KR200197105Y1 - form a line and packing machine for D-head type nail - Google Patents

Abstract

The present invention relates to a d-head nail sorter and packaging machine, the support 100; It is formed on one side of the upper surface of the support 100, nail supply unit 200 for continuously freely dropping the nails arranged along the nail guide portion 220 formed to be connected to a predetermined slope in a downward direction by arranging nails randomly received; ; Nail rotating unit for continuously transporting the nail and rotating the nail at a predetermined angle by the flow force of the first belt 330 made of a pair of adjacent parallel to be in contact with both sides of the nail supplied from the nail supply unit 200 300; It is installed in parallel to contact both sides of the nail, the nail transmitted from the nail rotating part 300 by a pair of second belt 430 flowing with a predetermined flow force is in close contact, and the head of the nail to overlap one side Nail alignment unit 400 for aligning; A heating member 430 installed below one side of the nail alignment unit 400 and heating a side surface of the nail transferred by the nail alignment unit 400; A tape adhesive part 500 for continuously adhering the adhesive tape 501 which is flowed and conveyed in the same manner as the second belt 430 of the nail alignment transfer member to both sides of the nail heated by the heating member 430; And a tape cutting unit 600 for cutting the tape adhered to both sides of the nail in order to separate the nails continuously adhered from the tape adhesive unit 500 to a predetermined number of units. And packaging machines are the technical subject matter. Accordingly, there is an advantage in that the D-head nails used in the tableting machine are continuously supplied and aligned regularly, and packed in a predetermined number of units to align and pack a large amount of the D-head nails in a short time.

Description

Form a line and packing machine for D-head type nail}

The present invention relates to a nail aligning and packing machine, and more specifically, to supply a D-head type nail used in a tableting machine continuously and to align it regularly, packing a predetermined number of units to a large amount of dehead-type nail in a short time A headhead nail aligner and wrapper that can be aligned and packaged.

In general, in order to connect to various products made of wood, for example, furniture or buildings, such as nails or staples with adhesive members, work was done using manual tools. However, the work using the manual tool, although the work speed varies depending on the skill of the operator, the work speed is not only very slow, there is a problem that the tableting or staples are not compressed.

Therefore, in recent years, a large number of pneumatic tablet presses can be used to simply nail nails or staples to wood using air pressure. Such a pneumatic press is inserted into a continuous nail holder material that is continuously connected to staples or nails, when the trigger is applied to the object to be fixed, the loaded continuous nail is guided by nail nail pieces and are driven into the object one by one. .

Nails inserted into such a tableting machine to fix the object are packaged in a predetermined number in accordance with the specifications of the continuous nail holder of the tableting machine. Nails used for tablet presses are packed differently according to specifications. Among them, in the case of a D-head type nail, a circular head one side of a commonly used nail is cut and has a D-shape. The reason why D-type nails are used in tablet presses is that the cut parts of the heads are located under the circular part of another nail, so that the body of the nails are closely bonded to each other to minimize the packing volume per packing number, This is because the nails can be combined with each other to suit continuous tableting.

Adhesive tape is used as a means for closely bonding the nails as described above. The adhesive tape is attached to both sides of the nail in close contact to fix a plurality of nails, and when the tablet is pressed, the material can be separated by the tableting pressure.

Conventional packaging method of the D-head type nail has a problem in that the D-type nail head is not uniformly aligned but packed out of alignment because the heads of the nails are aligned in a manual way. If the head of the nail is not aligned properly, the tableting pin can not hit the head of the nail accurately, there is a problem that can not be compressed, and the high air pressure is supplied momentarily, tableting, There is a problem in that high air pressure is not supplied to the tableting nail and is delivered to the tableting machine, resulting in breakage of the tableting machine.

Therefore, the present invention has been devised to solve the above problems, the D-head nails that can be consistently and consistently aligned with the D-head nails used in the tableting machine, and can pack a large amount of D-head nails in a short time It is an object to provide mold nail aligning and packing machine.

1-shows a D-head type nail sorter and packing machine according to the present invention

Figure 2-Figure showing the nail rotating part of the D-head type nail alignment and packaging machine according to the present invention

Figure 3-shows a tape adhesive portion of the D-head nail sorting and packing machine according to the present invention

Figure 4 shows a tape cut portion of the D-head type nail sorter and packing machine according to the present invention

Figure 5-D-head nail sorting and packaging process by the operation of the D-head nail sorting and packing machine according to the present invention

<Description of the code | symbol about the principal part of drawing>

100: support 101: rail

200: nail supply unit 210: nail receiving tank

211: guide euro 220: nail guide

221: stopping plate 222: fixing plate

300: nail rotating part 310: support member

311: lower support member 312: upper support member

320: rotation axis 321: longitudinal axis

330: the first belt 331: tension roller

332: guide 340: nail delivery member

341: nail receiving groove 350: sliding rail

400: nail alignment unit 410: alignment body

420: drive shaft 421: driven shaft

430: driven shaft 430: heating member

431: heating pad 500: tape adhesive portion

501: adhesive tape 510: adhesive part support member

511: tape guide flow path 512: tape transfer belt

513: guide shaft 514: guide

520: coating part 600: tape cutting part

610: fixed cutting member 620: flow cutting member

621: cylinder

The present invention for achieving the above object is a support; A nail supply part which is formed on one side of the upper surface of the support and arranges the nails randomly received so as to continuously freely drop the nails arranged along the nail guides formed to be inclined downward in a downward direction; A nail rotating part for continuously feeding the nail and rotating the nail at a predetermined angle by the flow force of the first belt formed in a pair adjacent to and in contact with both sides of the nail supplied from the nail supply part; It is installed in parallel to contact both sides of the nail, the nail delivered from the nail rotating portion by a pair of second belt flowing with a predetermined flow force is in close contact, the nail aligning portion to align the head of the nail to overlap one side Wow; A heating member installed at one side lower portion of the nail alignment unit and heating a side surface of the nail transferred by the nail alignment unit; A tape adhesive part for continuously adhering the adhesive tape which is flowed and conveyed in the same manner as the second belt of the nail alignment transfer member to both sides of the nail heated by the heating member; And a tape cutting unit for cutting the tapes adhered to both sides of the nails to separate the nails continuously adhered from the tape bonding unit into a predetermined number of units. It is a technical point.

Here, the nail rotating portion and the support member for adjusting the horizontal position; A set of rotating shafts formed on one side of the support member and rotating at different rotational forces to provide a driving force to the set of first belts; A nail delivery member formed on an upper portion of any one of the rotating shafts and supplying nails continuously supplied one by one from the nail supply unit by rotating a plurality of nail accommodation grooves formed on an outer circumferential surface thereof in the same manner as the rotating shafts; It is preferred that the first belt is coupled to and supported, the longitudinal axis of the shaft for guiding the transport of the nail by the first belt flowing in contact with each other when the transport of the nail;

Therefore, there is an advantage in that the D head-type nails used in the tableting machine are continuously supplied and aligned, and packed in a predetermined number of units to align and pack a large amount of the D-head nails in a short time.

D head-type nail alignment and packaging machine according to the present invention having the configuration as described above will be described in detail with reference to the drawings.

1 is a view showing a D-head nail sorting and packing machine according to the present invention. As shown, the D-head nail sorter and packaging machine according to the present invention, the nail supply unit 200, which supplies the nails formed on the support 100 and the support 100 continuously, is supplied from the nail supply unit 200 Nail rotation unit 300 for rotating the nail at a predetermined angle, nail alignment unit 400 for aligning the nail rotated in the nail rotation unit 300, heating to heat the side of the nail aligned in the nail alignment unit 400 The member 430, a tape adhesive part 500 for adhering the adhesive tape 501 to both sides of the heated nail, and a tape cutting part 600 for separating the nail to which the tape is attached and transported by a predetermined number.

First, the nail supply unit 200 supplies the nails continuously by arranging the nails randomly received. Nail supply unit 200 is a nail receiving tank 210 that is accommodated in a large amount of nail, nail supply port 212 formed on one side of the nail receiving tank 210, and the nail supplied through the nail supply port 212 It is made of a nail guide portion 220 which is accommodated and supplied to the nail rotating portion 300 side. Nail receiving tank 210 is a large amount of nails are randomly accommodated, while the nail is moved along the guide flow path 211 formed on the inner circumferential surface is to supply the nail. Then, the nail moved along the guide passage 211 is supplied to the outside through the nail supply port (212). Nail supply port 212 is formed on one side of the outer circumferential surface of the nail receiving tank 210, it is penetrated to the outside slightly larger than the body diameter of the nail. The reason is that the body of the nail protrudes to the outside, and the head of the nail is caught by the nail supply port 212, so that the body of the nail upright to supply to the nail rotating part 300.

Then, the nail guide portion 220 is formed to be connected to the nail supply port 212 is freely dropped by the gravity supplied through the nail supply port 212 to move the nail rotating part 300 side. Nail guide portion 220 is a fixed plate 222 having a predetermined length and the locking plate 221 is made to be inclined downward at a predetermined angle, the body of the nail is accommodated between the fixed plate 222 and the locking plate 221 A space is formed. The locking plate 221 is caught by the head of the nail is sliding nail, the fixing plate 222 is formed protruding to the upper side of the locking plate 221 so that the cut head portion of the D-head type nail on the inner surface of the fixing plate 222 Closely sliding. By the fixing plate 222, the head of the D head-type nail is fixed in a predetermined direction and supplied to the nail rotating part 300.

Since the nail supply unit 200 is a well-known technique for continuously supplying continuously by tilting a container containing parts and the like as a parts feeding system, a detailed description thereof will be omitted.

Next, Figure 2 is a view showing a nail rotating part 300 according to the present invention. As shown, the nail rotating part 300 transfers the nail supplied from the nail guide part 220 and rotates the nail at a predetermined angle. The nail rotating part 300 includes a support member 310 capable of moving a horizontal position and a set of first belts 330 and first belts 330 contacting both sides of a nail formed on the support member 310. A pair of rotary shafts 320 providing a flow force, a nail transmission member 340 formed on the upper surface of the rotary shaft 320, the first belt 330 is connected to the rotating shaft 320 is fastened to the first belt ( The vertical rotation shaft 321 for guiding the flow of the 330, the tension roller 331 for adjusting the tension of the first belt 330.

The support member 310 is installed on the support 100, and moves the horizontal position in the longitudinal direction, the horizontal direction of the length so as to properly adjust the position according to the specification of the nail supplied through the nail guide portion 220 You can. The support member 310 is formed in a double structure, and the lower support member 311 positioned below moves the position in the longitudinal direction along the rail 101 formed on the support 100. And, the upper support member 312 formed on the upper portion of the lower support member 311 is made of a pair, each of which can move the position in the horizontal direction of the length.

On the upper surface of each of the upper support members 312 as described above, the rotary shaft 320 and the longitudinal rotary shaft 321 to which external power is supplied are formed. The upper portion of the rotating shaft 320 is formed to protrude on the upper surface of the support member 310, the lower portion is formed with a pulley or gear formed on the lower portion of the support member 310 receives external power. Each of the rotating shafts 320 is driven by the same external power, and any one of the rotating shafts 320 is formed to flow at a high speed by varying the outer diameter of the pulley or by increasing the gear ratio. The reason for this is to rotate the nails inserted between the first belts 330 coupled to the rotation shaft 320 at a predetermined angle. The longitudinal rotation shaft 321 is coupled to the first belt 330 coupled to the rotation shaft 320 to guide the flow of the first belt 330.

In addition, the nail transmission member 340 is formed on one of the rotary shaft 320 above one set of the rotary shaft 320. Nail transmission member 340 is interlocked with the rotating shaft 320, the outer peripheral surface is formed with a plurality of nail receiving portion at a predetermined interval. The nail receiving part rotates in the same manner as the rotating shaft 320 and receives nails supplied by sliding along the nail guide part 220 one by one and continuously transmits the nails to a set of first belts 330 at regular intervals.

Each of the first belt 330 coupled to the rotary shaft 320 and the longitudinal rotary shaft 321 as described above is flowed by the rotational force transmitted from the rotary shaft 320, and a pair of nails between the first belt 330 The side is in close contact and conveyed. At this time, the rotation speed of each of the set of rotating shafts 320 are transmitted differently so that the first belt 330 interlocked with the rotating shaft 320 flows at different flow rates. That is, a pair of first belt 330 flows differently and the nails are brought into close contact with both sides by a belt that flows at a high flow speed and rotates at a predetermined angle (about 90 degrees). The rotation starts to rotate while being in close contact between the first belt 330, and the rotation of the nail is completed when the transfer is completed and is separated from the first belt 330. In addition, the first belt 330 uses a time belt to accurately transmit the rotational force of the rotating shaft 320, and the outside of the first belt 330 is a rubber material that prevents slippage when the side of the nail is contacted and transported. Using the correct nail transfer is made. In addition, the guide 332 is provided inside the set of first belts, and the nails to be transported by being in close contact with both side surfaces are prevented from being moved away from each other.

Then, the tension roller 331 is provided on the outside of the first belt 330 as described above. The tension roller 331 is for adjusting the tension of the first belt 330 so that the transfer of the nail is made accurately.

In addition, a sliding rail 350 is formed at one lower side of the nail rotation part 300. The sliding rail 350 is vertically supplied to give a predetermined vertical inclination angle to the nail conveyed by the first belt 330. The reason is that the cut portion of the head of the D-head nail is formed in the same manner as the body, but since the other portions are formed to protrude outward of the body, the nails are inclined at a predetermined vertical inclination angle to closely contact the body of the nail. Because it must be. When the nail has a vertical inclination angle as described above, the body of the cut portion of the head by the nail alignment unit 400 is in close contact with the body of the protruding head portion of the other nail. In this process, the nail is rotated and transported by a nail rotation part 300 at a predetermined angle, and at the same time, the bottom of the nail is moved along the sliding rail 350 to achieve a predetermined vertical inclination angle.

The nail is rotated at a predetermined angle in the nail rotation unit 300 as described above, and the nail inclined at the vertical inclination angle is transferred to the nail alignment unit 400 so that the nails are closely aligned with each other.

Nail alignment portion 400 is located in the lower body through the alignment body 410, the lower body is formed through the through portion of the alignment body 410, a set of driving shaft 420, each drive shaft (for transmitting the same rotational force) A pair of second belts 430 connected to 420 and a driven shaft 421 for guiding the flow of the second belt 430 are formed.

Alignment body 410 is formed on one side of the upper portion of the support 100, the same direction as the nail transfer direction of the nail rotation part 300 and is assembled on the upper side rather than the position of the nail rotation part 300, one side of the nail rotation part ( It is formed to overlap with 300). In addition, a through portion is formed in the lower portion of the alignment main body 410 in the longitudinal direction to guide the flow of the nail.

The drive shaft 420 is made of a set and is installed on the adhesive support member to be described later is driven by external power. When assembling the alignment main body 410 to the support 100, the second belt 430 connected to the alignment main body 410 is coupled and coupled, and driven by external power to flow the second belt 430. .

In addition, a pair of driven shafts 421 are installed close to each other at a position where the set of driven shafts 421 are symmetric about the penetrating portion, and the second belt 430 connected to the driving shafts 420 is connected and coupled to the driving shafts 420. The flow of the second belt 430 is guided by the rotational force of). A pair of the second belt 430 is in close contact with each other and flows, and the nails transmitted from the nail rotation part 300 are closely contacted and transferred between the second belts 430. The second belt 430 uses the time belt to transmit the exact flow force the same as the first belt 330.

The second belt 430 is connected to the set of drive shaft 420 and the driven shaft 421. The pair of second belts 430 flows at the same flow rate, and when connected to a set of driven shafts 421 adjacent to each other, both sides of the nails transmitted from the nail rotating part 300 are in close contact with each other. At this time, the nails that rotate and vertically inclined at regular intervals in the nail rotation part 300 are transmitted to the second belt 430. The flow rate of the second belt 430 flows at a rate slightly lower than the flow rate of the first belt 330. The reason is that the second belt 430 flows slower than the first belt 330 in the process of passing the nails transmitted from the first belt 330 to the second belt 430. In order to be in close contact with each other when the body of the nail is supplied from the second belt (430).

The heating member 430 is installed at one lower side of the nail alignment unit 400 as described above. The heating member 430 heats the side surfaces of the nails that are aligned and transported. The reason for heating the side of the nail is to make the adhesion of the adhesive tape 501 attached to the side of the nail efficiently. The heating member 430 is provided with heating pads on both sides of the nail to be transferred, and heats the nail by supplying heat from an external heat supply source.

The adhesive tapes 501 are adhered to both sides of the nails which are closely aligned and aligned by the nail alignment unit 400 as described above, and the side surface of which is heated by the lower heating member 430. The adhesive tape 501 is coated with an adhesive on the inner surface. When the adhesive tape 501 is mounted on a tablet press and tableted by air or the like, the adhesive tape 501 is attached to the side of the nail with an appropriate adhesive force so that the nail can be separated from the adhesive tape 501 by the tableting pressure.

As shown in FIG. 3, the tape adhesive part 500 includes a pair of adhesive material supporting members 510 and adhesive material supporting members 510 formed on the support 100 and supplied from the outside. A pair of tape guide passages 511 guided to both sides of the nail to be transported, the outer side of the adhesive tape 501 supplied along the tape guide passage 511 is in close contact with each other, interlocked with the second belt 430 The tape transfer belt 512, a guide shaft 513 for guiding the flow of the tape transfer belt 512, and a drive shaft 420 for providing a flow force of the tape transfer belt 512 connected to the guide shaft 513. Is done.

The adhesive support member is positioned below the nail alignment unit 400 and is formed on both side surfaces of the nail to be transferred. The adhesive support member is moved along the rail 101 installed on the support 100 so as to adjust its position according to the specification of the nail to be conveyed, thereby adjusting the interval of the tape transfer belt 512.

The tape guide flow path 511 installed on the upper surface of the adhesive support member guides the adhesive tape 501 supplied from the outside to the both sides of the nail to both sides of the nail.

Then, the tape transfer belt 512 is coupled together to the drive shaft 420 providing a flow force to the second belt 430 is interlocked with the second belt 430 to the adhesive tape 501 equal to the feed rate of the nail The adhesive tape 501 is attached to both sides of the nail by supplying at a speed. The tape transfer belt 512 is connected to the guide shaft 513 formed on both sides of the nail is transferred is flowed by the rotational force of the drive shaft 420. Then, the tape transfer belt 512 is installed in close contact with both sides of the nail to be transported to make the adhesive contact efficiently by contacting the adhesive tape 501 on both sides of the nail. In addition, since the side of the nail is heated to a predetermined temperature in the heating member 430, the adhesive tape 501 can be bonded even more efficiently. The tape transfer belt 512 as described above allows the rotational force of the drive shaft 420 to be transmitted without loss by using a time belt to accurately transmit the rotational force transmitted from the drive shaft 420. In addition, when the adhesive tape 501 is adhered to both sides of the nail, a guide 514 for preventing the flow of the tape transfer belt 512 is installed on the adhesive support member 510 inside the tape transfer belt 512. It is.

As described above, the tape cutting part 600 is formed to separate the peg from which the adhesive tape 501 is adhered and transported to both sides of the nail in the tape adhesive part 500 to a predetermined number to be mounted on the tableting machine.

As described above, the method of closely bonding the side surfaces of the D-head nails to each other is not limited to the above, and a method of closely bonding the flexible wires to both sides of the D-head nail by applying seam welding, etc. Various applications are possible.

In addition, the coating part 520 is provided adjacent to the tape adhesive part 500. The coating unit 520 is the adhesive tape 501 is bonded to both sides in the tape adhesive unit 500, the coating liquid injection port (not shown) for coating the lower portion of the nail conveyed by the alignment main body 410 and the coated nail Two rows of duct lines (not shown) are provided for drying and cooling the lower part. The injection port (not shown) is sprayed with a coating liquid supplied from an external oil pump to coat both lower sides of the nail to prevent the nail from being corroded. In addition, while passing through a two-row duct line (not shown) for injecting external air to the lower portion of the nail coated with the coating liquid, while drying the coating liquid coated on the lower portion of the nail while improving the adhesive efficiency of the adhesive tape on both sides of the nail In order to cool the heated nail in the heating member.

As shown in FIG. 4, the tape cutting part 600 includes a fixed cutting member 610 fixedly installed on the support 100 and a flow cutting member 620 flowing at a predetermined pressure. The fixed cutting member 610 is installed at the same phase as the adhesive tape 501 adhered to the side of the nail to be transferred and is installed at the same vertical inclination angle as the vertical inclination angle of the nail. In addition, the flow cutting member 620 is installed at a position symmetrical with the fixed cutting member 610 on the support 100, and provides a predetermined pressure to the rear end hydraulic or pneumatic cylinder 621 ) Is connected and installed. The flow cutting member 620 and the fixed cutting member 610 cut the adhesive tape 501 using a material such as a blade and continuously separates the nails into a predetermined number. And, a sensor (not shown) is installed on one side on the support 100, the sensor (not shown) is connected to the cylinder 621 and accurately calculate the transfer number of the nail to be transferred to the cylinder 621, The cylinder 621 flows the flow cutting member 620 to separate the packed nail into a predetermined number.

D will be described with reference to Figure 5 showing the nail alignment and packaging process by the D-head type nail alignment and packaging machine according to the present invention having the configuration as described above.

First, when a large amount of the D head-type nail is put into the nail receiving tank 210 formed in the nail supply unit 200 and then the nail accommodation tank 210 is tilted, the guide passage 211 formed inside the nail accommodation tank 210 is formed. The nails are randomly received along with the nails being cleaned, and the nails continuously move to the nail supply holes 212 formed on one side of the outer circumferential surface of the nail holding tank 210. In the nail supply port 212, the body of the nail to be moved away from the outside, the head is caught by the nail supply port 212, the nail is upright vertically.

Then, the nail is supplied to the nail rotation part 300 along the nail guide part 220 connected to the nail supply port 212. Nail guide portion 220 is composed of a fixed plate 222 to which the head is caught and a fixed plate 222 to which the cut portion of the head is fixed, the D-type head is positioned in a predetermined direction and slides by gravity to nail nails 300. Is moved, is accommodated one by one in the nail receiving groove 341 of the nail delivery member 340 interlocked with the rotating shaft 320 of the nail rotating part 300 to deliver a nail between a set of the first belt 330 at regular intervals Done. The nail is rotated and transferred at a predetermined angle (approximately 90 °) by the flow force of the first belt 330 which is flowed in close contact between the pair of first belts 330 and is moved by different rotational forces. The lower portion of the nail is guided to the sliding rail 350 located in the lower portion of the nail to achieve a predetermined vertical inclination angle. The reason for achieving vertical angle of inclination with the 90 ° rotation of the nail is to align the D head in a certain direction, and to place the head upper surface of the nail to be transported following the lower side of the nail head so that the body of the nail is closely aligned with each other. It is to prevent tableting failure when tableting is installed in tablet press.

As described above, the nail which is rotated by 90 ° and the vertical inclination angle of the body at regular intervals in the nail rotation part 300 is transmitted to the second belt 430 of the nail alignment part 400. The second belt 430 is composed of a set of flows with the same flow force, the body of the nails are delivered at regular intervals because it flows at a slightly lower speed than the flow force of the first belt 330 of the nail rotation unit 300 Close alignment. Such a process is performed where one side of the nail rotating part 300 and the nail alignment part 400 overlap. Then, the lower portion of the nail that is delivered to the nail alignment unit 400 and closely aligned is passed through the heating pad 431 of the heating member 430 while the side of the nail is heated to a predetermined temperature after the nail alignment unit 400 The adhesive tape 501, which is moved to the set of tape transfer belts 512 positioned at the lower side of the second belt 430 and flows at the same flow rate as the second belt 430, and is transferred to the tape transfer belts 512, is bonded to both sides of the nail. . In this process, since the side of the nail is heated to a predetermined temperature, the adhesive component of the adhesive tape 501 is efficiently bonded by the heated heat of the nail.

When the adhesion of the adhesive tape 501 is completed as described above, the coating liquid to prevent the corrosion of the nail is coated on the lower part of the nail, spraying the external air to the lower portion of the coated nail to dry the coating liquid and at the same time the heating member 430 The nail heated in the) is cooled and transferred to the tape cutting part 600. In the tape cutting unit 600, the flow cutting member 620 flows to the fixed cutting member 610 to cut the adhesive tape 501 adhered to the side of the nail. At this time, the number of nails conveyed by a sensor (not shown) installed on one side of the support 100 is accurately calculated and transferred to the hydraulic or pneumatic cylinder 621, and the flow cutting member 620 is flowed and packed in a predetermined number. It will separate the nails. Then, the tape cutting speed is instantaneously operated to cut the tape so that the feeding of the nail is not disturbed.

As described above, the D head-type nail sorter and packing machine according to the present invention has an effect that can continuously align and package a large quantity in a short time by continuously supplying the D-head nail used in the tablet press.

In addition, since the head of the D-head type nail is packaged with a constant alignment direction, there is another effect that tableting failure does not occur when the tablet is mounted on a tableting machine.

Claims (2)

A support 100; Nail supply unit 200 is formed on one side of the upper surface of the support 100, the nail supply unit 200 for freely dropping the nails arranged along the nail guide portion 220 formed to be inclined in a downward direction by arranging randomly received nails Wow; Adjacent to be in contact with both sides of the nail supplied from the nail supply unit 200, are installed in parallel, by the flow force of the first belt 330 made of a pair to continuously transport the nail at the same time at a predetermined angle Nail rotating part 300 to rotate; It is installed in parallel to contact both sides of the nail, the nail transmitted from the nail rotating part 300 by a pair of second belt 430 flowing with a predetermined flow force is in close contact, the head of the nail is one side A nail aligning unit 400 which is arranged to overlap with each other; A heating member (430) installed at one lower side of the nail alignment unit (400) and heating a side surface of the nail conveyed by the nail alignment unit (400); A tape adhesive part 500 for continuously adhering the adhesive tape 501 that is flowed and conveyed in the same manner as the second belt 430 of the nail alignment transfer member to both sides of the nail heated by the heating member 430; And A tape cutting part (600) for cutting the tape adhered to both sides of the nail in order to separate the nail continuously adhered in the tape adhesive portion 500 by a predetermined number of units; Nail sorter and baler. According to claim 1, wherein the nail rotating part 300 A support member 310 which is horizontally moved to adjust a position; A set of rotating shafts 320 formed at one side of the support member 310 and rotating at different rotational forces to provide a driving force to the set of first belts 330; A plurality of nail accommodation grooves 341 formed on one of the rotary shafts 320 and formed on an outer circumferential surface thereof are rotated in the same manner as the rotary shafts 320 so that the nails supplied from the nail supply unit 200 are continuously fed one by one. Nail delivery member 340 to be supplied to; The first belt 330 is coupled and supported, the longitudinal belt shaft 321 for guiding the transport of the nail by the first belt 330 which flows during the transport of the nail to be in close contact with each other; -Head nail sorter and packaging machine.