JPS61124471A - Cloth and interlining laying device - Google Patents

Abstract

PURPOSE:To reduce cost by bondingly holding a cloth and an interlining each on the top of their piles which are supported by an elevating mechanism, by means of their respective holding mechanisms, moving them with a conveyer and after laying one on the top of the other, carrying them out to an interlining bonding device and automatically laying said interlining on the top of said cloth accurately. CONSTITUTION:Six cloth bonding/holding/releasing units 32 are simultaneously lowered onto the top of a cloth by means of a starting switch. And, after bondingly holding a topmost cloth CA at six positions on the outside edges, and as the units 32 are moved to the uppermost operating position, a rotary vane is moved to the lowermost operating position and rotated to scrape off a superfuluous cloth Ca which are stuck to a cloth Ca. Then, a horizontally movable supporting frame 25 is moved to the cloth and interlining intermittently conveying mechanism 72 side, and as the whole units 32 are moved above a conveyer 76 and stopped, the units 32 are lowered and the cloth Ca which has been bondingly held, is brought in contact with the top of the conveyer 76, separated off from an adhesive tape, and placed on the top of the conveyer 76 and moved onto an interlining Sa laying position and stopped. Equally, the interlining Sa is laid on the top of the cloth Ca, and these are transferred to an interlining bonding device to be bonded.

Description

DETAILED DESCRIPTION OF THE INVENTION Object of the Invention (Field of Industrial Application) The present invention relates to a device for laminating fabric and interlining.

(Prior Art) Conventionally, the work of overlapping an interlining material at a predetermined position on the surface of a fabric has been performed manually. This not only increases labor costs but also reduces work efficiency.

(Problems to be Solved by the Invention) The present invention attempts to solve the problems that exist in the above-mentioned conventional techniques, such as low work efficiency and high labor costs.

Structure of the Invention (Means for Solving the Problems) In order to solve the above-mentioned problems, the present invention provides a laminated fabric for receiving fabrics stacked in a layered manner and moving them upward intermittently or continuously. a lifting mechanism, disposed on a side of the laminated fabric lifting mechanism and receiving interlining layered in a laminated manner;
A laminated interlining lifting mechanism for moving upward intermittently or continuously, and a laminated fabric lifting mechanism installed in correspondence with the laminated fabric lifting mechanism,
and a fabric gripping and conveying mechanism for gluing and gripping one piece of fabric from the laminated fabrics and moving the same fabric to the side of the laminated fabric, and installed in correspondence with the laminated interlining lifting mechanism, and , an interlining gripping and conveying mechanism for gluing and gripping one piece of interlining from the laminated interlining and moving the same interlining to the side of the laminated interlining; the laminated fabric lifting mechanism and the laminated interlining lifting mechanism. is installed on the side of the interlining and receives the fabric conveyed by the fabric gripping and conveying mechanism and moves the fabric to a predetermined position, that is, a position where the interlining conveyed by the interlining gripping and conveying mechanism can be overlapped. The fabric/interlining intermittent conveyance mechanism has a conveyor belt for conveyance.

(Function) The fabric gripping and conveying mechanism adhesively grips the fabric on the uppermost surface of the laminated fabric supported by the fabric lifting mechanism, and the fabric
When the receiver is passed onto the upper surface of the conveyor belt of the interlining intermittent conveyance mechanism, the conveyor belt is rotated and the fabric is moved to the interlining overlapping position. On the other hand, the interlining gripping and conveying mechanism adhesively grips the uppermost interlining of the laminated interlining supported by the interlining surface mechanism, and the interlining is moved and placed on the upper surface of the waiting fabric. When the interlining is superimposed on the upper surface of the fabric in this manner, the conveyor belt is rotated, and the superimposed interlining and fabric are conveyed to a separately installed interlining bonding device. - (Example) Hereinafter, an example embodying the present invention will be described based on the drawings.

Generally speaking, as shown in FIGS. 1 and 2, the present invention includes a laminated fabric lifting mechanism 1 for receiving a laminated fabric C and intermittently moving it upward; a laminated fabric lifting mechanism 22 disposed on the side of the laminated fabric lifting mechanism 1 for receiving the interlining S stacked in a layered manner and intermittently moving it upward; and the laminated fabric lifting mechanism 1. a fabric gripping and conveying mechanism 23 that is correspondingly installed and that adhesively grips a piece of fabric Ca from the laminated fabric C and moves the fabric Ca to the side of the laminated fabric C; and the laminated core. installed in correspondence with the ground lifting mechanism 22, and
an interlining gripping and conveying mechanism 71 for adhering and gripping one piece of interlining Sa from laminated interlining S and moving the same interlining Sa to the side of laminated interlining S; and the laminated fabric lifting mechanism 1. It is installed on the side of the laminated interlining lifting mechanism 22 and receives the fabric Ca conveyed by the fabric gripping and conveying mechanism 23, and conveys the same fabric Ca to a predetermined position, that is, by the interlining gripping and conveying mechanism 71. Interlining S
A fabric/interlining intermittent conveyance mechanism 72 for conveying the fabric/interlining material to a position where they can be overlapped.

Therefore, each of these mechanisms will be explained in turn.

Figure 3 shows the laminated fabric lifting mechanism 1. In the drawing, 2 is a machine frame common to the fabric and interlining layering device, and 3 is a plane rectangular frame mounted so as to be movable in the vertical direction with respect to the machine frame 2. The elevating frame 4 is a large number of receiving rods made of transparent synthetic resin supported in a planar grid pattern on the upper surface of the elevating frame 3, and the laminated fabric C is supported on the upper surface of these receiving rods 4.

Reference numerals 5 and 6 denote driving and driven sprocket wheels attached to the machine frame 2 at three locations above and below, respectively, corresponding to the four corners of the lifting frame 3, and 7 denotes a chain hanging from both wheels 5 and 6. , are fixed to the four corners of the elevating frame 3, respectively. Reference numeral 8 denotes a driving motor for the chain 7, and its rotational force is applied to the driving sprocket wheel 9, the chain 10, the driven sprocket wheel 11, and the intermediate shaft 12.
, the worm 13, the worm wheel 14 and the shaft 15 to the drive sprocket wheel 5.

Reference numeral 16 denotes a plurality of position regulating pins that extend from a predetermined position below the lifting frame 3 and pass through between the receiving rods 4 to regulate the position of the side surface of the laminated fabric C. The horizontal position is adjustable. A locking piece 16a and a nut 16b are attached to the upper ends of these position regulating pins 16, and a cloth pressing plate 16C is loosely interposed between them, so that the tip of the cloth pressing plate 16c touches the uppermost layer of fabric Ca. On the other hand, it is designed to be brought into contact due to its own weight.

18. 19 is a pair of upper and lower parts for detecting the amount of the surface layer of the laminated fabric C, which is made of a light emitting/receiving phototube attached to the support rod 20 installed on the machine frame 2 via a bracket 21 so that its position can be adjusted. When the conveyance amount is a certain amount (2cIII in this embodiment)'$i, both sensors 18 and 19 are turned on, and a control mechanism (not shown) operates the motor 8 for a certain period of time. The receiving rod 4
It is made to rise to a certain height (2G).

The laminated interlining lifting mechanism 22 has the same structure as the fabric lifting mechanism 1 described above, so a description thereof will be omitted.

Next, the fabric gripping and conveying mechanism 23 will be explained with reference to FIGS. 5 to 10.

As shown in FIG. 5, 24 is a pair of mutually parallel guide rods installed horizontally on the machine frame 2 above the laminated fabric C, and 25 is a horizontal guide rod installed horizontally movably with respect to the guide rod 24. It is a movable support frame, and is capable of reciprocating between the laminated fabric lifting mechanism 1 and the fabric/interlining intermittent conveyance mechanism 72 by means of the rod 27 of the cylinder 26. 28
29 is a pair of cylinders erected downward on the upper surface of the horizontally movable support frame 25, and 29 is a vertically movable support frame in the form of a flat plate attached between the lower ends of the lofts 30 of the cylinders 28,
Three mounting plates 31 are fixed to its lower surface.

Reference numeral 32 denotes a plurality of (six sets in this embodiment) fabric adhesive gripping/releasing units attached to the lower surface of the mounting plate 31 so that their positions can be adjusted in the horizontal direction. Glue and lift Ca, and
It is equipped with a mechanism for releasing the grip on the gripped fabric Ca.

This unit 7) 32 will be explained in detail based on FIGS. 7 to 11.

33 is a vertically rectangular mounting frame fixed to the lower surface of the mounting plate 31 by bolts, and 34 is the mounting frame 33.
A pair of front and rear movable mounting boards are fitted so as to be slidable in the vertical direction, and are moved up and down by a rod 36 of a cylinder 35 fixed downward inside the mounting frame 33.

37 is a roll of fabric adhesive tape rotatably supported by a support shaft 38 at the upper end of the mounting board 34; 39;
is a tape pressing member that is fixed to the lower end of the mounting board 34 and presses the rewound adhesive tape 37 onto the upper surface of the fabric Ca, and as shown in FIG.
A protruding strip 39a is formed to guide both ends of the tube 7. 40
A take-up reel is supported on the upper part of the mounting board 34 so as to be actively rotatable by a rotating shaft 41, and is configured to take up the used tape 37 guided upward from the tape pressing member 39 via the idler roller 42. I have to. 43
11, a ratchet wheel is fitted to the rear end of the rotating shaft 41 on the back surface of the mounting board 34, and 44 is fixed to a rod 46 of a cylinder 45 which is also fixed to the back surface of the mounting board 34. When the loft 46 of the cylinder 45 is moved down by one stroke, the ratchet wheel 43 is rotated to rotate the take-up reel 40 and forcibly wind up the used tape 37. That's what I do. Note that 47 is a coil spring for urging the rod 46 upward after winding is completed.

A fabric grip release mechanism is mounted on the front surface of the mounting board 34 for peeling off the fabric Ca adhesively gripped by the adhesive tape 37 from the tape 37.

To explain this, 48 is a cylinder fixed downwardly through a bracket 49 on the front surface of the mounting board 34, and 50 is a fabric peeling member fixed to a rod 51 of the cylinder 48, as shown in FIG. It is formed by a mounting metal fitting 52 and a peeling wire 53 attached to the metal fitting 52 in a grid pattern, and the peeling wire 53 can be attached to and separated from the lower surface of the adhesive tape 37.

Therefore, when the unit 32 is pressed against the upper surface of the laminated fabric C while the release wire 53 is in contact with the lower surface of the adhesive tape 37 that is in contact with the lower surface of the tape pressing member 39,
The fabric Ca is adhered to the adhesive tape 37. Further, in a state where the fabric Ca is adhered to the same tape, the cylinder 4
8 is activated and the peeling member 50 is moved downward by the rod 51, the fabric Ca is peeled off from the tape 37.

On the left front surface of the mounting board 34, there is an excess fabric removal mechanism 54 for removing excess fabric Ca when one or more pieces of fabric Ca are accidentally adhered to the fabric adhesive tape 37 for some reason. It is installed. To explain this, 55 is an actuation lever attached to a rotating shaft 56 rotatably supported on the mounting board 34, and 57 is the actuation lever 5.
5 is a working link rotatably connected to the tip of the connecting pin 58, and the mounting base plate 34 is located in the middle of the operating link.
A cam follower 59 is supported by a support shaft 60, which moves along a cam a34a provided transparently. 61 is a small motor attached to the lower end of the operating link 57, and a rotary blade 63 for scraping off excess fabric Ca'' is fixed to its rotating shaft 62. 64 is a small motor attached to the lower end of the operating link 57. This is a cylinder for holding down surplus fabric which is fixed diagonally downward to the side surface of the operating link 57, and the tip of the rod 65 can press the surplus fabric Ca'.

A movable rack 66 is supported movably in the vertical direction on the front surface of the mounting board 34, and is engaged with a pinion 67 fitted to the rotating ring 56. 68 is the first
As shown in FIG. 0, the cylinder is fixed downwardly on the back surface of the mounting board 34, and a connecting rod 70 is connected between the rod 69 and the movable rack 66.

Therefore, when the rotary vane 63 is in the standby position as shown in FIG. and the pinion 67 is rotated. and,
When the actuating lever 55 is rotated counterclockwise in FIG. 7, the actuating link 57 is swung downward in a constant trajectory by the cam follower 59 moving along the cam groove 34a, and the rotating blade 63 is rotated. It is moved to the vicinity of the tape pressing member 39. As a result, the edge of the unnecessary fabric Ca' of the fabric Ca adhesively held by the adhesive tape 37 is scraped off by the rotary blade 63, and the excess fabric Ca is dropped onto the upper surface of the laminated fabric C.

The interlining gripping and transporting mechanism 71 has the same configuration as the fabric gripping and transporting mechanism 23 described above, so a description thereof will be omitted.

Next, the fabric/interlining intermittent conveyance mechanism 72 installed at a predetermined position behind the fabric gripping and conveying mechanism 23 and interlining gripping and conveying mechanism 71 will be explained based on FIG. 13.

Reference numerals 73 and 74 refer to drive and driven pulleys rotatably supported on the machine frame 2 by a support shaft 75, and reference numerals 76 refer to both front pulleys 73.
A conveyor belt for conveyance consisting of an endless thin band is hung at 74, and a chain is hung at 77 between a drive sprocket wheel 78 fitted on the spindle 75 and a driven sprocket wheel 79 arranged on the side of the driven pulley 74. Three locking pieces 80 are fixed to the side surfaces thereof at equal pitches. Reference numeral 81 denotes a cylinder for driving the conveyor belt 76 installed on the side of the driven pulley 74, and a movable support plate 83 is attached to the tip of the rod 82. 84 is a roller 85 provided at the lower end of the movable support plate 83.
A guide rail 86 for guiding the movable support plate 83 is a latch piece rotatably attached to the upper end of the movable support plate 83, and is always urged upward by a coil spring 87.

Therefore, when the rod 82 of the cylinder 81 is moved to the right in FIG. 13 and the locking piece 86 is moved together with the movable support plate 83, the locking piece 86 passes under the locking piece 80, It is locked to the waiting locking piece 80. Thereafter, when the rod 82 of the cylinder 81 is moved to the left in FIG. A conveyor belt 76 is rotated in the same direction via U 73. As a result, the fabric Ca on the conveyor belt 76 is moved from the receiving position of the fabric to the overlapping position of the interlining Sa.

By the way, after the fabric Ca and the interlining Sa are overlapped,
The interlining bonded fabrics are transferred to an interlining bonding device (not shown) and bonded therein, after which the interlining bonded fabrics are accommodated in a stacked manner by a stacking device 88 shown in FIG. 14. To explain this device, 89 is two pairs of support guide rails installed horizontally on the machine frame 2, 90 is a movable mounting body supported on both support guide reels 89 via rollers 91 so as to be movable in the horizontal direction. , driven by the rod 93 of the cylinder 92.

94 is an upper fixed clamp plate made of transparent synthetic resin fixed to the front end surface of the movable mounting body 90, and 95 is a lower movable clamp plate mounted directly below the clamp plate 94, and the movable mounting body 90 is shown in FIG. When located at the right end, the cloth Ca is clamped in cooperation with the upper fixed clamp plate 94, and when located at the right end in the figure, the clamp on the cloth is released and the cloth is allowed to fall downward. Reference numeral 96 is a fabric sensor consisting of a light emitting/receiving type phototube fixed to the machine frame 2, and is capable of detecting whether or not fabric is clamped between both clamp plates 94 and 95.

Reference numeral 97 denotes a support plate for the interlining adhesive fabric that is installed to be movable in the vertical direction relative to the machine frame 2, and this plate is lowered by an elevating drive mechanism similar to the receiving frame 4 of the laminated fabric elevating mechanism 1 described above. I'm trying to make it happen. However, this support plate 97 is different from the drive mechanism of the laminated fabric lifting mechanism 1 in that it is moved downward by a predetermined distance (for example, 2 cm) when the interlining adhesive fabric is stacked to a predetermined thickness. Since the configurations are the same, the same reference numerals are given and the explanation will be omitted.

Next, the operation of the device for laminating the fabric Ca and the interlining Sa constructed as described above will be explained.

Now, as shown in FIG. 5, in a state where the fabric gripping and conveying mechanism 23 is separated from the upper surface of the laminated fabric C and stopped at the standby position, when the start switch (path shown) is turned on,
The lifting cylinder 2B is operated to move its rod 30, and the six fabric adhesive grip release units 32 are simultaneously lowered toward the upper surface of the fabric C via the vertically movable support frame 29.

When the fabric adhesive tape 37 of each fabric adhesive grip release unit 32 is pressed against the upper surface of the fabric Ca, it will be adhesively held at six locations on the outer edge of the uppermost fabric Ca.

Next, when the rod 30 of the cylinder 28 is raised and the unit 32 is moved to the highest position, the cylinder 68 shown in FIG. The rotating blade 63 is moved to the lower movement position, and then rotated so that the rotary blade 63 collides with the edge of the fabric Ca, and the excess fabric Ca' that has accidentally adhered to the fabric Ca is scraped off. At this time, the rotor 5 of the cylinder 64 projects diagonally downward and its tip abuts against the upper surface of the excess fabric Ca', thereby causing the fabric Ca that has not been completely scraped off to fall onto the upper surface of the laminated fabric C. Thereafter, the rotating blade 63 and cylinder 64 are returned to their original positions.

Next, in FIG. 5, the cylinder 26 is operated, and the horizontally movable support frame 25 is moved by the rod 27 toward the right in the figure, that is, toward the fabric/interlining intermittent conveyance mechanism 72 side. Then, all the units 32 are connected to a conveyor belt 76 for conveyance.
When the movement is stopped at a predetermined position above, the cylinders 2B and 35 are operated, the rods 30 and 36 are moved downward, the unit 32 is moved downward, and the fabric Ca, which was glued and held by the unit, is transferred to the conveyor belt. 76 is contacted. Thereafter, the cylinders 35 and 48 are simultaneously activated to raise the tape pressing member 39 and release the peeling wire 53.
is moved relatively downward, and as a result, the fabric Ca is separated from the adhesive tape 37 and placed on the upper surface of the conveyor belt 76. Thereafter, each unit 32 is moved to the uppermost moving position by the cylinder 28, and during this time the cylinder 45 is operated to transfer the used adhesive tool 137 onto the take-up reel 40.
The entire unit 32 is then moved by the cylinder 26 to a predetermined position above the laminated fabric lifting mechanism 1.

On the other hand, before the unit 32 is moved to the predetermined position, the conveyor belt 76 of the fabric/interlining intermittent conveyance mechanism 72 is rotated, and the fabric Ca is moved to the left predetermined position in FIG. It is moved to the position where the interlining Sa is overlapped and stopped. In this state, the interlining Sa transferred above the fabric Ca by the interlining gripping and conveying mechanism 71 is transferred to the above-mentioned fabric Ca.
The receiver is superimposed on the upper surface of the fabric Ca in the same manner as the passing operation.

Further, the polymerized interlining Sa and fabric Ca are transferred to an interlining bonding device (not shown) by a fabric/interlining intermittent conveyance mechanism 72, and after being bonded here, the product (interlining bonded fabric) is laminated and superimposed by a mechanism. It is transported to 88 and stored.

Note that the present invention can also be embodied in the following embodiments.

(1) The surplus fabric removal mechanism 54 described above is configured as shown in FIG. 15. To explain this, a mounting frame 98 is fixedly attached to the operating link 57.
A pair of movable pressing bodies 100 in the shape of an elongated rectangular box are supported via a rotation shaft 99 to be rotatable in the vertical direction. Further, a cylinder 101 is fixed downwardly to the operating link 57 by a bracket 102, and its rod 103
A rack 104 is attached to the rack 104, and is engaged with a pinion 105 fitted on the rotation shaft 99. When the cylinder 101 is actuated and the rank 104 is moved in the vertical direction, the movable pressing body 100 is reciprocated in the vertical direction via the pinion 105 and the rotation shaft 99. A plurality of pressing wires 106 are stretched in the longitudinal direction on the upper surface of the movable pressing body 100, and a tension applying mechanism 107 is provided at one end thereof. Similarly, a felt 108 is attached to the upper surface of the movable pressing body 100, and cooperates with a suction pipe 109 connected to the base end of the movable pressing body 100 so that air near the pressing wire 106 can be sucked.

On the other hand, a cylinder 110 is erected downward on the mounting frame 98, and a cylinder 113 is supported horizontally by a rod 111 of the cylinder 110 via a bracket 112. Further, a separation member 115 is fixed to the rod 114 of the cylinder 113.

Therefore, as shown in Figure 16, the excess fabric removal mechanism 5
4 is in the operation start position (at this time, the movable pressing member 100 is in an upright state), when the movable pressing member 100 is rotated and moved to the horizontal position shown in FIG. 17 by the cylinder 101, the pressing wire 1O6 is pressed against the lower surface of the fabric Ca adhered to the fabric adhesive tape 37 (or the lower surface when surplus fabric Ca' is attached). As a result, the fabric Ca is strongly pressed against the tape 37. On the other hand, suction pipe 1
09 sucks the air on the surplus fabric Ca' side toward the felt lO8, and since the surplus fabric Ca' attached to the lower surface of the fabric Ca is only in contact with the fabric Ca, the suction airflow When the movable press body 100 is rotated to a vertical position by the cylinder 101 as shown in FIG. 18, the excess fabric Ca' is pulled away from the fabric Ca. Here, most of the surplus fabric Ca' is dropped onto the upper surface of the laminated fabric C, but as shown in the figure, the surplus fabric Ca' that is still hanging down is removed by the separating member 115, which is moved forward by the operation of the cylinder 113. The excess fabric Ca' is pulled away from the fabric Ca, and the separating member 115 is moved downward by the operation of the cylinder 110, so that the excess fabric Ca' falls onto the upper surface of the laminated fabric C.

Thereafter, the surplus fabric removing mechanism 54 is returned to the original position shown in FIG. 16, and then moved to the retracted position by the operating link 57.

(2) Continuously moving the receiving frames 4 of the laminated fabric lifting mechanism 1 and the laminated interlining lifting mechanism 22.

(3) Conveyor belt 7 of fabric/interlining intermittent conveyance mechanism 72
6, the interlining Sa is first placed on top of the interlining material Sa, and the fabric Ca is superimposed thereon.

(4) As shown in FIG. 20, the upper end of the pin 16 is bent to the side at a right angle and then bent upward at a right angle so that the position regulating pin 16 contacts the wall surface of the laminated fabric C.

(4) The peeling wire 53 and the pressing wire 106 described above may be made of any wire material such as piano wire or fishing line.

Effects of the Invention As detailed above, the present invention allows interlining to be automatically, easily, and accurately superimposed on fabric, thereby saving labor costs and reducing product costs. can do.

[Brief explanation of the drawing]

Fig. 1 is a front view showing an embodiment embodying the present invention, Fig. 2 is a right side view of Fig. 1, Fig. 3 is a sectional view showing a laminated fabric lifting mechanism, and Fig. 4 is Fig. 3. FIG. 5 is a longitudinal sectional view showing the fabric gripping and conveying mechanism, FIG. 6 is a sectional view taken along B-B of FIG. 5, and FIG. 8 is a front view of the operating state, FIG. 9 is a front view of the rotary vane in the operating state, FIG. 10 is a left side view of FIG. 9, and FIG. 11 is a front view of the operating state. 12 is a sectional view taken along the line D-D in FIG. 8, FIG. 13 is a front view showing the fabric/interlining intermittent conveyance mechanism, and FIG. 14 is a front view showing the product lamination and overlapping device. , FIG. 15 is a perspective view showing another example of the surplus fabric removal mechanism, FIGS. 16 to 19 are front views similarly illustrating the surplus fabric removal operation, and FIG. 20 is a perspective view showing another example of the locking pin. FIG. Laminated fabric lifting mechanism 1, machine frame 2, lifting frame 3, receiving frame 4, position regulating pin 16, laminated interlining lifting mechanism 22, fabric gripping and conveying mechanism 23, horizontally movable support frame 25, vertically movable support frame 29,
Fabric adhesive grip release unit 32, movable mounting board 34, fabric adhesive tape 37, tape pressing member 39, winding rule 4
0, fabric peeling member 50, peeling wire 53, surplus fabric removal mechanism 54, rotating blade 63, cylinder 64, interlining gripping and conveying mechanism 71, fabric/interlining intermittent conveying mechanism 72, conveying conhair hold 76, laminated fabric C1 fabric Ca , laminated interlining S, interlining 3a.

Claims (1)

[Scope of Claims] 1. A laminated fabric lifting mechanism for receiving the laminated fabric and moving it upward intermittently or continuously; disposed on the side of the laminated fabric lifting mechanism; A laminated interlining lifting mechanism for receiving the laminated interlining and moving it upward intermittently or continuously; and a laminated fabric lifting mechanism installed in correspondence with the laminated fabric lifting mechanism, and for moving the interlining upward intermittently or continuously; A fabric gripping and conveying mechanism for gluing and gripping a piece of fabric and moving the same fabric to the side of the laminated fabric, and a fabric gripping and conveying mechanism that is installed in correspondence with the laminated interlining lifting mechanism and that moves the fabric from the laminated interlining. an interlining gripping and conveying mechanism for gluing and gripping a piece of interlining and moving the same interlining to the side of the laminated interlining; and a conveyor for receiving the fabric conveyed by the fabric gripping and conveying mechanism and conveying the fabric to a predetermined position, that is, a position where the interlining conveyed by the interlining gripping and conveying mechanism can be overlapped. A fabric and interlining layering device comprising: a fabric/interlining intermittent conveyance mechanism having a belt; 2. The laminated fabric lifting mechanism includes a number of receiving rods that are installed to be movable in the vertical direction with respect to the machine frame, a drive mechanism that moves the receiving rods in the vertical direction, and a lower part of the receiving rods. A position regulating pin which is erected at a predetermined position and passes through the gap of the receiving rod to regulate the horizontal position of the fabric, and further controls the amount of the surface layer of the laminated fabric on the receiving rod. The fabric according to claim 1, further comprising a control mechanism for operating the drive mechanism for a certain period of time to raise the receiving rod when the detected amount decreases by a certain amount. Interlining layering device. 3. The laminated interlining lifting mechanism includes a receiving rod that is installed to be movable in the vertical direction with respect to the machine frame, a drive mechanism that moves the receiving rod in the vertical direction, and a predetermined position below the receiving rod. A position regulating pin is installed upright at a position and penetrates the receiving rod to regulate the horizontal position of the interlining, and further detects the amount of conveyance of the surface layer of the laminated interlining on the receiving rod. and a control mechanism for operating the drive mechanism for a certain period of time to raise the receiving rod when the detected amount decreases by a certain amount. superposition device. 4. The fabric gripping and conveying mechanism includes a horizontally movable support frame that is reciprocated in the horizontal direction by a cylinder between the laminated fabric lifting mechanism and the fabric/interlining intermittent conveying mechanism, and a horizontally movable support frame that is reciprocated in the horizontal direction by a cylinder, A vertical movable support frame that reciprocates in the vertical direction, and a fabric adhesive grip/release unit that is installed on the vertical movable support frame and has a mechanism that adhesively grips and lifts fabric, and also releases the grip of the gripped fabric. A device for laminating fabric and interlining according to claim 1, comprising: 5. The interlining gripping and conveying mechanism includes a horizontally movable support frame that is horizontally reciprocated by a cylinder between the laminated interlining lifting mechanism and the fabric/interlining intermittent conveying mechanism, and a cylinder that is connected to the support frame. A vertically movable support frame that is reciprocated in the vertical direction by a vertical movable support frame, and a mechanism that is installed on the vertically movable support frame to grip and lift the interlining, and also to release the grip of the gripped interlining. 2. A device for laminating fabric and interlining according to claim 1, which comprises a gripping/releasing unit. 6. The fabric/interlining conveying mechanism includes a driving and a driven roller rotatably supported on the machine frame, an endless conveyor belt that is hung around both rollers, and a fabric on the conveyor belt. 2. The fabric and interlining stacking device according to claim 1, further comprising a conveyor belt intermittent drive mechanism for moving the fabric to the interlining stacking position when placed.