KR200264570Y1 - Cutting Part of Cutting Device for Name Card - Google Patents

Abstract

The present invention relates to a business card holder cutting device, in particular, it can be precisely cut the business card holder, and has a function to easily supply a business card holder having a perforated line or a business card holder having a variety of sizes varying in width or length. An object of the present invention is to provide a business card mount cutting device having a cutting portion.

The cut portion of the card mount cutting device provided with a cutting portion capable of changing the cutting line shape and the cutting width of the business card mount of the present invention is composed of an integral longitudinal cutting portion and a widthwise cutting portion, and the integral longitudinal direction. The cutting portion and the widthwise cutting portion are each composed of an integrated cutting roller shaft and a supporting roller shaft, but the cutting roller shaft and the supporting roller shaft of the longitudinal cutting portion and the widthwise cutting portion have various cutting blades, supporting blades, and widths, respectively. Make up the blade.

By the card board cutting device equipped with a cutting unit which can change the cutting line shape and the cutting width of the card holder of the present invention, it is possible to easily supply various types of card boards or card boards having various sizes according to the demand of the consumer. Can be.

Description

Card cutting device equipped with a cutting part that can change the shape of the cutting line and the cutting width of the card board {Cutting Part of Cutting Device for Name Card}

The present invention relates to a business card holder cutting device, and more specifically, after printing the letters of a name or phrase on a business card holder printed with various patterns and colors repeatedly using a computer printer, When cutting to size, you can precisely cut the card holder, and use a card board with a cutting line (e.g., a cut line between the stamp and the stamp) to meet various demands of the consumer, or various sizes of varying width or length. A business card mount cutting device having a cutting section capable of changing a cutting line shape and a cutting width of a business card mount so as to easily supply a business card mount.

In general, it is well known that the use of a business card for social activities or self-promotion is essential. In recent years, the importance of a business card is being emphasized. The so-called fashion business cards appeared to print with various patterns and colors to enhance their discrimination.

Such fashion business cards have been activated as cheap printing systems such as personal computers and printers have been widely used, and the quality and type of products have been diversified according to the modern trend that emphasizes individuality.

Paper used for fashion business cards such as B5 size and A4 size paper is used to enhance compatibility with the printer, and each pattern is formed in a state in which the same patterns are successively formed adjacent to each other on one business card sheet. After printing the site, the adjacent site is cut.

However, in the conventional method of cutting the card board as described above, accurate cutting was possible only when the rotary blades of the cutter were correctly entered in a straight line along the boundary lines of adjacent patterns, so that it was very difficult to maintain accuracy. Accordingly, there was a troublesome cutting work.

In addition, when cutting the card board, a slight error occurs in the cutting process of the card board, and when the card card is cut while being oriented to one side from the boundary of the pattern, the card is made out of the range where the pattern is formed. There was also a defect that brings about poor quality.

In order to solve the above problems there is a utility model registration application No. 1997-0011385 (registration number: 0147346, designation name: business card mount cutter) devised by the inventors of the present invention. By the above invention, the business card holder repeatedly printed with various patterns and phrases could be cut relatively accurately, and the cutting size of the card holder could be adjusted or adjusted. In addition to the entry roller and the discharge roller for discharging the card card to the outside, the cutting device is complicated and at the same time the cutting device is large, there is a problem that a lot of weight.

In addition, the design was to install a spring between the support blades installed on the support roller, and to change the position of the support blades in accordance with the adjusted compression force of the spring to adjust the size of the business card mount, but the spring of the There was a problem that it takes a lot of work time due to difficulty in setting the position of the support blade due to the adjustment of the compressive force, and also when the business card holder of various sizes (width or length of the cutting edge blade) needs to be changed in width or length is required. There was a lot of problems.

That is, the conventional design of the present invention is to install the support blades on one side on the support rollers and then fix the support blades using a wrench bolt, and then insert a spring having a constant compression force, and insert the support blades on one side of the spring again. After installation, the support blade was fixed using a wrench bolt. After the installation of the spring is completed, the wrench bolts are removed and removed, and the support blades are supported by the compression force of the spring.

If the cutting device is used for a long time due to the above installation relationship, the compression force of the spring is weakened, and the position of the support blades is changed little by little. In addition, if the rust occurs in the support roller shaft due to long use, the spring plays its role There was a problem that can not be done because the correct cutting is not made when cutting the card.

The present invention has been made to improve the above-mentioned problems, simplifies the card card cutting device by eliminating the separate configuration of the entry roller and the discharge roller, and at the same time can reduce the size and weight of the card card cutting device, business cards It is an object of the present invention to provide a business card mount cutting device having a cutting portion capable of changing the shape of the cutting line and the cutting width of the sheet.

In addition, the present invention represents an integral width direction (horizontal direction of A4 paper) cutting portion (a cutting portion for cutting a card mount placed in the width direction) having a cutting blade having various shapes and a cutting blade having a different width from each other. ) And business cards with various sizes or business cards with various sizes according to the needs of the consumer by the lengthwise (longitudinal direction of A4 paper) cutting part (representing the cutting part for cutting the business card holder placed in the longitudinal direction, hereinafter referred to as the longitudinal cutting part). Another object of the present invention is to provide a card mount cutting device having a cutting portion that can change the cutting line shape and the cutting width of the card mount, which can easily supply the mount.

In addition, the present invention can reduce the working time by the integral widthwise cutting portion and the longitudinal cutting portion having a cutting blade having a preset cutting width, and at the same time can improve the precision when cutting the card mount, Another object of the present invention is to provide a card-board cutting device having a cutting portion that can change the shape of the cutting line and the cutting width.

1 is an overall perspective view showing a card board cutting device having a cutting unit that can change the cutting line shape and the cutting width of the card holder of the present invention

Figure 2 is a perspective view showing the coupling relationship between the drive gear of the drive motor and the gear of the cutting roller shaft and the support roller shaft constituting the cutting portion that can change the cutting line shape and cutting width of the card holder of the present invention

Figure 3 is an overall perspective view showing a cutting portion that can change the cutting line shape and cutting width of the card mount of the present invention

FIG. 4 is a front view of FIG. 3

FIG. 5 is an enlarged front view of portion “A” of FIGS. 3 and 4.

FIG. 6 is an exploded perspective view showing part “A” and FIG. 5 of FIGS. 3 and 4;

FIG. 7 is an enlarged front view of portion “B” of FIGS. 3 and 4.

FIG. 8 is an exploded perspective view showing part “B” and FIG. 7 of FIGS. 3 and 4;

9 is a perspective view showing a state in which a card board is cut through a cutting unit capable of changing a cutting line shape and a cutting width of a card board of the present invention;

Figure 10a is an illustration of a cutting state showing a business card paste having a separation gap between the business card and the business card by the cutting portion that can change the cutting line shape and the cutting width of the business card mount of the present invention

Figure 10b is an illustration of a cutting state showing the card board having a cutting line by forming the cutting blades and the support blades configured in the cutting portion that can change the cutting line shape and the cutting width of the card holder of the present invention in the sawtooth shape

Figure 10c is a business card having a separation portion that is completely separated between the business card and the business card by forming two cutting blades each composed of a cutting section that can change the cutting line shape and the cutting width of the business card mount of the present invention as a single cutting blade Example of cutting state showing the earth

<Explanation of symbols for the main parts of the drawings>

8: drive motor 8a: drive shaft

8b: drive gear 9: power switch

300: longitudinal cut portion 300 ': width cut portion

330: cutting roller shaft 331, 331 ': hub

332: separator plate 333, 333 ': cutting blade

334, 334 ': Wave washer 335, 335': Stop ring

337, 337 ': Entry roller 340: First gear

340 ', 360': Bearing 350: Supporting roller shaft

351, 351 ': Supporting blade 352, 352': E-shaped ring

355, 355 ': Supporting roller 360: 2nd gear

As a means for achieving the above object, the cutting portion that can change the cutting line shape and the cutting width of the business card mount of the business card mount cutting device of the present invention comprises an integral longitudinal cut portion and a widthwise cut portion, The longitudinal cutting portion and the widthwise cutting portion are each composed of an integral cutting roller shaft and a supporting roller shaft, and the cutting roller shaft of the longitudinal cutting portion includes a hub, an entry roller inserted into and coupled to a groove formed on one side of the hub, and a separating plate. Two cutting blades coupled between the entry rollers, a wave washer acting as a spring to push the two cutting blades, a stop ring for supporting the wave washers, and a drive fixed to one end of the cutting roller shaft and positioned inside the main body. It consists of a first gear that is engaged with the drive gear connected to the drive shaft of the motor, the support roller shaft of the longitudinal cut portion It consists of a support blade, a support roller fixed by an E-shaped ring at both sides of the support blade, and a second gear fixed to one end of the support roller shaft and engaged with the first gear. Cutting roller shaft extending in the widthwise cutting portion formed in the hub, the entry roller is inserted into and coupled to the groove formed in the hub, the cutting blade is located on one side of the entry roller is coupled, the wave washer acting as a spring to push the cutting blade, It consists of a stop ring for supporting the wave washer and a bearing fixed to one end of the cutting roller shaft and integrally coupled to one inner side of the main body, and a supporting blade and an E-shaped ring at one side of the supporting blade on the supporting roller shaft of the widthwise cutting portion. Being fixed to one end of the support roller and the support roller shaft fixed by the bee integrally coupled to the inner one side of the body And that is configured in a ring, characterized.

In addition, the cutting portion that can change the cutting line shape and the cutting width of the business card mount of the business card mount cutting device of the present invention comprises an integral longitudinal cut portion and a width cut portion, the integral longitudinal cut portion and the width cut portion Each of the integrated cutting roller shaft and the support roller shaft, each of which is formed on the cutting roller shaft and the support roller shaft fixed in the shape of the cutting blades and support blades serrated, characterized in that to create a business card mount having a perforated line do.

In addition, the cutting portion that can change the cutting line shape and the cutting width of the business card mount of the business card mount cutting device of the present invention comprises an integral longitudinal cut portion and a width cut portion, the integral longitudinal cut portion and the width cut portion Each of the cutting roller shaft and the supporting roller shaft is composed of one cutting blade shaft fixed on the integral cutting roller shaft constituting the longitudinal cutting portion and the widthwise cutting portion, each formed by one cutting blade and then one The cutting blades are abutted on one of the supporting blades fixed on the support roller shaft, respectively, to produce a card mount having a separate portion that is completely separated.

Hereinafter, with reference to the accompanying drawings, an embodiment of the present invention in detail as follows.

1 is an overall perspective view showing a business card mount cutting device of the present invention, Figure 2 is a drive gear and a first gear of the cutting roller shaft and the second gear of the support roller shaft connected to the drive motor of the business card mount cutting device of the present invention meshed with each other. It is a perspective view which shows a state.

As shown in FIG. 1 and FIG. 2, the card board cutting device 10 having a cutting section capable of changing the cutting line shape and the cutting width of the card holder of the present invention includes a guide piece 7 and a power switch ( 9) is installed on the upper surface of the main body 1, the longitudinal cut portion 300 and the widthwise cut portion 300 'installed inside one side of the main body in order to protect the longitudinal cut portion and the widthwise cut portion. The cover 2 to be joined, and the longitudinal direction and the width direction loading plate 3 which is installed at the rear of the longitudinal cut portion 300 and the rear of the width cut portion 300 'for loading the cut business card mount, respectively; It consists of 5).

In the above configuration, the power switch 9 coupled to the upper surface of the main body 1 includes a drive motor 8 (shown in FIG. 2) and a power supply (not shown) installed on the inner right side of the main body via a cable (not shown). Are respectively connected to a driving gear 8b at an end of the driving shaft 8a of the driving motor.

In addition, the drive gear 8b is engaged with the first gear 340 fixed to the right end of the cutting roller shaft 330 constituting the integrated longitudinal cut portion 300 and the width cut portion 300 ', The second gear 360 fixed to the right end of the support roller shaft 350 is engaged with the first gear.

3 is a perspective view showing a cutting roller shaft and a supporting roller shaft constituting a cutting portion capable of changing the cutting line shape and the cutting width of the business card mount in the business card mount cutting device of the present invention, that is, an integral longitudinal cutting portion and a widthwise cutting portion; 4 is a front view showing the cutting roller shaft and the support roller shaft constituting the integral longitudinal cut portion and the widthwise cut portion, FIG. 5 is a front view showing “A portion” of FIGS. 3 and 4, and FIG. 4 is an exploded perspective view showing the "A part" of FIG. 4 and FIG. 5, FIG. 7 is a front view showing the "B part" of FIGS. 3 and 4, and FIG. 8 is the "B part" of FIGS. And an exploded perspective view showing an exploded view of FIG.

3 and 4, the longitudinal cut portion 300 and the width cut portion 300 'are integrally formed through the cutting roller shaft 330 and the support roller shaft 350 extending from each other. In the following description, the longitudinal cut portion 300 and the width cut portion 300 'will be described separately.

3 to 6, the longitudinal cutting unit 300, the cutting roller shaft 330 and the support roller shaft (installed on one side of the inside of the business card holder cutting device 10 (shown in Figure 1) ( 350, but the cutting roller shaft 330 is inserted into the shaft 330 is fixed to the hub (Hub) 331, the insertion roller is inserted into the groove (331a) formed on one side of the hub ( 337), two cutting blades 333 coupled between the entry rollers with a separator plate 332, a wave washer 334 acting as a spring to push the two cutting blades, the wave washer And a first gear 340 fixed to one end of the cutting roller shaft 330 and positioned inside the right side of the main body 1 (shown in FIG. 1). And, the support roller shaft 350 is the support blade 351 is inserted and fixed on the shaft 350, E from both sides of the support blade Is fixed to one side end of the support roller 355 and the support roller shaft 350 is fixed by a ring 352 constitute a second gear 360, positioned within the right side surface of the main body (1).

Subsequently, the coupling relationship of the components of the longitudinal cut part 300 will be described in detail with reference to FIGS. 3 and 6 as follows.

The cutting roller shaft 330 and the support roller shaft 350 are installed in parallel with each other on one side of the main body 1 (shown in FIG. 1), and the cutting roller shaft is installed at a lower portion thereof. It is installed on top of the cutting roller shaft. At this time, between the cutting roller shaft and the support roller shaft is located where the business card holder introduced through the main body 1 abuts.

First, the left end portion on the cutting roller shaft 330 constituting the longitudinal cut portion 300 (surface to the left end portion for convenience, the end of the "A part" in Figure 3) and the right end portion, respectively, the entry roller coupling groove on one side 331a is formed and the hub 331 having the jaw 331b is coupled to the opposite end of the entry roller coupling groove, and then the hub is cut on the cutting roller shaft 330 by bolts 331c formed at the hub. It is fixed to prevent the flow of the hub.

At this time, although not shown in the drawings, the portion to which the bolt is fastened in the cutting roller shaft has a flat surface so that the flow of the hub 331 is prevented.

Further, the same four pairs of hubs (indicated by the same numerals) having symmetrical shapes are provided at regular intervals between the hubs 331.

The hub also has access roller coupling grooves 331a and jaws 331b respectively formed at both sides thereof, and are fixed on the cutting roller shaft 330 by bolts 331c to prevent flow.

Subsequently, the entry rollers 337 made of a material such as rubber are inserted into and coupled to the coupling grooves 331a formed in the hub. That is, the entry roller is coupled to the right end of the hub at the left end, the entry roller is coupled to the left end of the hub located at the right end, and the entry rollers 337 are provided at both sides of the four pair of hubs, respectively. ) Are combined.

In the four pairs of hubs, two cutting blades 333 are coupled to a central portion between the entry rollers on both sides, and between the two cutting blades, a pin (not shown) fixed to a cutting blade on one side. The separating plate 332 is coupled to prevent the separation is connected, the support of the wave washer 334 and the wave washer that acts as a spring to push the two cutting blades on both sides of the cutting blade 333, respectively. The stop ring 335 is combined. At this time, the cutting blades are firmly fixed by the pin (not given the number) formed in the respective hub jaw (331b).

Further, in the left end portion and the right end hub, the pin (not given) is firmly attached to the jaw 331b of the hub formed at the opposite side of the entry roller, that is, the left end coupled to the right end of the left end hub. The cutting blade 333 is securely coupled is coupled to the close, the side of the cutting blade to support the wave washer 334 and the wave washer to act as a spring to push the cutting blade toward the jaw (331b) of the hub A stop ring 335 having a function is coupled. In addition, the cutting blade 333 firmly fixed by a pin (not given) is closely attached to the jaw 331b of the hub formed at the opposite side of the entry roller, ie, the right end, coupled to the left end of the right end hub. The side of the cutting blade is coupled to the wave washer 334 acting as a spring to push the cutting blade toward the jaw (331b) of the hub and the stop ring 335 having a function of supporting the wave washer is coupled .

Next, the supporting roller shaft 350 constituting the longitudinal cut portion 300 will be described.

A bolt formed on one side of the support blade after coupling the support blade 351 to the left end portion (surface to the left end portion of the convenience, the end of the "A part" in Figure 3) and the right end portion on the support roller shaft 350, respectively ( 351a) is fixed to the support roller shaft to prevent the flow.

At this time, although not shown in the drawings, the portion of the bolt 351a is fastened on the support roller shaft 350 to prevent the flow of the support blade 351 has a flat surface.

In addition, a support roller 355 made of an atal material is directly inserted into the support roller shaft 350 on one side of the support blade 351, and the support roller is a coupling groove 350a formed on the support roller shaft. And then, the coupling groove 350a is coupled to each of the E-shaped ring 352 is coupled to prevent the flow of the support rollers (355). That is, when the support roller is inserted into the support roller shaft 350, the E-shaped ring 352 is coupled to the coupling groove 350a formed on the support roller shaft at both sides of the support roller.

And, between the left end portion and the right end portion, the support knife 351, and the support blade 370 is formed of a support roller 355 made of an atal material installed on both sides with the support knife in between. Four (shown in FIG. 4) are provided. At this time, the support blade 351 is also fixed on the support roller shaft 350 by a bolt 351a to prevent its flow, and the two support rollers 355 also have coupling grooves formed on the support roller shaft ( The flow is prevented by the E-shaped rings 352 that are coupled to 350a).

Next, the cutting roller shaft 330 and the support roller shaft 350 are installed on one side of the main body 1 (shown in FIG. 1), and will be described below.

The cutting roller shaft 330 and the support roller shaft 350 are vertically installed in the main body 1, the cutting roller shaft is installed at the lower portion, and the support roller shaft is installed at the upper portion of the cutting roller shaft. .

As shown in Figures 4 and 5, the one end of the side of the cutting blade 333 formed on the left and right ends of the cutting roller shaft 330 and the left and right ends of the support roller shaft 350 One side blade end portion of the formed support blade 351 is in surface contact with each other, the entry roller 337 of the cutting roller shaft and the support roller 355 of the support roller shaft formed in the left and right end portions are in contact with each other. , One side blade end portions of each of the two cutting blades 333 on the cutting roller shaft 330 constituting the pair between the left and right end portions, and the support blade portion 370 of the support roller shaft 350. Both ends of the side blades of the support blade 351 forming a) are in surface contact with each other.

That is, the cutting blade formed on the left end portion of the cutting roller shaft 330 is formed with a blade portion on the left side, the cutting blade formed on the right end portion of the cutting roller shaft is formed on the right side of the blade portion. In addition, the support blade formed on the left end portion of the support roller shaft 350, the right side is formed by the blade portion, the support blade formed on the right end portion of the support roller shaft is formed the blade side. Therefore, the blade portion of the cutting blade and the blade portion of the support blade is in surface contact.

And, in the two cutting blades 333 on the cutting roller shaft 330 constituting a pair between the left and right end portion, the left cutting blade is formed with the right side of the blade, the right cutting blade is the left side of the blade The blades are formed to be in a shape facing each other. In addition, the support blade 351 forming the support blade portion 370 of the support roller shaft 350 is formed between the cutting blades 333 of the opposite sides are formed in the blade portion facing each other. Accordingly, the right side blade portion of the left cutting blade and the left side blade portion of the support blade are in surface contact, the left side blade portion of the right cutting blade and the right side blade portion of the support blade are in surface contact, and the entry rollers 337 And the support rollers 355 are in contact with each other.

3 and 4, on the drive shaft 8a of the drive motor 8, at the right end of the cutting roller shaft 330 to which the cutting blade 333 and the entry roller 337 are fixed, respectively. The first gear 340 coupled with the installed drive gear 8b (shown in FIG. 2) is fixed.

In addition, a second gear 360 coupled to the first gear 340 is fixed to a right end portion of the support roller shaft 350 on which the support blade 351 and the support roller 355 are fixed.

At this time, the support roller shaft 350 is configured to rotate faster than the cutting roller shaft 330 in order to increase the accurate cutting rate of the card holder, the first gear 340 and the second gear 360 Let the gear ratio be about 36:30 or 34:28.

Next, the widthwise cutout 300 'integrally formed with the longitudinal cutout will be described with reference to FIGS. 3, 4, 7 and 8 as follows.

As shown in the figure, the widthwise cutout 300 'integrally formed with the longitudinal cutout 300 extends to the cutting roller shaft 330 and the support rollershaft 350 of the longitudinal cutout. And the widthwise cutout part 300 ′ is configured in the same manner as the longitudinal cutout part 300, except that the widthwise cutout part 300 ′ is cut in the width direction as the card holder A4 paper is cut in the widthwise direction. ') Is formed smaller than the component of the longitudinal cut portion 300.

This will be described in detail as follows.

As shown in FIG. 3, FIG. 7, and FIG. 8, the said width direction cut part 300 'is the left extension line of the said cutting roller shaft 330 of the said longitudinal cut part 300, and the support roller shaft 350. Bars respectively formed on the left extension line, the cutting roller shaft 330 is inserted into the hub 331 'is fixed on the shaft 330, the entry roller is inserted into the groove (331a' formed in the hub and coupled to ( 337 '), a cutting blade 333' coupled to one side of the entry roller, a wave washer 334 'serving as a spring to push the cutting blade, and a stop ring for supporting the wave washer. (Stop Ring) (335 ') is configured to combine, respectively, the left end of the cutting roller shaft 330 is integrally coupled to the inner left surface (not shown) of the main body 1 (shown in Figure 1) 340 '(shown in FIG. 8) is fixed.

The support roller shaft 350 is composed of a support blade 351 'inserted and fixed on the shaft 350 and a support roller 355' fixed by an E-shaped ring 352 'at one side of the support blade. On the left end of the support roller shaft 350, a bearing 360 '(shown in FIG. 8) integrally coupled to an inner left surface (not shown) of the main body 1 is fixed.

Next, the coupling relationship to the components of the widthwise cut portion 300 ′ will be described in detail with reference to the drawings.

First, the entry rollers are coupled to one side of the left end portion and the right end portion (the surface of the right end portion for convenience, the left side of the “A portion” in FIG. 3) on the cutting roller shaft 330 constituting the widthwise cutting portion 300 ′. After the groove 331a 'is formed and the hub 331' having the jaw 331b 'is formed at the opposite end of the entry roller coupling groove, the hub is cut by the bolt 331c' formed at the hub. It is fixed on the shaft 330 to prevent the flow of the hub.

In this case, although not shown in the drawings, the portion of the cutting roller shaft 330 to which the bolt 331c 'is fastened to prevent the flow of the hub 331' has a flat surface.

A pair of hubs having symmetrical shapes are provided between the left and right ends of the hub 331 '.

The hub is formed on both sides thereof, the access roller coupling grooves 331a 'and the jaws 331b', respectively, are fixed on the cutting roller shaft 330 by bolts 331c 'to prevent the flow thereof.

Subsequently, the entrance rollers 337 'each made of a material such as rubber are fitted into the coupling grooves 331a' formed in the hub. That is, the entry roller is coupled to the hub at the right end thereof, the entry roller is coupled to the hub at the right end thereof, and the entry roller is coupled to the left end thereof, and the entry rollers are respectively connected to the pair of hubs. 337 ') are combined.

In the pair of hubs, two cutting blades 333 'are coupled to a central portion between the entry rollers on both sides, and the jaws 331b' of the hubs are positioned between the two cutting blades. One side of the blade 333 'is coupled to the wave washer 334, which serves as a spring to push the cutting blade toward the jaw (331b') of the hub, respectively, and a stop ring 335 that serves to support the wave washer. do.

At this time, the cutting blades are firmly fixed by the pin (not given the number) formed in the respective hub jaw (331b).

In addition, in the hub of the left end portion and the right end portion, a pin (not shown) is provided on the opposite side of the entry roller coupled to the right end of the left end hub, that is, the jaw 331b 'formed at the left end of the hub. The cutting blade 333 'which is firmly fixed is tightly coupled to each other, and the wave washer 334' and the wave act as a spring to push the cutting blade toward the jaw 331b 'of the hub. Each stop ring 335 'having a function of supporting a washer is coupled. The cutting blade 333 'is firmly fixed to the jaw 331b' of the hub formed on the opposite side of the entry roller coupled to the left end of the right end hub, that is, by the pin (not given). Closely coupled to each other, the side of the cutting blade is a wave washer 334 'which serves as a spring to push the cutting blade toward the jaw (331b') of the hub and a stop ring for supporting the wave washer (335) ') Is combined.

Next, the structure of the said support roller shaft 350 which comprises the said width direction cut part 300 'is demonstrated.

A bolt formed on one side of the support blade after joining the support blade 351 'to the left end portion and the right end portion (surface to the right end portion for convenience, the left side of “A portion” in FIG. 3) on the support roller shaft 350, respectively. The support blade is fixed on the support roller shaft by 351a 'to prevent flow.

In this case, although not shown in the drawings, the portion of the support roller shaft 350 to which the bolt 351a 'is fastened to prevent the flow of the support blade 351' has a flat surface.

In addition, a support roller 355 'made of an atal material is directly inserted into the support roller shaft 350 on one side of the support blade 351', and the support roller is a coupling groove formed on the support roller shaft. Located between the (350a '), the coupling groove (350a') is then coupled to each of the E-shaped ring (352 ') to prevent the flow of the support rollers (355'). That is, when the support roller is inserted into the support roller shaft 350, the E-shaped ring 352 'is coupled to the coupling groove 350a' formed on the support roller shaft at both sides of the support roller.

And, between the left end portion and the right end portion, the support blade 351 ', and the support blade 355' of the astalle support roller (355 ') which is installed on both sides with the support blade interposed therebetween ( 370 '(shown in FIG. 4) is provided.

At this time, the support blade 351 'is also fixed on the support roller shaft 350 by a bolt 351a' and its flow is prevented, and the two support rollers 355 'are also formed on the support roller shaft. The flow is prevented by the E-shaped rings 352 'coupled to the coupling groove 350a'.

Next, the cutting roller shaft 330 and the supporting roller shaft 350 constituting the widthwise cut portion 300 ′ are installed on one side of the main body 1 (shown in FIG. 1) and will be described below. same.

As shown in FIGS. 4 and 7, one side blade end portion of the cutting blade 333 ′ formed at the left and right end portions of the cutting roller shaft 330 and the left and right end portions of the support roller shaft 350. One side blade end of the support blade 351 'formed in the surface contact with each other, the entry roller 337' of the cutting roller shaft and the support roller 355 'of the support roller shaft formed on the left and right end portions One side blade end portions of each of the two cutting blades 333 'on the cutting roller shaft 330 forming a pair between the left and right end portions, and the support roller shaft 350 of the support roller shaft 350. Both side blade end portions of the support blade 351 'forming the support blade portion 370' are in surface contact with each other.

That is, the cutting blade formed on the left end portion of the cutting roller shaft 330 is formed with a blade portion on the left side, the cutting blade formed on the right end portion of the cutting roller shaft is formed on the right side of the blade portion. In addition, the support blade formed on the left end portion of the support roller shaft 350, the right side is formed by the blade portion, the support blade formed on the right end portion of the support roller shaft is formed the blade side. Therefore, the blade portion of the cutting blade and the blade portion of the support blade is in surface contact.

Then, in the two cutting blades 333 'on the cutting roller shaft 330 constituting a pair between the left and right end portions, the left cutting blade is formed with the right side of the blade, the right cutting blade is the left side. It is formed by the blade portion is positioned so that the blade portion facing each other. In addition, the support blade 351 'forming the support blade portion 370' of the support roller shaft 350 is formed between the cutting edges 333 'of the opposite sides formed by the blade portions thereof. Accordingly, the right side blade portion of the left cutting blade and the left side blade portion of the support blade are in surface contact, the left side blade portion of the right cutting blade and the right side blade portion of the support blade are in surface contact, and the entry roller 337 ' And the support rollers 355 'are in contact with each other.

Hereinafter, referring to FIGS. 1 and 2, the operation relationship of the card board cutting device including the cutting unit capable of changing the cutting line shape and the cutting width of the card card of the present invention having the above-described coupling relationship will be described below. same.

Between the guide pieces 7 on the left side shown in Fig. 1, a business card sheet A4 paper (not shown) on which the card contents are printed is placed in the width direction (horizontal direction). At this time, the lower end surface of the card holder located between the guide pieces, the cutting blades and the entrance rollers, and the support roller shaft 350 installed on the cutting roller shaft 330 of the widthwise cutting portion 300 'is installed. It is located between the supporting blades and the supporting rollers.

After the process is completed, the power switch 9 located on the top of the main body 1 is pressed. Accordingly, the driving motor 8 (shown in FIG. 2) rotates through the power supply, and the driving gear 8b coupled to the driving shaft 8a of the driving motor rotates, and the cutting roller shaft engaged with the driving gear. The first gear 340 of 330 is rotated. Accordingly, the second gear 360 of the support roller shaft 350 engaged with the first gear rotates.

Accordingly, since the entry roller 337 'and the support roller 355' are rotated, the card holder located between the entry roller and the support roller is sucked between the cutting roller shaft 330 and the support roller shaft 350. In the process, the card holder is cut on the transverse direction by the rotating cutting blade 333 'and the supporting blade 351a' and then placed on the widthwise loading plate 5.

At this time, as shown in Fig. 9, the business card holder P1 to be cut is formed by the two cutting blades and one supporting blade therebetween.

Subsequently, the card holder P2 of the form cut into two in the transverse direction by the widthwise cutting part 300 'is positioned between the guide pieces 7 on the right side shown in FIG.

At this time, the lower end surface of the business card support (P2) is located between the cutting blades and the entrance rollers and the support rollers and the support rollers installed on the cutting roller shaft of the longitudinal cutting portion 300, do.

At this time, since the driving motor 8 continues to be driven, the entry roller 337 and the support roller 355 are in a rotating state. Therefore, the card holder (P2) located between the entry roller and the support roller is sucked between the cutting roller shaft 330 and the support roller shaft 350, in this process the card blade is rotating cutting blade 333 And is cut by the support blade (351a).

At this time, the card holder P2 to be cut as shown in FIG. 9 is formed with the separating part P2 'by the two cutting blades and the separating plate 332 positioned therebetween.

As described above, the cutting blades 333 and 333 'and the supporting blades installed on the cutting roller shaft 330 and the supporting roller shaft 350 constituting the longitudinal cutting portion 300 and the widthwise cutting portion 300'. By changing the shape or width of the 351, 351 ', it is possible to easily supply various types of business card holders or business card holders having various sizes, as shown in FIGS. 10A to 10B. If you have it, it will be obvious.

Therefore, the idea of the present invention is not limited to the above-mentioned longitudinal cutting portion and the widthwise cutting portion, and the cutting blades 333 and 333 'installed on the cutting roller shaft 330 and the support roller shaft 350; It includes a variety of longitudinal cuts and widthwise cuts in which the shape or width of the support blades 351 and 351 'is changed.

That is, Figure 10a shows a business card paste having a separation gap between the business card and the business card by the cutting blades and supporting blades constituted in the longitudinal cutting portion and the widthwise cutting portion mentioned in the embodiment of the present invention, Figure 10b The cutting blades and the supporting blades formed in the longitudinal cutting portion and the widthwise cutting portion are formed in the form of a sawtooth saw having a cutting line, Fig. 10c is the longitudinal cutting portion and the widthwise cutting portion of Figure 10a After forming two cutting blades formed in each of the cutting blades to each one of the cutting blades to abut each of the supporting blades fixed on the support roller shaft to separate the business card and the business card completely separated It shows a business card holder having a wealth.

As described above, by the business card sheet cutting device provided with a cutting unit capable of changing the cutting line shape and the cutting width of the card holder of the present invention, the separate configuration of the entry roller and the discharge roller is excluded, thereby simplifying the business card sheet cutting device. At the same time, it is possible to reduce the size and weight of the business card holder cutting device, and to easily supply various types of business card holders or business card holders having various sizes according to the needs of the users, and cutting blades having a preset cutting width. And since the support blade can be configured can reduce the working time according to the setting and at the same time improve the precision when cutting the card mount.

Claims (3)

The longitudinal cutting part 300 and the width direction cutting part 300 'of the card holder are integrally formed, and the guide piece 7 and the driving motor 8 driven by the power switch 9 are provided with an adjustable distance. In the business card mount cutting device 10, the longitudinal cutting portion 300 and the widthwise cutting portion 300 'is composed of an integral cutting roller shaft 330 and the support roller shaft 350, respectively, the longitudinal cutting portion The cutting roller shaft 330 of 300 has a hub 331, an access roller 337 inserted into a groove 331a formed at one side of the hub 331, and a separation plate 332 interposed therebetween. Two cutting blades 333 coupled between the entry rollers, a wave washer 334 serving as a spring to push the two cutting blades, a stop ring for supporting the wave washer 335 and the cutting roller shaft ( 330 is fixed to one end of the drive motor (8) located inside the main body (1) The first gear 340 is engaged with the drive gear (8b) connected to the coaxial (8a), the support roller shaft 350 of the longitudinal cut portion 300, the support blade 351, the support blade It consists of a support roller 355 fixed by the E-shaped ring 352 on both sides and a second gear 360 fixed to one end of the support roller shaft 350 is engaged with the first gear 340, A hub 331 'is formed on the cutting roller shaft 330 of the widthwise cutting portion 300' which is formed to extend to the cutting roller shaft 330 of the longitudinal cutting portion 300 and the support roller shaft 350. An entry roller 337 'inserted into and coupled to the groove 331a' formed in the hub, a cutting blade 333 'coupled to one side of the entry roller, and a wave acting as a spring to push the cutting blade; One end of the washer 334 ', the stop ring 335' supporting the wave washer and the cutting roller shaft 330 It is fixed to the bearing 340 'is integrally coupled to the inner side of the body 1, the support roller shaft 350 of the widthwise cut portion 300' support blade 351 'and It is fixed to one end of the support roller 355 'and the support roller shaft 350 fixed by the E-shaped ring (352') on one side of the support blade is integrally coupled to one inner side of the main body (1) Business card mount cutting device having a cutting portion that can change the cutting line shape and the cutting width of the business card mount, characterized in that consisting of a bearing (360 '). According to claim 1, wherein the cutting blades 333 fixed on the integrated cutting roller shaft 330 and the supporting roller shaft 350 constituting the longitudinal cutting portion 300 and the widthwise cutting portion 300 '. 333 ') and the support blades 351 and 351' are formed in the shape of a sawtooth to form a business card holder having a perforated cut line that can change the cutting line shape and cutting width of the card holder Business card mount cutting device equipped. According to claim 1, wherein the two cutting blades (333, 333 ') fixed on the integral cutting roller shaft 330 constituting the longitudinal cutting portion 300 and the widthwise cutting portion 300', respectively. After forming one cutting blade, the one cutting blade is brought into contact with one of the supporting blades 351 and 351 'fixed on the supporting roller shaft 350, respectively. Business card mount cutting device having a cutting portion that can change the cutting line shape and cutting width of the business card mount, characterized in that the making.