KR20140037436A - Automatic manufacturing apparatus for band type inside sheet of file - Google Patents

Abstract

The present invention relates to an automatic manufacturing apparatus for a band type file sheet to enable users to put and store documents and take a memo on documents while the documents are in a file sheet by thermally welding horizontal bands to the upper and lower parts of both sides of the file sheet. Specifically, the automatic manufacturing process of the file sheet comprises the sequential steps of: supplying a raw material (3) and forming a sealing part bonding a file sheet material (1) and upper and lower divided band materials (2a, 2b) to the upper and lower parts of one side of the raw material; boring upper and lower file holes (8) on one side of the raw material (3); cutting the file sheet material (1) on the upper part of the raw material and the upper part of the of the upper divided band material (2a); and sealing and cutting the raw material (3) at the intervals of file sheets (5). The automatic manufacturing apparatus for a band type file sheet is provided to improve productivity, work efficiency, and economic efficiency.

Description

Technical Field [0001] The present invention relates to an automatic manufacturing apparatus for band type inlays,

More particularly, the present invention relates to an apparatus and method for automatically manufacturing a band-shaped file inlay, and more particularly, to a band type automatic inlining apparatus for band inward file inlining, Which is excellent in manufacturing productivity, workability and economical efficiency.

Generally, a file is used to store various documents and the like.

Such a file is composed of a cover sheet and a plurality of inlay sheets made of transparent paper inside a cover sheet. The inlay sheet is formed by a transparent film sheet having a binder hole formed vertically on one side and an open top, Scrap material, and other materials such as sheet iron, iron lumber, etc. are inserted into both sides.

However, in the conventional inlay such as various papers and scrap materials, in addition to the storage materials, in case of a material requiring simple handwriting or memo, such as sheet music or lecture iron, it is necessary to take out the material from the inlay, There is a problem that the above data is stored in the inside of the inlay, so that it is inconvenient to read the contents of the data by the light reflection of the inlay.

In addition, since the inlay is made of film paper and generates static electricity with paper, it is adsorbed to each other, so that it is very inconvenient to insert and store the data in the inlay.

In order to solve such a problem, a band type file inlay has been disclosed in Patent Application No. 10-2004-2387. This is because the upper horizontal band and the lower horizontal band in the form of pockets are thermally bonded to both sides of the envelope type inlay, It is possible to make simple handwriting or memo by storing various documents, scrap materials, and other information such as sheet iron, steel iron, etc. between the upper and lower horizontal bands on the back side. In addition, the problem of inconvenience in inserting the data and the inconvenience in reading the contents of the data by the light reflection of the conventional inlay is fundamentally solved.

However, since the above-mentioned band-shaped file inlays are manufactured by cutting the horizontal bands on both sides of the envelope-type inlaid paper and then sealing them, the workability is inconvenient and the manufacturing productivity is lowered, There is an economical problem that consumers can not easily use despite various advantages.

SUMMARY OF THE INVENTION The present invention has been made to solve the above problems of the prior art, and it is an object of the present invention to provide an apparatus and a method for storing a document by thermocomposing a horizontal band on both sides of a file inlay while feeding and supplying a fabric, The present invention aims at providing excellent manufacturing productivity, workability and economical efficiency by automatically producing and manufacturing a band type file inlay as much as possible.

The present invention provides the inlay fabric forming the envelope-shaped inlay and the band fabric forming the upper, lower horizontal band in the form of a tube to be fed and supplied by the first drive roll that is rotated by the first drive motor, the band The center of the fabric is cut by the first cutter to divide it into upper and lower split band fabrics, and the inner pockets of the upper and lower split band fabrics are opened by opening the inner pockets of the upper and lower split band fabrics at a position where the upper and lower split band fabrics fit up and down. A fabric supply unit which feeds and feeds the fabrics of which the upper and lower split bands are wrapped on both sides of the inlay fabric by guiding inserting both sides of the fabric;

And a sealing portion for sealingly joining the upper and lower split band fabrics to the upper and lower sides of the fabric at the upper and lower sides of the fabric by the lifting and lowering of the sealing blade is formed by the intermittent feeding and feeding by the second driving roll for intermittently rotating the fabric by the servo motor A punching hole for punching punch holes upward and downward on one side of the fabric by raising and lowering the punch, a cutter for cutting the upper end of the upper part splitting band fabric and the inlay fabric on the upper part by the second cutter, And a file inlay processing section for sequentially processing the inlay of the file by a sealing and cutting section for sealing and cutting the original at the interval of file inlay by the rising and falling of the sealing and cutting edge.

The fabric supply unit guides the upper and lower split band fabrics to overlap the bottom of both sides of the inlay fabric at a position where the inlay fabric is horizontally guided from the upper portion of the guide roll having an inlay fabric width between the upper and lower portions of the inlay fabric. By opening the inner pocket of the lower split band to surround both sides of the guide roll, the inner pocket of the upper and lower split band fabrics is configured to insert and guide both sides of the inlay fabric.

The punched hole portion of the file inlay processing portion of the present invention supports a vertical guide bar between a lower support plate provided with a punching die and an upper support plate,

A punching plate having punches coupled between the lower support plate and the upper support plate is installed and guided up and down by vertical guide rods. The punching plate is coupled to the lifting and lowering cylinder rod on the upper support plate to punch up and down It is characterized by its construction.

In the above-described far-end joining portion, a vertical operating rod is vertically installed in a frame in which a sealing blade is fixed. In the sealing and cutting processing portion, a vertical operating rod is vertically installed in a frame in which a sealing and a cutting blade are fixed, The vertical operation rod of the machining portion is operated while simultaneously ascending and descending by the drive portion,

The drive unit includes a drive shaft that is rotationally driven by the second drive motor and an interlocking shaft that is installed at a lower position of the vertical operation rod are connected to a rod shaft that is reciprocally moved back and forth by an operation cam provided in the drive shaft, And the vertical operating rods are simultaneously moved up and down by rotating the interlocking shafts forward and backward by hinging the linkage shaft and the lower end of the vertical operating rods.

According to another aspect of the present invention, there is provided a sewing machine comprising a process of forming a sealing part for sealingly joining an inwardly facing fabric and an upper and lower split band fabrics to and from one side of a fabric while feeding and supplying a fabric, The process of cutting the upper and lower ends of the upper and lower split band fabrics and the process of sealing and cutting the fabric at intervals of the pile interval are sequentially performed to automatically manufacture the pile fabric, This is an excellent effect.

BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a block diagram showing an entire apparatus of the present invention. FIG.
FIG. 2 is a plan view showing a band fabric cutting process of the raw material supplying part of the present invention. FIG.
FIG. 3 is a perspective view showing a process of superimposing and guiding upper and lower split band fabrics on both sides of an inlay fabric of a fabric supply portion of the present invention. FIG.
FIG. 4 is a side view showing a fabric supplying process of the present invention in sequence; FIG.
5 is a side elevational view showing a far-end joint of the present invention.
FIG. 6 is a side view showing a file format of the present invention; FIG.
7 is a plan view showing a cut-away portion of the present invention.
FIG. 8 is a side view showing a sealing and cutting processing section of the present invention; FIG.
FIG. 9 is a perspective view showing the file inlay produced by the present invention; FIG.

Hereinafter, preferred embodiments of the present invention will be described in detail with reference to the accompanying drawings.

In the present invention, the automatic band-type inlay manufacturing apparatus as shown in Figures 1 to 9 has an upper horizontal band 7 on both sides of the envelope-shaped inlay 6 and a lower horizontal band 7 'in the form of a pocket at the bottom. Pile to form a sealing portion 9 which is heat-bonded and drills the pile hole 8 up and down on one side, and seals the envelope-shaped inlay 6 and the upper and lower horizontal bands 7 and 7 'on one side up and down. It is a device for automatically manufacturing the inlay (5).

That is, the present invention provides the inlay fabric (1) forming the envelope-shaped inlay (6) and the band fabric (2) forming the upper and lower horizontal bands (7, 7 ') in the form of a tube to drive the first drive motor It is transported and supplied by the first driving roll 12 which is rotated by M1, but the center of the band fabric 2 is cut by the first cutter 11 to cut the upper and lower split band fabrics 2a ( 2b) and the inner pockets 2a-1 and 2b-1 of the upper and lower divided band fabrics at the position where the upper and lower divided band fabrics 2a and 2b and the inlay fabric 1 fit up and down. Supply unit 100 for conveying and supplying the fabric 3 overlapping the upper and lower split band fabrics 2a and 2b on both sides of the inlay fabric 1 by inserting and guiding the both sides of the inlay fabric 1 to be opened. )Wow;

The fabric 3 is intermittently fed and fed by the second driving roll 20 which intermittently rotates the fabric 3 by the servomotor M3, A far end bonding portion 30 for forming a sealing portion 9 for sealingly joining the fabric 1 and the upper and lower split band fabrics 2a and 2b to each other; A punching hole 40 for punching the pile hole 8 up and down on one side and a punching hole 40 for punching the upper end of the upper split band fabric 2a, And a sealing and cutting processing unit 60 for sealing and cutting the raw fabric 3 at intervals of the file inlay 5 by the rising and falling of the sealing and cutting blade 61, And a file inlay processing unit 200 for sequentially processing the inks 5.

The fabric supply unit 100 is the upper and lower split band fabric (2a) (2b) at the position where the inlay fabric (1) is horizontally guided through the lower portion from the top of the guide roll 13 having a width between the inlay fabric (1) ) To be superimposed to the bottom of both sides of the inlay fabric (1), by opening the inner pocket (2a-1) (2b-1) of the upper and lower split bands to surround both sides of the guide roll (13) The inner pockets 2a-1 and 2b-1 of the upper and lower divided band fabrics are configured to guide insertion of both sides of the inlay fabric 1.

The pile driving unit 40 of the file inlay processing unit 200 is constructed such that a vertical guide bar 44 is supported between a lower support plate 41 provided with a punching die 42 and an upper support plate 43,

A punching plate 45 having punches 46 coupled thereto is installed between the lower support plate 41 and the upper support plate 43 so that the punching plate 45 is guided by the vertical guide rods 44, Descending cylinder 47 on the upper support plate 43. The punching operation is performed while ascending and descending.

The distal end connecting portion 30 is vertically installed with the vertical operating rod 33 vertically to the frame 32 having the sealing blade 31 fixed thereto and the sealing and cutting processing portion 60 includes a sealing and cutting blade 61, The vertical joining portion 30 and the vertical working rods 33 and 63 of the sealing and cutting portion 60 are vertically installed on the fixed frame 62 by the driving portion 70 At the same time,

The driving unit 70 includes a driving shaft 71 driven by the second driving motor M2 and an interlocking shaft 74 provided at a lower position of the vertical driving rods 33 and 63, And a rod shaft 73 that is reciprocally moved back and forth by a cam 72 so as to rotate the interlocking shaft 74 in the forward and backward directions repeatedly so that the interlocking shaft 74 and the vertical operating rods 33 ) Is hinged to the link (75) so that the vertical operating rods are simultaneously moved up and down by the forward and backward rotation of the interlocking shaft (74).

Reference numerals denoted by reference numerals 80, 80 denote discharge conveyors and reference numeral 90 denotes a fabric tension adjusting section.

Hereinafter, the operation and operation of the present invention will be described.

First, an inlay fabric 1 for forming an envelope type inlaid material 6 and a band fabric 2 for forming upper and lower horizontal bands 7 and 7 'are rotatably driven by a first drive motor M1 1 drive roll 12, as shown in Fig.

In this process, the band fabric 2 forming the upper and lower horizontal bands 7 and 7 'is cut at the center by the first cutter 11 and is cut into upper and lower split band fabrics 2a and 2b Feeds in two.

And inlay fabric by opening the inner pocket (2a-1) (2b-1) of the upper and lower split band fabric at the position where the upper and lower split band fabric (2a) (2b) and the inlay fabric (1) is aligned up and down Guide the insertion to both sides of (1).

That is, the upper and lower split band fabrics 2a and 2b are positioned on both sides of the inward facing fabric 1 at a position where the invisible fabric 1 is horizontally guided from the top to the bottom of the guide roll 13 between the in- (2b-1) of the upper and lower split bands so as to guide both sides of the guide roll (13) while guiding the upper and lower split bands to overlap with each other at the bottom, The lower split band fabric 2a and the lower split band fabric 2b are wrapped and overlapped and fed.

The raw material 3 fed and fed in this manner is intermittently fed and fed by the second driving roll 20 which is intermittently rotated by the servo motor M3 and is sequentially processed by the file inlay processing unit 200 to form the file inlay 5 ).

More specifically, the raw fabric 3 is lifted up and down by the sealing edge 31 of the far-end bonding portion 30, A sealing portion 9 for sealingly bonding the band halves 2a and 2b is formed.

The fabric 3 is processed to punch the pile holes 8 up and down on one side of the fabric 3 by raising and lowering the punch 46 of the pile fabric 40. [

The punch 46 coupled to the punching plate is lifted up and down by the punching plate 45 coupled to the rod of the ascending and descending cylinder 47 on the upper support plate 43, The punch 8 is punched out by punching.

The fabric 3 is further processed by the second cutter 51 of the cut section 50 to cut the upper end of the upper split band fabric 2a and the upper fabric 1 at the upper end of the fabric 3.

The raw fabric 3 is processed to seal and cut the raw fabric 3 at intervals of the pile fabric 5 by the sealing of the sealing and cutting portion 60 and the rising and falling of the cutting blade 61.

At this time, in the sealing edge 31 of the far-end joining portion 30 and the sealing and cutting processing portion 60, the sealing and cutting edges 61 are simultaneously moved up and down by the driving portion 70.

That is, by the rotation of the drive shaft 71 by the second drive motor M2, the operation cam 72 of the drive shaft reciprocates the rod shaft 73 back and forth, (74).

The vertical operating rods 31 are supported by the front and rear rotary operation of the interlocking shaft 74 and the sealing blades 31 of the far end joining portion 30 and the sealing and cutting blades 61 of the sealing and cutting processing portion 60 are supported. 33) 63 are raised and lowered by the hinged link 75 so that the sealing edge 31 and the sealing and cutting processing portion 60 of the far-end joining portion 30 are sealed and cut 61 are simultaneously moved up and down by the driving unit 70.

In this manner, the file inlay 5 is automatically and continuously produced.

9, an upper horizontal band 7 and a lower horizontal band 7 'in the form of pockets at the bottom are formed on both sides of the envelope type inlaid paper 6 by thermal bonding And a sealing part 9 formed by sealing the upper and lower envelopes 6 and the upper and lower horizontal bands 7 and 7 'on one side of the upper side and the lower side of the upper side, The lower horizontal bands 7 and 7 'are used to hold a document, and a memo can be made while the document is inserted.

5: File Inlay 6: Envelope Inlay
7,7 ': Upper and lower horizontal band
3: fabric 1: inlay fabric
2: band fabric 12: first drive roll
11: first cutter 100:
20: second driving roll 31: sealing blade
9: sealing part 30: fabric connection
40: File Gathering Study 8: File Gathering
51: second cutter 50:
61: sealing and cutting blade 60: sealing and cutting processing part
200: Inlaying part 13: Guide roll
41: lower support plate 42: punching die
43: upper support plate 44: vertical guide rod
45: Punching plate 46: Punch
47: ascending / descending cylinder 32, 62: frame
33, 63: vertical operating rod 70:
71: drive shaft 74:
73: rod axis 75; link

Claims (4)

The upper horizontal band 7 on both sides of the envelope-shaped inlay 6 and the lower horizontal band 7 'in the form of pockets are thermally bonded to each other, and the pile hole 8 is drilled up and down on one side, and the envelope-shaped on one side up and down. In the apparatus for manufacturing a pile inlay (5) forming a sealing portion (9) in which the inlay (6) and the upper and lower horizontal bands (7) (7 ') sealingly bonded.
The inlay fabric 1 forming the envelope-shaped inlay 6 and the band fabric 2 forming the upper and lower horizontal bands 7, 7 ′ in the form of tubes are formed by the first driving motor M1. It is transported and supplied by the first driving roll 12 that rotates, and the center of the band fabric 2 is cut by the first cutter 11 and divided into upper and lower split band fabrics 2a and 2b. The upper and lower split band fabric (2a) (2b) and the inlay fabric (1) in the upper and lower positions of the inner pocket (2a-1) (2b-1) of the upper and lower split band fabric to open the inlay fabric ( 1) a fabric supply part 100 for feeding and supplying the fabric 3 overlapping the upper and lower divided band fabrics 2a and 2b on both sides of the inlay fabric 1 by inserting and guiding both sides of the inlay 1;
The fabric 3 is intermittently fed and fed by the second driving roll 20 which intermittently rotates the fabric 3 by the servomotor M3, A far end bonding portion 30 for forming a sealing portion 9 for sealingly joining the fabric 1 and the upper and lower split band fabrics 2a and 2b to each other; A punching hole 40 for punching the pile hole 8 up and down on one side and a punching hole 40 for punching the upper end of the upper split band fabric 2a, And a sealing and cutting processing unit 60 for sealing and cutting the raw fabric 3 at intervals of the file inlay 5 by the rising and falling of the sealing and cutting blade 61, And a file inlay processing unit (200) for sequentially processing the inks (5). The method of claim 1,
The fabric supply part 100 inlays the upper and lower divided band fabrics 2a and 2b at positions where the inlay fabric 1 is horizontally guided from the upper portion of the guide roll 13 having the inlay fabric width between the upper and lower portions thereof. Guide to overlap the bottom of both sides of the fabric (1), by opening the inner pocket (2a-1) (2b-1) of the upper, lower split band to surround both sides of the guide roll 13, An inner pocket (2a-1) (2b-1) of the lower split band fabric is a band-type pile inlay automatic manufacturing device, characterized in that configured to guide the insertion of both sides of the inlay fabric (1). The method of claim 1,
The punching tool 40 of the file padding processing unit 200 supports the vertical guide bar 44 between the lower support plate 41 provided with the punching die 42 and the upper support plate 43,
A punching plate 45 having punches 46 coupled thereto is installed between the lower support plate 41 and the upper support plate 43 so that the punching plate 45 is guided by the vertical guide rods 44, Descending cylinder (47) on the upper support plate (43), and punching operation is performed while moving up and down. The method of claim 1,
The far end joining portion 30 vertically attaches the vertical operating rod 33 to the frame 32 in which the sealing blade 31 is fixed and the sealing and cutting processing portion 60 is fixed to the frame 32 in which the sealing and cutting blade 61 is fixed The vertical operation rods 63 of the sealing and cutting operation portions 60 and the far end joining portions 30 are vertically installed in the frame 62 so that the vertical operation rods 33, Down operation,
The driving unit 70 includes a driving shaft 71 driven by the second driving motor M2 and an interlocking shaft 74 provided at a lower position of the vertical driving rods 33 and 63, And a rod shaft 73 that is reciprocally moved back and forth by a cam 72 so as to rotate the interlocking shaft 74 in the forward and backward directions repeatedly so that the interlocking shaft 74 and the vertical operating rods 33 ) Is hinged to the link (75) to move up and down the vertical operating rods simultaneously by forward and backward rotation of the interlocking shaft (74).

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