KR102470015B1 - A stapler for the corner of the box that presses the end of the iron core by double pulling of the handle bar - Google Patents

Abstract

The present invention relates to a stapler for a box corner, fixing the corner of a conventional box, but pressing the end of an iron core and minimizing a protrusion of the end of the iron core by double pulling a handle bar. The stapler for a box corner is provided with a load bar and a press plate so that the iron core is placed on an iron core support plate in a primary first pull when a user pulls the handle bar, and the end of the iron core can be pressed inward in a secondary pull. An objective of the present invention is to provide the stapler for a box corner that presses the end of an iron core by double pulling of the handle bar.

Description

A stapler for the corner of the box that presses the end of the iron core by double pulling of the handle bar }

The present invention relates to a stapler for the corner of a box, and more particularly, to a stapler for the corner of a box capable of fixing the corner of a box, pressing the end of an iron core and minimizing protrusion of the end of the iron core by double pulling the handle bar. will be.

First, looking at the prior art,

In general, a stapler refers to a device that binds several sheets of paper into a single bundle using a D-type stapler.

In the case of such a conventional stapler, a lower plate constituting a support plate for bending the stapler of the stapler at one end of the upper side and one end hinged to the other side configured with the support plate of the lower plate rotate, and a plurality of It is composed of a stapler storage unit that forms an insertion space into which iron needles are inserted, and a top plate whose one side is connected to the hinge but surrounds the iron needle holder so that the iron needle can be drawn out when selectively pressing one side, and several sheets of paper It is configured to pick up and fix.

However, in the case of such a conventional stapler, it generally serves only to bind paper by overlapping it. In the case of prefabricated boxes as well as paper, overlapping parts can be easily overlapped and fixed with a stapler, etc., but the corners of the boxes are made of synthetic resin The bolt-nuts of the material are mutually coupled and fixed, and each end is in contact with each other to fix the corner of the box, but the protruding parts at the end overlap each other to form a hole therebetween to secure the bolt - It is fixed using a nut.

On the other hand, such a conventional prefabricated box not only has a number of inconveniences in assembling it, but also has economic efficiency in that the entire prefabricated box must be discarded because when one of the bolts and nuts is damaged, only the bolts and nuts cannot be purchased separately. Inevitably, it is inevitable to fall, and when the prefabricated box is purchased online or offline, the use of the prefabricated box itself is impossible if the bolt-nut is missing or defective.

In this prefabricated box, a separate corner reinforcing tool is configured to reinforce the corner and then fix it, but this is an impossible structure to apply to all prefabricated boxes.

Accordingly, a 'stapler' of Registration No. 10-1508527 and a 'stapler with vertical and corner fixing frames' of Publication No. 10-2010-0072120 have been disclosed, but the above problems are still not improved.

In addition, registration number 10-2011344 filed and registered by the applicant discloses a 'stapler for box edges and a method for fixing box edges using the stapler', but the ends of the iron core folded inward when the iron core is driven into the box edge are disclosed. Due to the protrusion, when the contents are put into the box, the contents are jammed and the function of the box is not smooth, and in addition, there is a problem in that the aesthetic sense is deteriorated.

The present invention has been made to solve the above problems of the prior art, and when the user pulls the handle bar, the iron core is placed on the iron core support plate in the first pull, and the end of the iron core is pressed inward in the second pull. It was completed as a technical task with an emphasis on providing a stapler for the corner of a box that presses the end of an iron core by double pulling of a handle bar composed of a load bar and a press plate to

Therefore, the present invention has an iron core support plate formed so that the iron core of the stapler is bent at one end of the upper part but gradually widened from the top to the bottom, and each inclined surface on both sides of the upper part and a fitting portion extending from the end of the inclined surface to the lower part are formed. A lower plate is formed, one end of which is hinged with one side of the lower plate, and a plurality of iron cores are inserted horizontally into the inside, an iron core outlet through which the inserted iron cores are selectively discharged, and an iron core pushing the iron core An iron core storage part composed of a member, a fixing rod formed on the opposite side of the iron core pushing member, and a first pushing elastic member having one side connected to the iron core pushing member and the other side connected to the fixing rod, and one side connected to the hinge It is formed on the upper part of the iron core storage part, and a top plate composed of a second elastic elastic member connected to one side of the iron core storage part is configured, and each side of the prefabricated box is formed between the iron core support plate and the iron core storage part. Inlet spaces in different directions are formed, and one side of the upper part is located inside the lower plate and the upper plate, and the other side is located below the lower plate, and the operation consists of a handle bar, a fixing member, a floating pin, and a pulling elastic member. In the stapler for the corner of a box, which is configured and operated by a user by pulling a handle bar, the bottom plate is formed with a pushing groove formed at a certain angle, a sliding groove formed to slide forward and backward, and a fixing groove to which a fixing pin is connected. A first load bar, a second load bar connected to the fixing pin of the first load bar, and a third load bar connected to the second load bar and the fixing pin and connected to the lower plate on the other side, configured inside the iron core support plate. and a rack that slides up and down through a sliding pin connected to the sliding groove of the first load bar, and a rotation gear that rotates in engagement with the rack that slides up and down and is configured on both sides, respectively, and the iron core support plate Box mode for pressing the end of the iron core by double pulling of the handlebar, characterized in that it is composed of a pressing plate configured on the outside and connected to the rotating gear and a fixing pin and configured on both sides respectively The stapler for frosting is characterized by its technical characteristics.

According to the stapler for box edges that presses the end of the iron core by double pulling of the handle bar of the present invention, first, second, and third load bars configured to slide toward the front of the stapler, and a rack that slides upward by sliding the first load bar And, as the rotation gear rotates in mesh with the teeth of the outer circumference due to the sliding of the rack, the pressing plate formed at the part spaced apart from the rotation gear at a certain interval presses the end of the iron core, so that when the iron core is driven into the box, the iron core It is an invention with great effects, such as minimizing the protrusion of the end of the box, no jamming when inserting the contents of the box, and maximizing aesthetics.

1 is a perspective view showing a preferred embodiment of the present invention
2 is a front view showing a preferred embodiment of the present invention
Figure 3 is a front cross-sectional view showing a preferred embodiment of the present invention
Figure 4 is a front view showing a load bar of the configuration of the present invention
Figure 5 is a front view showing the operation of Figure 4
Figure 6 is a perspective view showing a configuration for pressing the end of the iron core among the configurations of the present invention
Figure 7 is a perspective view showing the components of Figure 6 separated from the front
8 is a front view showing the iron core used in the present invention and the iron core after use

Hereinafter, a preferred configuration and operation of the present invention for achieving the above object will be described with reference to FIGS. 1 to 8 with reference to the accompanying drawings.

First of all, prior to explaining the present invention, the stapler registered by the applicant will be described.

A lower plate 100 having an iron core support plate 110 for bending the iron core 201 of the stapler at one end of the upper part 100; One end is hinged with one side of the lower plate 100, and a plurality of iron cores 201 are inserted horizontally therein, and an iron core outlet through which the inserted iron cores are selectively discharged, and pushing the iron core 201 An iron core storage unit 200 composed of an iron core pushing member, a fixing rod formed on the opposite side of the iron core pushing member, and a first pushing elastic member having one side connected to the iron core pushing member and the other side connected to the fixing rod; An upper plate 300, one side of which is connected to the hinge, is formed on the upper part of the iron core storage part 200, and is composed of a second pushing elastic member connected to one side of the iron core storage part 200 therein; In the stapler composed of, the iron core support plate is formed to gradually widen from the top to the bottom, each inclined surface is formed on both sides of the upper part, and a fitting portion extending downward from the end of the inclined surface is formed, the The outer shape of the part where the iron core outlet is formed of the iron core housing part 200 is formed to correspond to the upper part of the iron core support plate 110 so as to accommodate the upper part of the iron core support plate 110. and the iron core storage unit 200, each of the inlet spaces in different directions into which each side of the prefabricated box is inserted is formed, and after inserting each of the different box sides into the respective inlet spaces, the facing of the box It is possible to form the corner of the box by driving the iron core 201 to each side by completely contacting each other.

’자 형상으로 형성되어, 조립식 박스의 하나의 내측면 과 다른 하나의 내측면이 상기 경사진 경사면에 밀착되면서 상부의 꼭지점으로 형성된 부분에 의해 자연 스레 박스의 모서리가 정확하게 형성될 수 있게 된다.The lower plate 100 is a component substantially referring to the lower part of the stapler, and the iron core support plate 110 of the stapler is configured at the upper end, and the iron core support plate 110 has a side '

It is formed in a 'character shape, so that one inner surface and the other inner surface of the prefabricated box are in close contact with the inclined inclined surface, and the corner of the box can be naturally formed accurately by the part formed as the upper vertex.

In other words, the stapler is a technology for fixing the corner of a box, rather than overlapping and fixing multiple papers like a general stapler. It is possible to easily fix the corner part of the box to provide convenience.

On the other hand, the iron core support plate 110 may be integrated with the lower plate 100 or the fitting part of the iron core support plate 110 may be inserted into the lower plate 100 where the iron core support plate 110 is located and the end may be caught. The stepped portion is formed so that the iron core support plate 110 can be selectively inserted into and separated from the stepped portion.

Through such a structure that can be inserted and separated, only the iron core support plate 110 can be replaced in the event of damage to the iron core support plate 110, and thus excellent maintenance effects and economic efficiency can be increased. In the separation structure, by forming both side lengths of the stepped portion longer than both side lengths of the iron core support plate 110 for a more robust fixing force, an interference fit method can be applied, and a keyway is formed on one side of the stepped portion, , A key may be formed on one side of the fitting part of the iron core support plate 110 so that the key can be inserted into the key groove.

In addition, grooves are formed in the iron core support plate 110 so that both ends of the iron core 201 of the stapler are in contact with each other and bent in a direction facing each other to enable end treatment.

The iron core holder 200 has an insertion space into which the iron core 201 is inserted, and is hinged to the other side of the lower plate 100 on which the iron core support plate 110 is formed. , It consists of an iron core discharge port, an iron core pushing member, and a first pushing elastic member.

The fixing rod is configured inside the iron core storage part 200 in a vertical direction so that one end of the first push elastic member can be caught and fixed. It is configured on the other side of (200).

The iron core discharge port 220 is configured on the other side of the iron core storage part 200 where the fixing bar is formed, and is a general structure for allowing the iron core 201 to be discharged by the upper plate 300 to be described below.

The iron core pushing member is configured to push the iron core 201 stored in the storage space in which the iron core is stored in a direction toward the iron core discharge port, and one side of the first elastic pushing member is connected to the iron core pushing member, The iron core pushing member is configured to always push through the property that the other side is pushed by being connected to the fixing bar.

The iron core storage unit 200 is configured similarly to the structure of a general iron core housing unit, but the iron core 201 is also formed similarly to the shape of the iron core support plate 110 to fix the corner of the box, and the iron core ( 201) is formed to correspond to the shape of the iron core 201 so as to prevent the iron core from being separated, and the iron core 201 is fixed.

On the other hand, the upper plate 300 is hinged to the part where the iron core storage part 200 is hinged and located on the upper part of the iron core storage part 200, and its configuration includes a second pushing elastic member, a support rod, and a locking It consists of bundles.

The top plate 300 serves to push the iron core 201 stored in the iron core storage unit 200 so that it can be embedded in each side of the box to finally form the corner of the box, and on one side of the inside, A support rod that contacts one side of the inclined portion is formed on the other side where the pulling elastic member is formed around the fixing member of the operating means to be described, and on the other side of the inside of the top plate 300 on which the support rod is formed, a hooking member that is caught by the end of the pulling elastic member teeth are formed

That is, the support rod is configured to take a fixed form to support the lower part in order to prevent damage to the fixing member of the operating means to be described below, and to allow the pulling elastic member to be caught in the case of the engaging bundle.

The operating means is a core component, and is composed of a handle bar 410 that the user can directly pull by hand, a fixing member, a floating pin, and a pulling elastic member.

The handle bar 410 has one upper side positioned inside the lower plate 100 and the upper plate 300 and the other side located below the lower plate 100, but one side of the central part is located on one lower side of the lower plate 100. It is hinged and rotates around the hinge, and a locking groove that selectively engages the floating pin 430 is formed on one side of the upper portion, and when selectively pulled by the user, the locking groove surrounds the floating pin 430 and The floating pin 430 rides on the upper side of the fixing member and is pushed in one direction, so the upper plate 300 is naturally pulled downward, and the upper part of the iron core 201 is pressed and discharged to fix the corner of the box.

As described above, it is not a commonly used stapler, but a staple for the corner of the box, and the part located on the same line as the iron core support plate 110 of the upper plate 300 and lower plate 100 like a normal stapler is placed at the corner of the box. Since the pressing work is somewhat difficult, by constructing the handle bar 410, the upper part of the other side of the top plate 300 on which the handle and the iron core support plate 110 are formed can be pressed without pressing the above parts, so the work is convenient gender can be assigned.

In addition, although not shown, the handle bar 410 is formed so as to continuously form a waveform to the outside of the lower part to prevent slipping by inserting the user's fingers. and can be used.

The fixing member is formed inside the top plate 300, the upper part of which is connected to the inner upper side of the top plate 300, and a connecting plate having a protrusion into which the second elastic elastic member is inserted is formed at one side of the lower part, and the connection plate is formed. An inclined portion is formed extending from the end of the plate to be inclined downward and the end of the floating pin fixing plate is formed in the same direction as the connecting plate. The connecting plate is a component for connection with the upper plate 300, and the inclined portion is formed. The part serves as a moving path through which the floating pin 430 to be described below can move while riding the inclined portion, while the other side to which the floating pin 430 abuts is supported by the supporting rod and is a fixing member by pulling the handle bar 410 When is pushed, it is possible to prevent damage to the fixing member.

In addition, in the case of the movable pin fixing plate, the movable pin 430 is placed in its original state after moving along the inclined surface, and a fixing groove formed with a round side is formed to prevent separation, so that the movable pin 430 is normally When the handle bar is operated after being located in the fixing groove, it moves along the inclined portion and can be repositioned in the fixing groove in its original state by an elastic pulling member to be described below.

The floating pin 430 is located inside the top plate 300 and is positioned in the fixing groove of the floating pin fixing plate, and is configured to flow along the inclined portion selectively by the handle bar 410, and the fixing member is placed on one side. This is a configuration for moving one side of the top plate 300 downward by pushing in the direction.

The pulling elastic member has the same structure as a normal spring and has a pulling property. One side is connected to one side inside the top plate 300 and the other side is connected to the floating pin 430, by the handle bar 410. After the movable pin 430 is moved along the slope, when the user releases the force applied to the handle bar 410, the movable pin 430 is restored to its original state.

That is, when the handle bar 410 and one side of the top plate 300 are pulled and pressed in a direction facing each other, the operating means forcibly moves the floating pin 430 so that the iron core 201 of the stapler can be discharged.

On the other hand, looking at the box corner fixing method using such a stapler, it consists of a box shape construction step, a box inlet step, a corner forming step, and a corner fixing step.

The box shape construction step is a step of forming an angle by folding each surface of the provided prefabricated box. The box inlet step is a step in which each different surface of the prefabricated box is brought into the inlet space formed between the iron core support plate 110 of the lower plate 100 and the iron core housing part 200. At this time, each of the boxes so that the inside of the surface of the iron core support plate 110 can be completely adhered to.

The corner forming step is a step of forming a corner by positioning the ends where the respective faces of the retracted box face each other so as to come into contact with each other, so that the ends are completely in close contact.

The corner fixing step is to press the lower plate 100 and the upper plate 300 to each other in a direction facing each other or pull and press the handle bar 410 and the upper plate 300 in a direction facing each other to form an iron core 201 on each surface. It is a step of fixing each corner by driving, and in the case of a generally polygonal box, the above method is repeatedly applied to each corner, so that the corner of the box can finally be fixed.

Hereinafter, the present invention is a stapler configured to allow a user to double-pull the handle bar 410 so as to press the end 201a of the iron core 201 in the above-described stapler configuration.

The stapler for the corner of the box that presses the end of the iron core by the double pull of the handlebar of the present invention,

The iron core 201 of the stapler is bent at one end of the upper part, but gradually widened from the top to the bottom, and each inclined surface on both sides of the upper part and a fitting part extending from the end of the inclined surface to the lower part are formed. A lower plate 100 is configured, one end of which is hinged with one side of the lower plate 100, and a plurality of iron cores 201 are inserted in the horizontal direction therein, and an iron core outlet through which the inserted iron cores are selectively discharged. The number of iron cores composed of an iron core pushing member pushing the iron core 201, a fixing rod formed on the opposite side of the iron core pushing member, and a first pushing elastic member having one side connected to the iron core pushing member and the other side connected to the fixing bar The payment 200 is composed, one side of which is connected to the hinge, is configured on the upper part of the iron core storage part 200, and is connected to one side of the iron core storage part 200. Composed of a second push elastic member An upper plate 300 is formed, and a lead-in space in different directions into which each side of the prefabricated box is inserted is formed between the iron core support plate and the iron core housing part 200, and one side of the upper part is formed between the lower plate 100 and the upper plate. (300), and the other side is located below the lower plate (100), and a control means composed of a handle bar (410), a fixing member, a floating pin (430), and a pulling elastic member is configured so that the user can handle the handle. In the stapler for box edges operated by pulling the bar,

The lower plate 100 includes a first load bar 1100 having a push groove 1101 formed at a certain angle, a sliding groove 1103 formed to slide forward and backward, and a fixing groove 1105 to which a fixing pin is connected. , The second load bar 1200 connected to the fixing pin of the first load bar 1100 and the third load bar connected to the second load bar 1200 with a fixing pin and the other side connected to the lower plate 100 (1300), which is configured inside the iron core support plate 110 and slides up and down through a sliding pin connected to the sliding groove 1103 of the first load bar 1100; A rack 2100; Rotating gears 2200 are engaged with the rack 2100 that slides upward and downward and are configured on both sides, and are configured on the outside of the iron core support plate 110 and are connected to the rotation gear 2200 and a fixing pin. It is connected and composed of pressing plates 2300 respectively configured on both sides.

If the above invention is described in more detail,

The basic components of the present invention, the lower plate 100, the iron core storage unit 200, the upper plate 300, the lead-in space, and the operating means will be omitted from the above description.

The lower plate 100 includes a load bar and a pusher, and the load bar includes first, second, and third load bars 1100, 1200, and 1300, and the pusher includes a rack 2100 and a rotation gear 2200. and a pressing plate 2300 are configured.

The first load bar 1100 is formed with a push groove 1101 formed at a certain angle, a sliding groove 1103 formed to slide forward and backward, and a fixing groove 1105 to which a fixing pin is connected.

The push groove 1101 passes through one side of the first load bar 1100 and is formed at a certain angle, but is horizontal so that the first load bar 1100 can slide a certain length in the horizontal direction at the bottom. An extension groove extending a certain length in the direction is formed.

The second load bar 1200 is connected to the first load bar 1100 with a fixing pin.

A second support member (not shown) supported by the first and third load bars 1100 and 1300 so that the first and third load bars 1100 and 1300 connected to each other do not exceed a certain angle. city) is formed.

One side of the third load bar 1300 is connected to the second load bar 1200 through a fixing pin, and the other side is connected to the lower plate 100.

On the other side of the third load bar 1300, a third support member (not shown) supported by the lower plate 100 so that the third load bar 1300 does not exceed a certain angle is configured.

At one side of the first load bar 1100, a pulling member 1400 is connected to the lower plate 100 to return the first load bar 1100 to its original position.

The pulling member 1400 is configured to return the first load bar 1100 sliding to the front of the stapler, and a connection portion is formed on one side of the first load bar 1100 so as to be connected to one side of the pulling member 1400. And, the connection portion is also configured on the lower plate 100 so as to be connected to the other side of the pulling member 1400.

The pulling member 1400 may be composed of a spring or a component capable of returning the first load bar 1100 such as a cylinder to its original position.

A rack 2100, a rotating gear 2200, and a pressing plate 2300 are configured in the pressing part.

The rack 2100 is configured inside the iron core support plate 110 and slides up and down through a sliding pin 2110 connected to the sliding groove 1103 of the first load bar 1100.

The rack 2100 has a through groove formed in the center so that the first load bar 1100 can pass therethrough, and sliding pins 2110 connected to the sliding groove 1103 of the first load bar 1100 on both sides. A sliding pin groove is formed so as to be penetrated and connected.

In addition, a plurality of sawtooth shapes are formed on the outer periphery of both sides of the rack 2100 .

Rotating gear 2200 meshes with the rack 2100 that slides upward and downward and rotates, and is configured on both sides, respectively.

The rotating gear 2200 has a tooth shape meshing with the tooth shape of the rack 2100, and an extension shaft extending long in the horizontal direction is formed.

The sawtooth shape allows the rotation gear 2200 to rotate as the rack 2100 slides up and down, and the extension shaft is connected to the press plate 2300 through the through hole of the iron core support plate 110.

A fixed shaft protruding in one direction is formed on the extension shaft to prevent separation after being connected to the pressing plate.

The pressing plate 2300 is configured on the outer side of the iron core support plate 110 and is connected to the rotating gear 2200 with a fixing pin, and is configured on both sides, respectively.

The press plate 2300 rotates with the rotation of the rotation gear 2200, but presses the end 201a of the iron core 201.

The rotary gear 2200 and the pressing plate 2300 may be formed in a fan shape as shown in the present invention or in a shape capable of pressing the end 201a of the iron core 201, so the shape is I will not limit.

A rear support plate 2500 is formed on one side of the rack 2100, and a front support plate 2400 is formed on one side of the iron core support plate 110.

The front support plate 2400 has a through hole 2410 through which the end of the first load bar 1100 passes, and supports the press plate 2300 and prevents separation at the same time.

The rear support plate 2500 has a through hole 2510 through which the end of the first load bar 1100 passes, and supports the rack 2100 and the rotating gear 2200 and prevents separation at the same time.

An induction path 350 through which the floating pins 430 flow is formed in the upper plate 300 .

The induction path 350 is to maximize the effect when the user pulls the handle bar 410, so that the primary pulling by placing the iron core at the corner of the box and the secondary pulling by pressing the end of the iron core are performed. formed.

Although the induction furnace 350 is formed in a 'ㅅ' shape in the present invention, the above shape is not limited because it may be formed in a straight line or a bent line.

According to the present invention as described above, the first, second and third load bars configured to slide to the front of the stapler, the rack sliding upward by sliding of the first load bar, and the sliding of the rack engaged with the teeth of the outer circumference As the rotating gear rotates, the pressing plate formed at the part spaced apart from the rotating gear presses the end of the iron core, so that when the iron core is inserted into the box, protrusion of the end of the iron core can be minimized, and the box's There is no jamming when inserting the contents, and the aesthetic sense can be maximized.

100: lower plate 110: iron core support plate
200: iron core storage unit
201: iron core 201a: iron core end
300: upper plate 350: induction furnace
410: handle bar 430: floating pin
1100: first load bar
1101: pushing groove 1103: sliding groove 1105: fixed groove
1200: second load bar 1300: third load bar 1400: pulling member
2100: rack 2200: rotation gear 2300: press plate
2400: front support plate 2410: through groove
2500: rear support plate 2510: through groove

Claims (5)

The iron core 201 of the stapler is bent at one end of the upper part, but gradually widened from the top to the bottom, and each inclined surface on both sides of the upper part and a fitting part extending from the end of the inclined surface to the lower part are formed. A lower plate 100 is configured, one end of which is hinged with one side of the lower plate 100, and a plurality of iron cores 201 are inserted in the horizontal direction therein, and an iron core outlet through which the inserted iron cores are selectively discharged. The number of iron cores composed of an iron core pushing member pushing the iron core 201, a fixing rod formed on the opposite side of the iron core pushing member, and a first pushing elastic member having one side connected to the iron core pushing member and the other side connected to the fixing bar The payment 200 is composed, one side of which is connected to the hinge, is configured on the upper part of the iron core storage part 200, and is connected to one side of the iron core storage part 200. Composed of a second push elastic member An upper plate 300 is formed, and a lead-in space in different directions into which each side of the prefabricated box is inserted is formed between the iron core support plate and the iron core housing part 200, and one side of the upper part is formed between the lower plate 100 and the upper plate. (300), and the other side is located below the lower plate (100), and a control means composed of a handle bar (410), a fixing member, a floating pin (430), and a pulling elastic member is configured so that the user can handle the handle. In the stapler for box edges operated by pulling the bar,
The lower plate 100 includes a first load bar 1100 having a push groove 1101 formed at a certain angle, a sliding groove 1103 formed to slide forward and backward, and a fixing groove 1105 to which a fixing pin is connected. ,
A second load bar 1200 connected to the fixing pin of the first load bar 1100 and
A third load bar 1300 is connected to the second load bar 1200 with a fixing pin and the other side is connected to the lower plate 100,
A rack 2100 that slides up and down through a sliding pin 2110 configured inside the iron core support plate 110 and connected to the sliding groove 1103 of the first load bar 1100, and Rotating in engagement with the sliding rack 2100 and rotating gears 2200 configured on both sides are configured,
The end of the iron core by double pulling of the handle bar, characterized in that it is composed of a pressing plate 2300 configured on the outside of the iron core support plate 110 and connected to the rotation gear 2200 and a fixing pin and configured on both sides respectively. Stapler for pressing box edges.
According to claim 1,
A front support plate 2400 having a through groove 2410 through which the end of the first load bar 1100 passes is formed on one side of the iron core support plate 110, characterized in that the end of the iron core by double pulling of the handle bar A stapler for box corners that presses down on the edges.
According to claim 1,
On one side of the rack 2100, a rear support plate 2500 having a through groove 2510 through which the end of the first load bar 1100 passes is formed. Stapler for pressing box edges.
According to claim 1,
At one side of the first load bar 1100, a pulling member 1400 is connected to the lower plate 100 to return the first load bar 1100 to the original position, characterized in that the end of the iron core by double pulling of the handle bar. A stapler for box corners that presses down on the edges.
According to claim 1,
The top plate 300 is formed with an induction path 350 through which the floating pin 430 flows.

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