JP5343232B2 - Office punch gauge guide device - Google Patents

Abstract

<P>PROBLEM TO BE SOLVED: To provide a gage guide device of a punch for official work capable of reducing the degree of load on the hand of the user due to frictional resistance when a gage is drawn and stored. <P>SOLUTION: This gage guide device of a punch for official work includes a first guide member 4d for slidably supporting and guiding a gage 3d and a means for positioning a paper punching position by aligning the end of paper with the projecting end 5d of the gage 3d. A first locking member 20 is disposed along the gage 3d, and a second locking member 21 is so disposed as to be formed integrally with the gage 3d, When the slidable first lock member 20 and the locked second locking member 21 are installed, and the gage 3d is moved along the first guide member 4d to a position 24 where the first locking member 20 is locked to the second locking member 21, the first locking member 20 and the second locking member 21 are locked to each other, and the first locking member 20 holds the second locking member 21. One end 28 of the first locking member 20 in a locking state is pressed, the locking state is released. <P>COPYRIGHT: (C)2010,JPO&amp;INPIT

Description

The present invention relates to a gauge guide device for an office punch having means for aligning a protruding end of a gauge with an end portion of a sheet and positioning a punching position of the sheet.

Generally, in a commercial office punch equipped with a gauge as an accessory, the paper is bound to a file. Therefore, when a hole is punched in the office punch, the position of the size of the paper such as A4 is indicated. The gauge is removed from the base of the office punch, or the gauge is held in place by a concave-convex engaging part provided on the guide part or base for guiding the gauge or the base, or a leaf spring. The paper is placed on top of the paper, the edge of the gauge is aligned with the edge of the paper, and the position of the paper is determined. Or more specifically, the base cover is provided with a long beat and a holding part, a gauge having a restriction part and a recess is attached thereto, a leaf spring is attached so as to face the beat, and a protrusion provided on the leaf spring There is a gauge device in a punch and a stapler (refer to Patent Document 1) characterized by being engaged with a concave portion of the gauge. The gauge device in the punch and stapler is provided with a regulating portion on the end face of the gauge and a recess on one side in the longitudinal direction. The base cover is provided with a beat for guiding the gauge and a presser part for preventing vertical disengagement. The leaf spring is pressed into the base cover and attached. The leaf spring is provided with an arc-shaped protrusion, and the protrusion is engaged with and fixed to the concave portion of the gauge by pressing of the leaf spring.
Utility Model Registration No. 2561962

In the patent document 1 of the conventional example or the commercially available office punch, when removing or pulling out the gauge from the base of the punch, holding the punch in one hand or holding the punch so as not to move with one hand, The remaining hand is used to grasp the gauge with a finger and pull it out. Also, when returning the gauge to the base, similarly hold the punch with one hand, or hold the punch with one hand while pushing the gauge with the fingers with the remaining hand. Because of the relationship of maintaining the position of the gauge, the engaging part is provided on the guide part or base, etc. on the entire surface in contact with the gauge, so that the gauge and the engaging part slide even when the gauge is pulled out and stored. In such a case, frictional resistance or the like is generated, and there is a problem that the hand is burdened when the gauge is pulled out and stored. Also, in the case of the type in which the gauge attached to the office punch is removed, there is a problem that the hand is similarly burdened when removing and storing the gauge. Furthermore, there is a problem that it takes time for them. An object of the present invention is to provide a gauge guide device for an office punch that can solve the above-mentioned problems, reduce the degree of burden on the hand due to frictional resistance when the gauge is pulled out and stored, and reduce the time required at that time. The purpose is to provide.

Furthermore, there is a problem that both hands must be used when pulling out, removing and storing the gauge. An object of the present invention is to provide a gauge guide device for an office punch that solves the above-described problems and can be used with one hand when the gauge is pulled out or stored.

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According to the present invention, the above problem is solved as follows.
(1) An office punch having a gauge, a first guide member for supporting and guiding the gauge slidably, and a means for positioning the punching position of the paper by matching the protruding end of the gauge to the edge of the paper In the gauge guiding apparatus, the first locking member is disposed along the gauge, the second locking member is disposed integrally with the gauge, a permanent magnet is provided as the first locking member, and the permanent magnet is used as the second locking member. Or a permanent magnet as the first locking member and a magnetic body as the second locking member, or a magnetic body as the first locking member and a permanent magnet as the second locking member, When the gauge is moved along the first guide member to a position where the first locking member and the second locking member are locked, the first locking member and the second locking member are locked, and the first locking member Holds the second locking member, and the gauge guide for the office punch is characterized in that And location.

(2) The office punch gauge guide device according to the above item (1) , wherein the first locking member is integrally disposed on the first guide member. .

(3) In the office punch gauge guide device according to (1), a first engagement member in which the first engagement member is integrally disposed is provided, and a second engagement member is engaged with the first engagement member. An engagement member is provided, a second guide member for guiding the first engagement member is arranged in parallel to the first guide member, a second engagement member is arranged integrally with the second guide member, and the first engagement When the first engagement member is moved along the second guide member to a position where the member and the second engagement member engage with each other, the first engagement member and the second engagement member engage with each other, and the second engagement When the member holds the first engagement member and presses one end of the first engagement member from the engaged state, the member is released from the engaged state, and the first locking member is the second locking member. The office punch gauge guide device is characterized in that the position for locking can be set by the first engagement member and the second engagement member.

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The present invention has the following effects. It is possible to reduce the degree of burden on the hand due to frictional resistance when the gauge is pulled out and stored. In addition, the gauge can be easily pulled out and stored with one hand. In addition, the use of a magnetic material or permanent magnet causes little mechanical loss and the like, and a stable effect can be maintained semipermanently even when used for a long time.

The time required for pulling out or storing the gauge can be shortened.

Despite having the above series of effects, it is possible to arbitrarily change the positions of the holes in the paper in accordance with the size of the paper selected in advance. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Hereinafter, embodiments of the present invention will be described in detail with reference to the accompanying drawings. However, the scope of the present invention is not limited to the embodiments described below. First, a part of the explanation about the figure will be described. Regarding the gauge guide devices for office punches that are the respective examples, FIGS. 1, 5, 7, 18, 21, 26, 30, 33, 38, 39, 40, 43, 48, 51, 52, 58, 61 63, 65, the state in which the first locking member and the second locking member are locked is depicted, and FIGS. 2, 6, 8, 17, 22, 25, 29, 34, 37, 41, In 42, 46, 47, 53, 56, 57, 62, 64, 66, the state which the 1st latching member and the 2nd latching member latched is drawn. 35 and 36, both the state where the first locking member and the second locking member are locked and the state where the locked state is released. 41, 42, 46, 47, 51, 52, 56, and 57, there are two positions where the first engagement member and the second engagement member are engaged. The combined state is drawn. Moreover, about the perspective view of the office punch of FIG. 4, the gauge guide apparatus of FIG. 1 is drawn in the figure. Similarly, FIG. 20 is FIG. 17, FIG. 24 is FIG. 21, FIG. 28 is FIG. 25, FIG. 31 is FIG. 29, FIG. Is drawn in the figure. 65 and 66, in each drawing, a state in which a spring (26u) is provided on the left side in the drawing and a state in which no spring (26u) is provided on the right side in the drawing are illustrated. is there. Also, in FIGS. 21 to 24, in order to make the spring (26) easily visible, the side surface of the box (66) and the like are partially omitted. 9 to 12, the left side in the figure is an enlarged front perspective view of the first locking member and the second locking member, and the right side in the figure is the lines A and Aa on the left side in the figure. An enlarged side perspective view when viewed from the direction C is depicted.

Next, the gauge guide device (2d) for the office punch (1d), which is an embodiment of the present invention, will be described. 1-4, the gauge (3d) is provided. A first guide member (4d) for supporting and guiding the gauge (3d) in a slidable manner is provided. This is a gauge guide device for an office punch having means for aligning the protruding end (5d) of the gauge (3d) with the end of the paper to position the punching position of the paper. A first locking member (20) is disposed along the gauge (3d). The second locking member (21) is disposed integrally with the gauge (3d). A second locking member (21) that locks with a swingable first locking member (20) is provided. When the gauge (3d) is moved along the first guide member (4d) to the position (24) where the first locking member (20) and the second locking member (21) are locked, the first locking member ( 20) and the second locking member (21) are locked, and the first locking member (20) holds the second locking member (21). When one end (28) of the first locking member (20) is pressed from the locked state, the locked state is released. Moreover, it is as follows. The swingable first locking member (20) has flexibility. It is made of resin. By being made of flexible resin, it can be swung freely. The elasticity of the resin is used. The first locking member (20) is integrally disposed on the first guide member (4d). A second locking member (21) having a female portion (23) locked with the male portion (22) of the swingable first locking member (20) is provided. Further, the office punch gauge guide devices which are the respective embodiments may be similarly configured.

Next, a gauge guide device (2k) for an office punch (1k), which is a second embodiment of the present invention, will be described. The gauge guide device (2k) for the office punch (1k) which is the second embodiment is the following in the gauge guide device (2d) for the office punch (1d) which is the first embodiment shown in FIGS. It is like this. The female portion (23) of the second locking member (21) will be described. An insertion opening (42) that is opened through the side surfaces (40) (41) of the flat housing (44) is provided. An operation opening (46) is provided by opening one side surface (45) of the insertion opening (42). Second locking surface portions (48) and (56) are provided on the side surfaces (47) and (59) along the operation opening (46). In other words, the female part (23) of the second locking member (21) can also be described as having a concave cross section (64). Further, the female portion (23) of the second locking member (21) may be a flat cylindrical shape. Next, the male part (22) of the first locking member (20) will be described. A flexible U-shaped insertion leg (51) is provided at one end (50) of the substrate (49). The U-shaped insertion leg (51) and the substrate (49) are stepped. The board (49) is provided higher than the U-shaped insertion leg (51). A first locking surface portion (52) that locks against the second locking surface portions (48) and (56) is provided on the axis of the insertion leg portion (51). One end (28) of the first locking member (20), that is, a pressing operation portion (55) for pressing operation is integrally formed on the outer side of the insertion leg portion (51).

Next, the operation of the gauge guidance device (2k) for the office punch (1k), which is Example 2, will be described with reference to FIGS. The movement of the stored gauge (3d) from the first guide member (4d) to the outside (Gd) will be described. In FIG. 1, the first locking member (20) and the second locking member (21) are locked. That is, in FIG. 7, 9, the 1st locking surface part (52) and the 2nd locking surface part (48) (56) which have opposed are locked. The first locking member (20) and the second locking member (21) are locked, and the first locking member (20) holds the second locking member (21). A gauge (3d) is housed in the first guide member (4d). In the locked state, the pressing operation portion (55) which is one end (28) of the first locking member (20) is pressed with a finger or the like. 9-10 etc., the insertion leg part (51) is released from the locked state, is compressed and deformed, and is inserted from the second locking surface part (48) (56). The first locking surface portion (52) moves to (42). While the pressing operation part (55) is being pressed with a finger or the like, the protruding end (5d) of the gauge (3d) or the second locking member (21) is pushed outward (Gd) with the finger or the like. . 11-12 and the like, the second locking member (21) moves outward (Gd) when pushed, so the insertion opening (42) and the operation opening (46) are different from each other. Passes through the embedded leg (51). Thereby, in FIG. 2, the gauge (3d) accommodated in the first guide member (4d) moves outward (Gd) from the first guide member (4d). Then, when the finger or the like that has pressed the pressing operation portion (55) is released, the insertion leg portion (51) is restored from the compressed and deformed state. Next, storing the gauge (3d) positioned outward (Gd) from the first guide member (4d) in the first guide member (4d) will be described. In FIG. 2, the tip (5d) of the gauge (3d) is pushed inward (Bd) with a finger or the like. When pushed, the gauge (3d) moves inward (Bd) along the first guide member (4d). In FIG. 12 and the like, the insertion opening (42) guides the insertion leg (51), and the insertion leg (51) is compressed and deformed. In FIG. 11 etc., the insertion opening (42) and the operation opening (46) move on the insertion leg (51). 11-10 etc., after a movement, a 2nd latching member (21) contacts a board | substrate (49) and stops. Almost simultaneously with the stop, the insertion leg (51) guided to the insertion opening (42) is released from the guide, and the insertion leg (51) is restored from the state of being compressed and deformed. In FIG. 9, after the repositioning, the first locking surface portion (52) and the second locking surface portions (48) and (56) are opposed and locked. The first locking member (20) and the second locking member (21) are locked, the first locking member (20) holds the second locking member (21), and the first guide member (4d) ) Accommodates the gauge (3d). According to the gauge guide device (2d) of the office punch (1d) which is the first embodiment and the gauge guide device (2k) of the office punch (1k) which is the second embodiment, the gauge is drawn out and stored. Sometimes the burden on the hand due to frictional resistance or the like can be reduced. The gauge can be stored with one hand. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, a gauge guide device for office punches, which is Example 3 as another embodiment of the present invention, will be described. Although not shown in particular, the gauge guide device for office punches according to the third embodiment is a first locking mechanism that can swing by the gauge guide device (2d) for office punches (1d) according to the first embodiment. A second locking member (21) that locks with the member (20) is provided, and a first locking member that locks with a swingable second locking member is provided instead of the second locking member (21). When one end (28) of the first locking member (20) is pressed from the locked state, it is released from the locked state. Instead, when one end of the second locking member is pressed from the locked state, It is said that it is released from the locked state. That is, it is as follows. There is a gauge. A first guide member for supporting and guiding the gauge in a slidable manner is provided. This is a gauge guide device for an office punch having means for positioning the punching position of a sheet by matching the protruding end of the gauge with the end of the sheet. A first locking member is disposed along the gauge. The second locking member is disposed integrally with the gauge. A first locking member that locks with a swingable second locking member is provided. When the gauge is moved along the first guide member to a position where the first locking member and the second locking member are locked, the first locking member and the second locking member are locked, The member holds the second locking member. When one end of the second locking member is pressed from the locked state, the locked state is released. Moreover, it is as follows. The swingable second locking member has flexibility. It is made of resin. A first locking member is integrally disposed on the first guide member. Moreover, the 1st latching member which has the female part latched with the male part of the rockable 2nd latching member is provided.

Next, the gauge guide device (2n) for the office punch (1n), which is Example 4 as another embodiment of the present invention, will be described. The gauge guide device (2n) for the office punch (1n), which is Example 4, is the following in the gauge guide device for office punch (Example 3) shown in FIGS. The female part (23n) of the first locking member (20n) will be described. An insertion opening (42n) is provided in which a side surface (40n) of the flat housing (44n) is opened. A first locking surface portion (52n) is provided on the inner side of the side surface (47n) adjacent to the insertion opening (42n). An operation opening (46n) is provided by opening the lower side of the first locking surface (52n). A pressing operation portion (55n) for pressing operation for operating the pressing portion (39n) protruding from the operation opening (46n) is integrally formed. The pressing operation part (55n) has flexibility. Next, the male part (22n) of the second locking member (21n) will be described. A U-shaped insertion leg (51n) having flexibility is provided at one end (50n) of the substrate (49n). The U-shaped insertion leg (51n) and the substrate (49n) are stepped. The board (49n) is provided higher than the U-shaped insertion leg (51n). A second locking surface portion (48n) that faces and locks the first locking surface portion (52n) is provided on the axis of the insertion leg portion (51n). A pressing portion (39n) protruding from the operation opening (46n) is integrally formed outside the insertion leg (51n).

Next, the operation of the gauge guide device (2n) of the office punch (1n), which is Example 4, will be described. The movement of the stored gauge from the first guide member to the outside will be described. The first locking member (20n) and the second locking member (21n) are locked. That is, in FIG. 13 and the like, the first locking surface portion (52n) and the second locking surface portion (48n) are locked. The first locking member (20n) and the second locking member (21n) are locked, and the first locking member (20n) holds the second locking member (21n). A gauge is housed in the first guide member. In FIG. 14 and the like, the pressing portion (39n) which is one end (78) of the second locking member (21n) is pressed in the locked state. That is, the pressing operation portion (55n) which is one end (28n) of the first locking member (20n) is pressed with a finger or the like. The second locking surface portion (48n) moves from the first locking surface portion (52n) to the insertion opening (42n), and the insertion leg portion (51n) is compressed and deformed and locked. Release from the state. In a state where the pressing operation portion (55n) is pressed with a finger or the like, the protruding end of the gauge or the second locking member (21n) is pushed outward (Gn) with the finger or the like. In FIG. 15 and the like, the second locking member (21n) moves outward (Gn) when pushed, so that the insertion leg (51n) passes through the insertion opening (42n). Break through. Thereby, the gauge stored in the first guide member moves outward (Gn) from the first guide member. When the finger or the like that has pressed the pressing operation portion (55n) is released, the insertion leg portion (51n) returns from the compressed and deformed state. Next, it will be described about storing the gauge located outward (Gn) from the first guide member in the first guide member. In FIG. 15 and the like, the tip of the gauge is pushed inward (Bn) with a finger or the like. When pushed, the gauge moves inward (Bn) along the first guide member. The insertion opening (42n) guides the insertion leg (51n), and the insertion leg (51n) is compressed and deformed. The insertion leg (51n) is inserted into the housing (44n). In FIG. 14 and the like, after insertion, the substrate (49n) comes into contact with the housing (44n) and stops. In FIG. 13 and the like, almost simultaneously with the stop, the insertion leg (51n) that has been guided to the insertion opening (42n) is released from the guide, compressed, and deformed, so that the insertion leg (51n ) Is restored. After the repositioning, the first locking surface portion (52n) and the second locking surface portion (48n) are opposed and locked. The first locking member (20n) and the second locking member (21n) are locked, the first locking member (20n) holds the second locking member (21n), and the first guide member has a gauge. Store. According to the gauge guide device for office punches according to the third embodiment and the gauge guide device (2n) for office punches (1n) according to the fourth embodiment, frictional resistance or the like is caused when the gauge is pulled out and stored. The degree of burden on the hand can be reduced. The gauge can be stored with one hand. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

It is described below as a supplement. The gauge guide device (2k) for the office punch (1k), which is Example 2, and the gauge guide device (2n) for the office punch (1n), which is Example 4, are collectively described as follows. . The female part is described. An insertion opening having an open side surface of a flat rectangular parallelepiped is provided. One side of the opening for insertion is opened to provide an opening for operation, a second locking surface is provided on the side along the opening for operation, or the first locking is provided inside the side of the opening for insertion A surface portion is provided, a first locking surface portion is provided near the insertion opening portion, an operation opening portion is provided below the first locking surface portion provided in the upper portion, and the operation opening portion is exposed. A pressing operation portion for pressing operation for operating the pressing portion is integrally formed. Next, the male part is described. A flexible U-shaped insertion leg is provided at one end of the substrate, a step is provided between the U-shaped insertion leg and the substrate, and the substrate is provided higher than the U-shaped insertion leg. It is. A first locking surface portion that locks opposite to the second locking surface portion is provided on the axis of the insertion leg portion, and one end of the first locking member, that is, a pressing operation portion for pressing operation is provided as the insertion leg portion. A second locking surface portion that is integrally formed on the outer side or locked opposite to the first locking surface portion is provided on the axis of the insertion leg portion, and the pressing portion that is exposed from the opening for operation is changed. It is integrally formed on the outside of the insert leg.

Next, a gauge guide device (2z) for an office punch (1z), which is Example 5 which is another embodiment of the present invention, will be described. The gauge guide device (2z) for the office punch (1z) according to the fifth embodiment is similar to the gauge guide device (2k) for the office punch (1k) according to the second embodiment shown in FIGS. It is as follows. A gauge (3z) is provided. A first guide member (4z) for supporting and guiding the gauge (3z) in a slidable manner is provided. It is a gauge guide device for an office punch having means for positioning the perforation position of the paper by matching the protruding end (5z) of the gauge (3z) with the end of the paper. A first locking member (20z) is disposed along the gauge (3z). The second locking member (21z) is integrally disposed on the gauge (3z). A swingable first locking member (20z) and a second locking member (21z) that locks are provided. When the gauge (3z) is moved along the first guide member (4z) to the position (24z) where the first locking member (20z) and the second locking member (21z) are locked, the first locking member ( 20z) and the second locking member (21z) are locked, and the first locking member (20z) holds the second locking member (21z). When one end (28z) of the first locking member (20z) is pressed from the locked state, the locked state is released. Moreover, it is as follows. The swingable first locking member (20z) is made of a flexible resin. The first locking member (20z) is integrally disposed on the first guide member (4z). A second locking member (21z) having a female part (23z) to be locked with a male part (22z) of the swingable first locking member (20z) is provided. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment. According to the gauge guide device (2z) of the office punch (1z) which is the fifth embodiment, it is possible to reduce the degree of burden on the hand due to frictional resistance or the like when the gauge is pulled out and stored. The gauge can be pulled out with one hand. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Moreover, you may make it as follows about the gauge guide apparatus (2d) of the office punch (1d) which is Example 1. FIG. A pressing portion (39) is provided on the swingable first locking member (20). A pressing portion (39) is provided at one end (28) of the swingable first locking member (20). When the pressing portion (39) of the first locking member (20) is pressed from the locked state, the locked state is released. That is, when the pressing portion (39) provided at one end (28) of the first locking member (20) is pressed from the locked state, the locked state is released. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment.

Next, a gauge guide device (2j) for an office punch (1j), which is Example 6 which is another embodiment of the present invention, will be described. The gauge guide device (2j) for the office punch (1j) according to the sixth embodiment is the following in the gauge guide device (2k) for the office punch (1k) according to the second embodiment shown in FIGS. It is like this. A second coil spring (26) that urges the gauge (3j) outward from the first guide member (4j) (arrow Gj) is disposed. That is, a second coil spring (26) that pushes the gauge (3j) is disposed along the first guide member (4j). When the gauge (3j) is moved along the first guide member (4j) to the position (24j) where the first locking member (20j) and the second locking member (21j) are locked, The locking member (20j) and the second locking member (21j) are locked, and the first locking member (20j) holds the second locking member (21j). The gauge (3j) is accommodated in the first guide member (4j). When one end (28j) of the first locking member (20j) is pressed from the locked state, the first guiding member (4j) is released from the locked state and biased by the second coil spring (26). The gauge (3j) is pushed outward (arrow Gj). That is, when one end (28j) of the swingable first locking member (20j) is pressed from the locked state, the locked state is released, and along the first guide member (4j). The gauge (3j) is pushed by the second coil spring (26). In addition, about arrange | positioning a 2nd coil spring (26), the 2nd coil spring (26) is arrange | positioned in the 1st guide member (4j) vicinity. The second coil spring (26) is a compression type coil spring. A spring receiver (65) is provided integrally with the gauge (3j) so as to interlock with the second coil spring (26). A box (66) for the second coil spring (26) is provided. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment.

Next, the operation of the gauge guide device (2j) for the office punch (1j), which is Example 6, will be described. The movement of the stored gauge (3j) from the first guide member (4j) to the outside (Gj) will be described. In FIG. 21, the first locking member (20j) and the second locking member (21j) are locked. That is, in FIG. 9 etc., the 1st locking surface part (52) and the 2nd locking surface part (48) (56) which are facing are locked. The first locking member (20j) and the second locking member (21j) are locked, and the first locking member (20j) holds the second locking member (21j). A gauge (3j) is housed in the first guide member (4j). In the locked state, the pressing operation portion (55) which is one end (28j) of the first locking member (20j) is pressed with a finger or the like. 10-12 etc., the 1st latching surface part (52) moves to the opening part (42) for insertion from the 2nd latching surface part (48), and the insertion leg part (51) is compressed. It is released from the deformed and locked state. At the same time, the second locking member (21j) moves outward (Gj) along with the gauge (3j) pushed outward (Gj) by the biased second coil spring (26). Subsequently, since the second locking member (21j) moves outward (Gj), the insertion opening (42) and the operation opening (46) pass through the insertion leg (51). Thereby, in FIG. 22, the gauge (3j) accommodated in the first guide member (4j) moves outward (Gj) from the first guide member (4j). That is, the gauge (3j) is positioned outward (Gj) from the first guide member (4j), leaving a part of the gauge (3j) in the first guide member (4j). Then, when the finger or the like that has pressed the pressing operation portion (55) is released, the insertion leg portion (51) is restored from the compressed and deformed state. Next, the storage of the gauge (3j) positioned outward (Gj) from the first guide member (4j) in the first guide member (4j) will be described. In FIG. 22, the protruding end (5j) of the gauge (3j) is pushed inward (Bj) by a finger or the like in a direction against the second coil spring (26) to be biased. When pushed, the gauge (3j) moves inward (Bj) along the first guide member (4j). In FIG. 12 and the like, the insertion opening (42) guides the insertion leg (51), and the insertion leg (51) is compressed and deformed. In FIG. 11 etc., the insertion opening (42) and the operation opening (46) move on the insertion leg (51). 11-10 etc., after a movement, a 2nd locking member (21j) contacts a board | substrate (49) and stops. Almost simultaneously with the stop, the insertion leg (51) guided to the insertion opening (42) is released from the guide, and the insertion leg (51) is restored from the state of being compressed and deformed. In FIG. 9 and the like, after the repositioning, the first locking surface portion (52) and the second locking surface portions (48) and (56) are locked against each other. The first locking member (20j) and the second locking member (21j) are locked, the first locking member (20j) holds the second locking member (21j), and the first guide member (4j) ) Accommodates the gauge (3j). According to the gauge guide device (2j) of the office punch (1j) which is the sixth embodiment, it is possible to reduce the degree of burden on the hand due to frictional resistance or the like when the gauge is pulled out. In addition, the time required for pulling out the gauge can be shortened. Alternatively, the gauge can be easily pulled out with one hand. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, a gauge guide device (2aa) for an office punch (1aa), which is Example 7 as another embodiment of the present invention, will be described. The gauge guide device (2aa) for the office punch (1aa) according to the seventh embodiment is the following in the gauge guide device (2z) for the office punch (1z) according to the fifth embodiment shown in FIGS. It is like this. A second coil spring (26aa) that urges the gauge (3aa) inward (arrow Baa) from the first guide member (4aa) is disposed. That is, a second coil spring (26aa) that pushes the gauge (3aa) is disposed along the first guide member (4aa). When the gauge (3aa) is moved along the first guide member (4aa) to the position (24aa) where the first locking member (20aa) and the second locking member (21aa) are locked, the first engagement is achieved. The locking member (20aa) and the second locking member (21aa) are locked, and the first locking member (20aa) holds the second locking member (21aa). The gauge (3aa) is accommodated in the first guide member (4aa). When the one end (28aa) of the first locking member (20aa) is pressed from the locked state, the first guide member (4aa) is released from the locked state and is biased by the second coil spring (26aa). The gauge (3aa) is pushed inward (arrow Baa). That is, when one end (28aa) of the swingable first locking member (20aa) is pressed from the locked state, the locked state is released, and along the first guide member (4aa). The gauge (3aa) is pushed by the second coil spring (26aa). In addition, about arrange | positioning a 2nd coil spring (26aa), the 2nd coil spring (26aa) is arrange | positioned in the 1st guide member (4aa) vicinity. The second coil spring (26aa) is a compression type coil spring. A spring receiver (65aa) is provided integrally with the gauge (3aa) so as to interlock with the second coil spring (26aa). A box (66aa) for the second coil spring (26aa) is provided. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment. According to the gauge guide device (2aa) of the office punch (1aa), which is the seventh embodiment, the degree of burden on the hand due to frictional resistance or the like can be reduced when the gauge is stored. Further, the time required for storing the gauge can be shortened. Alternatively, the gauge can be easily stored with one hand. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, although not particularly illustrated, the following may be performed. In the gauge guide device (2n) of the office punch (1n) which is the fourth embodiment, the following may be performed. A second coil spring that urges the gauge in the direction of pushing the gauge outward from the first guide member is disposed. That is, a second coil spring that pushes the gauge is disposed along the first guide member. When the gauge is moved along the first guide member to the position where the first locking member and the second locking member are locked, the first locking member and the second locking member are locked, One locking member holds the second locking member. A gauge is accommodated in the first guide member. When one end of the second locking member is pressed from the locked state, the locked state is released, and the gauge is pushed outward from the first guide member by the biased second coil spring. That is, when one end of the swingable second locking member is pressed from the locked state, the locked state is released, and the gauge is pushed by the second coil spring along the first guide member. . In addition, about arrange | positioning a 2nd coil spring, the 2nd coil spring is arrange | positioned in the 1st guide member vicinity. The second coil spring is a compression type coil spring. A spring receiver is provided integrally with the gauge so as to interlock with the second coil spring. A box for the second coil spring is provided. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment.

Next, a gauge guide device (2) for an office punch (1), which is an embodiment 8 of the present invention, will be described. 29 to 32 and 39, the gauge (3) is provided. A first guide member (4) for supporting and guiding the gauge (3) in a slidable manner is provided. This is a gauge guide device for an office punch having means for aligning the protruding end (5) of the gauge (3) with the end of the paper to position the punching position of the paper. A first locking member (7) is disposed along the gauge (3). The second locking member (8) is integrally disposed on the gauge (3). A permanent magnet (9) is provided as the first locking member (7), and a permanent magnet (10) is provided as the second locking member (8). When the gauge (3) is moved along the first guide member (4) to the position (13) where the first locking member (7) and the second locking member (8) are locked, the first locking member ( 7) and the second locking member (8) are locked, and the first locking member (7) holds the second locking member (8). In addition, the 1st guide member (4) is made into the rail shape which provided the slit in the elongate member of cross-sectional square shape. The position where the first locking member (7) is integrally disposed on the first guide member (4) is approximately between the center and the end of the first guide member (4). Further, the position where the second locking member (8) is disposed integrally with the gauge (3) is the end (32) of the gauge (3). Moreover, the 1st latching member (7) is integrally arrange | positioned at the 1st guide member (4).

Next, the operation of the gauge guide device (2) for the office punch (1), which is the eighth embodiment, will be described. In FIG. 29, the gauge (3) housed in the first guide member (4) is pushed outward from the first guide member (4) (arrow G). When pushing, the protruding end (5) of the gauge (3) or the second locking member (8) is pushed with a finger or the like. When pushed, in FIG. 30, the gauge (3) moves along the first guide member (4) to the position (13) where the first locking member (7) and the second locking member (8) are locked. Moving. In FIG. 39, the first locking member (7) is generated by the magnetic force acting between the permanent magnet (9) as the first locking member (7) and the permanent magnet (10) as the second locking member (8). 7) and the second locking member (8) are locked, and the first locking member (7) holds the second locking member (8). That is, the gauge (3) is positioned outward (arrow G) from the first guide member (4), leaving a part of the gauge (3) in the first guide member (4). Next, in FIG. 30, the gauge (3) located outward (arrow G) from the first guide member (4) is moved from the outside (arrow G) to the first guide member (4) side (arrow B). ) Is released from the locked state, and the gauge (3) is housed in the first guide member (4) in FIG. According to the gauge guide device (2) of the office punch (1) which is the eighth embodiment, it is possible to reduce the degree of burden on the hand due to frictional resistance or the like when the gauge is pulled out and stored. In addition, the gauge can be easily pulled out and stored with one hand. In addition, the use of a permanent magnet causes little mechanical loss and the like, and a stable effect can be maintained semipermanently even when used for a long time. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, a gauge guide device (2a) for an office punch (1a) which is another embodiment of the present invention, which is Example 9, will be described. The gauge guide device (2a) for the office punch (1a) according to the ninth embodiment is shown in FIGS. 29 to 32 and 39, and the gauge guide device (2) for the office punch (1) according to the eighth embodiment. The permanent magnet (9) is provided as the first locking member (7) and the permanent magnet (10) is provided as the second locking member (8). Instead, the permanent magnet ( 9) is provided, and the magnetic body (11) is provided as the second locking member (8). According to the gauge guide device (2a) of the office punch (1a) which is the ninth embodiment, it is possible to reduce the degree of burden on the hand due to frictional resistance or the like when the gauge is pulled out and stored. In addition, the gauge can be easily pulled out and stored with one hand. In addition, the use of a magnetic material or permanent magnet causes little mechanical loss and the like, and a stable effect can be maintained semipermanently even when used for a long time. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, a gauge guide device (2b) for an office punch (1b), which is Example 10 which is another embodiment of the present invention, will be described. The gauge guide device (2b) for the office punch (1b), which is the tenth embodiment, is shown in FIGS. 29 to 32 and 39, and the gauge guide device (2) for the office punch (1), which is the eighth embodiment. The permanent magnet (9) is provided as the first locking member (7) and the permanent magnet (10) is provided as the second locking member (8). Instead, the magnetic material ( 12) and a permanent magnet (10) is provided as the second locking member (8). According to the gauge guide device (2b) of the office punch (1b) which is the tenth embodiment, it is possible to reduce the degree of burden on the hand due to frictional resistance or the like when the gauge is pulled out and stored. In addition, the gauge can be easily pulled out and stored with one hand. In addition, the use of a magnetic material or permanent magnet causes little mechanical loss and the like, and a stable effect can be maintained semipermanently even when used for a long time. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, a gauge guide device (2e) for an office punch (1e), which is Example 11 which is another embodiment of the present invention, will be described. The gauge guide device (2e) for the office punch (1e) according to the eleventh embodiment is the same as the gauge guide device (2) for the office punch (1) according to the eighth embodiment shown in FIGS. The position where the first locking member (7) is disposed along (3) and the position where the second locking member (8) is integrally disposed on the gauge (3) are changed. The position where the first locking member (7e) is disposed along the gauge (3e) is an end portion (33) of the first guide member (4e). Further, the position where the second locking member (8e) is disposed integrally with the gauge (3e) is the end of the gauge (3e). Further, the first locking member (7e) is integrally disposed on the first guide member (4e). Next, the operation will be described. In the gauge guide device (2e) for the office punch (1e) according to the eleventh embodiment, the gauge (3e) housed in the first guide member (4e) in FIG. 33 is replaced with the first guide member (4e). To the outside (arrow Ge). In FIG. 34, when pushed, the first locking member (7e) and the second locking member (8e) are released from the locked state, and the gauge (3e) is moved along the first guide member (4e). ) Moves. That is, the gauge (3e) is positioned outward (arrow Ge) from the first guide member (4e), leaving a part of the gauge (3e) on the first guide member (4e). Next, in FIG. 34, the gauge (3e) positioned outward (arrow Ge) from the first guide member (4e) is moved from the outside (arrow Ge) to the first guide member (4e) side (arrow Be). ). In FIG. 33, when pushed, the gauge (3e) is moved along the first guide member (4e) to the position (13e) where the first locking member (7e) and the second locking member (8e) are locked. Moving. Due to the magnetic force acting between the permanent magnet (9e) as the first locking member (7e) and the permanent magnet (10e) as the second locking member (8e), the first locking member (7e) and the second locking member (7e) The locking member (8e) is locked, and the first locking member (7e) holds the second locking member (8e). The gauge (3e) is accommodated in the first guide member (4e). Although not particularly illustrated, the same applies to the gauge guidance device for office punches of the ninth to tenth embodiments. You may make it the same about the gauge guide apparatus of the office punch which is each Example.

Next, a gauge guide device (2h) for an office punch (1h), which is Example 12 which is another embodiment of the present invention, will be described. The gauge guide device (2h) for the office punch (1h) according to the twelfth embodiment is the same as the gauge guide device (2) for the office punch (1) according to the eighth embodiment shown in FIGS. (3) When the first locking member is disposed along the gauge (3h), the first locking member (7h) is disposed along the gauge (3h). A stop member (7ha) is arranged. A plurality (7h) (7ha) of first locking members are arranged along the gauge (3h). That is, the first locking member of the gauge guide device (2) for the office punch (1), which is the eighth embodiment, and the first locking member of the gauge guide device (2e) for the office punch (1e), which is the eleventh embodiment. One locking member is arranged along the gauge (3h). Moreover, the 1st latching member (7h) is integrally arrange | positioned at the 1st guide member (4h). The first locking member (7ha) is integrally disposed on the first guide member (4h). That is, the first locking member (7h) and the first locking member (7ha) are integrally disposed on the first guide member (4h). Although not particularly illustrated, the same applies to the gauge guidance device for office punches of the ninth to tenth embodiments. You may make it the same about the gauge guide apparatus of the office punch which is each Example.

Next, a gauge guide device (2f) for an office punch (1f), which is Example 13, which is another embodiment of the present invention, will be described. The gauge guide device (2f) for the office punch (1f) according to the thirteenth embodiment is the same as that shown in FIGS. The first locking member (7) is disposed along the gauge (3), and the support portion (30) is disposed along the gauge (3f). The first locking member (7f) is disposed on the support portion (30). In other words, the first locking member (7f) is arranged along the gauge (3f) via the support portion (30). Similarly, the second locking member (8f) is integrally disposed on the gauge (3f), and the second locking member (8f) is integrally disposed on the support portion (35). The support portion (35) is integrally disposed on the base plate, that is, the second locking member (8f) is integrally disposed on the gauge (3f) via the support portion (35). Moreover, the 1st latching member (7f) is integrally arrange | positioned through the support part (30) at the 1st guide member (4f). Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment.

In addition, although not particularly illustrated, in the gauge guide device (2) of the office punch (1), which is an embodiment of the present invention, which is an embodiment of the present invention, the first guide member (4) is first locked. About arrange | positioning a member (7) integrally, you may make it as follows. The base is integrally disposed on the first guide member (4). The first locking member (7) is integrally disposed on the base. That is, you may arrange | position a 1st locking member (7) integrally to a 1st guide member (4) via this base. The base is the base of the office punch (1). The base is the base of the office punch (1). The base is a base of the office punch (1). Although not particularly illustrated, the first locking member (7) may be integrally disposed on the first guide member (4) as follows. A bottom cover for receiving the punching residue mounted on the lower surface of the base is integrally disposed on the first guide member (4). The first locking member (7) is integrally disposed on the bottom cover. That is, you may arrange | position a 1st latching member (7) integrally to a 1st guide member (4) via this bottom face cover. Further, although not particularly shown, the office punch gauge guide devices according to the ninth to thirteenth embodiments may be similarly configured. You may make it the same about the gauge guide apparatus of the office punch which is each Example.

Further, although not particularly illustrated, the following may be performed. Regarding the gauge guide device (2e) of the office punch (1e) which is the eleventh embodiment, the first guide member (4e) may be provided to be inclined. The height of the end (33) side is increased, and the outer side (arrow Ge) side is inclined to be lower. When the gauge (3e) stored in the first guide member (4e) is pushed outward (arrow Ge) from the first guide member (4e), the gauge (3e) or the second locking member (8e) ) With a finger or the like, the first locking member (7e) and the second locking member (8e) are released from the locked state. After that, even if a finger or the like is released from the gauge (3e) or the second locking member (8e), the first guide member (4e) provided at an inclination causes the gauge ( 3e) descends and moves. Although not particularly shown, when the gauge guide device (2) for the office punch (1), which is the eighth embodiment, is used, it may be as follows. The gauge (3) stored in the first guide member (4) is pushed outward from the first guide member (4) (arrow G). Tilt with your hands. When inclined, the gauge (3) moves along the first guide member (4) to the position (13) where the first locking member (7) and the second locking member (8) are locked. Due to the magnetic force acting between the permanent magnet (9) as the first locking member (7) and the permanent magnet (10) as the second locking member (8), the first locking member (7) and the second locking member (7). The locking member (8) is locked, and the first locking member (7) holds the second locking member (8). That is, the gauge (3) is positioned outward (arrow G) from the first guide member (4), leaving a part of the gauge (3) in the first guide member (4). Next, when the gauge (3) positioned outward (arrow G) from the first guide member (4) is pushed from the outside (arrow G) to the inside (arrow B) with a finger or the like, Release from the current state. Thereafter, similarly, when the gauge guide device is tilted by hand or the like, the gauge (3) is accommodated in the first guide member (4). Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment.

Next, the gauge guide device (2w) for the office punch (1w), which is Example 14, which is another embodiment of the present invention, will be described. The gauge guide device (2w) for the office punch (1w) according to the fourteenth embodiment is the gauge guide device (2z) for the office punch (1z) according to the fifth embodiment shown in FIGS. ), The first locking member (20z) is integrally disposed on the first guide member (4z), and instead of the first locking member (20w) Are arranged as follows, and as follows. A second engagement member (18) (18w) that engages with the first engagement member (16) is provided. A second guide member (15) for guiding the first engagement member (16) is arranged in parallel to the first guide member (4w). The second engaging members (18) and (18w) are integrally disposed on the second guide member (15). The first engagement member (16) along the second guide member (15) to the position (19) (19w) where the first engagement member (16) and the second engagement member (18) (18w) are engaged. Is moved, the first engagement member (16) and the second engagement member (18) (18w) are engaged, and the second engagement member (18) (18w) is engaged with the first engagement member (16). Hold. When one end (27) of the first engaging member (16) is pressed from the engaged state, the engaged state is released. The position (24w) at which the first locking member (20w) locks the second locking member (21w) is determined by the first engagement member (16) and the second engagement members (18) (18w). Can be set. Second engaging members (18) and (18w) having female portions (37) and (37w) engaged with the male portion (36) of the swingable first engaging member (16) are provided. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment. In FIG. 45, the first engaging member (20w) is integrally disposed on the first engaging member (16) as follows. The connection member (14) is integrally disposed on the first engagement member (16). The first locking member (20w) is integrally disposed on the connecting member (14). That is, the first locking member (20w) is integrally disposed on the first engagement member (16) through the connection member (14). The engaging member stopper (68) of the first engaging member (16) is inserted into the engaging member stopper (67) of the connecting member (14) and engaged therewith. Moreover, it is as follows. In FIG. 71, operation ports (69) and (69w) for pressing when pressing one end (28w) of the first locking member (20w) are provided. Further, the following may be used. In FIG. 69, the sides (72) (72w) (72wa) (72wb) of the second engagement members (18wa) (18wb) may be provided to be inclined in order to facilitate the engagement. The upper part is wide, the lower part is narrow, and it is inclined. In FIG. 72, the first engaging member (16wa) and the second engaging member (18wc) (18wd) are engaged with each other, and the convex portions (70) (70w) are formed on the first engaging member (16wa). The concave portions (71) (71w) (71wa) (71wb) are provided in the second engaging members (18wc) (18wd), and the convex portions (70) (70w) and the concave portions (71) (71w) (71wa) are provided. (71 wb) may be engaged.

Next, the operation of the gauge guide device (2w) for the office punch (1w), which is Example 14, will be described. 42, 44, 70 and the like, the first engagement member (16) and the second engagement member (18) are engaged at the position (19) where the second engagement member (18) is engaged. One engaging member (16) is held. From the engaged state, one end (27) of the first engaging member (16) is pressed in the upward direction (arrow U) with a finger or the like. When pressed, the first engagement member (16) is released from the second engagement member (18) from the engaged state. One end (27) of the first engagement member (16) is moved outward (arrow Gw) while being lightly pressed with a finger or the like according to the second guide member (15). 44 and 71, the first engagement member (16) is moved along the second guide member (15) to the position (19w) where the first engagement member (16) and the second engagement member (18w) are engaged. ) Immediately above the second engagement member (18w), one end (27) of the first engagement member (16) is pressed with a finger or the like in the downward direction (arrow D). When pressed, the first engagement member (16) and the second engagement member (18w) are engaged, and the second engagement member (18w) holds the first engagement member (16). According to the gauge guide device (2w) of the office punch (1w) which is the fourteenth embodiment, the degree of burden on the hand due to frictional resistance or the like can be reduced when the gauge is pulled out. Alternatively, the gauge can be pulled out with one hand. Or, despite the above-described series of effects, the position of the hole in the paper can be arbitrarily changed in accordance with the size of the paper selected in advance. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, a gauge guide device (2ba) for an office punch (1ba), which is Example 15 which is another embodiment of the present invention, will be described. The gauge guide device (2ba) for the office punch (1ba), which is the fifteenth embodiment, is the following in the gauge guide device (2w) for the office punch (1w), which is the fourteenth embodiment shown in FIGS. It is like this. A second coil spring (26ba) that urges the gauge (3ba) inward (arrow Bba) from the first guide member (4ba) is disposed. That is, the second coil spring (26ba) that pushes the gauge (3ba) is disposed along the first guide member (4ba). When the gauge (3ba) is moved along the first guide member (4ba) to the position (24ba) where the first locking member (20ba) and the second locking member (21ba) are locked, the first engagement is achieved. The locking member (20ba) and the second locking member (21ba) are locked, and the first locking member (20ba) holds the second locking member (21ba). The gauge (3ba) is accommodated in the first guide member (4ba). Further, when one end (28ba) of the first locking member (20ba) is pressed from the locked state, the first guiding member (26ba) is released from the locked state and is biased by the first guide member (26ba). The gauge (3ba) is pushed inward (arrow Bba) from 4ba). That is, when one end (28ba) of the swingable first locking member (20ba) is pressed from the locked state, the locked state is released, and along the first guide member (4ba). The gauge (3ba) is pushed by the second coil spring (26ba). In addition, about arrange | positioning a 2nd coil spring (26ba), the 2nd coil spring (26ba) is arrange | positioned in the 1st guide member (4ba) vicinity. The second coil spring (26ba) is a compression type coil spring. A spring receiver (65ba) is provided integrally with the gauge (3ba) so as to interlock with the second coil spring (26ba). A box (66ba) for the second coil spring (26ba) is provided. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment. According to the gauge guide device (2ba) of the office punch (1ba) which is the fifteenth embodiment, it is possible to reduce the degree of burden on the hand due to frictional resistance or the like when the gauge is stored. Alternatively, the time required for storing the gauge can be shortened. Or the gauge can be stored with one hand. Or, despite the above-described series of effects, the position of the hole in the paper can be arbitrarily changed in accordance with the size of the paper selected in advance. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Although not particularly illustrated, the second coil spring (26ba) is disposed in the vicinity of the first guide member (4ba) in the gauge guide device (2ba) of the office punch (1ba), which is the fifteenth embodiment. It may be as follows. The base is integrally disposed on the first guide member (4ba). A second coil spring (26ba) is disposed on the base in the vicinity of the first guide member (4ba). Further, the following may be used. A bottom cover for receiving the punching residue mounted on the lower surface of the base is integrally disposed on the first guide member (4ba). A second coil spring (26ba) is disposed on the bottom cover in the vicinity of the first guide member (4ba). Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment.

Next, an office punch (1x) gauge guide device (2x), which is Example 16, which is another embodiment of the present invention, will be described. The gauge guide device (2x) of the office punch (1x) which is Example 16 is the same as the gauge guide device (2k) of the office punch (1k) which is Example 2 in FIGS. The first locking member (20) is integrally disposed on the first guide member (4d), and instead, the first locking member (20x) is integrally formed on the first engagement member (16x). The arrangement is as follows. A second engagement member (18x) (18xa) that engages with the first engagement member (16x) is provided. A second guide member (15x) for guiding the first engagement member (16x) is arranged in parallel to the first guide member (4x). The second engagement members (18x) (18xa) are integrally disposed on the second guide member (15x). The first engagement member (16x) along the second guide member (15x) to the position (19x) (19xa) where the first engagement member (16x) and the second engagement member (18x) (18xa) engage with each other. , The first engagement member (16x) and the second engagement member (18x) (18xa) are engaged, and the second engagement member (18x) (18xa) is engaged with the first engagement member (16x). Hold. When one end (27x) of the first engagement member (16x) is pressed from the engaged state, the engaged state is released. The position (24x) (24xa) where the first locking member (20x) locks the second locking member (21x), the first engaging member (16x) and the second engaging member (18x) ( 18xa). A second coil spring (26x) that urges the gauge (3x) outward from the first guide member (4x) (arrow Gx) is disposed. That is, the second coil spring (26x) that pushes the gauge (3x) is disposed along the first guide member (4x). When the gauge (3x) is moved along the first guide member (4x) to the position (24x) (24xa) where the first locking member (20x) and the second locking member (21x) are locked, The first locking member (20x) and the second locking member (21x) are locked, and the first locking member (20x) holds the second locking member (21x). The gauge (3x) is accommodated in the first guide member (4x). Further, when one end (28x) of the first locking member (20x) is pressed from the locked state, the first guide member (26x) is released from the locked state and biased by the second coil spring (26x). The gauge (3x) is pushed outward from 4x). That is, from the locked state, when one end (28x) of the swingable first locking member (20x) is pressed, the locked state is released and along the first guide member (4x). The gauge (3x) is pushed by the second coil spring (26x). 54 and 55, the second engagement member (18x) is provided in the operation port (69xa) for pressing when the one end (28x) of the first locking member (20x) is pressed. That is, the engagement position (19x) acts as the second engagement member (18x), and the engagement position (19xa) acts as the operation port (69xa). A second engagement member (18x) (18xa) having a female portion (37x) (37xa) that engages with the male portion (36x) of the first engagement member (16x) is provided. In addition, about arrange | positioning a 2nd coil spring (26x), the 2nd coil spring (26x) is arrange | positioned in the 1st guide member (4x) vicinity. The second coil spring (26x) is a compression type coil spring. A spring receiver (65x) is provided integrally with the gauge (3x) so as to interlock with the second coil spring (26x). A box (66x) for the second coil spring (26x) is provided. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment. Further, the position at which the first engagement member (16x) and the second engagement member are engaged is related to the position (19xa) from the position (19x) to be engaged or the position (19xa) to be engaged. By setting the matching position (19x), the pressure of the spring selected in advance can be arbitrarily changed. According to the gauge guide device (2x) of the office punch (1x) which is the sixteenth embodiment, it is possible to reduce the degree of burden on the hand due to frictional resistance or the like when the gauge is pulled out. Alternatively, the time required for pulling out the gauge can be shortened. Alternatively, the gauge can be pulled out with one hand. Or, despite the above-described series of effects, the position of the hole in the paper can be arbitrarily changed in accordance with the size of the paper selected in advance. Or, despite having the above-mentioned series of effects, it can be arbitrarily changed to the pre-selected spring pressure, and by changing the spring pressure, it is possible to improve the safety when pulling out the gauge It is. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, a gauge guide device (2y) for an office punch (1y), which is Example 17 which is another embodiment of the present invention, will be described. The gauge guide device (2y) for the office punch (1y) which is Example 17 is the same as the gauge guide device (2) for the office punch (1) which is Example 8 in FIGS. The first locking member (7) is integrally disposed on the first guide member (4), and instead, the first locking member (7y) is integrally formed on the first engagement member (16y). The arrangement is as follows. A second engagement member (18y) (18ya) that engages with the first engagement member (16y) is provided. A second guide member (15y) for guiding the first engagement member (16y) is arranged in parallel to the first guide member (4y). The second engaging members (18y) (18ya) are integrally disposed on the second guide member (15y). The first engagement member (16y) along the second guide member (15y) to the position (19y) (19ya) where the first engagement member (16y) and the second engagement member (18y) (18ya) engage with each other. Is moved, the first engagement member (16y) and the second engagement member (18y) (18ya) are engaged, and the second engagement member (18y) (18ya) is engaged with the first engagement member (16y). Hold. When one end (27y) of the first engaging member (16y) is pressed from the engaged state, the engaged state is released. The position (13y) where the first locking member (7y) locks the second locking member (8y) is determined by the first engaging member (16y) and the second engaging member (18y) (18ya). Can be set. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment. According to the gauge guide device (2y) of the office punch (1y), which is the seventeenth embodiment, it is possible to reduce the degree of burden on the hand due to frictional resistance or the like when the gauge is pulled out and stored. Alternatively, the time required for pulling out and storing the gauge can be shortened. Alternatively, the gauge can be pulled out and stored with one hand. Alternatively, by using a magnetic material or a permanent magnet, there is little mechanical loss or the like, and a stable effect can be maintained semipermanently even if used for a long time. Or, despite the above-described series of effects, the position of the hole in the paper can be arbitrarily changed in accordance with the size of the paper selected in advance. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, with reference to FIGS. 5 to 6 and FIGS. 61 to 62 and 73, the gauge guide device (2v) for the office punch (1v), which is Example 18, will be described. A gauge (3v) is provided. A first guide member (4v) is provided for supporting and guiding the gauge (3v) in a slidable manner. This is a gauge guide device for an office punch having means for positioning the perforation position of the paper by matching the protruding end (5v) of the gauge (3v) with the end of the paper. A first locking member (20v) is disposed along the gauge (3v). The second locking member (21v) is disposed integrally with the gauge (3v). A swingable first locking member (20v) and a second locking member (21v) that locks are provided. A second coil spring (26v) that urges the gauge (3v) outward from the first guide member (4v) (arrow Gv) is disposed. That is, a second coil spring (26v) that pushes the gauge (3v) is disposed along the first guide member (4v). Moreover, it is as follows. The swingable first locking member (20v) is made of a flexible resin. By being made of flexible resin, it can be swung freely. The elasticity of the resin is used. The first locking member (20v) is integrally disposed on the first guide member (4v). A second locking member (21v) having a female part (23v) that locks with the male part (22v) of the swingable first locking member (20v) is provided. The male part (22v) of the first locking member (20v) is arranged. The female part (23v) of the second locking member (21v) is disposed on the gauge (3v). In addition, the female part (23v) is made into the same shape as the female part (23) of the gauge guide device (2k) of the office punch (1k) which is the second embodiment. A spring receiver (65v) is provided on the gauge (3v) so as to interlock with the second coil spring (26v). Moreover, it is as follows. 61 and 62, a support base (77) is integrally provided on the first guide member (4v). In FIG. 73, the shaft (75) is fixed to the support base (77) and penetrates the transmission member (76). The transmission member (76) is supported by the shaft (75) and freely rotates in the rotation directions (L) and (R). The spring stopper (73) is fixed to the support base (77), and the spring stopper (74) is fixed to the transmission member (76). The second coil spring (26v) is a torsion coil spring wound around the shaft (75) in the support base (77), and both ends thereof are fixed to the spring stoppers (73) and (74). Therefore, the transmission member (76) operates in the rotational directions (L) and (R) while receiving the force of the second coil spring (26v). The operation will be described. When the gauge (3v) is moved along the first guide member (4v) to the position (24v) where the first locking member (20v) and the second locking member (21v) are locked, the first engagement is achieved. The locking member (20v) and the second locking member (21v) are locked, and the first locking member (20v) holds the second locking member (21v). The gauge (3v) is accommodated in the first guide member (4v). When the one end (28v) of the first locking member (20v) is pressed from the locked state, the locked state is released. The gauge (3v) is pushed outward (arrow Gv) from the first guide member (4v) by the urging second coil spring (26v). That is, from the locked state, when one end (28v) of the swingable first locking member (20v) is pressed, the locked state is released, and along the first guide member (4v). The gauge (3v) is pushed by the second coil spring (26v). Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment. According to the gauge guide device (2v) of the office punch (1v) which is the eighteenth embodiment, the degree of burden on the hand due to frictional resistance or the like can be reduced when the gauge is pulled out and stored. The gauge can be stored with one hand. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, with reference to FIGS. 63 to 64 and 67, a gauge guide device (2t) for the office punch (1t), which is Example 19, will be described. A gauge (3t) is provided. A first guide member (4t) is provided for slidably supporting and guiding the gauge (3t). This is a gauge guide device for an office punch having means for aligning the protruding end (5t) of the gauge (3t) with the end of the paper to position the punching position of the paper. A first locking member (20t) is arranged along the gauge (3t). The second locking member (21t) is integrally disposed on the gauge (3t). A swingable first locking member (20t) and a second locking member (21t) that locks are provided. A second coil spring (26t) that urges the gauge (3t) in the outward direction (Gt) from the first guide member (4t) is disposed. That is, a second coil spring (26t) that pushes the gauge (3t) is disposed along the first guide member (4t). Moreover, it is as follows. The first locking member (20t) is integrally disposed on the first guide member (4t). A second locking member (21t) having a female part (23t) to be locked with a male part (22t) of the swingable first locking member (20t) is provided. The male part (22t) of the first locking member (20t) is arranged. The female part (23t) of the second locking member (21t) is arranged on the gauge (3t). In addition, a part of the gauge (3t) is recessed to provide a female part (23t). The male part (22t) is inserted and locked into the female part (23t), but the female part (23t) is omitted in FIGS. A spring receiver (65t) is provided on the gauge (3t) so as to interlock with the second coil spring (26t). Moreover, it is as follows. 63, 64 and 67, the first locking member (20t) will be described. The second coil spring (26t) is also used as an elastic body. Therefore, hereinafter, the elastic body is referred to as an elastic body (26t). The shaft (75t) is provided integrally with the first guide member (4t) and penetrates the transmission member (76t). The transmission member (76t) is supported by a shaft (75t) and freely rotates in the rotation direction (Lt) (Rt). The elastic body (26t) is a coil spring. The elastic body (26t), which is the second coil spring (26t), is a compression type coil spring, and is provided so that one end is in contact with the spring receiver (65t) and the other end is in contact with the transmission member (76t). Therefore, the transmission member (76t) operates in the rotation direction (Lt) (Rt) while receiving the force of the elastic body (26t). Note that the elastic body (26t) is integrally provided in the swingable first locking member (20t). The elastic body (26t) is provided integrally so as to be swingable. The operation will be described. When the gauge (3t) is moved along the first guide member (4t) to the position (24t) where the first locking member (20t) and the second locking member (21t) lock, The locking member (20t) and the second locking member (21t) are locked, and the first locking member (20t) holds the second locking member (21t). The gauge (3t) is accommodated in the first guide member (4t). When one end (28t) of the first locking member (20t) is pressed from the locked state, the locked state is released. The gauge (3t) is pushed outward from the first guide member (4t) by the urging second coil spring (26t). That is, from the locked state, when one end (28t) of the swingable first locking member (20t) is pressed, the locked state is released and along the first guide member (4t). The gauge (3t) is pushed by the second coil spring (26t). Further details will be described. The movement of the stored gauge (3t) from the first guide member (4t) to the outside (Gt) will be described. In FIG. 63, one end (28t) of the first locking member (20t) is pressed outward with a finger or the like from the locked state. In FIG. 64, when pressed, the male portion (22t) of the first locking member (20t) opens the female portion (23t) of the second locking member (21t). When released, the spring receiver (65t) is pressed by the force that the compressed second coil spring (26t) expands and biases, and the gauge (3t) moves outward (Gt). Due to the unloaded second coil spring (26t), one end of the second coil spring (26t) in contact with the transmission member (76t) is similarly unloaded, and the first direction in the rotational direction (Rt) about the shaft (75t) is the first. The locking member (20t) stops while moving. Next, the storage of the gauge (3t) positioned outward (Gt) from the first guide member (4t) in the first guide member (4t) is described. In FIG. 64, the gauge (3t) is moved with a finger or the like in the direction of storage along the first guide member (4t). In FIG. 63, when it moves, the second coil spring (26t) is pressed by the spring receiver (65t) and compressed. When compressed, one end of the second coil spring (26t) in contact with the transmission member (76t) is also pressed. When pressed, the first locking member (20t) moves in the rotational direction (Lt) about the shaft (75t), and eventually the first locking member (20t) and the second locking member (21t) are engaged. Stop. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment. According to the gauge guide device (2t) of the office punch (1t) which is the nineteenth embodiment, it is possible to reduce the degree of burden on the hand due to frictional resistance or the like when the gauge is pulled out and stored. The gauge can be stored with one hand. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, with reference to FIGS. 65 to 66 and 68, a gauge guide device (2u) for an office punch (1u) which is Example 20 will be described. A gauge (3u) is provided. A first guide member (4u) for supporting and guiding the gauge (3u) in a slidable manner is provided. This is a gauge guide device for an office punch having means for aligning the protruding end (5u) of the gauge (3u) with the end of the paper to position the punching position of the paper. A first locking member (20u) is disposed along the gauge (3u). The second locking member (21u) is disposed integrally with the gauge (3u). A swingable first locking member (20u) and a second locking member (21u) that locks are provided. A second coil spring (26u) that urges the gauge (3u) outward from the first guide member (4u) in a direction (Gu) is disposed. That is, a second coil spring (26u) that pushes the gauge (3u) is disposed along the first guide member (4u). The second coil spring (26u) is a tension type coil spring. One end of the second coil spring (26u) is disposed and fixed on the outer side of the first guide member (4u). One end of the second coil spring (26u) is disposed and fixed inward of the gauge (3u). Moreover, it is as follows. The second coil spring (26u) is a compression type coil spring, and both ends thereof are fixed to spring stoppers (73t) (74t). 65 and 66, the spring stopper (73t) is provided on the gauge (3u), and the spring stopper (74t) is provided on the inner side of the first guide member (4u). Moreover, it is as follows. The first locking member (20u) is integrally disposed on the first guide member (4u). A second locking member (21u) having a female part (23u) to be locked with a male part (22u) of the swingable first locking member (20u) is provided. The male part (22u) of the first locking member (20u) is arranged. The female part (23u) of the second locking member (21u) is arranged on the gauge (3u). In addition, a part of the gauge (3u) is recessed to provide a female part (23u). The male part (22u) is inserted and locked into the female part (23u), but in FIGS. 65 and 66, the female part (23u) is omitted. The first locking member (20u) will be described with reference to FIGS. The shaft (75u) is provided integrally with the first guide member (4u) and penetrates the transmission member (76u). The transmission member (76u) is supported by a shaft (75u), and freely rotates in the rotation direction (Lu) (Ru). The elastic body (79) is a leaf spring. One end of the elastic body (79) is in contact with the first guide member (4u) and the other end is in contact with the transmission member (76u). Therefore, the transmission member (76u) operates in the rotational direction (Lu) (Ru) while receiving the force of the elastic body (79). In addition, the elastic body (79) is provided integrally in the swingable first locking member (20u). The elastic body (79) is integrally provided so that it can swing. The operation will be described. When the gauge (3u) is moved along the first guide member (4u) to the position (24u) where the first locking member (20u) and the second locking member (21u) are locked, The locking member (20u) and the second locking member (21u) are locked, and the first locking member (20u) holds the second locking member (21u). The gauge (3u) is accommodated in the first guide member (4u). The second coil spring (26u) is in a state of being stretched by being loaded. When the one end (28u) of the first locking member (20u) is pressed from the locked state, the locked state is released. The gauge (3u) is pushed outward from the first guide member (4u) by the urging second coil spring (26u). That is, when one end (28u) of the swingable first locking member (20u) is pressed from the locked state, the locked state is released, and along the first guide member (4u). The gauge (3u) is pushed by the second coil spring (26u). The second coil spring (26u) is released from the load and contracts to be in an unloaded state. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment. According to the gauge guide device (2u) for the office punch (1u) which is the twentieth embodiment, the degree of burden on the hand due to frictional resistance or the like can be reduced when the gauge is pulled out and stored. The gauge can be stored with one hand. Furthermore, in spite of having the above-mentioned series of effects, processing is relatively easy and less material is used, so that it can be manufactured at low cost.

Next, a gauge guide device (2c) for an office punch (1c), which is Example 21, which is another embodiment of the present invention, will be described. The gauge guide device (2c) of the office punch (1c), which is Example 21, is not particularly shown, but the first example is the gauge guide device (2z) of the office punch (1z), which is Example 5. Instead of the first locking member (20z) being integrally disposed on the guide member (4z), the first locking member is integrally disposed on the first engaging member. A second engagement member that engages with the first engagement member is provided. A second guide member for guiding the first engagement member is arranged in parallel to the first guide member. A third guide member for guiding the first engagement member is arranged in parallel to the first guide member. The second engagement member is integrally disposed on the third guide member. When the first engagement member is moved along the second guide member to a position where the first engagement member and the second engagement member engage with each other, the first engagement member and the second engagement member are engaged, The second engagement member holds the first engagement member. Further, when one end of the first engagement member is pressed from the engaged state, the engaged state is released. The position where the first locking member locks the second locking member can be set by the first engagement member and the second engagement member. In addition, a second engaging member having a female portion that engages with the male portion of the first engaging member that can swing is provided. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment.

Next, a gauge guide device (2q) for an office punch (1q), which is Example 22, which is another embodiment of the present invention, will be described. The gauge guide device (2q) for the office punch (1q), which is Example 22, is not particularly illustrated, but the gauge guide device (2c) for the office punch (1c), which is Example 21, is as follows. It is. A second coil spring that pushes the gauge is disposed along the first guide member. When the gauge is moved along the first guide member to the position where the first locking member and the second locking member are locked, the first locking member and the second locking member are locked, One locking member holds the second locking member. From the locked state, one end of the swingable first locking member is released from the locked state when pressed, and the gauge is pushed along the first guide member by the second coil spring. In addition, about arrange | positioning a spring, the spring is arrange | positioned in the 1st guide member vicinity. Further, although not particularly illustrated, the same may be applied to the gauge guidance device for office punches which is each embodiment. Further, instead of one end of the swingable first locking member, it may be a gauge guide device for an office punch which is one end of the swingable second locking member.

In recent years, there is a tendency to use the A standard (A size) rather than the B standard (B size) as the paper size. Also, in the A standard (A size), A4 tends to be used more than A3 and A5. From this point of view, although not shown in the drawings, the office punch gauge guide device according to each of the embodiments may be fixed to a size A4 in which the locking position is fixed.

The gauge guidance device for office punches, which is each embodiment, is as follows. The first guide member, the second guide member, and the third guide member are provided in a rail shape. The first guide member and the second guide member are provided with slits in a long member having a square cross section. The protruding end of the gauge is provided in an L shape so that the end of the paper can easily match the protruding end of the gauge. Moreover, the gauge guidance device for office punches that is each embodiment may be configured as follows. As for the 1st guide member and the 2nd guide member which provided the slit in the long member of the cross-sectionally R shape, the slit may face either up and down, right and left. The first guide member and the second guide member may have a cross-section of a square shape with a bottom having an arc shape in a square shape. The first guide member and the second guide member may be provided integrally on the top and bottom, or may be provided integrally on the left and right. The gauge has a horizontally long rectangular shape in cross section. The gauge may be in the shape of a letter D in cross section. The gauge may have a shape corresponding to the first guide member. The shapes of the first guide member and the gauge may be reversed. When the gauge is moved by hand or the like, a handle may be provided on the gauge so that the gauge can be easily moved. The gauge is also called a paper guide as another name.

Further, regarding the gauge guide device for office punches that is each embodiment, the swingable first locking member and the swingable second locking member may be as follows. Examples of the material of the locking member include synthetic resin, metal, and rubber, but other materials may be selected. Further, the following may be used. In the gauge guide device (2t) for the office punch (1t) according to the nineteenth embodiment, the elastic body (26t) as a coil spring or the gauge guide device for the office punch (1u) according to the twentieth embodiment ( In 2u), the elastic body (79), which is a leaf spring, is a metal, but may be a synthetic resin or the like. The elastic body may be synthetic resin, metal, rubber or the like, but other materials may be selected. Further, although not specifically illustrated, the office punch gauge guide device according to each embodiment, the coil spring, the leaf spring, and the second coil spring are opposite to the extension direction when the load applied to the extension direction is released. An extension type spring that can be retracted may be provided so as to be stretchable. The coil spring and the second coil spring may be a torsion coil spring. Further, the following may be used. Regarding the arrangement of the coil spring, the leaf spring, and the second coil spring, the spring may be arranged in parallel with the first guide member or the gauge. One end of the second coil spring may be integrated with the gauge. You may arrange | position the both ends of a 2nd coil spring integrally with a gauge. One end of the second coil spring may be integrally disposed on the first guide member. One end of the coil spring, the leaf spring, or the second coil spring may be integrally disposed on the base. A weight may be fixed to one end of the coil spring, the leaf spring, or the second coil spring. Further, the following may be used. About arrange | positioning a 2nd coil spring, you may arrange | position in a 1st guide member or a 2nd guide member. A second coil spring may be arranged in the vicinity of the first guide member or the second guide member. Moreover, you may provide a rod inside a coil spring and a 2nd coil spring for guidance at the time of operation | movement of a spring. Alternatively, a guide wall or the like may be provided on the side surface of the coil spring or the second coil spring. In addition, examples of the material of the spring include synthetic resin, metal, rubber, and the like, but other materials may be selected.

Further, although not particularly shown, the gauge guidance device for office punches, which is each embodiment, may be configured as follows. For the paper size such as B standard (B size) and A standard (A size), adjust the length of the spring with a screw or the like so that the pressure of the second coil spring is variable. It may be. As in the 14th embodiment, the gauge guide device (2w) for the office punch (1w), it is possible to arbitrarily change the positions of the holes in the paper in accordance with the size of the paper selected in advance. However, according to the size of the paper, the position of the hole in the paper may be arbitrarily changed and the pressure of the second coil spring may be varied so as to be interlocked. Alternatively, the first engaging member and one end of the second coil spring may be connected to each other and interlocked. Further, although not particularly shown, the gauge guidance device for office punches, which is each embodiment, may be configured as follows. As a cushion for relieving the pressure of the spring during operation, a leaf spring or the like may be provided on both sides of the second coil spring as a soundproof measure and as a prevention of reversion. It may be used for a commercially available stationery cutter or the like. Or you may provide a ball-shaped thing etc. on both sides of the 2nd coil spring as a cushion for relieving the pressure of the spring at the time of operation. In addition, the cushion may be provided so that the pressure of the second coil spring can be varied with respect to the paper size such as B standard (B size) and A standard (A size). Further, the following may be used. In order to relieve the pressure during the operation of the second coil spring, the first guide member may be provided inclined.

Further, although not particularly shown, the gauge guidance device for office punches, which is each embodiment, may be configured as follows. Instead of the first locking member and the second locking member, etc., a knock type latch type used with a commercially available ballpoint pen may be used. Moreover, it is good also as a latch type used with the door for commercially available glass. Moreover, it is good also as a buckle type for belts which is a well-known fact. Further, the following may be used. A member using a rotating gear or the like may be used as the first locking member. Further, although not particularly shown, the gauge guidance device for office punches, which is each embodiment, may be configured as follows. It may replace with a 1st engagement member and a 2nd engagement member, and may adjust with a screw etc.

Further, although not particularly shown, the gauge guidance device for office punches, which is each embodiment, may be configured as follows. Regarding the permanent magnet and the magnetic body, the shapes of the surfaces to be locked, that is, the shapes of the opposing surfaces may be any shapes such as a circle, a triangle, a quadrangle, a pentagon, and the like. Further, the following may be used. The magnetic material may be a semi-hard magnet. Examples of the magnetic material include martensitic stainless steel, Mn steel, Cr—Co, precipitation hardening stainless steel, and Cr steel, but other materials may be selected. Further, Fe alloys such as Fe-based, Fe-V-based, Fe-Co-based, and Fe-Cr-based alloys, ferroc sprayers, ferrites such as Ni-ferrite, and rare earth-cobalt alloys may be used. Further, the following may be used. Permanent magnet materials include ferrite plastic magnets, ferrite sintered magnets, rare earth magnets (Sn-Co based) (Nd-Fe-B based), metal magnets (Al-Ni-Co based) (Fe-Cr-Co) System), rubber magnets, etc., but other materials may be selected.

Moreover, it is as follows. In FIG. 3, the second locking member (21) is integrally disposed on the gauge (3d) in the gauge guide device (2d) of the office punch (1d), which is Example 1. The second locking member (21) and the gauge (3d) are integrally molded with synthetic resin. Similarly, the first locking member (20) is integrally formed with the first guide member (4d), and the first locking member (20) is combined with the first guide member (4d). It is molded integrally with resin. Although not particularly shown, the second locking member (21) may be integrally provided by fixing it to the gauge (3d) with a screw or the like. Similarly, the first locking member (20) may be fixed to the first guide member (4d) with a screw or the like and integrally provided. Moreover, it is as follows. 32 and 39, the second locking member (8) is integrally disposed on the gauge (3) in the gauge guide device (2) of the office punch (1) which is the eighth embodiment. Thus, the permanent magnet (10) which is the second locking member (8) is fixed to the gauge (3) with an adhesive and is provided integrally. Similarly, in FIGS. 32 and 39, the first locking member (7) is integrally disposed on the first guide member (4), and the permanent magnet as the first locking member (7). (9) is fixed to the first guide member (4) with an adhesive and is provided integrally. Although not particularly shown, the permanent magnet (10) as the second locking member (8) may be fixed to the gauge (3) with a screw or the like and integrally provided. Similarly, the permanent magnet (9) as the first locking member (7) may be fixed to the first guide member (4) with a screw or the like and integrally provided. Similarly, it is as follows. In the gauge guide device (2a) of the office punch (1a) according to the ninth embodiment, the second locking member (8) is arranged integrally with the gauge (3). The magnetic body (11) which is the member (8) is fixed to the gauge (3) with an adhesive and is provided integrally. Although not particularly shown, the magnetic body (11) as the second locking member (8) may be fixed to the gauge (3) with a screw or the like and integrally provided. In the gauge guide device (2b) of the office punch (1b), which is Example 10, the first locking member (7) is integrally disposed on the first guide member (4). A magnetic body (12), which is one locking member (7), is fixed to the first guide member (4) with an adhesive and is provided integrally. Although not particularly illustrated, the magnetic body (12) as the first locking member (7) may be fixed to the first guide member (4) with a screw or the like and integrally provided. Moreover, it is as follows. With the gauge guide device (2w) of the office punch (1w) which is Example 14, the second engagement members (18) and (18w) are integrated with the second guide member (15) in FIGS. The second engaging members (18) (18w) and the second guide member (15) are integrally molded with synthetic resin. The second engagement members (18) and (18w) are integrally molded on the second guide member (15). Although not particularly shown, the first locking member (20w) may be fixed to the first engagement member (16) with a screw or the like and integrally provided. Similarly, the second engagement members (18) (18w) may be fixed to the second guide member (15) with screws or the like and integrally provided.

The gauge guide device (2d) for the office punch (1d) according to the first embodiment may be an office punch (1d) having the gauge guide device (2d) for the office punch (1d). You may make it the same about the gauge guide apparatus of the office punch which is each Example. In addition, although not specifically illustrated, the office punch gauge guide device which is each embodiment, the second engagement member may be based on a seesaw principle. You may make it the same about the gauge guide apparatus of the office punch which is each Example. Further, the following may be used. In the gauge guide device (2w) for the office punch (1w), which is the fourteenth embodiment, the position (19) where the first engagement member (16) and the second engagement member (18) (18w) engage 19w), when the first engagement member (16) is moved along the second guide member (15), the first engagement member (16) and the second engagement members (18) (18w) are engaged. Instead of the second engagement member (18) (18w) holding the first engagement member (16), the first engagement member (16) and the second engagement member (18) (18w) When the first locking member (20w) is moved along the second guide member (15) to the engaging position (19) (19w), the first engaging member (16) and the second engaging member (18) are moved. (18w) may be engaged, and the second engagement members (18) and (18w) may hold the first engagement member (16). You may make it the same about the gauge guide apparatus of the office punch which is each Example.

Although not particularly illustrated, the office punch gauge guide devices according to the respective embodiments may be combined as follows. Any one of the gauge guidance devices for office punches, which are Examples 1-4, 6, 16, and Examples 5, 7, 8-10, 14, 15, 17 Any one of the punch gauge guiding devices may be combined. Further, any one of the office punch gauge guide devices according to the fifth, seventh, 14, 15, and 17 embodiments and the office punch (1e) gauge guide device according to the eleventh embodiment. (1e) may be combined. Also, the office punch gauge guide devices which are the respective embodiments may be similarly combined. In combination, the first guide member, the gauge, the second locking member, and the like may be shared and used in common. In addition, in the case of combination, the first locking member, the second locking member, the second coil spring, the first engagement member, the second engagement member, etc. are adjusted and shifted so as not to come into contact with each other. May be.

The perspective view of Example 1,2. The perspective view of Example 1, 2 similarly to FIG. The exploded view of Example 1,2. The perspective perspective view of the office punch of Example 1,2. The enlarged front view in which the 1st locking member and the 2nd locking member of Example 18 are locked. FIG. 19 is an enlarged front view in which Example 18 is opened as in FIG. 6. The enlarged perspective view in which the 1st locking member and the 2nd locking member of Example 1, 2, and 6 are latching. FIG. 8 is an enlarged perspective view in which Examples 1, 2, and 6 are opened as in FIG. 7. FIG. 6 is an enlarged perspective front view of a first locking member and a second locking member of Examples 1, 2, and 6. FIG. 10 is an enlarged perspective front view of Examples 1, 2, and 6 similar to FIG. 9. FIG. 10 is an enlarged perspective front view of Examples 1, 2, and 6 similar to FIG. 9. FIG. 10 is an enlarged perspective front view of Examples 1, 2, and 6 similar to FIG. 9. FIG. 6 is an enlarged perspective front view of a first locking member and a second locking member of Examples 3 and 4; FIG. 14 is an enlarged perspective front view of Examples 3 and 4 as in FIG. 13. FIG. 14 is an enlarged perspective front view of Examples 3 and 4 as in FIG. 13. FIG. 14 is an enlarged perspective front view of Examples 3 and 4 as in FIG. 13. FIG. The perspective view of Example 5 similarly to FIG. FIG. 7 is a perspective view of the office punch of Example 5. FIG. The perspective view of Example 6. FIG. The perspective view of Example 6 similarly to FIG. FIG. 7 is a perspective view of the office punch of Example 6. FIG. The perspective view of Example 7. FIG. The perspective view of Example 7 similarly to FIG. FIG. FIG. 10 is a perspective view of the office punch of Example 7. The perspective view of Examples 8-10. The perspective view of Examples 8-10 similarly to FIG. The perspective perspective view of the office punch of Examples 8-10. The exploded view of Examples 8-10. FIG. 14 is a perspective view of Example 11. FIG. 34 is a perspective view of Example 11 similar to FIG. 33. The perspective view of Example 12. FIG. The perspective view of Example 12 similar to FIG. FIG. The perspective view of Example 13 like FIG. The expansion perspective view which the 1st latching engagement member of Examples 8-10 and the 2nd latching member have latched. The expansion perspective view in which the 1st locking member and Example 2 of Example 13 have locked. The fragmentary perspective view of Example 14. FIG. 41 is a partial perspective view of the fourteenth embodiment similar to FIG. 41. FIG. 41 is a partial perspective view of the fourteenth embodiment similar to FIG. 41. FIG. The perspective perspective view of the office punch of Example 14. FIG. The exploded view of Example 14. FIG. FIG. 19 is a partial perspective view of Example 15. 46 is a partial perspective view of the fifteenth embodiment similar to FIG. 46. FIG. 46 is a partial perspective view of the fifteenth embodiment similar to FIG. 46. FIG. The perspective perspective view of the office punch of Example 15. FIG. The exploded view of Example 15. FIG. 19 is a partial perspective view of Example 16. FIG. FIG. 51 is a partial perspective view of Example 16 similar to FIG. 51. FIG. 51 is a partial perspective view of Example 16 similar to FIG. 51. The perspective perspective view of the office punch of Example 16. FIG. FIG. FIG. 19 is a partial perspective view of Example 17; 56 is a partial perspective view of Example 17 similar to FIG. 56 is a partial perspective view of Example 17 similar to FIG. The perspective perspective view of the office punch of Example 17. FIG. FIG. FIG. 20 is a transparent front view of Example 18; 61 is a transparent front view of Example 18 similar to FIG. 61. FIG. FIG. 20 is a transparent front view of Example 19; 63 is a transparent front view of Example 19 similar to FIG. 63. FIG. FIG. 20 is a transparent front view of Example 20; FIG. 66 is a transparent front view of Example 20 similar to FIG. 65. The enlarged front view of the 1st locking member of Example 19. FIG. The enlarged front view of the 1st locking member of Example 20. FIG. The partial enlarged perspective view of the other 1st engaging member of Example 14, a 2nd guide member, etc. FIG. The partial expansion perspective view of the 1st engagement member of Example 14, a 2nd guide member, etc. FIG. 71 is a partially enlarged perspective view of Example 14 similar to FIG. 70. The partial enlarged perspective view of the other 1st engaging member of Example 14, a 2nd guide member, etc. FIG. 19 is a partially enlarged perspective front view of Example 18. FIG.

(1) Office punch (2) Gauge guide device, Example 8
(2a) Gauge guide device, Example 9
(2b) Gauge guide device, Example 10
(2c) Gauge guide device, Example 21
(2d) Gauge guide device, Example 1
(2e) Gauge guide device, Example 11
(2f) Gauge guide device, Example 13
(2h) Gauge guide device, Example 12
(2j) Gauge guide device, Example 6
(2k) Gauge guide device, Example 2
(2n) Gauge guide device, Example 4
(2q) Gauge guide device, Example 22
(2t) Gauge guide device, Example 19
(2u) Gauge guide device, Example 20
(2v) Gauge guide device, Example 18
(2w) Gauge guide device, Example 14
(2x) Gauge guide device, Example 16
(2y) Gauge guide device, Example 17
(2z) Gauge guide device, Example 5
(2aa) Gauge guide device, Example 7
(2ba) Gauge guide device, Example 15
(3) Gauge (4) First guide member (5) Tip (7) First locking member (8) Second locking member (9) Permanent magnet (10) Permanent magnet (11) Magnetic body (12) Magnetic Body (13) Position (14) Connection member (15) Second guide member (16) First engagement member (17) Third guide member (18) Second engagement member (19) Position (20) First engagement Stop member (21) Second locking member (22) Male part (23) Female part (24) Position (26) Second coil spring, elastic body (27) One end (28) One end (29) Outside (30) Support Part (32) End part (33) End part (34) End part (35) Support part (36) Male part (37) Female part (38) Press part (39) Press part (40) Side face (41) Side face (41) 42) Opening for insertion (44) Housing (45) One side (46) Opening for operation (47) Side (48) Second locking surface (49) Substrate (50) One end (51) Plug leg (52) First locking surface (55) Pressing operation (56) Second locking surface (59) Side surface (64) Convex shape (65 ) Spring receiver (66) Box (67) Engagement member stopper (68) Engagement member stopper (69) Operation port (70) Convex part (71) Concavity (72) Side (73) Spring stopper (74) Spring Stop (75) Shaft (76) Transmission member (77) Support base (78) One end (79) Elastic body (arrow B) Inward
(Arrow G) Outward (Arrow U) Up direction (Arrow D) Down direction (Arrow R) Rotation direction (Arrow L) Rotation direction

Claims (3)

A gauge guide for an office punch having a gauge, a first guide member that slidably supports and guides the gauge, and a means for positioning the punching position of the paper by aligning the protruding end of the gauge with the edge of the paper In the apparatus, the first locking member is disposed along the gauge, the second locking member is disposed integrally with the gauge, the permanent magnet is provided as the first locking member, and the permanent magnet is provided as the second locking member, Alternatively, a permanent magnet is provided as the first locking member and a magnetic material is provided as the second locking member, or a magnetic material is provided as the first locking member and a permanent magnet is provided as the second locking member. When the gauge is moved along the first guide member to a position where the member and the second locking member are locked, the first locking member and the second locking member are locked, and the first locking member is the second. An office punch gauge guiding device characterized by holding a locking member. 2. The office punch gauge guide device according to claim 1, wherein the first locking member is integrally disposed on the first guide member. A first engaging member in which the first locking member is integrally disposed; a second engaging member that engages with the first engaging member; and a second guiding member that guides the first engaging member. It arrange | positions in parallel with a 1st guide member, arrange | positions a 2nd engagement member integrally with a 2nd guide member, and follows a 2nd guide member to the position where a 1st engagement member and a 2nd engagement member engage. When the first engagement member is moved, the first engagement member and the second engagement member engage with each other, and the second engagement member holds the first engagement member from the engaged state. When one end of one engaging member is pressed, the engaged state is released from the engaged state, and the first engaging member and the second engaging member are located at the position where the first engaging member engages the second engaging member. 2. The office punch gauge guide device according to claim 1, wherein the gauge guide device can be set by:

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