KR102656877B1 - Perforator for certification capable of automatic feeding - Google Patents

Abstract

An authentication drilling machine according to an embodiment of the technical idea of the present invention includes a base portion having a flat upper surface; A body portion located on a portion of the upper surface of the base portion and forming an insertion space between a portion of the lower surface and the upper surface of the base portion; and a supply unit positioned spaced apart from the base unit and connected to the base unit to supply a paper document into the insertion space, wherein the supply unit moves at least one paper document to be inserted into the insertion space, and the body unit is inserted into the insertion space. It may be characterized by forming a plurality of holes in the paper document.

Description

Perforator for certification capable of automatic feeding}

The present invention relates to a puncher, and more specifically, to an authentication puncher that can easily receive a plurality of paper documents and punch the same pattern or letter to provide an authentication mark.

Generally, in fields such as law and finance, authentication is performed on paper documents such as contracts. This certification can prove that paper documents followed appropriate procedures. For example, in a paper document, a seal may be indicated to prove that each page is related to the other. This type of seal is made by overlapping stamps on both sides of a paper document, or by perforating a certain pattern or letter throughout the paper document.

The perforation method uses a perforator to form patterns or letters in a certain pattern on a paper document. Here, the puncher is operated by the operator's force, and requires considerable force to punch paper documents, making it somewhat cumbersome to use. In addition, the paper document is supplied to the puncher by the operator for punching, aligned, and separated from the puncher by the worker in the perforated state.

The technical problem to be achieved by the authentication puncher according to the technical idea of the present invention is to provide an authentication puncher that automatically receives paper documents, aligns them, and punches them.

In addition, the technical problem to be achieved by the authentication puncher according to the technical idea of the present invention is to provide an authentication puncher that can automatically separate a paper document from the puncher in a punched state.

The technical problems to be achieved by the certified punching machine according to the technical idea of the present invention are not limited to the problems mentioned above, and other problems not mentioned will be clearly understood by those skilled in the art from the description below.

An authentication drilling machine according to an embodiment of the technical idea of the present invention includes a base portion having a flat upper surface; A body portion located on a portion of the upper surface of the base portion and forming an insertion space between a portion of the lower surface and the upper surface of the base portion; and a supply unit positioned spaced apart from the base unit and connected to the base unit to supply a paper document into the insertion space, wherein the supply unit moves at least one paper document to be inserted into the insertion space, and the body unit is inserted into the insertion space. It may be characterized by forming a plurality of holes in the paper document.

In addition, the base portion includes a collection body that has an open upper surface and is inserted into one side of the base portion or detachable from one side of the base portion; And it may include a base guide located on the upper surface of the base portion to correspond to the insertion space and connected to the upper surface of the collection body and having a plurality of base holes each having a different inner diameter.

In addition, the body portion includes a body base that has a pillar shape and is positioned in a vertical direction on the upper surface of the base portion near the base guide; a transmission unit rotatably positioned on an upper surface of the body base and corresponding to the base guide on the upper side of the base guide; A driving unit located on the upper surface of the body base to correspond to the transmission unit and rotating the transmission unit through the body base; A moving part connected to the transmission unit and located on the upper side of the base guide, and capable of moving up and down by rotation of the transmission unit; A body guide that has a plate shape, is fixed to the body base, is located between the moving part and the base guide, and has a plurality of guide holes each having a different inner diameter to correspond to the base hole. A moving guide positioned in a vertical direction on the upper surface of the body guide and penetrating the moving part; a plurality of perforation members positioned on the lower surface of the moving unit to correspond to the guide hole, each having a different outer diameter, and capable of passing through the guide hole and the base hole; and a light emitting unit connected to the driving unit and generating light when the driving unit operates.

In addition, the transmission unit includes a transmission body that has a cylindrical shape and is rotatably positioned on an upper surface of the body base; and a connection body spaced apart from the center of the transmission body and inserted into the transmission body and connected to the driving unit, wherein when the connection body is rotated by the driving unit, the transmission body may be eccentrically rotated around the connection body as an axis.

In addition, the moving part includes: a first moving member that has a plate shape, is located below the transmission part in a horizontal direction, is in contact with the transmission part, and has a perforation member positioned on the lower surface; a second moving member that has a plate shape, is located above the transmission unit in a horizontal direction, is in contact with the transmission unit, and is positioned parallel to the first moving member; and a pair of connecting members connecting the first moving member and the second moving member, and having a transmission portion positioned between them, wherein the moving guide passes through the first moving member and the second moving member and is parallel to the connecting member. When positioned and the transmission body is eccentrically rotated about the connection body as an axis, the first moving member moves toward the body guide, and the piercing member can pass through the guide hole and the base hole.

In addition, the base portion includes a first guide whose first end portion is horizontally inserted into the first side of the base portion and positioned so as to be movable, and a second end opposite to the first end of the first guide orthogonal to the first guide. an auxiliary guide including a second guide extending upwardly while doing so; and a fixing member located on one surface of the base portion and capable of being in contact with or spaced apart from the first side end surface of the first guide, wherein the supply portion has a cylindrical shape with a supply space penetrating the upper and lower surfaces, and the base a supply storage portion located away from the base portion and corresponding to a second side opposite to the first side of the portion; a supply moving unit located below the supply storage unit to connect the supply storage unit and the base unit, extending to a second side of the base unit, and moving the paper document in the supply direction to be inserted into the insertion space; An air supply unit located below the supply storage unit on the first side of the supply storage unit and supplying air to the supply moving unit facing the lower surface of the supply storage unit; and a supply guide portion positioned adjacent to the supply moving portion at the lower side of the air supply portion on the first side of the supply storage portion and capable of being rotated by air supplied to the supply moving portion, wherein the supply guide portion is positioned at the first side of the supply storage portion. A circular rod-shaped guide rotating body adjacent to the side and positioned along a direction perpendicular to the supply direction between the supply storage unit and the supply moving unit; A guide connector extending from the first side of the supply storage part below the air supply part and connected to both longitudinal cross-sections of the guide rotary body, and allowing the guide rotary body to rotate; and a plurality of guide assistants, each formed in a curved plate shape, positioned on the outer peripheral surface of the guide rotating body to be spaced apart from each other along the circumferential direction of the guide rotating body, and moved by air by an air supply unit to rotate the guide rotating body. It includes a sieve, and the air supply unit supplies air to the supply moving unit, passing through the lower surface of the supply space to space a plurality of paper documents located in the supply moving unit in a stacked state from each other in the vertical direction, and assisting the guide. The sieve moves and comes into contact with a paper document that is spaced apart from the upper surface of the feeding moving part, and one paper document located on the upper surface of the feeding moving part passes through the lower side of the feeding guide part by the feeding moving part to be inserted into the insertion space. direction and may be inserted into the insertion space to contact the second guide.

In addition, the body portion further includes a separation guide portion located on both sides of the body base between the body guide and the base guide and inserted into the insertion space to contact the paper document, wherein the perforation member is moved upward, so that the lower end of the perforation member When separated from this base hole and positioned on the upper side of the paper document inserted into the insertion space, the separation guide is inserted into the insert space to separate the paper document from the insert space, and when the lower end of the perforation member is positioned in the guide hole, the separation guide is inserted into the insertion space. may not be inserted into the insertion space.

In addition, the supply unit is formed in the shape of a circular plate, with a plurality of separation openings corresponding to the size of the paper document each formed along the circumferential direction, a plurality of hinged connections to open and close each of the separation openings, and a plurality of cover holes each formed. a supply base on which two separate covers are located; a supply drive unit positioned to be spaced apart from the base portion and positioned at the center of the lower surface of the supply base to rotate the supply base around the center of the supply base; and a supply collection portion in which a collection space is concavely formed on the upper surface, spaced apart from the base portion and the supply base, and located on the lower side of the supply base near the edge of the supply base, wherein the separation cover closes the separation opening. The cover is inserted into the separation opening and located at the bottom of the separation opening, the cover holes are located near the edge of the supply base so that they can be positioned to correspond to the base holes and the guide holes, and the paper document is placed on the separation cover. It is inserted into the separation opening, the supply drive unit rotates the supply base in the rotation direction, one separation cover is partially inserted into the insertion space, the cover holes are positioned to correspond to the base holes and the guide holes, and the supply drive unit Stopping the supply base, the perforating member moves downward by the transmission unit and the moving unit, penetrates the guide hole and the cover hole, and is inserted into the base hole to form a hole in the paper document located in one separation cover. .

In addition, a plurality of stop holes are formed in the supply base at regular intervals from each other along the circumferential direction of the supply base, each stop hole is formed adjacent to each of the separation openings, and the body portion is formed in a bar shape, A stop base located on the lower surface of the body guide near the guide holes and having a bar-shaped stopping space concavely formed on the lower surface; A stationary moving body formed in a rod shape corresponding to the stationary space and inserted into the stationary space; A stationary body that has a spherical shape, is rotatably inserted and positioned on the lower surface of the stationary moving body, and is in contact with the supply base or inserted into the stationary hole and in contact with the base guide; and a stop member in the form of a compression spring and including a stop guide positioned in the stop space while connecting the top surface of the stop space and the top surface of the stop moving body, with a portion of the supply base inserted into the insertion space. , the stationary body is in contact with the supply base and the stationary inductor is compressed with a restoring force accumulated by the stationary moving body, and when the supply base is rotated in the rotation direction by the supply drive unit, the stationary body rotates in contact with the supply base. When the stationary body is positioned to correspond to the stationary hole, the stationary guide is restored and moves the stationary moving body toward the stationary hole, the stationary body is inserted into the stationary hole and contacts the base guide, and the supply base is temporarily stopped. The supply driver maintains the supply base in a stationary state, the cover hole is positioned to correspond to the base hole and the guide hole, and when the lower end of the perforation member is placed in the guide hole after a hole is formed in the paper document, the supply is supplied. The base is rotated again in the rotation direction by the supply drive unit, and the stationary body is separated from the stationary hole and placed on the supply base, and the stationary moving body can be moved upward to compress the stationary body to accumulate restoring force.

In addition, the feed drive unit rotates the feed base in the rotational direction, so that the separation cover is moved close to the feed collection unit with a hole formed and the paper document separated from the insertion space positioned, and the feed drive unit stops the feed base. In this state, the separation cover can be rotated to open the separation opening when positioned within a set distance from the supply collection unit, allowing the paper document to slide along the separation cover and guided into the collection space.

The authentication drilling machine according to embodiments of the technical idea of the present invention has the following effects.

(1) Ensures that paper documents are automatically fed, aligned, and perforated.

(2) Ensure that paper documents can be automatically separated from the puncher in a perforated state.

However, the effects that can be achieved by the certified punching machine according to an embodiment of the present invention are not limited to those mentioned above, and other effects not mentioned can be clearly understood by those skilled in the art from the description below. will be.

In order to more fully understand the drawings cited in this specification, a brief description of each drawing is provided.
Figure 1 is a perspective view showing an authentication punching machine according to a first embodiment of the present invention.
Figure 2 is a perspective view showing the interior of the body portion of the authentication punching machine according to the first embodiment of the present invention.
Figure 3 is a diagram showing a drilling operation in an authentication drilling machine according to the first embodiment of the present invention.
Figure 4 is a diagram schematically showing the supply part in the authentication punching machine according to the first embodiment of the present invention.
Figure 5 is a perspective view showing an authentication drilling machine according to a second embodiment of the present invention.
Figure 6 is a perspective view showing the interior of the body portion of the authentication punching machine according to the second embodiment of the present invention.
Figure 7 is a diagram showing a drilling operation in an authentication drilling machine according to a second embodiment of the present invention.

Since the present invention can make various changes and have various embodiments, specific embodiments will be illustrated in the drawings and described in detail through detailed description. However, this is not intended to limit the present invention to specific embodiments, and the present invention should be understood to include all changes, equivalents, and substitutes included in the spirit and technical scope of the present invention.

In describing the present invention, if it is determined that a detailed description of related known technologies may unnecessarily obscure the gist of the present invention, the detailed description will be omitted. In addition, numbers (eg, first, second, etc.) used in the description of this specification are merely identifiers to distinguish one component from another component.

In addition, in this specification, when a component is referred to as "connected" or "connected" to another component, the component may be directly connected or directly connected to the other component, but specifically Unless there is a contrary description, it should be understood that it may be connected or connected through another component in the middle.

In addition, the components expressed as '~ part' in this specification may be two or more components combined into one component, or one component may be differentiated into two or more components according to more detailed functions. In addition, each of the components described below may additionally perform some or all of the functions of other components in addition to the main functions that each component is responsible for, and some of the main functions of each component may be different from other components. Of course, it can also be performed exclusively by a component.

Hereinafter, embodiments based on the technical idea of the present invention will be described in detail one by one.

Figure 1 is a perspective view showing the authentication puncher 100 according to the first embodiment of the present invention, and Figure 2 shows the interior of the body portion 102 in the authentication puncher 100 according to the first embodiment of the present invention. It is a perspective view, and Figure 3 is a drawing showing a drilling operation in the authentication drilling machine 100 according to the first embodiment of the present invention, and Figure 4 is a supply part ( This is a diagram schematically showing 103).

As shown in Figures 1 to 4, the authentication puncher 100 according to the first embodiment of the present invention may include a base part 101, a body part 102, and a supply part 103, and the supply part ( The paper document 1 is supplied to the insertion space 10 formed of a predetermined size between the base part 101 and the body part 102 using 103), and the paper document is aligned in the insertion space 10. It can be used to perform drilling to form a plurality of holes in (1). Here, the plurality of holes may be arranged to form patterns or letters in the paper document 1 and may serve as a seal for the paper document 1.

The base portion 101 may have a rectangular parallelepiped shape, and may have a particularly flat upper surface. Additionally, the base portion 101 may include a collection body 111, a base guide 113, an auxiliary guide 115, and a fixing member 117.

The collection body 111 is formed in a shape corresponding to the base portion 101 (i.e., a rectangular parallelepiped shape) and may have an open upper surface. Here, the collection body 111 may be inserted into the base portion 101 through one side of the base portion 101 (see the front portion of the base portion 101 in FIG. 1), or may be separated from the base portion 101. You can.

The base guide 113 is formed in a plate shape and may be located on the upper surface of the base portion 101. Here, the base guide 113 may be positioned to correspond to the collection body 111 inserted into one surface of the base portion 101. In particular, it may be desirable for the base guide 113 to be positioned to correspond to the insertion space 10, which will be described in detail later.

Additionally, a plurality of base holes 113' may be formed in the base guide 113. Here, the base hole 113' may be formed to have different diameters, for example, may be formed to have an inner diameter of 1.2 mm to 1.5 mm, and may be arranged to form predetermined letters or patterns. In particular, the base hole 113' may be connected to the upper surface of the collection body 111.

The auxiliary guide 115 is partially inserted into the first side of the base portion 101 and is gradually inserted into the first side of the base portion 101 or gradually protrudes from the first side of the base portion 101. . Here, it may be desirable for the auxiliary guide 115 to be located near one surface of the base portion 101.

Additionally, the auxiliary guide 115 may include a first guide 115a and a second guide 115b.

The first guide 115a is formed in a rectangular bar shape, and is inserted into the first side of the base portion 101 in a horizontal direction, so that it can be gradually inserted into the first side of the base portion 101 or the first guide 115a may be inserted into the first side of the base portion 101. It may gradually protrude from the first side of. Here, the first end portion of the first guide 115a may be inserted into the first side of the base portion 101.

The second guide 115b may extend upward while being perpendicular to the first guide 115a at a second end opposite to the first end of the first guide 115a. When the paper document 1 is positioned on the upper surface of the base portion 101, the paper document 1 is positioned on the upper side of the first guide 115a, and the edge of the paper document 1 is positioned on the second guide 115b. can be contacted. That is, the paper document 1 can be positioned on the upper surface of the base portion 101 in an aligned state by the auxiliary guide 115.

The fixing member 117 may be located on one surface of the base portion 101 and may be in contact with the first side end surface of the first guide 115a or may be spaced apart from the first side end surface of the first guide 115a. Here, the first side cross section of the first guide 115a may mean a side cross section corresponding to one surface of the base portion 101 in the first guide 115a. Additionally, when the fixing member 117 contacts the first side end surface of the first guide 115a, the auxiliary guide 115 may be positioned in a fixed state in the base portion 101.

Additionally, the fixing member 117 may be screwed to one surface of the base portion 101 and may be in contact with the first side end surface of the first guide 115a or may be spaced apart from the first side end surface of the first guide 115a. there is.

The body portion 102 may be located on a portion of the upper surface of the base portion 101. Here, the lower surface of the body portion 102 may have a smaller size than the upper surface of the base portion 101.

The previously mentioned insertion space 10 may be formed between a portion of the lower surface of the body portion 102 and the upper surface of the base portion 101. Here, the insertion space 10 may have open one side and both sides, and may be positioned to correspond to the base guide 113 of the base portion 101. The paper document 1 may be inserted into the insertion space 10 and positioned on the upper surface of the base portion 101. The body portion 102 may perforate the paper document 1 inserted into the insertion space 10 to form a plurality of holes. Here, the plurality of holes may be positioned to correspond to the previously mentioned base holes 113' and may be formed to have the same inner diameter as the base holes 113'.

In addition, the body portion 102 includes a body base 121, a transmission portion 122, a driving portion 123, a moving portion 124, a body guide 125, a moving guide 126, a perforation member 127, and a light emitting body. It may include (128).

The body base 121 has a pillar shape, particularly a hexagonal pillar shape, and may be located on the upper surface of the base portion 101 near the base guide 113. Here, the body base 121 is positioned perpendicular to the upper surface of the base portion 101 and may include a reducer, etc.

The transmission unit 122 may be rotatably positioned on an upper surface of the body base 121. Here, the transmission unit 122 may be located above the base guide 113 to correspond to the base guide 113. Additionally, the transmission unit 122 may include a transmission body 122a and a connection body 122b.

The transmission body 122a has a cylindrical shape and may be positioned so as to be rotatable orthogonal to the upper surface of the body base 121.

The connection body 122b may be positioned spaced apart from the center of the transmission body 122a and inserted into the transmission body 122a. The transmission body 122a can be rotated together with the connection body 122b. Here, when the connection body (122b) is rotated around the center of the connection body (122b), the transmission body (122a) may be eccentrically rotated around the connection body (122b).

The driving unit 123 may be positioned on the upper surface of the body base 121 to correspond to the transmission unit 122. Here, the driving unit 123 is connected to the transmission unit 122 through the body base 121 and can rotate the transmission unit 122. In particular, the driving unit 123 is connected to the connection body 122b of the transmission unit 122 and can rotate the connection body 122b. Because of this, the transmission body 122a can be eccentrically rotated around the connection body 122b.

Additionally, the driving unit 123 of this embodiment is in the form of a motor and can be operated while receiving power.

The moving unit 124 is connected to the transmission unit 122 and may be positioned above the base guide 113. When the transmission unit 122 is rotated by the driving unit 123, the moving unit 124 may move in the up and down direction. That is, the moving part 124 may be moved toward the base guide 113 or away from the base guide 113. Additionally, the moving unit 124 may include a first moving member 124a, a second moving member 124b, and a connecting member 124c.

The first moving member 124a has a plate shape and is positioned in a horizontal direction to be positioned below the transmission unit 122, especially in contact with the transmission body 122a.

The second moving member 124b has a plate shape and is positioned in a horizontal direction so that it can be positioned on the upper side of the transmission unit 122 while in contact with the transmission unit 122, especially the transmission body 122a. Here, the second moving member 124b may be positioned parallel to the first moving member 124a.

The connecting member 124c may be positioned between the first moving member 124a and the second moving member 124b to connect the first moving member 124a and the second moving member 124b. In particular, the connecting member 124c is formed as a pair and may be connected to the upper surface of the first moving member 124a and the lower surface of the second moving member 124b. Additionally, the transmission unit 122 may be positioned between the first moving member 124a and the second moving member 124b as well as between the connecting members 124c. When the transmission body 122a is eccentrically rotated around the connection body 122b as an axis, the first moving member 124a, the second moving member 124b, and the connecting member 124c may be moved in the vertical direction.

The body guide 125 has a plate shape, is located between the moving part 124 and the base guide 113, and may be fixed to the lower part of one side of the body base 121. Additionally, an insertion space 10 may be formed between the base guide 113 and the body guide 125 located on the upper surface of the base portion 101. A plurality of guide holes 125' may be formed in the body guide 125 to correspond to a plurality of base holes 113'.

The moving guide 126 is formed in a bar shape, and is positioned in a vertical direction on the upper surface of the body guide 125 and penetrates the moving part 124. Here, the moving guide 126 is made up of a pair, and the transmission part 122 is located between them, and is positioned penetrating the first moving member 124a and the second moving member 124b. When the transmission body 122a is eccentrically rotated around the connection body 122b as an axis, the moving part 124 may be moved in the vertical direction along the moving guide 126.

The perforation member 127 may be composed of a plurality of pieces, and may be positioned to correspond to the guide hole 125' on the lower surface of the moving part 124, especially the first moving member 124a. Here, each of the perforating members 127 is formed in a rod shape and can be inserted into the guide hole 125' and the base hole 113'. Additionally, the drilling member 127 may have an outer diameter that is the same as each of the inner diameters of the corresponding guide hole 125' and the inner diameter of the base hole 113'.

When the connecting body 122b in the transmission unit 122 is located below the center of the transmission body 122a, the moving part 124, especially the first moving member 124a, is positioned spaced apart from the body guide 125. It can be. Here, the drilling member 127 is positioned to correspond to the guide hole 125' and can be partially inserted into the guide hole 125' (see FIG. 3(a)). Meanwhile, the drilling member 127 may be positioned to correspond to the guide hole 125' and be spaced apart from the guide hole 125' and positioned on the upper side of the body guide 125.

In the above state, the transmission unit 122 is rotated by the driving unit 123, so that the connection body 122b can be positioned above the center of the transmission body 122a. Here, the moving part 124 is moved downward to face the body guide 125, and the perforation member 127 is also moved downward to penetrate the guide hole 125' and be inserted into the base hole 113'. It can be (see Figure 3(b)). That is, the piercing member 127 may be positioned across the insertion space 10 .

Meanwhile, in a state where the first moving member 124a is positioned spaced apart from the body guide 125, the paper document 1 is held by the body guide 125 of the body 102 and the base guide of the base 101 ( 113), that is, it can be inserted into the insertion space 10. With the paper document 1 inserted into the insertion space 10, the moving part 124 is moved downward and toward the body guide 125, and the perforation member 127 is moved through the guide hole 125'. It can penetrate through and be inserted into the base hole 113' to form a hole in the paper document 1. Additionally, a piece of paper document corresponding to the hole may be separated from the paper document 1, pass through the base hole 113', and be collected in the collection body 111.

In addition, while the drilling member 127 is inserted into the guide hole 125' and the base hole 113', the transmission unit 122 is rotated by the driving unit 123, and the connection body 122b is the transmission body ( It can be located below the center of 122a), and the moving part 124 can be moved upward and away from the body guide 125. Here, the perforation member 127 can be moved upward and separated from the base hole 113' and partially inserted into the guide hole 125', and the paper document 1 with the hole formed in the insertion space 10 ) can be separated from.

Meanwhile, the body base 121, the transmission unit 122, the driving unit 123, the moving unit 124, the body guide 125, the moving guide 126, and the drilling member 127 of the body unit 102 of this embodiment. ) can be accommodated in the body cover 120 and closed. The body cover 120 may protect the components of the body 102 from the external environment.

The light emitter 128 may be connected to the driver 123 and may generate light when the driver 123 operates. Additionally, the light emitter 128 may be exposed through the body cover 120. Here, when the transmission unit 122 is rotated or the moving unit 124 is moved in the vertical direction by the driving unit 123, the light emitting body 128 generates light to check whether the body unit 102 is operating. It can be used to

The supply unit 103 is positioned to be spaced apart from the base unit 101 and is connected to the base unit 101 to supply the paper document 1 to be inserted into the insertion space 10. Here, the supply unit 103 may supply paper documents 1 one by one to the insertion space 10. Additionally, the supply unit 103 may include a supply storage unit 131, a supply moving unit 133, an air supply unit 135, and a supply guide unit 137.

The supply storage unit 131 has a cylindrical shape, particularly a square cylindrical shape, and may include a supply space 130 formed through the upper and lower surfaces. The supply space 130 may have a cross section corresponding to the paper document 1.

Additionally, the supply storage unit 131 may be positioned to be spaced apart from the base unit 101 while corresponding to the second side opposite to the first side of the base unit 101. A plurality of paper documents 1 may be placed in a stacked form in the supply space 130.

The supply moving part 133 is positioned to connect the supply storage part 131 and the base part 101, and is located on the lower side of the supply storage part 131 and may extend to the second side of the base part 101. . The paper document 1 passes through the lower surface of the supply space 130 of the supply storage unit 131 and is located in the supply moving unit 133 so that it can be moved toward the base unit 101 along the supply direction A. and can be inserted into the insertion space 10 through the second side of the insertion space 10. Meanwhile, the paper document 1 may be inserted into the insertion space 10 until it contacts the second guide 115b of the auxiliary guide 115.

The air supply unit 135 is located at the lower part of the supply storage unit 131 on the first side of the supply storage unit 131 and supplies air to the supply moving unit 133 facing the lower surface of the supply storage unit 131. You can. Here, the first side of the supply storage unit 131 may refer to the side of the supply storage unit 131 positioned to face the second side of the body portion 102.

When the paper document 1 passes through the lower surface of the supply space 130 of the supply storage unit 131 and is placed on the upper surface of the supply moving unit 133, a plurality of paper documents 1 are supplied in a stacked state. It may also be located between the lower surface of the storage unit 131 and the upper surface of the supply moving unit 133. Here, the air supply unit 135 supplies air to the supply moving unit 133 and is guided between the stacked paper documents 1, thereby allowing the paper documents 1 to be spaced apart in the vertical direction. The air provided by the air supply unit 135 maintains the paper document 1 positioned on the upper surface of the supply moving unit 133 so that it can be moved in the supply direction A by the supply moving unit 133.

The supply guide unit 137 may be positioned adjacent to the supply moving unit 133 at the lower side of the air supply unit 135 on the first side of the supply storage unit 131. Additionally, when the air supply unit 135 supplies air to the supply moving unit 133, the supply guide unit 137 may be rotated. Here, the paper document 1 may be moved in the supply direction A on the upper surface of the supply moving unit 133, and the paper document 1 spaced apart from the upper surface of the feeding moving unit 133 may be moved in the supply guide part 137. ) and may not move in the supply direction (A).

Additionally, the supply guide unit 137 may include a guide rotating body 1371, a guide connecting body 1373, and a guide auxiliary body 1375.

The guide rotating body 1371 is formed in a circular bar shape, adjacent to the first side of the supply storage unit 131 and perpendicular to the supply direction (A) between the supply storage unit 131 and the supply moving unit 133. It can be positioned along a direction.

The guide connector 1373 is formed as a pair, and extends from the first side of the supply storage unit 131 below the air supply unit 135 and may be connected to both ends of the guide rotary body 1371. Here, the guide rotating body 1371 can be rotated around an axis along the longitudinal direction of the guide rotating body 1371 (that is, a direction perpendicular to the supply direction A) in combination with the guide connecting body 1373.

The guide auxiliary body 1375 may be comprised of a plurality of pieces, and may be positioned on the outer peripheral surface of the guide rotary body 1371 to be spaced apart from each other along the circumferential direction of the guide rotary body 1371. Each of the guide assistants 1375 may be formed in a curved plate shape and may not contact the upper surface of the supply moving unit 133 and the lower surface of the supply storage unit 131. When the air supply unit 135 supplies air to the supply moving unit 133, the guide auxiliary body 1375 is moved away from the air supply unit 135, and the guide rotary body 1371 can be rotated.

In a state where the air supply unit 135 is stacked and a plurality of paper documents 1 located on the supply moving unit 133 are spaced apart from each other in the vertical direction, the guide auxiliary body 1375 of the supply guide unit 137 ) may be in contact with the paper document 1 that is spaced apart from the upper surface of the supply moving unit 133. Here, the paper document 1 may not be moved toward the insertion space 10 by the guide auxiliary body 1375 while being spaced apart from the upper surface of the supply moving unit 133. In particular, only one paper document 1 located on the upper surface of the supply moving part 133 is moved by the feeding moving part 133 so that it passes through the lower side of the feeding guide part 137 and is inserted into the insertion space 10. It can be.

As previously mentioned, the paper document 1 may be inserted into the insertion space 10 through the second side of the insertion space 10 until it contacts the second guide 115b of the auxiliary guide 115. . That is, the paper document 1 may be positioned between the body guide 125 of the body portion 102 and the base guide 113 of the base portion 101. Here, the drilling member 127 of the body 102 is moved downward by the transmission part 122 and the moving part 124, penetrates the guide hole 125', and is inserted into the base hole 113'. It can be positioned across the insertion space 10. Because of this, the paper document 1 inserted into the insertion space 10 may be perforated to form a plurality of holes.

In the above state, the punching member 127 is moved upward by the transmission unit 122 and the moving unit 124, is separated from the base hole 113', and the paper document inserted into the insertion space 10 ( It can be located on the upper side of 1).

Meanwhile, the body portion 102 may further include a separation guide portion 129. The separation guide portion 129 is located on both sides of the body base 121 between the body guide 125 of the body portion 102 and the base guide 113 of the base portion 101 and operates to be inserted into the insertion space 10. It can be. Here, the separation guide portion 129 is formed in the form of a cylinder and may contact the paper document 1 inserted into the insertion space 10, particularly, the side edge of the paper document 1.

In addition, in the process of moving the drilling member 127 upward by the transmission unit 122 and the moving unit 124, the lower end of the drilling member 127 is separated from the base hole 113' and forms the insertion space 10. When positioned on the upper side of the paper document 1 inserted, the separation guide portion 129 may be inserted into the insertion space 10. Here, the paper document 1 can be separated from the insertion space 10. Additionally, when the lower end of the drilling member 127 is positioned in the guide hole 125', the separation guide portion 129 may be positioned so that it is not inserted into the insertion space 10. That is, the separation guide 129 applies force to the paper document 1 that is inserted into the insertion space 10 and forms a hole before the new paper document 1 is inserted into the insertion space 10, thereby inserting the paper document 10. ) can be separated from the insertion space 10 and separated from the authentication puncher 100.

The authentication puncher 100 according to this embodiment can punch a paper document 1 by inserting it into the insertion space 10 between the base portion 101 and the body portion 102. Here, the insertion space 10 may be formed between the base guide 113 of the base portion 101 and the body guide 125 of the body portion 102. In the body portion 102, the perforating member 127 is located on the moving portion 124 and can be inserted into the body guide 125 and the base guide 113. In particular, the driving unit 123 can rotate the transmission unit 122 to move the moving unit 124 downward. Here, the perforation member 127 may penetrate the body guide 125 and be inserted into the base guide 113. When the paper document 1 is inserted into the insertion space 10, the perforation member 127 may form a hole in the paper document 1. Meanwhile, the driving unit 123 can rotate the transmission unit 122 to move the moving unit 124 upward and separate the drilling member 127 from the base guide 113. Here, the paper document 1 may be separated from the insertion space 10 while being inserted into the insertion space 10 .

In the body portion 102, the perforating member 127 can be moved in the up and down direction by the driving unit 123 to form a hole in the paper document 1, and can form a pattern or letter depending on the arrangement of the perforating member 127 itself. A hole can be formed to form a . Accordingly, the authentication puncher 100 of this embodiment can easily form a plurality of holes forming the same pattern or character not only on one paper document 1 but also on a plurality of paper documents 1 at the same time.

In addition, the punching member 127 may be composed of a plurality of holes and each may have a different outer diameter while corresponding to the base hole 113' and the guide hole 125'. Here, a plurality of holes are formed in the paper document 1, and may be formed with various diameters. For this reason, the authentication puncher 100 of the present embodiment forms a plurality of holes in the paper document 1 to indicate subtle differences that only the operator can recognize, and can grant differentiated authentication to the paper document 1. there is.

In particular, in the authentication puncher 100 of this embodiment, the supply unit 103 stores the paper document 1 through the supply space 130 of the supply storage unit 131 and the air supply unit 135 and the supply guide unit 137. Separate the paper documents 1 one by one using the feed moving part 133 until they come into contact with the second guide 115b of the auxiliary guide 115 through the second side of the insertion space 10. It can be inserted into the insertion space (10). Accordingly, the authentication puncher 100 according to this embodiment can automatically receive and align the paper document 1 and maintain it in a state capable of punching.

In addition, in the authentication puncher 100 of this embodiment, the body portion 102 applies force to the paper document 1 inserted into the insertion space 10 by the separation guide portion 129 to insert the punched paper document 1. It can be separated from space 10. Therefore, the authentication puncher 100 according to this embodiment can automatically and easily separate the paper document 1 in which a hole has been formed.

Figure 5 is a perspective view showing the authentication puncher 300 according to the second embodiment of the present invention, and Figure 6 shows the interior of the body portion 302 in the authentication puncher 300 according to the second embodiment of the present invention. It is a perspective view, and FIG. 7 is a diagram showing a drilling operation in the authentication drilling machine 300 according to the second embodiment of the present invention.

As shown in Figures 5 to 7. The authentication puncher 300 according to the second embodiment of the present invention may include a base portion 301, a body portion 302, and a supply portion 303, and the base portion 301 and the supply portion 303 are used. A paper document 1 is supplied to the insertion space 30 formed of a predetermined size between the body parts 302, and a plurality of holes are formed in the paper document 1 aligned in the insertion space 30. It can be used to carry out . Here, the plurality of holes may be arranged to form patterns or letters in the paper document 1 and may serve as a seal for the paper document 1.

The base portion 301 may have a rectangular parallelepiped shape, and may have a particularly flat top surface. Additionally, the base portion 301 may include a collection body 311 and a base guide 313.

The collection body 311 is formed in a shape corresponding to the base portion 301 (i.e., a rectangular parallelepiped shape) and may have an open upper surface. Here, the collection body 311 may be inserted into the base portion 101 through one side of the base portion 301 (see the front portion of the base portion 301 in Figure 5), or may be separated from the base portion 301. You can.

The base guide 313 has a plate shape and may be located on the upper surface of the base portion 301. Here, the base guide 313 may be positioned to correspond to the collection body 311 inserted into one surface of the base portion 301. In particular, it may be desirable for the base guide 313 to be positioned to correspond to the insertion space 30, which will be described in detail later.

Additionally, a plurality of base holes 313' may be formed in the base guide 313. Here, the base hole 313' may be formed to have different diameters, for example, may be formed to have an inner diameter of 1.2 mm to 1.5 mm, and may be arranged to form predetermined letters or patterns. In particular, the base hole 313' may be connected to the upper surface of the collection body 311. Additionally, the base hole 313' may be positioned to correspond to the portion of the supply unit 303 that is inserted into the insertion space 30.

The body portion 302 may be located on a portion of the upper surface of the base portion 301. Here, the lower surface of the body portion 302 may have a smaller size than the upper surface of the base portion 301.

The previously mentioned insertion space 30 may be formed between a portion of the lower surface of the body portion 302 and the upper surface of the base portion 301. Here, the insertion space 30 may have open one side and both sides, and may be positioned to correspond to the base guide 313 of the base portion 301. The paper document 1 can be inserted and positioned in the insertion space 30. The body portion 302 may form a plurality of holes in the paper document 1 inserted into the insertion space 30 . Here, the plurality of holes may be positioned to correspond to the previously mentioned base hole 313' and formed to have the same inner diameter.

In addition, the body portion 302 includes a body base 321, a transmission portion 322, a driving portion 323, a moving portion 324, a body guide 325, a moving guide 326, a perforation member 327, and a light emitting body. It may include (328).

The body base 321 has a pillar shape, particularly a hexagonal pillar shape, and may be located on the upper surface of the base portion 301 near the base guide 313. Here, the body base 321 is positioned perpendicular to the upper surface of the base portion 301 and may include a reducer, etc.

The transmission unit 322 may be rotatably positioned on an upper surface of the body base 321. Here, the transmission unit 322 may be located above the base guide 313 to correspond to the base guide 313. Additionally, the transmission unit 322 may include a transmission body 322a and a connection body 322b.

The transmission body 322a has a cylindrical shape and may be positioned so as to be rotatable orthogonal to the upper surface of the body base 321.

The connection body 322b may be positioned spaced apart from the center of the transmission body 322a and inserted into the transmission body 322a. The transmission body 322a can be rotated together with the connection body 322b. Here, when the connection body 322b is rotated around the center of the connection body 322b as an axis, the transmission body 322a may be eccentrically rotated around the connection body 322b as an axis.

The driving unit 323 may be positioned on the upper surface of the body base 321 to correspond to the transmission unit 322. Here, the driving unit 323 is connected to the transmission unit 322 through the body base 321 and can rotate the transmission unit 322. In particular, the driving unit 323 is connected to the connection body 322b of the transmission unit 322 and can rotate the connection body 322b. Because of this, the transmission body 322a can be eccentrically rotated around the connection body 322b.

Additionally, the driving unit 323 of this embodiment is in the form of a motor and can be operated while receiving power.

The moving unit 324 is connected to the transmission unit 322 and may be positioned above the base guide 313. When the transmission unit 322 is rotated by the driving unit 323, the moving unit 324 may move in the up and down direction. That is, the moving part 324 may be moved toward the base guide 313 or away from the base guide 313. Additionally, the moving unit 324 may include a first moving member 324a, a second moving member 324b, and a connecting member 324c.

The first moving member 324a has a plate shape and is positioned in a horizontal direction so that it can be positioned below the transmission unit 322 while in contact with the transmission unit 322, particularly the transmission body 322a.

The second moving member 324b has a plate shape and is positioned in a horizontal direction so that it can be positioned on the upper side of the transmission unit 322 while in contact with the transmission unit 322, particularly the transmission body 322a. Here, the second moving member 324b may be positioned parallel to the first moving member 324a.

The connecting member 324c may be positioned between the first moving member 324a and the second moving member 324b to connect the first moving member 324a and the second moving member 324b. In particular, the connecting member 324c is formed as a pair, and may be connected to the upper surface of the first moving member 324a and the lower surface of the second moving member 324b. Additionally, the transmission unit 322 may be positioned between the first moving member 324a and the second moving member 324b as well as between the connecting members 324c. When the transmission body 322a is eccentrically rotated around the connection body 322b, the first moving member 324a, the second moving member 324b, and the connecting member 324c may move in the vertical direction.

The body guide 325 has a plate shape, is located between the moving part 324 and the base guide 313, and may be fixed to the lower part of one side of the body base 321. Additionally, an insertion space 30 may be formed between the base guide 313 and the body guide 325 located on the upper surface of the base portion 301. A plurality of guide holes 325' may be formed in the body guide 325 to correspond to a plurality of base holes 313'.

The moving guide 326 has a rod shape and is positioned in a vertical direction on the upper surface of the body guide 325 and penetrates the moving part 324. Here, the moving guide 326 is formed as a pair, and the transmission part 322 is located between them, and penetrates the first moving member 324a and the second moving member 324b. When the transmission body 322a is eccentrically rotated around the connection body 322b as an axis, the moving part 324 may be moved in the vertical direction along the moving guide 326.

The punching member 327 may be composed of a plurality of pieces, and may be positioned to correspond to the guide hole 325' on the lower surface of the moving part 324, especially the first moving member 324a. Here, the drilling members 327 each have a rod shape and can be inserted into the guide hole 325' and the base hole 313'. Additionally, the drilling member 327 may have an outer diameter that is the same as each of the inner diameters of the corresponding guide hole 325' and the inner diameter of the base hole 313'.

When the connecting body 322b in the transmission unit 322 is located below the center of the transmission body 322a, the moving part 324, especially the first moving member 324a, is positioned spaced apart from the body guide 325. It can be. Here, the drilling member 327 is positioned to correspond to the guide hole 325' and can be partially inserted into the guide hole 325' (see FIG. 7(a)). Meanwhile, the drilling member 327 may be positioned to correspond to the guide hole 325' and be spaced apart from the guide hole 325' and positioned on the upper side of the body guide 325.

In the above state, the transmission unit 322 is rotated by the driving unit 323, so that the connection body 322b can be positioned above the center of the transmission body 322a. Here, the moving part 324 is moved downward to face the body guide 325, and the perforation member 327 is also moved downward to penetrate the guide hole 325' and be inserted into the base hole 313'. It can be (see Figure 7(b)). That is, the piercing member 327 may be positioned across the insertion space 30 .

Meanwhile, in a state where the first moving member 324a is positioned spaced apart from the body guide 325, the paper document 1 is connected to the body guide 325 of the body portion 302 and the base guide (301) of the base portion 301. 313), that is, it can be inserted into the insertion space 30. With the paper document 1 inserted into the insertion space 30, the moving part 324 is moved downward and moves toward the body guide 325, and the perforation member 327 is moved through the guide hole 325'. It can penetrate through and be inserted into the base hole 313' to form a hole in the paper document 1. Additionally, pieces of the paper document 1 corresponding to the hole may be separated from the paper document 1, pass through the base hole 313', and be collected in the collection body 311.

In addition, while the drilling member 327 is inserted into the guide hole 325' and the base hole 313', the transmission unit 322 is rotated by the driving unit 323, and the connection body 322b is the transmission body ( It can be located below the center of 322a), and the moving part 324 can be moved upward and away from the body guide 325. Here, the perforation member 327 can be moved upward and separated from the base hole 313' and inserted into a part of the guide hole 325', and the paper document 1 with the hole formed in the insertion space 30 ) can be separated from.

Meanwhile, the body base 321, the transmission unit 322, the driving unit 323, the moving unit 324, the body guide 325, the moving guide 326, and the drilling member 327 of the body unit 302 of this embodiment. ) can be accommodated in the body cover 320 and closed. The body cover 320 may protect the components of the body 302 from the external environment.

The light emitting body 328 may be connected to the driving unit 323 and may generate light when the driving unit 323 is operated. Additionally, the light emitter 328 may be exposed through the body cover 320. Here, when the transmission unit 322 is rotated or the moving unit 324 is moved in the vertical direction by the driving unit 323, the light emitting body 328 generates light to check whether the body unit 302 is operating. It can be used to

The supply unit 303 is positioned to be spaced apart from the base unit 301 and is connected to the base unit 301 to supply the paper document 1 to be inserted into the insertion space 30. Here, the supply unit 303 can supply paper documents 1 one by one to the insertion space 30. Additionally, the supply unit 303 may include a supply base 331, a supply driver 333, and a supply collection unit 335.

The supply base 331 has a circular plate shape, and a plurality of paper documents 1 may be positioned at regular intervals from each other along the circumferential direction. In addition, only a portion of the supply base 331 may be positioned on the base guide 313 and inserted into the insertion space 30, and only an edge portion of the supply base 331 corresponding to one paper document 1 may be inserted into the insertion space 30. It can be inserted and positioned in this insertion space 30.

In addition, a plurality of separation openings 331' may be formed in the supply base 331 at regular intervals from each other along the circumferential direction of the supply base 331, and the separation openings 331' may be configured to hold one paper document ( It can have a size corresponding to the size of 1). Additionally, a plurality of stop holes 331' may be formed in the supply base 331, and the plurality of stop holes 331" may be formed to be spaced apart from each other along the circumferential direction of the supply base 331. Each stop hole 331" may be formed near the edge of the supply base 331 while adjacent to each of the separation openings 331'. In particular, among the stop hole 331" and the separation opening 331', the stop hole 331' may be located closer to the edge of the supply base 331.

In addition, a separation cover 330 may be positioned on the supply base 331 to correspond to the separation opening 331', and the separation cover 330 is hinged to the supply base 331 to open the separation opening 331'. It can be opened and closed. Additionally, the separation cover 330 may be inserted into the separation opening 331' with the separation opening 331' closed and positioned below the separation opening 331'. With the separation cover 330 closing the separation opening 331', the paper document 1 can be positioned on the separation cover 330 and inserted into the separation opening 331'. Because of this, the paper document 1 can be stably positioned on the supply base 331.

Meanwhile, although not specifically shown, a device capable of rotating the separation cover 330 is installed on the lower surface of the supply base 331 between the center of the supply base 331 and the separation cover 330, and this device By rotating the separation cover 330 to open the separation opening 331', the separation cover 330 may be tilted to be positioned lower toward the edge of the supply base 331.

Additionally, a plurality of cover holes 330' may be formed in the separation cover 330. With the separation cover 330 closing the separation opening 331', the cover holes 330' may be located near the edge of the supply base 331.

The cover holes 330' may be formed to correspond to the base hole 313' and the guide hole 325'. When the part of the supply base 331 corresponding to one separation opening 331' is inserted and positioned in the insertion space 30, the cover holes 330' of the separation cover 330 are positioned in the insertion space 30. It may be positioned to correspond to the guide hole 325' and the base hole 313'.

The supply driver 333 is positioned to be spaced apart from the base portion 301 and may be located and connected to the center of the lower surface of the supply base 331. Here, the supply driver 333 is in the form of a motor and can rotate the supply base 331 around the center of the supply base 331. The supply driver 333 of this embodiment can rotate the supply base 331 in the rotation direction R (see FIG. 5). Here, the rotation direction R may be counterclockwise as shown in FIG. 5, or may be clockwise, which is the opposite direction of the counterclockwise direction.

In particular, the supply driver 333 rotates the supply base 331 in the rotation direction (R), so that the cover holes 330' of one separation cover 330 are the base holes 313' and the guide holes 325. ') can be positioned to correspond to Here, the supply driver 333 can stop the supply base 331. In addition, with the cover hole 330' positioned to correspond to the base hole 313' and the guide hole 325', the perforation member 327 of the body portion 302 is connected to the transmission portion 322 and the moving portion. It moves downward by 324, penetrates the guide hole 325' and the cover hole 330', and is inserted into the base hole 313' so that it can be positioned across the insertion space 30. Here, the paper document 1 is placed on the separation cover 330 and partially inserted into the insertion space 30 while being inserted into the separation opening 331', and the perforation member 327 is inserted into the cover hole 330'. ) can be formed in the paper document 1.

In the above state, the drilling member 327 is moved upward by the transmission unit 322 and the moving unit 324, is separated from the base hole 313' and the cover hole 330', and is separated from the insertion space 30. ) may be located on the upper side of the paper document 1 inserted. The supply driver 333 continues to rotate the supply base 331 in the rotation direction R, and the paper document 1 is placed on the separation cover 330 with a hole formed and the separation opening 331'. It can be gradually spaced apart and separated from the insertion space 30 while being inserted.

Additionally, the body portion 302 may further include a stop member 329. The stop member 329 is located on the lower surface of the body guide 325 near the guide holes 325', and comes into contact with the supply base 331 as the supply base 331 rotates, or forms a stop hole 331". It may be inserted into the base guide 313. When the stop member 329 is inserted into the stop hole 331" and contacts the base guide 313, the supply drive unit 333 is connected to the supply base 331. may be stopped, and the cover hole 330' may be maintained in a position corresponding to the base hole 313' and the guide hole 325'. Here, the perforation member 327 can be operated to form a hole in the paper document 1 positioned on the supply base 331.

Additionally, the stationary member 329 may include a stationary base 3291, a stationary moving body 3293, a stationary body 3295, and a stationary guide 3297.

The stationary base 3291 has a rod shape and may be located on the lower surface of the body guide 325. A bar-shaped stop space 329' may be concavely formed on the lower surface of the stop base 3291.

The stationary mobile body 3293 is formed in a bar shape corresponding to the stationary space 329', and can be inserted into the stationary space 329'.

The stationary body 3295 has a spherical shape and can be rotatably inserted into the lower surface of the stationary mobile body 3293. Here, the stationary body 3295 may be in contact with the supply base 331 or inserted into the stop hole 331" and in contact with the base guide 313. Additionally, the stationary body 3295 may be in contact with the stop hole 331". ), the stop body 3295 may be in contact with the edge of the upper surface of the stop hole 331". Here, a portion corresponding to 1/2 or less of the stop body 3295 is in the stop hole 331". ) can be inserted into.

The stationary guide 3297 is in the form of a compression spring, and can be positioned in the stationary space 329' while connecting the upper surface of the stationary space 329' with the upper surface of the stationary mobile body 3293. Additionally, when the stationary body 3295 contacts the supply base 331 or the base guide 313, the stationary guide 3297 may be compressed while accumulating a restoring force.

With a portion of the supply base 331 inserted into the insertion space 30, the stationary body 3295 is in contact with the supply base 331 and the stationary guide 3297 accumulates a restoring force by the stationary moving body 3293. It can be compressed into a state. When the supply base 331 is rotated in the rotation direction (R) by the supply driver 333, the stationary body 3295 may be rotated in a state in contact with the supply base 331.

Meanwhile, the supply base 331 is continuously rotated in the rotation direction (R) by the supply driver 333, so that the stationary body 3295 can be positioned to correspond to the stationary hole 331". Here, the stationary inductor As 3297 is restored, the stationary body 3293 moves toward the stop hole 331', and the stationary body 3295 is inserted into the stop hole 331' so that it can be in contact with the base guide 313. Here, the supply base 331 is temporarily stopped, and the supply driver 333 can detect the stop of the supply base 331 and maintain the supply base 331 in a stopped state. In addition, the cover hole 330' ) can be positioned to correspond to the base hole 313' and the guide hole 325'. Here, the perforation member 327 penetrates the guide hole 325' and the cover hole 330' to the base hole ( 313'), positioned on the separation cover 330 of the supply base 331, and operated to form a hole in the paper document 1 inserted into the separation opening 331'.

When the lower end of the drilling member 327 is separated from the base hole 313' and positioned in the guide hole 325', the supply base 331 is rotated again in the rotation direction (R) by the supply drive unit 333. , the stationary body 3295 is rotated and separated from the stationary hole 331' and is located in the supply base 331, and the stationary moving body 3293 can be moved upward to compress the stationary derivative 3297 to accumulate restoring force. there is. Because of this, the stationary body 3295 may be rotated in contact with the supply base 331 due to the rotation of the supply base 331.

The stop member 329 as described above can be used to control the rotation of the supply base 331 by the supply drive unit 333 and the operation of the drilling member 327.

The supply collection unit 335 may be spaced apart from the base portion 301 and the supply base 331 and located on the lower side of the supply base 331 near the edge of the supply base 331. A collection space 335' may be formed concavely on the upper surface of the supply collection unit 335, and the collection space 335' may have a cross section corresponding to the paper document 1.

The supply driver 333 rotates the supply base 331 in the rotation direction (R), so that the separation cover 330 positions the paper document 1 separated from the insertion space 30 after the hole is formed. It can be moved to be closer to the supply collection unit 335. Additionally, in a state where the supply drive unit 333 stops the supply base 331, the separation cover 330 may be rotated to open the separation opening 331' when located within a set distance from the supply collection unit 335. You can. Additionally, the separation cover 330 may be positioned to be tilted downward as it approaches the edge of the supply base 331, that is, as it approaches the supply collection unit 335, and closer to the upper surface of the supply collection unit 335. Here, the paper document 1 may be guided to the collection space 335' by sliding along the separation cover 330. Because of this, the paper document 1 can be collected and stored in the supply receipt unit 335 after being punched.

After the paper document 1 is guided and stored in the collection space 335', the separation cover 330 is rotated to close the separation opening 331', and the paper document 1 with no hole formed is It is located on the separation cover 330 and inserted into the separation opening 331', and the supply driver 333 is a supply base so that the paper document 1 without a hole can be inserted into the insertion space 30. (331) can be rotated again in the rotation direction (R).

In particular, in the authentication puncher 300 of this embodiment, the supply unit 303 positions the paper document 1 on the circular plate-shaped supply base 331 and rotates the supply base 331 using the supply drive unit 333. This allows a part of the supply base 331 to be inserted into the insertion space 30 and positioned. Here, the paper document 1 positioned to correspond to a portion of the supply base 331 may be perforated by the body portion 302. Accordingly, the authentication puncher 300 according to this embodiment can automatically receive the paper document 1, align it, and maintain it in a state where it can be punched.

In addition, in the authentication puncher 300 of this embodiment, the supply drive unit 333 of the supply unit 303 rotates the circular plate-shaped supply base 331 to remove the paper document 1 with a hole from the insertion space 30. It can be separated. Therefore, the authentication puncher 300 according to this embodiment can automatically and easily separate the paper document 1 in which a hole has been formed.

Above, the technical idea of the present invention has been described in detail with preferred embodiments, but the technical idea of the present invention is not limited to the above embodiments, and is within the scope of the technical idea of the present invention. Various modifications and changes are possible depending on the user.

100, 300: Certified drilling machine
101, 301: Base part
102, 302: body part
103, 303: Supply Department

Claims (10)

A base portion having a flat upper surface;
A body portion located on a portion of the upper surface of the base portion and forming an insertion space between a portion of the lower surface and the upper surface of the base portion; and
It includes a supply unit located spaced apart from the base unit and connected to the base unit to supply a paper document to the insertion space,
The supply unit moves at least one paper document to be inserted into the insertion space, and the body unit forms a plurality of holes in the paper document inserted into the insertion space,
The base part,
A collection body having an open upper surface and being inserted into or detachable from one surface of the base portion; and
It is located on the upper surface of the base portion to correspond to the insertion space, and includes a base guide connected to the upper surface of the collection body and having a plurality of base holes each having a different inner diameter,
The body part,
A body base that has a pillar shape and is positioned vertically on the upper surface of the base near the base guide;
a transmission unit rotatably positioned on an upper surface of the body base and corresponding to the base guide on the upper side of the base guide;
A driving unit located on the upper surface of the body base to correspond to the transmission unit and rotating the transmission unit through the body base;
A moving part connected to the transmission unit and located on the upper side of the base guide, and capable of moving up and down by rotation of the transmission unit;
A body guide that has a plate shape, is fixed to the body base, is located between the moving part and the base guide, and has a plurality of guide holes each having a different inner diameter to correspond to the base hole.
A moving guide positioned in a vertical direction on the upper surface of the body guide and penetrating the moving part;
a plurality of perforation members positioned on the lower surface of the moving unit to correspond to the guide hole, each having a different outer diameter, and capable of passing through the guide hole and the base hole; and
A light emitting unit connected to the driving unit and generating light when the driving unit operates,
The base part,
A first guide, the first end portion of which is horizontally inserted into the first side of the base portion and positioned to be movable, and a second end opposite to the first end of the first guide, extending upward and perpendicular to the first guide. an auxiliary guide including a second guide; and
It is located on one side of the base portion and further includes a fixing member that can be in contact with or spaced apart from the first side end surface of the first guide,
The supply department,
A supply storage portion formed in a cylindrical shape with a supply space penetrating the upper and lower surfaces, and positioned at a distance from the base portion and corresponding to a second side opposite to the first side of the base portion;
a supply moving unit located below the supply storage unit to connect the supply storage unit and the base unit, extending to a second side of the base unit, and moving the paper document in the supply direction to be inserted into the insertion space;
An air supply unit located below the supply storage unit on the first side of the supply storage unit and supplying air to the supply moving unit facing the lower surface of the supply storage unit; and
A supply guide part positioned adjacent to the supply moving part at the lower side of the air supply part on the first side of the supply storage part and rotatable by the air supplied to the supply moving part,
Supply guide department,
A circular rod-shaped guide rotating body adjacent to the first side of the supply storage unit and positioned along a direction perpendicular to the supply direction between the supply storage unit and the supply moving unit;
A guide connector extending from the first side of the supply storage part below the air supply part and connected to both longitudinal cross-sections of the guide rotary body, and allowing the guide rotary body to rotate; and
A plurality of guide auxiliaries, each formed in a curved plate shape, are positioned on the outer peripheral surface of the guide rotor to be spaced apart from each other along the circumferential direction of the guide rotor, and are moved by air by an air supply unit to rotate the guide rotor. Includes,
The air supply unit supplies air to the supply moving unit, passes through the lower surface of the supply space and separates a plurality of paper documents placed in the supply moving unit in a stacked state from each other in the vertical direction, and the guide auxiliary moves and supplies them. It comes into contact with a paper document in a spaced state from the upper surface of the moving unit, and one paper document located on the upper surface of the feeding moving unit is moved in the supply direction by the feeding moving unit to pass through the lower side of the feeding guide unit and be inserted into the insertion space, A certified puncher, characterized in that it is inserted into the insertion space so as to contact the second guide.
delete delete The method of claim 1, wherein the transmission unit,
A transmission body that has a cylindrical shape and is rotatably positioned on an upper surface of the body base; and
It includes a connection body spaced apart from the center of the transmission body and inserted into the transmission body and connected to the driving unit,
A certified punching machine, characterized in that when the connection body is rotated by the driving unit, the transmission body is eccentrically rotated around the connection body as an axis.
The method of claim 4, wherein the moving part is:
A first moving member that has a plate shape, is located below the transmission unit in a horizontal direction, is in contact with the transmission unit, and has a perforation member located on the lower surface;
a second moving member that has a plate shape, is located above the transmission unit in a horizontal direction, is in contact with the transmission unit, and is positioned parallel to the first moving member; and
It includes a pair of connecting members connecting the first moving member and the second moving member and having a transmission portion positioned between them,
The moving guide is positioned parallel to the connecting member while passing through the first moving member and the second moving member,
When the transmission body is eccentrically rotated around the connection body as an axis, the first moving member moves toward the body guide, and the drilling member passes through the guide hole and the base hole.
delete The method of claim 1, wherein the body portion is:
It further includes a separation guide located on both sides of the body base between the body guide and the base guide and inserted into the insertion space to contact the paper document,
When the perforating member is moved upward, so that the lower end of the perforating member is separated from the base hole and positioned on the upper side of the paper document inserted into the insertion space, the separation guide is inserted into the insertion space to separate the paper document from the insertion space,
A certified puncher, characterized in that the separation guide portion is not inserted into the insertion space when the lower end of the drilling member is located in the guide hole.
A base portion having a flat upper surface;
A body portion located on a portion of the upper surface of the base portion and forming an insertion space between a portion of the lower surface and the upper surface of the base portion; and
It includes a supply unit located spaced apart from the base unit and connected to the base unit to supply a paper document to the insertion space,
The supply unit moves at least one paper document to be inserted into the insertion space, and the body unit forms a plurality of holes in the paper document inserted into the insertion space,
The base part,
A collection body having an open upper surface and being inserted into or detachable from one surface of the base portion; and
It is located on the upper surface of the base portion to correspond to the insertion space, and includes a base guide connected to the upper surface of the collection body and having a plurality of base holes each having a different inner diameter,
The body part,
A body base that has a pillar shape and is positioned vertically on the upper surface of the base near the base guide;
a transmission unit rotatably positioned on an upper surface of the body base and corresponding to the base guide on the upper side of the base guide;
A driving unit located on the upper surface of the body base to correspond to the transmission unit and rotating the transmission unit through the body base;
A moving part connected to the transmission unit and located on the upper side of the base guide, and capable of moving up and down by rotation of the transmission unit;
A body guide that has a plate shape, is fixed to the body base, is located between the moving part and the base guide, and has a plurality of guide holes each having a different inner diameter to correspond to the base hole.
A moving guide positioned in a vertical direction on the upper surface of the body guide and penetrating the moving part;
a plurality of perforation members positioned on the lower surface of the moving unit to correspond to the guide hole, each having a different outer diameter, and capable of passing through the guide hole and the base hole; and
A light emitting unit connected to the driving unit and generating light when the driving unit operates,
The supply department,
It has a circular plate shape, with a plurality of separation openings corresponding to the size of the paper document formed along the circumferential direction, and a plurality of separation covers that are hinged to open and close each of the separation openings and each having a plurality of cover holes. supply base;
a supply drive unit positioned to be spaced apart from the base portion and positioned at the center of the lower surface of the supply base to rotate the supply base around the center of the supply base; and
A collection space is formed concavely on the upper surface, and includes a base portion and a supply collection portion spaced apart from the supply base and located on the lower side of the supply base near the edge of the supply base,
With the separation cover closing the separation opening, the separation cover is inserted into the separation opening and positioned at the bottom of the separation opening, and the cover holes are near the edge of the supply base so that they can be positioned to correspond to the base holes and guide holes. is positioned, and the paper document is placed on the separation cover and inserted into the separation opening,
The supply drive unit rotates the supply base in the rotation direction, so that one separate cover is partially inserted into the insertion space, the cover holes are positioned to correspond to the base holes and the guide holes, and the supply drive unit stops the supply base, An authentication puncher, wherein the punching member moves downward by the transmission unit and the moving unit, penetrates the guide hole and the cover hole, and is inserted into the base hole to form a hole in the paper document located in one separate cover.
According to clause 8,
In the supply base, a plurality of stop holes are formed at regular intervals from each other along the circumferential direction of the supply base, and each stop hole is formed adjacent to each of the separation openings,
The body part,
A stop base made of a bar shape, located on the lower surface of the body guide near the guide holes, and having a bar-shaped stopping space concavely formed on the lower surface;
A stationary moving body formed in a rod shape corresponding to the stationary space and inserted into the stationary space;
A stationary body that has a spherical shape, is rotatably inserted and positioned on the lower surface of the stationary moving body, and is in contact with the supply base or inserted into the stationary hole and in contact with the base guide; and
It is in the form of a compression spring, and further includes a stop member including a stop guide located in the stop space while connecting the top surface of the stop space and the top surface of the stop moving body,
With a part of the supply base inserted into the insertion space, the stationary body is in contact with the supply base and the stationary inductor is compressed with a restoring force accumulated by the stationary moving body,
When the supply base is rotated in the rotation direction by the supply drive unit, the stationary body is rotated in contact with the supply base,
When the stationary body is positioned to correspond to the stationary hole, the stationary guide is restored and moves the stationary moving body toward the stationary hole, the stationary body is inserted into the stationary hole and contacts the base guide, and the supply base is temporarily stopped, The supply drive unit maintains the supply base in a stationary state, and the cover hole is positioned to correspond to the base hole and guide hole.
After the hole is formed in the paper document, when the lower end of the punching member is positioned in the guide hole, the supply base is rotated again in the rotation direction by the supply drive unit, and the stationary body is separated from the stationary hole and positioned in the supply base, and the stationary moving body A certified drilling machine characterized in that it moves upward to compress the stationary derivative to accumulate restoring force.
According to clause 9,
The feed drive unit rotates the feed base in the rotational direction, so that the separation cover is moved to be close to the feed collection unit with the hole formed and the paper document separated from the insertion space positioned,
With the feed drive unit stopping the feed base, the separation cover is rotated to open the separation opening when located within a set distance from the feed collection unit, allowing the paper document to slide along the separation cover and be guided to the collection space. Features a certified punching machine.

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