560 may be disposed close to the thread of the second gear set 300 . Here, the second gear piece member 560 may be disposed adjacent to or meshed with the second a gear 310 . In the second mode, the rotational force generated through the operation of the handle unit 500 by the user is the handle unit 500 , the second gear piece member 560 , the second a gear 310 , the second b gear 320 , and the second It is transmitted through the second driven gear 420, the eccentric shaft part 410, the eccentric cam part 412, and the press body 430 to provide a pressing force to the metal clip.

On the other hand, the handle body 510 is 1) the first gear piece member 550 according to the operation of the slider hole 512 and the handle portion 500 to which the slider 540 slides according to the pressing operation of the button unit 530 . ) may further include a first hinge hole 514 in which the shaft is rotatable, and 2) a second hinge hole 516 in which the second gear piece member 560 is axially rotatable. In addition, a locking plate 580 into which the end of the locking rod 522 is inserted to lock (fix) the position of the rod part 520 may be disposed on the handle body 510 . The locking plate 580 is installed so as to be rotatable within a predetermined angle, and maintains the pressed state of the button unit 530 in the second mode.

In addition, the handle body 510 further includes a locking release protrusion 582 . The unlocking protrusion 582 is formed to protrude from the handle body 510, and an elastic spring is disposed at the rear end. As a result, when the user pivots the locking plate 580 to press the unlocking protrusion 582, the unlocking protrusion 582 is inserted into the handle body 510 while being inserted into the locking plate 580. The existing locking rod 522 is separated from the locking plate 580 . At this time, the pressed state of the button unit 530 is released. As a result, the mode is switched from the second mode to the first mode. On the other hand, the rod 520 is moved in the opposite direction to the pressing.

To this end, an elastic spring is disposed at the other end of the rod 520 to which the slider 540 is coupled. At this time, when the rod part 520 moves in the pressing direction of the button part 530, the elastic spring is compressed, and when the pressed state of the button part 530 is released, the rod part 520 is the button part ( 530), it moves in the opposite direction.

The gripper unit 600 is disposed in the case 100 parallel to the winch shaft unit 200, and one end of the packing band is fitted and fixed. The gripper unit 600 may contact the base plate 110 when the handle unit 500 is positioned at the reference position. At this time, when the gripper part 600 is pivotally rotated when the handle part 500 is pressed down and changed to the low point position, the contact state with the base plate 110 may be released. In this way, the gripper unit 600 is linked to the operation of the handle unit 500 .

Specifically, the gripper unit 600 includes a gripper shaft 610 and one end coupled to the gripper shaft 610 , and a roller 622 disposed at the other end, so that the roller 622 rotates according to the operation of the handle unit 500 . It may further include a connection link 620 for rotating the gripper shaft 610 while. When the contact state between the gripper unit 600 and the base plate 110 is released, the user can insert the packaging band therebetween or take it out from between. Meanwhile, an elastic spring may be further disposed on the gripper shaft 610 . When the handle part 500 is pressed from the reference position and the position is changed to the low point position, the elastic spring is compressed and an elastic restoring force is generated. On the other hand, when the downward pressure by the user is released, the handle unit 500 returns to the reference position again by the elastic restoring force.

In addition, one end of the connecting link 620 may be formed with a pressing protrusion piece 624 that is formed to protrude outward. In addition, in response to the pressing protrusion 624, in the manual packaging tool according to an embodiment, when one end is pressed by the pressing protrusion 624, the thread formed at the other end is the first gear 210 and the second gear set ( It may further include a holding member 810 meshed with each other (300). That is, when the handle part 500 is positioned at the low point position, the holding member 810 is meshed with the first gear 210 and the second gear set 300 , respectively, while the first gear 210 and the second gear set are respectively engaged. (300) can block the shaft rotation. Here, the holding member 810 meshes with the second a gear 310 .

In addition, the manual packaging tool according to an embodiment is disposed in the case 100 in parallel with the winch shaft unit 200, and may further include a cutter unit 700 for cutting the packaging band. On the other hand, the cutter unit 700 can cut the packaging band while the handle unit 500 is pivotally rotated while the position is changed to the low point position. To this end, the handle unit 500 may further include a cutter operation protrusion piece 570 protruding from the lower end to rotate the cutter unit 700 according to the operation of the handle unit 500 . On the other hand, the cutter unit 700 corresponding to the cutter operation protrusion 570 may further include a cutter pin in contact with the cutter operation protrusion 570 .

When the handle unit 500 moves from the reference position to the low point position according to the user's pressure, the roller 622 to which the handle unit 500 comes into contact rotates and the connecting link 620 also rotates. As a result, the gripper unit 600 and the holding member 810 pivot within a predetermined angle in the same direction. On the other hand, the cutter unit 700 axially rotates within a predetermined angle in a direction opposite to the axial rotation direction of the gripper unit 600 .

In the above, preferred embodiments of the present invention have been exemplarily described, but the scope of the present invention is not limited only to such specific embodiments, and can be appropriately changed within the scope described in the claims.

100: case 200: winch shaft part
300: second gear set 400: clip coupling part
500: handle portion 600: gripper portion
700: cutter unit

110: base plate
210: first gear 220: first gear groove
230: band mounting part
310: 2a gear 320: 2b gear
410: eccentric shaft part 412: eccentric cam part
420: second driven gear 430: press body
510: handle body 512: slider hole
514: first hinge hole 516: second hinge hole
520: rod 522: jamming rod
530: button unit 540: slider
550: first gear piece member 552: thread
554: rectangular hole 556: hinge hole
560: second gear piece member 562: thread
564: rectangular hole 566: hinge hole
548: fastening pin 570: cutter operation protrusion piece
580: locking plate 582: locking release protrusion
610: gripper shaft 620: connecting link
622: roller 624: pressurized stone piece
810: hold member

Claims (10)

case;
a winch shaft portion disposed in the case, and providing a tensile force to the packing band while rotating when a rotational force is applied to the first gear coupled to the outer circumferential surface;
a second gear set coupled to the outer circumferential surface of the winch shaft;
a clip coupling part disposed in the case parallel to the winch shaft part and providing a pressing force according to a descending operation with a driving force transmitted through the second gear set;
a handle part coupled to the winch shaft part and providing a rotational force to the first gear in a first mode and a rotational force to the second gear set in a second mode; and
and a gripper part disposed in the case parallel to the winch shaft part and fitting one end of the packing band to be fixed.
The gripper part,
gripper shaft;
A connection link having one end coupled to the gripper shaft and a roller disposed at the other end to rotate the gripper shaft while the roller rotates according to the operation of the handle unit. tool.
According to claim 1, wherein the handle portion,
handle body;
a rod portion disposed in an extension direction of the handle body; and
It includes; a button unit coupled to one end of the rod unit;
The handle part is a manual packaging tool capable of binding a metal clip with a single handle that is mode-switched between the first mode and the second mode depending on whether the button part is pressed.
3. The method of claim 2,
The rod part further includes a U-shaped slider formed at the other end of the rod part,
The slider includes: 1) a first gear piece that is meshed with the first gear according to the operation of the handle portion in the first mode to rotate the first gear; 2) is adapted to the operation of the handle portion in the second mode. Accordingly, a tool for manual packaging capable of binding a metal clip with a single handle to which a second gear piece member that meshes with the second gear set and rotates the second gear set is coupled by a fastening pin.
4. The method of claim 3,
The first gear piece member is L-shaped,
One end of the first gear piece member has a thread formed to mesh with the first gear, and the other end of the first gear piece member has a rectangular hole through which the fastening pin passes. Tools for manual packaging.
4. The method of claim 3,
The second gear piece member is I-shaped,
Binding of a metal clip to a single handle is formed on a side surface of the second gear piece member so as to mesh with the second gear set, and a rectangular hole through which the fastening pin passes is formed at one end of the second gear piece member. Tools for manual packaging possible.
4. The method of claim 3,
The handle body is
a slider hole through which the slider slides according to a pressing operation of the button unit;
1) a first hinge hole in which the first gear piece member is axially rotatable according to the operation of the handle part; and 2) a second hinge hole through which the second gear piece member is axially rotatable.
According to claim 1, wherein the clip binding portion,
an eccentric shaft part on which an eccentric cam part is formed;
a second driven gear coupled to the eccentric shaft and meshed with the second gear set; and
A tool for manual packaging capable of binding the metal clip with a single handle comprising a; when the eccentric shaft part rotates, the press body moves downward by the eccentric cam part to press the metal clip.
According to claim 1,
It is disposed in the case parallel to the winch shaft part, and a cutter part for cutting the packaging band; further comprising,
A tool for manual packaging capable of binding a metal clip with a single handle further comprising a; a cutter operating protrusion protruding from the lower end of the handle portion to rotate the cutter portion according to the operation of the handle portion.
delete According to claim 1,
One end of the connecting link is formed with a pressing protrusion formed to protrude outward,
When one end is pressed by the pressing protrusion, a holding member having a thread formed at the other end meshed with the first gear and the second gear set, respectively; a tool for manual packaging capable of binding the metal clip with a single handle further comprising:

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