TW490372B - Take-up reel, veneer reeling apparatus, tape feeding unit for veneer roll and veneer roll unwinding apparatus - Google Patents

Abstract

A take-up reel has a diameter equal to or more than 85 times a thickness of a veneer sheet wound thereon and equal to or more than 300 mm so as to be of a curvature of the take-up reel to reduce cracking in parallel to fiber orientations that occurs in winding a veneer sheet after drying on a winding surface of the take-up reel. A veneer reeling apparatus comprises: a take-up reel disposed in a veneer sheet reeling position in a rotatable manner; a drive roller disposed on the lower surface of the take-up reel, transmitting a driving force with a variable speed; a veneer dryer disposed upstream from the veneer sheet reeling position; a conveyor provided between the terminal end of the veneer dryer and the drive roller in the veneer sheet reeling position; and a plurality of thread feeding mechanisms disposed at arbitrary spatial intervals along a length direction of the take-up reel for a veneer sheet, wherein a continuous dried veneer sheet or dried veneer sheets whose sizes are of a constant length or of a length at random are wound on the take-up reel to form a veneer roll with threads as guide by a frictional force of the drive roller. Further, pairs of two overlapping veneer sheets or sets of a pair of two overlapping veneer sheets and a single veneer sheet can be wound on the take-up reel in a composite form.

Description

490372 Between one purpose and another bundle on the fiber wheel of the provided plywood single sheet. V. The description of the invention (l) The present invention is a plywood plywood in a roll of plywood plywood which is dry and wet. The single-winding plywood sheet that is rolled up to the lathe cut in the wet state of the present invention is dried to prevent the coiling device from being wound in the single-ply sheet method. This spring-to-plywood single-sheet pull-out device. The curvature of the winding surface of the edge of the plywood that is rolled up from the plywood veneer to the plywood veneer before drying is based on the curvature Winding device for plywood single sheet single sheet veneer, supply the strips between the sheets, and the single sheet rolls are bundled automatically. The next step of the plywood sheet veneer is in the wet state. The next step of the roll of the inventor's sheet veneer (that is, straight through 165 mm) when the sheet veneer is not suitable for the thickness of the sheet veneer is relatively small, and it is taken up and borrowed. Cut the plywood lathe from the plywood lathe, or use a dryer to take this wet-shaped take-up wheel, wind the strips of this plywood single veneer to the device that is rolled into the plywood single sheet bundle, and take it from the coiler. On the ground, the single board of the round board is sent out to roll back the device of the single board roll of the board. To wind up the board by the single board of the single board of the plywood or by a dryer, Plywood plywood produced by smooth and simultaneous cracks, splits, etc. The coil of the sheet is to provide an entry that can be cut at any timing by pulling out the strip and roll bundle. The purpose is to provide a way to roll the single sheet veneer from the round board in the reel to send out the single sheet roll. Actually, it can be known that when it has been used to wind up the plywood single sheet that has been cut from the logs, there is no special one _ τ f 彳]], it is used to roll up 'in many fields by people μ In the cut, after the drying: the winding wheel straight up to, and under the two = car ^, when the winding circle of the winding wheel, struggling in a direction parallel to the fiber

Page 7 490372 V. Description of the invention (2) Produced to make the plywood single sheet is, when cracks, splits, etc. are found in the experiment, the boarder has the winding diameter of the substrate single sheet veneer and here The ratio of the diameter d to the plywood single sheet: sheet thickness T of the coiled sheet is given, and the coiling wheel is the largest: 300. According to the determination of the diameter of the winding wheel, it is preferable that the veneer can be wound on a winding wheel having a diameter of the plywood early sheet after the plywood single sheet veneer is dried. On the take-up wheel according to the present invention, the weight of the take-up wheel is reduced, and the power load is lighter. 'When the take-up wheel is transported, the take-up plywood single sheet veneer =, the take-up sheet at the take-up table. The storage area of the coils is stored during storage, etc., and has a ventilation communicating portion in the radial direction of the plywood single sheet veneer on the winding peripheral surface of the winding wheel. The gap is communicated, and an opening portion is formed in a winding support portion for fixing the plywood single sheet veneer on the wheel axle to communicate between the spaces along the wheel axis direction. With this configuration, since the winding peripheral surface of the plywood veneer of the winding wheel and the space formed inside the winding wheel communicate with the space outside the winding wheel, air permeability can be ensured. Therefore, heat, moisture, and the like in the dried plywood veneer are released to the atmosphere through several openings, and the equilibrium moisture content of each rolled plywood veneer can be promoted to Reached during storage. In the take-up wheel, the length corresponding to the take-up width of the plywood veneer

Page 8 490372 V. Description of the invention (3) The flange provided at the interval is used as the winding part of the plywood single sheet veneer, and the plywood single sheet veneer is wound on the winding wheel to form a plywood : ^ Bundle. At this time, the air in the space between the flanges passes through the opening of the flange :: ΐ and the openings of the flanges at the positions on both sides of the winding wheel. The hot air and radon gas in the rolled up plywood sheet are released to the atmosphere through the opening formed in the flange and the openings of the flange on both sides of the ^, and in the air ::: empty f Flows through the openings of the flanges on both sides of the take-up wheel and flows into the inside of the take-up wheel. I " 丨 1. Plywood ΐΠϊίΐΓΙ veneer on the take-up wheel, with two pairs of overlapping lead: Yi plywood single-piece roll bundle, the bundle of wire as a guide plate is processed to be used as the surface and inside of the multilayer plywood πΐΓ; "The veneers overlap each other, and the fiber j of each veneer is in the same direction. It is better that the two-piece plywood is composed of the table and the back. The species is selected ... because the surface and back panels are "different"; the two surfaces of the species or the same panel are the same-into two overlapping plywood veneers. ,, σ, the shape of the two overlapping plywood monolithic early plates after drying (using a pair of two overlapping plywood single Han not early mouthboard early films as a group) are interactively on the take-up wheel 'ping = two, The early sheet veneer is drawn to form a combined plywood single sheet roll bundle which is rolled as a wire and treated as a Pentagon plywood, and 1 right phase η. , And δ plywood single sheet rolls are bundled in layers and have the same fiber. Your ... single plywood and single plywood single plywood are combined as == / z V. Description of the invention (4): Plywood plywood The veneer may be composed of different plate types, and the plate, the middle and the core plate are preferably composed of a plate and a center plate, and the surface plate and the lining plate are selected as different plate types. The table and ^ in an overlapping state, because table / and = a center plate is interactively wound on the winding wheel. Board or same two board = Morning board is mostly two sheets of the same-grade, same-board type: the two inner boards are sometimes combined to form the winding of two overlapping joint square boards. Device package " take-up wheel, with the single-winding position of the rotatable wheel; drive roller ... to convey the driving force at the speed of winding the two-plate single-chip roll; plywood single-piece dryer, set: upstream of the winding position ; Connected to the conveyor, set at the end of the plywood single-sheet dry-rolling and plywood single-sheet roll ^ "Number: Line supply mechanism, in the upper part of the take-up wheel = room: rdi:; :: has been dried in the single-chip dryer Continuity = The early plate is taken early on the take-up wheel and is taken up on the take-up wheel, and a plurality of linear lines in the direction are used as a guide. The length of the take-up wheel is again, and the plywood single piece take-up device of the present invention can The rotation mode is set at the plywood single-piece winding position; the drive is rolled; under the take-up wheel 'and the transmission speed is set at a variable speed; set at the plywood single-piece winding position cm :; the single-plate dryer is at the plywood single-piece The terminal and person of the dryer: single ::: change the rotary feeder, set the continuous plywood single sheet veneer can = the non-dried in the dryer "Pingji" is wound on the take-up wheel and has

HBS Page 10 490372 V. Description of the invention (5) Take the linear objects in the complex j direction in the direction of the long j of the wheel as a guide. The components of the winding guide bow I include, for example, the complex number of benefits at r base end :, the middle part and the apex part of the three points to the center of :::: round conveying plywood single piece == take, the direction of return material ,: end band ;: A part of the peripheral surface of the wheel is crimped.千 / 、 术 # The upper part of the lower part of the face should be 1 at the base end; the end =: = =; t margin, which causes the endless belt to be added in a wide plane-like manner: the lower part of the circumference of the wheel. As a result of the planar pressing, the thicker force due to the contact surface ^ is generated between the lower part, so that the plywood is placed in a way that is not as good as the belt and the peripheral surface of the take-up wheel. ㈣The following inconveniences of the support arm are settled: as in; table; straight, can avoid: the lower end of the support arm is in contact with and interferes with the upper end of the support arm ::: == is operated to ensure that the plywood is wound on the winding wheel Monolithic veneer: the addition of a non-return curvature; pieces =-of the peripheral surface or pulled to form the winding guide member: end-set =: wheel;; :: tight;

上 一个 第 11 页 Fifth, the description of the invention (6) Maintain the coiling guide ρτ 下 to make it rotatable at any time, and ensure that the circulation force of the coiling guide member runs at the same time the next day! It can be coiled Operation stability. She added roughly the same frictional force as the component row earlier; it was set on the take-up guide and independently set on individual non-field tension clothes. In this way, the end bands were individually used by the same dagger master: the take-up guide can be made In terms of components, even if this is coiled, for example, the thickness of the plywood single sheet in the process; excessive friction. The front receiving member on the device for receiving the strips according to the present invention is substantially the same as that of the device for preventing the strips from moving. When the plywood single sheet veneer is rolled at the same speed as that of the plywood single sheet lathe to form strips :::: = Early sheet single plywood rolls are bundled under tension: Form plywood between single rolls. The cutting of the strip cutting tool = the slide roll bundle is in sliding contact with the surface of the slide roll, and the position where the movement of the roll roll bundle is stopped during the roll back rotation is stopped. ° In the strip bundle, the strip can be supplied to the Zhuang and Zanming instructions (7) that are wound on the take-up wheel. The vacuum clamp conveyor is pulled out from the plywood single-piece roll bundle. =, Which can include between; 仏 ,,, ° The source guides the slice to the plywood single-piece single-phase slice holder, which is set in the slice receiving room, and the storage room is not only roughly: straight 5 = 士 二 其 有A plurality of strips are received, and the strip is provided with a movable square two clip 3 feeder in the direction of the direction. The land is installed therein:; = = = any-side, and a 冓: = strip roll bundle, · It is moved intermittently '= the distance of the manufacturing degree when the strip is wound up, and it makes the process in the process of conveying the strip to make the strip from the strip roll bundle via the pot opening = 1 in the process of moving At the same time, the rollable bundle can be rotatably supported and = rolled back, and at the same time, it can be operated on either side of the strip; the blade-opening member is prevented from falling down to the two other blocking members, and the adjacent " = swim bar Setting method of the film rack = the conveying process of the f device = the conveying process of the empty clamping conveyor ^ 饬 Stop the sliver roll, the largest movement of the detachment of the opening member is to make the sliver roll not to cause the sliver to be wound at the same time when the sliver roll has stopped, ^: Back; Rotate the cutting device from the sliver roll and sliver roll by the Shinji Conveyor, and stop the rotation of the sliver roll: f J ends protrude; stop the rotation of the sliver. Stop the upper part of the component in the square ------- V. Description of the invention (8) In this way, use the strip to lift, the other, the side, when the roll is completed and returned to the next; the strips are rolled down To the two sides, the next piece can be bundled by moving the strip holder in a separate structure corresponding to the separate structure. In this case, the front stopper can be lowered for the strip holder. For example, it can be set at a fixed position 2 and 15 and independent of the g-side stopper. The stopper in the form of a strip of sheet rolls is preferably used: Idling rollers: wheel stop = can be used to replace a single empty; = stop two or two: turn small diameter strips of rolls into contact . Another is used to interrupt the rewinding of the single-sheet single-sheet veneer; it is converted to a device that rewinds the strip from the other side of the sheet and the direction is equal to the rotation of the bundle. 'It is provided with a receiving member, which is purely restrained by the side of the strip', and its upstream stop member and the pressure member connected to the frame, are upstream from the point of view connected with the strip roll back c , On one side from the vacuum two side including the transport device

I The frame ㈣ of another bundle can be pressurized and moved to the side of the feeder. In addition, when the winding of the plywood veneer is interrupted or the rotation of the bale is stopped by pressing and pressing the member to the receiving member, and the other side of the fish: bar is stopped. 、 Remaining roll for cutting off the strip protruding from the tip of the conveying device

Page 14 V. Description of the invention (9) It has not only the "and section"-"quote" but also the cutting tool, the direction of the parent = the direction of the d: by the movement mechanism to move in the direction , And cut off ::: contact state, for example, moving. In order to achieve good: Second: the cutting part of the tool from sliding contact? : The fulcrum revolves ’to take the state of the surface of the piece. The tactile sorrow until the cutting part is partially pressurized to stop when the step of the plywood single-chip lathe stops, the take-up wheel stops when the person and the strip roll bundle stop rotating, and the rewinding strip that holds its inertia rotational movement stops, The strip is pulled out by the strip in its weakest position = the wheel is pulled out, which causes the position τ where the cutting part of the pull-out tool is in sliding contact to be cut, that is, the strip cutter is also ' When the strips rolled back twisted, the problem of reversed faces. In order to prevent the rotation of the sticky surface of the strip or prevent the twist of the surface of the two strips, the correctable strip member can be set at the transportation service; the :::::, continuous advance at regular intervals: knife = Two rolls of strips are picked up by the circumference of the bundle. When pressed from the component to the plywood single-piece roll, the strip is sometimes here; ::: == The inserted strip is rolled back and inserted into the plywood single-piece single handle I is reversed, and Prevent the component in the wrong state to prevent it from happening. In other words, the twisting phenomenon can be twisted in the plywood single-piece rewinding device of the present invention, for example, a plurality of fixedly installed in place at any interval. Page 15 490372 V. Description of the invention (ίο) Upward roll The end of the belt is composed of an endless belt under the back position, and the tip end n :: pulley is extended to move to, or away from, the two-way guide; the plywood formed by winding the plywood single sheet; Sheet roll bundling mouth: Also, than the base end pulley mu π 丄, is set on the shaft, and the upper base end; wheel; leather solid, the turnable side of the wheel can be rotated, that is, on the plywood sheet Γ 4 4 疋 is also sighed in the drive guide belt. A plurality of relay pulleys are arranged in a way that the base end pulley which is anti-return and reverse is preferably, the upper base end is slid to two, The supporting shaft is a base end pulley, and the guide structure is slackly placed, and is arranged in a row in the horizontal direction. The return guide member is formed by the side of the relay pulley opposite to the return portion to the surface of the relay pulley. The frame: column member composition is preferably: has an arc section with phase curvature extension; overflow =, this surface has along the The relay pulley and endless belt, a pulley above the pulley, is supported on the frame; it corresponds in number to the relay theory 2. The endless belt extending above the pulley is divided into positions, and is similar to the relay pulley's 1f i and it is placed in contact with the relay pulley. '0 plate single piece single plate return side of the outer peripheral surface slides without f ^ It is a plywood conveyed on the belt under the same noise as the conveyance speed of the driveway. The peripheral surface of the single-sheet veneer tape and the plywood single-sheet roll bundle is 1% to the direction of the turn-back side. When the support shaft that is driven by the fulcrum is turned back, the upper 7 parts contact and circulate. Plywood

V. Description of the invention The friction of the driving guide W belt on the roll is rolled back. The iron back sheet veneer is transported on the drive guide belt, and the f-back a sheet is transported from the drive guide belt to Zhongmai j to its return section, and then the helmet end belt that receives the return member is transported. The plywood single-piece veneer is centrally held between the pulley and the endless belt; = clever return, and at the same time in the middle plate. The skin is because the plate is folded back and the pulley in the return portion and the direction of the early dimension of the early plate of the folded plate Upper stretch ==: vertical = board of fiberboard is rolled back from the plywood single-piece roll bundle by driving the guide belt, ^ = 1 in the starting position in a single round 'no excessive tension 隼; rupture of m And tearing occurs. In the fiber direction of the early plate and early plate in the fiber direction of the plywood single-piece roll rewinding device as described above, the wheel is set downstream of the rewinding position, and several lines = set to move the plural number on the second side backward. Reels. On the moving member, not only is the bar / holding hanging from the plywood monolithic roll bundle and the rigid support L: is taken up as a guide for the plywood monolithic veneer, and ΪΠ is provided with a nozzle communicating with the air pipe, respectively. When the wire is moved forward by the air flowing from the nozzle on the moving member, the free end of the wire can be taken up when the coil is wound up on the wire wheel. 490 372 5. Description of the invention (12). The plywood single-piece veneer is rolled back from the pressurized peripheral part, and at the same time, the plywood single-piece roll is rolled up. A plurality of spools are provided on the downstream side of the rewinding position. It is set on the winding part of the winding reel which is wound on the frame sheet corresponding to the thread to be used as a guide for the plywood single sheet veneer in the multi-direction, and is connected to the exhaust pipe of the winding reel. When it is set under the moving limit, the thread is taken up, and then the frame is returned to its original slave plywood single-bundle roll, and the part of the driving surface is pressed under pressure, and at the same time, the wire is wound at the plywood single-bundle roll. Use: A pair of roll-back rollers are provided on both or one of the rollers, which can be free to each other to be wound on the lower sheet at a position corresponding to the thread to hang down as a guide for the plywood single sheet along the composite sequence . In this arrangement, when the plywood sheet is single-turned 'and the guide belt and the plywood sheet are driven, the pair of rewinding rollers move and hold the free end of the thread by each other. In the device that drives the guide belt to the plywood single-piece coiled wire to be continuously rewinded by the air flow, the following structures can also be approached or moved away from the rewinding position in a freely reciprocating manner, of which the position on the rack , The linear objects in the plywood series follow the long lead 'of the plywood single-piece roll bundle, and its free ends start from the plywood single-piece suction holes' respectively. In the arrangement, when the frame is in the forward direction from the exhaust line to the exhaust hole, the plywood single sheet moving guide belt and the plywood single sheet bundle are continuously wound on the reel. In the returning device, the following structure can also be rolled back to the downstream side of the position, so that the roll is also moved closer to or away from it, and the rewinding roller rewinds the thread, and the thread is in the length direction of the single sheet bundle of plywood. ^ Its free end is from the plywood single-piece roll = the veneer can be crimped from the part of the peripheral surface of the plywood single-piece roll bundle to be rolled, and the wire is wound and rolled back, and in this case, a pair of rolls The single roll of the ○ set line of the roll-back wheel is moved up and can be reused. A single multiple roll is also taken. 490372 V. Description of the invention (13) It is a single cylinder and has the same straight wheel and multiple rolls. The pulley is large, and the domain is directed toward its tip toward the coiled sheet from the plywood flexible member. The plywood is called the plywood sheet. The square sheet is set at a position where the bundle of the central axis at the opposite point from the top is pulled out. When the outer peripheral surface of the plywood single sheet is held by the sheet single sheet, the board is separated from the single sheet, and the bundled single sheet veneer is determined between the plywood positions along the direction of the roll back assist. At the same time another one is rolled back by a plurality of rolls with 2 cylinders on the same axis Wheel replacement, in which a single roll is rolled back. The wheels can be moved closer to or farther from each other. : J: In the moving guide belt, the diameter of the pulley at the base end is smaller than that of the front end = It is better to work from the middle area with the support arm that supports the front end pulley. In the early sheet rolls, the round plate single sheet veneer, the pot member and the plywood single sheet veneer are taken up together. When the position of the peripheral surface of the single ply roll of the plywood is rolled back, the position is reversed by 5 points and 5 points. And the plywood single sheet is separated from the relative position, and the peripheral surface of the plywood single sheet bundle at the point where the single sheet is detached from the plywood sheet is bundled on the side of the plywood single sheet bundle from the plywood single sheet detachment point, and the auxiliary member is rolled back along the From the plywood single sheet roll = yes, it is determined between the plywood single sheet s sheet single sheet veneer in the return side from the relative position. Between the ^ position (the plywood sheet I sheet starts to roll back from the plywood sheet roll) and the plywood sheet sheet detached from the relative position (between the line from the person's departure position and the center of the plywood sheet sheet bundle around the center I) In the formed plywood single-piece veneer roll back side, σ: e.g., a wire) is pulled out from the plywood single-piece roll bundle = piece = board disengagement position and plywood single-piece detachable phase = two pulls = direction so that When plywood single-bundle bundles are used in a concomitant manner on plywood single-bundle bundles: To prevent plywood single-bundles from accompanying plywood single-bundle

Page 19 490372 V. Description of the invention (14) It is important that the phenomenon occurs and it is effective to make the plywood single sheet to the conveying surface. That is, it is difficult to make a string from the $ shape when the thread is pulled toward the top along the bundle of the plywood single sheet or on the other side from the return side toward the plywood single sheet roll. The physical partner's single-board veneer is used with 'companion'. Therefore, when connecting the center of the plywood single-piece roll bundle and the plywood single-piece, the angle between the line of the off position and the line connecting the center and the point of disengagement of the wire ^ is less than 90 degrees, and the wire is from the plywood sheet. The film roll bundle is pulled out at an angle in the circumference.线 The thread support device is located at a meridional position from the peripheral surface of the plywood single-piece roll bundle, and the thread auxiliary pulley is rotatably arranged on a support shaft provided in i parallel to the central axis of the entry and suppression roll bundle. When the filaments wound on the f-piece roll bundle along the curvature go from the plywood single-piece roll bundle to the outside 7 The early filaments are supported by the line auxiliary pulley and are recovered so that the filaments are lost ^ '= the line The object is received into the collection box or the upper part of the reel in the tension state of the object. In the support line auxiliary pulley, if the line assist is strictly = rotatably mounted on the tip of the protruding arm protruding from the support shaft 1 = Can be easily supported by the line auxiliary pulley. The main end of the spring line support device is supported by the shaman +, and the -ends of the booms attached to the other ends of the booms return the -angle from the plywood single-piece rolls, thereby enabling the rolls to be rolled. The perimeter of the bundle shifts. Thus :: i holds the shaft along the plywood single opening, in addition, the protruding plywood single piece of veneer rolls back to the surface and divides Asia and Africa very effectively prevents the thread from accompanying the person 490372 V. Description of the invention (15) plate When the peripheral surface of the single-piece roll bundle tends to be taken up, the wire is outwardly supported, separated, and the position of the rotating shaft is shifted to the position of the support shaft, which tends to be on the plywood single-piece roll bundle. The rolled plywood veneer is effectively prevented from its accompanying peripheral surface, that is, the support shaft is displaced to a position close to the surface where the plywood veneer is rolled back. Brief description of the figure: Figure 1 shows the side view of the continuous plywood single-sheet veneer after winding and drying; the drawing shows that the large-sized square-shaped take-up coil is taken up by the upper wheel and shown on the object line. Figure 2 The first combination of the continuation of the br is shown after the drying and rewinding, and the drawing is flat; it is shown in Figure 7-3. The first veneer is taken from the coil, and the single sheet is combined.-\ Gc μρ; The -τ graph is shown in Fig. 4 and the shape of the plate is continued. *-& c tr ， • ## 乾 Μ Block dry f side of the in-place and installed state of the narrow-shaped diaphragm change to 1 Volume M • The space between the 1st and the 5th plates is shown in Figure 1. The narrow and narrow variants of the 6th plate and the single large-scale display are implemented separately; The wheel block is taken from the square in Figure 7 8 as shown in the upper section of the figure. The square wheel is taken from the center of the body. Tutu ο Q0 IX No.

Figure 1 shows the upward-pointing square arrow of Figure 1 2 IX IX line; the diagram of the rewinding to the square JB-1 on the cross section of the plan view page 21 490372 V. Description of the invention (16) FIG. 13 and FIG. 13 are side views of an embodiment of a plywood single-piece roll bundle that is rolled back to combine and form a combined plywood single-piece roll bundle. Figure 14 is a plan view of Figure 13; Figure 15 is a block diagram of a narrowing device; Figure 16 is a combined plywood single-bundle bundle with narrowed intervals FIG. 17 is a block diagram showing another embodiment of the narrowing device; FIG. 18 is a diagram of two plywood single-piece roll bundles being rolled back to form and form a combined plywood single-piece roll bundle. A side view of an embodiment, a plywood single-piece roll bundle is obtained by winding a dry plywood single-piece veneer; FIG. 19 is an explanatory diagram of another combined plywood single-piece roll bundle; FIG. 20 is an interval change An illustration of a single plywood roll bundle of another combination after narrowing; Figure 21 shows the single plywood roll bundle of plywood being rolled back into layers And a side view of an embodiment of forming a combined plywood single-piece roll bundle, which is obtained by winding a dry plywood single-piece veneer; FIG. 22 is a block diagram showing another combined plywood Device for narrowing the interval of single-piece roll bundles; Figure 23 is a block diagram showing another device for narrowing the interval of another combined plywood single-bundle bundle; Figure 24 is a plan view showing a single piece from the plywood after drying Implementation of stacking of veneers and pulling out of plywood veneers to form a combined plywood single sheet roll bundle

Page 22 490372 Description of the invention (17) Figure 25 is the arrow in Figure 24 Figure 26 is the 1 & line B to b of Figure 24 in Figure 24 Figure 27 is a partial cut Flat% @W 面 图; Figure 1 卞 面面 图, show two. Example; β plate single piece i Chinano take Nuo clothes set example, Figure 28 is a partial cut front view of Figure 27 Figure 29 Figure 30 is a side view showing a plywood sheet; Figure 30 is a diagram illustrating the operating state of Figures 29 and 29; Figure 31 is an explanatory view showing a plywood sheet single roll #; Lingzhi's other-implementation Fig. 32 is a side view showing another embodiment of Fig. 29. Fig. 33 is a block diagram of a narrowing device; Fig. 34 is a side view conceptually showing a strip drawing device; Fig. 35 is a perspective view showing a state in which the strip is pulled out; Fig. 36 is a more detailed side view showing the strip in Fig. 34 is drawn out of the farm; Fig. 37 is a side view showing the structure including its periphery Figure 36; Figure 38 is a pavilion view of Figure 36; Figure 39 is a separate side view of the strip pull-out device, wherein the abutment frame of Figure 36 is omitted; Figure 40 is the first Figure 39 The plan view 'of which the slice holder is omitted; FIG. 41 is a conceptual perspective view' showing the slice holder and the slice roll rotation stop device; FIG. 42 is the plan view of FIG. 41 'where the slice roll bundle stops rotating Hold

Page 23

Fifth invention description is omitted. (18) The 43th illustration of η stop β sliver rolls to carry the crying μ; the reverse supply and forward ^ j4 picture is the ejection device of the roll core. The example of the flat R m / 1 d door in the open state is flat & π Figure 46 Figure β ^ "Ten-sided view; q 疋 roll core ejection action Figure 47 is the role of Gamma & Hui Cha An illustration of the system, an example of the system; ^ 4 of the leading end of the device 4 > Figure 4 9 is an explanatory diagram of the function of your mechanism y 4; Figure 5 _-> plan view of the mechanism; The role of the turning state is to say that the M $ concept of vertical turning is simultaneous ^; ^ A perspective view showing a state where the bar rack and the bar twisting wheel prevent the planner from stopping the rotation of the bar roll, The rotation stop figure is a side view of the concept. An embodiment is a front view of the concept.-Implementation: The figure is a front view of the concept. The view is a perspective view of the concept. Ξ It is a bottom view when the bar is cut. The bar at the tip of the conveyor shows that the bar is rotated and stopped. The strip cutting device is shown to increase the tension on the strip to actuate the device; the other mechanism of the device is to cut off the piece. Pei 490372 V. Another embodiment of the invention (19); Figures 5 and 9 are concepts Is a perspective view showing the strip cutting device of FIG. 58; FIG. 60 is an explanatory diagram of the mechanism of increasing the tension on the strip when the strip is cut; FIG. 61 is cut by a cutter An explanatory diagram of the function of the broken strip; FIG. 62 is a front view showing a different example from the strip cutting device of FIGS. 59 and 60;

Fig. 63 is a front view showing an example different from the strip cutting device of Fig. 62; Fig. 64 is a side view showing an embodiment of a single-board veneer from a plywood single-bundle roll to a turn-up board; Fig. 65 Fig. 64 is a plan view; Fig. 6 is a side view showing another embodiment of a single-board veneer from a plywood single-bundle roll; Fig. 67 is a plan view of Fig. 66; and Fig. 68 is a side view Figure, showing another embodiment of a single-board veneer rolled from a plywood single-bundle roll;

Fig. 6 is a side view showing another embodiment of folding back of a single board of a plywood; Fig. 70 is a side view showing an embodiment of a wire recycling device; Fig. 71 is a plan view of Fig. 70; Fig. 2 is a plan view showing another embodiment of the line recovery device; Fig. 73 is a partially cutaway perspective view of Fig. 72;

Page 25 490372 V. Description of the invention (20) Figure 74 is a plan view showing another embodiment of the line recovery device; Figure 75 is a sectional view of the line CC in the direction of the arrow in Figure 74; Figures 7 and 6 are A perspective view showing an embodiment of the line position correction device; Figs. 7 to 7 are rear views of the correction member; Fig. 78 is a perspective view to show another embodiment of the line position correction device; and Figs. 7 to 9 are plan views showing the line position correction. Another embodiment of the device; FIG. 80 is a side view showing another embodiment of the reel;

Fig. 81 is a perspective view showing another embodiment of a wire reel; Fig. 82 is a perspective view showing another embodiment of a wire guide; Fig. 83 is a side view showing rewinding from a plywood single-piece roll bundle Another embodiment of the plywood single board; Fig. 84 is an operation explanatory diagram, which is shown in the rewinding, and the accompanying prevention of the plywood single board, and Fig. 85 is an operation explanatory diagram, which is shown in the rewinding, the plywood board. Accompanying prevention of single veneer;

Fig. 86 is a partial cutaway perspective view showing the concomitant prevention of the plywood single-piece veneer during rewinding; Fig. 87 is a front view showing another rotation device of the rotation axis shown in Fig. 86; Fig. 88 is a front view showing another rotation device of the rotation shaft shown in Fig. 86; and Fig. 8 is an explanatory view showing a companion of a single board and a single board during the rewinding.

Page 26 490372 V. Description of the invention (21) Principle of action following prevention. The plywood single-piece winding device of the present invention will be described. The following example will be described below with reference to Fig. 1. In Fig. 1, an initial example of a continuous state after winding and drying is shown. In this case, the plywood single plywood prefabricated early conveying system: two metal mesh belts 3,:; 2 includes the following structure: the pulleys are separated in the conveying direction and circulate in opposite directions to each other to convey the continuous orders ^ : 3 \ Don't be in the air passage ^ The plywood single-piece dryer being sent to the tray is all I 属 Hot air-rolled dry-melting, and at the exit of the dryer 2, one end of the belt 3 is connected to the conveyor 4 . In addition, the connected dry: rear plywood single sheet veneer, which will be conveyed on the following 5 plywood plywood single sheet veneer 1 plywood single sheet veneer coiled on the connection conveyor 4 Downstream location. The driving roller 6 is supported by bearings. The upper portion of the moving roller 6 is approximately equal to the conveyance angle of the connection conveyor 4, and its length direction is at least equal to the conveyance of the plywood single sheet 1 σ 乂 f. When the speed of the driving roller 6 can be changed, the driving roller 6 normally operates at a speed substantially the same as that of the conveyor 4. The large-diameter take-up wheel 7 is supported by a take-up receiver 8 having bearings on both ends of the take-up wheel 7. The β take-up wheel 7 is above the drive roller 6, and the lower surface of the take-up wheel 7 is The upper surface comes into contact, whereby the take-up wheel 7 follows the driving roller 6 by the frictional force generated by the driving roller 6, which is shown in FIG. 1

490372 V. Description of the invention (22) Rotate counterclockwise. The sliced veneer 1 on the lambda plate m is baked in a plywood single-plate dryer 2 _ * skin dry = the rear I-plate 1 is pinched on the connection input device 4 to take up position 5. When the continuous plywood single sheet, single sheet, and early sheet are taken up on the 7th day of the year, η □ □, you think 7 丨 between the Dama District moving roller 6 and the winding wheel 7, the winding wheel 7 is driven by the driving roller The frictional force of 6 is rotated in the opposite direction to generate the plate single sheet 1 on the force, and the roller 6 is driven to rotate at the speed of the mouth that is connected to the conveyor 4. In this way, continuous plywood sheets = are sequentially taken up. The plywood single-piece veneer i is continuous.: Ϊ ί 申 The application of the driving force of the driving roller 6 on the take-up wheel 7 without applying special equipment [sometimes it is easy to stay in the dry. Cracks, rips, etc., which occur after the operation, cause cracks, or in other cases, the plywood single-bundle bundle at the central portion is loose. In order to cope with this disadvantageous situation, a plurality of wire supply mechanisms 10 are provided in this case as a countermeasure for the winding wheels 7 at arbitrary intervals in the length direction of the winding wheels 7. In this case, the thread 12 is supplied from the reel u of the thread supply mechanism 10, and the tip of the thread 12 is first wound on the take-up wheel 7 at an arbitrary interval along its length direction, and thereafter The thread is taken up together with the continuous plywood single sheet veneer i as a guide for plural positions on the take-up wheel 7. Specifically, the manner in which the thread 12 is wound on the take-up wheel 7 is shown in FIG. 2. That is, 'the take-up wheel 7 has an arbitrary interval along its length direction:' It has a high friction area on its peripheral surface, such as made of sandpaper, fine protrusions, etc. to entangle it with the thread 12. A plurality of nozzles for supplying a thread are provided downstream of the take-up wheel 7 so that the nozzles can be bent, for example, by bending

Page 28 490372 Description of the invention (23) The guide holder curved like an arc (not shown) or freely move, forward or backward, and up or down mechanism (not shown) is freely located in the secondary volume The outer f surface of the take-off wheel 7 is separated between the upper and lower sides. The driving roller 6 has grooves at plural positions at arbitrary intervals in the axial direction, and the tip of the nozzle is formed in the groove 6M. The tip of the thread 丨 2 supplied from the reel 1 丨 is carried on a jet which is blown to the high friction area of the take-up wheel 7 through the nozzle 1 2 N located above to carry high friction with the take-up wheel 7 Area entanglement. After that, the nozzle 12N is moved downward to reach each of the groove portions 6M on the driving roller 6. At this point, the nozzle 1 2 N is located below the upper surface of the 2 moving roller 6, and the position of the wire 丨 2 on the wire 丨 2 on the winding 2 7 between the J entanglement π and the nozzle 1 2N is Tension. Therefore, when the two-piece single-plate 1 is wound on the reel f 7 by the frictional force generated by the driving force of the driving roller 6, the wire 12 serves as a guide, and the In the set position, it is rolled together with the plywood single board above it. ## In the case, when the wheel receiver 8 supporting the winding wheel 7 with the bearing is fixed, it is connected to the feeder. 4 and the drive roller 6 to connect the conveyor 4: 'Straight scales are thrown to the point of freedom and go back down freely, and when the plywood single sheet bundles are crying 4 ^ 9 ^ 加 日 守' drive roller 6 to automatically Way 'with connection delivery ^ Pivot ground drop diameter increases by half. Contrary to this, ♦ Seung-woo of Brew Roller 6 was driven from # 要 士 OKAI to drive this field to reel Yukichi ^ is set to 0, the receiver 8 of reel 7 is raised and broadcast Wish a straight car added. ^ Go to the take-up wheel 7, and run the pressure umbrella 1, because the driving roller 6 applies friction to reduce the weight and erosion of a weight, etc., to be applied at any time ^ Γ, μ, make the driving roller 6 food & ^ Lezhan /, the state of the crimping wheel 7 crimping. Tian Qianyu's plywood veneer 1 is taken up on the take-up wheel 7 490372

The diameter of the take-up wheel 7 is finally set to a value equal to or larger than 300 mm. In this embodiment, the diameter of the 'winding wheel 7' is set to 450 minutes, whereby good results are obtained in winding the dried plywood single sheet 1. In FIG. 3, the embodiment of 'showing the dried plywood veneer 1 on the take-up wheel is shown, and its size is a certain length or at a random length (in the latter', the plywood veneer with a random size) 1 is discontinuous). In this scene

Page 30 490372 Description of the invention (25) In the closing, the conveying process in each stage of the plywood single-plate dryer 2 is composed of a plurality of pairs of supply rollers 1 3, one above the other, which is arranged along its length In the above position, the plurality of pairs of rollers press the plywood single sheet veneer from both sides in the thickness direction of the plywood single sheet veneer I # and rotate to send the plywood single sheet 1. The plywood single sheet veneer 1 is sent out as a group (three sheets in the figure) in the length direction parallel to the fiber direction and the direction perpendicular to the conveying direction. Plywood single sheet veneer 丨 Dried by circulating hot air in the upper path of the plywood single sheet dryer 2 during the conveying process, and transferred to the exit of the plywood single sheet dryer 2 to change the moving direction of the conveyance to approximately Right angle direction change conveyor j 4. The plywood single-piece veneer winding position 5 is located at the downstream position of the direction changing conveyor 丨 4 '. At this position, the plywood single-piece veneer 1 is taken up on a take-up wheel. At the plywood single-chip single-plate winding position 5, there are a driving roller 6, a large-diameter winding wheel 7, and a plurality of line supply mechanisms 10 arranged at arbitrary intervals in the length direction of the winding wheel 7. Similar to the above. After the plywood single sheet 1 is dried in the plywood single sheet dryer 2, it is transferred from the conveying process to the direction changing conveyor 14 in a state where the direction is changed at right angles. Therefore, after plywood single sheet veneer! It is conveyed in a state where the fiber direction crosses the new conveying direction 'and reaches the plywood single sheet veneer winding position 5. Then, the winding of the plywood single sheet veneer begins, and the thread 12 supplied from the reel 11 of the thread supply mechanism ι is blown through the nozzle 丨 2 N, and is located along the reel $ 2 above the arbitrary spaced position in the length direction 7 to entangle the thread 1 2 apex with the plural position. Then, when the sheet veneer 1 reaches between the driving roller 6 and the take-up wheel 7, the take-up wheel ^^ 2

490372 V. Description of the invention (26) Power-driven friction Liuyou track &, Shizhong driving roller 6 is rotated in the opposite direction of the square wheel 6, and its speed is rotated / '/ this inward 1 change conveyor The cycle speed of 14 is about the same. There are several positions on it. For: sheet: f1 is wound on the take-up wheel 7. The plywood sheet supplied by the feeder 14 = the hall. The 7-lead wire 12 ° from the direction. Transform and lose as shown in Fig. 4 and in this film, the middle and early boards are sequentially taken up on the take-up wheel 7. For example, if the plywood is arranged in the direction of the front and back between the single board 1, the interval will be narrowed. / Or = 'Narrower. Above the direction changing conveyor 14: FIG. Detector 15 is set on the pile, and as a detector, the contact form, or non-reduced measurement: 反 Reverse order :: month 1 type, or reflection type can be applied. When the detector 15 is controlled by ii; the end part, it sends detection instructions to the control system of drive 15 to drive 6 f 6. The distance setter [7] which sets the distance κ from the debt detector 15 to the jog wheel 6 is connected to the drive 16, and the ‘drive controller 16’ refers to the work pulse. The punch generator 19 is set on the person who is carried on the direction changing conveying cry 14, the wheel 6 and the pulse sending device 14 to hunt for the number of direction changing inputs, and the f. The distance K is determined by the number of pulses ^ L Zhenda driving roller 6 of the plywood veneer 1 by driving the roller Θ to move the length of the plywood veneer 丨, a: Take the wire 12 as a guide. Plywood single roll: long wheel :: test state 1 5 through detection of the plywood on the direction change conveyor 丨 4, the plywood single piece veneer in the transportation of the first and the end depends on the The board / motion controller 16 is stored as a pulse amount. It should be noted that when the length of the single board 1 is cut to a certain length, a certain length can be stored as the length of the single board single board @ σ and stored in the drive controller 16. 、、 第 第 32 页 490490372 V. Description of the invention (27): T Q: The 11 part of the single board 1 is detected by the detector 15 $ 口 反 早早 ^ to the driver after a step similar to the above The roller 6 and the plywood single sheet veneer are wound on the take-up wheel 7 with the wire 12 as a guide, and the gap between the pre-rolled plywood single sheet and single sheet is narrowed. By repeating the operations described in the following paragraphs, +, ρ & and after the above operation, the driving roller 6 is rotated intermittently, and the plywood soap sheet veneer i is effectively wound on the take-up wheel 7 at narrow intervals. take. As shown in Figure 5, the accompany class + human M Yicha device is at the plywood single sheet veneer take-up position 5, and the roller 6 is rotated and driven intermittently to wind the plywood single sheet on the take-up wheel. For the single board i, when the conveying speed of the conveyor and the average speed (low speed) of the intermittent winding correspond to each other, no problem occurs during winding. However, if higher winding speeds are desired, problems can arise. In this case, the interval adjustment of the plywood single sheet veneer 1 is performed at a stage before the plywood single sheet veneer winding position 5 during transportation. Then, another embodiment of the interval narrowing device will be described with reference to Fig. 7, in which the same configuration corresponding to Fig. 5 is designated by the same symbol. First, the narrowing interval of the narrowed interval between the plywood single sheets 1 arranged along the conveying direction is performed. The beginning of the interval narrowing conveyor 丨 8 is arranged so as to stagger with the terminal portion of the direction changing conveyor 14. Both conveyors can be driven independently for 1, 4, 18. In this case, when the detector 1 5 disposed on the direction changing conveyor 14 detects the front end portion of the plywood single-chip single board i, the 'detector 1 5 sends a detection instruction to the drive controller 丨6, which is the control system of the interval changer 18. The distance setter 17 that sets the distance κ from the detector 15 to the point on the interval narrowing wheel as 1 8 is connected to the drive control cry 1 6 and the drive of the interval narrowing conveyor 丨 8 corresponds to the detection Measurement instructions and 1 kiosk

Page 33 ^ 0372

stop. The pulse generator is set on the direction change conveyor 丨 4, and the man board 1 carries a distance κ on the direction change conveyor ", and it is moved: from the single-piece count of two pieces is picked and measured. The narrowed conveyor has been reached 18 early The early plate 1 is driven by the length of the plywood single board.

The length of the plywood sheet in the moving direction of the sheet sheet i is detected by the detector 15 with the segment and the tail end, and is stored as a pulse amount in the drive control frame. It should be noted that / is = when the length of the board single sheet 1 is cut to a certain length, the certain length can be used as the length of the plywood single sheet 1 before the field 5 is stored in the drive controller 16. At intervals, the plywood veneer veneers are rearranged so that the back and forth spacing of the plywood veneer 1 along the conveying direction is smaller on the narrower conveyor 18. Then the " plywood single sheet veneer 1 is conveyed to another conveyor whose speed is consistent with the winding speed " and is wound on the winding wheel 7 at this speed. The dried plywood single-piece veneer is wound on a large-diameter take-up wheel 7] The resulting plywood single-piece roll bundle 9 is maintained in the plywood single-piece roll storage area of the winding station for a period of time so that Each plywood monolithic bale has an equilibrium moisture content. It should be noted that the take-up wheel 7 is a cylinder having a shaft portion 7G as a center of rotation, and the closed space is usually formed inside the cylinder having a welded structure. Especially because the winding wheel 7 has a large diameter (equal or larger than 300 mm, and in the embodiment, the diameter is 4 50 mm), and the conventional practice of winding up the original plywood single sheet veneer cut from the log Compared with the take-up wheel (diameter 165mm), the weight of the take-up wheel itself is increased, so that the take-up of the take-up wheel 7 and the take-up of the plywood single sheet veneer or veneer 1. Custody in the ward

Page 34 490372 5. In the case of the invention description (29), etc., the related structure of the drive is also corresponding to this figure 8 and 9. It is also provided with a large diameter shown in a plurality of narrow diagrams, and a diameter is mounted on each flange 7T in the sectional view taken in the direction of FIG. 10. Also at intervals, the flat plate 71 has a so-called flange 7T along the roll 7I by welding or the like. The main body portion of the wheel is connected to the radial formation plate 7D along the flange 7T as shown in Fig. 11. Therefore, part of the air can flow into the coil through 7 K, 7 K. That is, in the opening example of the flange 7D and the shell plate 7D, the load of the power of each opening increases, and the mechanical reinforcement is need. The other structure of the take-up wheel of the present invention is required, namely, the large-diameter take-up wheel 7 as shown in FIG. 8 has an outer surface portion with a long mouth-shaped opening 7K, and is like the ninth take-up wheel 7 There are a plurality of flanges 7T, and each of the winding shafts 7G having an arbitrary interval in the direction of the center of the axis has an opening 7 K as required. 'Shown along the winding core side of the take-up wheel 7 as shown in FIG. 8, that is, the disk-shaped reinforcing plate 7H is fixed to the take-up shaft “in the direction of the predetermined take-up shaft 7G by welding or the like. The method is fixed on the outer periphery of the reinforcing plate 7H, a width several times larger than the thickness of the reinforcing plate 7H, thereby forming the dog edge 7T having the same outer diameter, and constituting the coiled single sheet veneer 1 on which the coil is wound. The shell plate 7D is fixed by the curvature of the surrounding area. It is shown that the opening portion 7K is located at a plurality of positions of each flange 7T, and the opening portion 7K is also formed inside and outside the shell take-up wheel 7 as shown in FIG. 8. The air communicates with each other, and is largely formed by the inside of the opening wheel 7 respectively formed on the flange 7 T and the shell plate 7 D. Conversely, the air in the space formed between the winding wheel 7 can pass through the air The edge 7T, 7K, 7K flows out. It should be noted that the 7K is narrow and long in this embodiment, but it is not limited to this.

ΙΗΙ page 35 490372 V. Description of the invention (30) The shape ′ may be any other shape, such as circular, oval, and polygonal shapes, as long as it is applicable to the formation of the opening.

Fig. 12 shows a cross-sectional view along the axial direction of the take-up wheel 7 shown in Fig. 9. That is, the take-up wheel 7 has flanges 7 fixed to the shaft 7G at a predetermined interval along the axial center direction by welding or the like, and a plurality of openings 7K are formed in each flange 7T, and The outer periphery of the flange 7T constitutes the body portion of the wheel. In this case, the fiber direction of the rolled plywood veneer 1 is parallel to the direction of the winding width 1W, and because the plywood veneer 1 has a certain mechanical strength in the fiber direction, the plywood veneer 1 The take-up supported the outer periphery composed of 7 T of dog margins. In this take-up wheel 7, flanges 7T arranged in an interval corresponding to the take-up width 1W serve as the take-up support of the plywood single sheet veneer 1, and the plywood single sheet veneer 1 is taken up on the take-up wheel 7. Take it to form a plywood single-piece roll bundle 9. In this configuration, the air in the space between the flanges 7T is released to the outside through the opening portions 7K located on both sides of each space. 2. Therefore, according to the take-up wheel 7, the weight of the wheel is reduced, and the driving power and mechanical strengthening mentioned above can be ignored. In addition, in the case where the plywood single piece veneer 1 is taken up from the take-up wheel 7, the inside of the take-up wheel 7 is communicated with the outside air by a plurality of openings 7K formed in the take-up wheel 7. The internal air permeability is ensured through the opening 7K. That is, according to the take-up wheel 7 shown in FIGS. 7K flows into the inside of the take-up wheel 7, and humidity or the like is formed by the opening 7K passing through the flange η in the inside of the wheel 7 and the opening 7K formed in the outermost flange 7K of the rain of the take-up wheel 7 or thereon Opening in the shell plate 7D of the unwinding plywood veneer 1

^ 0372 Description of the invention (31) The ventilation of 7 K is released to the outside air. On the other hand, 2 kg of fresh air in the outside air passes through the openings formed in the two outermost flanges 7K of the wheel 7 or the openings in the shell plate 7D on which the plywood single sheet 1 is not wound. The part 7 (K) enters the inside of the take-up wheel 7, and the inflow air passes through the opening part of the flange 7T in the interior of the wheel 7 and then the air permeability of the opening part 7K of the shell plate 7D and the plywood sheet already obtained on the wheel 7. The sheet veneer 1 is in contact. Therefore, moisture and heat contained in the dried plywood veneer 1 are not trapped inside the take-up wheel 7, and can always be replaced by fresh air from the outside. According to the take-up wheel 7 shown in Figs. 9 and 12, the moisture and hot air contained in the dried plywood sheet 1 veneer 1 pass through the space between the flanges 7T f == 7K And the openings 7K at the two outermost flanges 7K are released to the outside air, and fresh air from the outside air enters through the openings of the flanges 7T, and the inside of the wheel 7 is taken. In this way, the plywood single sheet of the e-board soap sheet roll bundle 9 that has been wound on the take-up wheel 7 has been rolled on the take-up table. A single piece of plywood is rolled up to the equilibrium moisture content. ϋ & 棬 抱 f Ϊ ^ In the examples, it has been described that the flange 7T is stronger by welding or the like: The width of the U fixed plate 71 is several times the width of the disc-shaped plate along its periphery. It can be obtained that the flange 7T itself can be a disc-shaped defect, and there are no flat plates 71 interposed between the round reinforced flat plates 7a. Figures 13 and 14 illustrate that the t-sheet single-sheet coil that has been taken up by the dried plywood single-sheet coil is rolled back to combine and form a combined i-plate; =. After the sheet is dried, the plywood single sheet veneer 1 is deleted ^ The early sheet is rolled back to the early sheet position 20 on the wheel receiver 8

Page 37, description of the invention (32), the bearing U bearing under the single-roll bundle 9 on both sides of the take-up wheel 7 is supported, and the in-part pulley 22 is arranged in the axial direction. Several large diameter base ends of the cup / female are mounted on the support arms with reversible square f-spindles, respectively. One holding arm is rotatable: the two leading end pulleys 23 are supported on the opposite diameter base end pulley 22. The driving guide belts 24 respectively extend over the large end pulley 23 u Φ i ± ± only the front end pulley 23. Turn first,;: = ΐ21 as a fulcrum and face the plywood monolithic roll “Pivot”. When the driving guide belt 24 is turned counterclockwise, the single sheet veneer 1 under the peripheral surface of m9 is set by the H handle on the human handle. As shown in Figure 13, the plywood guide member 25, = moving = to = = one by one To the conveying conveyor 26. a plate Zhuo sheet veneer 1 with its fiber τ ^ ^% ^, 2 6 ^ # Λ Λ ^ parallel to the reversing in detail W9β Cong Shi i + set in the process of hunting by # The position control device 27 is provided by the position control method; the feeder 26 = the device 27 has the first control belt not only set in parallel to the conveying mode, but also viewed from the conveying direction. Axial side 6 * · λ two + * The conveying and conveying of the single sheet H in the conveyance on the other side of it: the sheet sheet :: The pressurized body is arranged vertically. The pressurized body is in contact with the two Γ's conveying direction crosses the direction from the first control: position. 2: pressurized plywood single sheet 1 controls the plywood single sheet 1 as a pressurizing device. Examples of the two devices are as follows: one is in the conveyance direction with 490372

V. Description of the invention (33) In the direction of the direction crossing, the person α is moved by the fluid pressure, and the other is shown in the figure. The two f single-sheet veneers 1 forward or toward the conveying conveyor 2 6. The axis direction The vertical of this—the control band 29 is not only determined by the Λ Lidi-Hangsheng 丨 book on a bismuth 瓒 4 state is applied, and the eccentric ring 30 is supported by the bearing between the two forces of the first control W9, where The eccentric ring 30 was suspected to turn. In detail, the surface of the second control belt 29 is moved by the rotation of the eccentric ring 30 in a direction that intersects the conveying direction, so that the plywood single-piece early plate 1 is formed on the ^ side of the early plate 1 The control surface of the second control belt 2 9 is pressurized. As a result, the position of the plywood single sheet veneer 1 is finally controlled by the first control belt 2 8

The first control belt 28 is turned into the same direction as the direction in which the surface is brought into contact with the veneer 1. The switching conveyor 31 is set at the terminal of the transfer conveyor 26, and the switching conveyor 31 is turned back at an arbitrary angle with the terminal of the transfer conveyor 26 as a fulcrum. The leading end of the cut-off conveyor 31 is connected to the conveyor in two ways: the leading end is connected to the beginning of the lower conveyor 32, so that the conveying process of the plywood single sheet veneer 1 advances straightly or the leading end of the cut-off conveyor 31 It is connected to the start end of the upper conveyor 33 to advance the conveying process of the plywood single sheet and single sheet 1 upward. Since ^ ', the plywood single sheet veneer 1 conveyed on the conveying conveyor 26 is transferred into the lower conveyor 32 and the upper conveying state 33 in an alternating manner by the action of cutting and conveying = 3j. Each plywood single sheet veneer that has been transported in the transport conveyor 26 ^

The front ends of the lower carousel 32 and the upper carousel 33 are integrated. ασ, the closing conveyor 34 is connected downstream of the lower conveyor 32, and the laminated single sheet 1 is conveyed to the lower conveyor 32 in a straight state. On the other side, the terminal of the upper conveyor 33 is provided with a guide conveyor that guides the single-plate veneer 1 on the upper conveyor 33 to the conveying surface of the coincident conveyor 34.

Page 39/2/2

V. Description of the invention (34) 35. The guide conveyor it H35 has a conveying direction of the holding and overlapping conveyor 34, which is pulled < ^, and it is first pressed, and the plywood sheet is conveyed in a straight state. The plywood sheet conveyed on the coincidence conveyor 34 via the guide conveyor 35 =, 4 and the upper conveyer 33 are combined and integrated to make the two plywood sheets; early plate ^ ... The end parts of two plywood SLRs overlapping each other coincide. The veneer take-up position 5 is located at the early center of the coincident wheel: two ::: of: veneer sheet At least the veneer sheet sheet K is kept below 1 AA h? position. Length direction support ί:; ::::; 1

To rotate at the same speed. When the driving, suspending and recoiling conveyor 34 = the take-up wheel 7 is rotatably formed by its two ends = two, the take-up wheel 7 on its lower surface and the drive fork 7 are as shown in FIG. Drive, the upper surface of the upper wheel 6 contacts the 'slant green chain when the winding wheel is refined. The rigid wire supply mechanism 1 is reversed by the frictional force generated by the driving force of the driving roller 6, and is arranged at a position downstream of the winding wheel 7 at an arbitrary interval along the length of the winding wheel 7. ‘Length side, carry two boards! sheet! The plate 1 is loaded on the superposition conveyor 34 and has a σσ 5 plate single sheet single sheet winding position 5. Upon reaching the plywood monolith

At the take-up position 5, the thread-like object 12 supplied by the wire wheel j i is wound on the take-up wheel 7 with the tip at any interval in the length direction. $ Two overlapping plywood veneers 1 reach between the drive roller 6 and the take-up wheel 7 'the take-up wheel 7 is driven by the same speed as the coincident conveyor 34, and the driving force of 6 is in the opposite direction Rotate in the direction, and take up two overlapping plywood veneers 1 ′ with threads 12 at a plurality of positions as a guide.

Page 40 Issue 0372

The two overlapping plywood veneers 1 transferred from the superposition conveyor 34 are continuously wound on a take-up wheel. In the take-up on the take-up wheel 7, taking into account the efficiency, Shita, ~ μ, 1 W The interval between the plywood veneer 1 and the subsequent two overlapping plywood veneers 1 Narrower occasions. Referring to FIG. 5, a description will be given of a device for narrowing the space between the front and back of a pair of plywood single-sheet veneers i overlapping in the conveying direction. The pulse generator 36 is arranged on the coincidence conveyor 34, and the detector 37 is arranged on the coincidence transmitter 34, and acts as a detector, contact form, or = form, such as transparent or reflective Etc. can be applied. The distance setting device 39, which sets the distance κ from the position of the price measuring device to the driving roller 6, is connected to: the controller 38, and the distance κ is read from the pulse generator 3 mesh # 〇t „, t] 137 ^^ 14 ( When the bottom part of the watch plate and the morning board), the detector 37 transmits the detection of the flutter drive controller 38 'This is the control system for driving the roller 6 and the components are enclosed in the drive controller 38. 4 $ 4t Plurality of 5 kk- and drive: Shows the plywood single-chip veneer written in the memory cell stack: drive // wheel 6. The double distance K, and when the memory element consists of counting pulses The number comes to two. The transport control control 38 not only actuates the driving roller 6, but also adjusts the k inch to drive the upper surface of the driving roller 6 to the two overlapping plywood single pieces (two degrees to the inner plate) along the corresponding two overlapping Plywood single sheet veneer 1, the angle of the board and the length in the peripheral direction of the board is rotated, and the reel 7 is driven by the drive roller 2 and the back board, and the wire 12 is used as a guide. The length of the single-chip single-board 1 (front and back) is determined by the detector j U board, 疋, when the two

V. Description of the invention (36) i Ln single veneer 1 (face plate and inner plate) is stored on the coincident conveyor 3 4: state 3 7 senses the front and back ends, and drives the controller 3 The length of the pulse amount in 8. It should be noted that since the plywood single-piece veneer is cut with a length of ^ t :, a certain length can be staggered in the drive controller 38 as the previous veneer length 40. When the number of pulses corresponding to the veneer length 40 is calculated, the drive stop controller 38 is sent to the drive roller 6 to stop the drive again: two;;,:,: a two-layer plywood single-chip single The plate K and the time plate are transported on the state 34, and the current end is sensed by the detector 37, and the process iii is performed in a similar step to the above. In this case, 1 double-ply plywood single-chip veneer 1 (face plate and back plate) is still: punch = ΐ the memory element of the pre-measurement indication has not been recalibrated, i Plate and inner plate) material drives the roller 6, then the rolled plywood single plate 1 (surface and inner plate) on the wheel 7 is spaced between the coils ^ the wire 12 is used as a guide and is continuous The two pairs of veneers turn, and the number t + = Zhu. This operation is repeated, whereby the driving roller 6 is intermittently rotated and wound up: mouth: plywood single-piece veneer is efficiently narrowed on the take-up wheel 7. As shown in the figure, and measured between several pairs of adjacent veneers, Rand, = the front end of Zhongfeng's plywood veneer is detected by the detector 37; moxibustion, to " Γί plywood The veneer 1 is carried on the upper part of the drive roller 6 similar to the above and is wound on the take-up wheel 7, which is wired.

IIH Page 42 490372 V. Description of the invention (37) If and only ί / Γ Figure 2: For guidance: And even? The interval between the pairs of veneers becomes narrower I ff: I. Repeating the above operation, the driving roller 6 rotates intermittently, and the abundant plywood single-chip veneer 1 is rolled up in an efficient manner, and the interval between the flail pairs of veneers becomes narrow. The interval narrowing device shown in Fig. 15 has no problem in the winding, only the conveying speed of 7 and the average winding speed (low speed) at the intermittent speed ^ correspond to each other, because there are several pairs of overlapping plywood single sheets ] The intermittent rotation by the drive 汊 * 6 is taken up in the plywood single sheet veneer take-up position 5. However ... at higher take-up speeds, problems can arise. In this case, the interval adjustment of the several pairs of overlapping plywood single sheets veneer is performed during the conveyance at the stage before the plywood single sheet winding position 5. Then, another embodiment of the narrowing interval device will be described with reference to Fig. 17 in which components corresponding to Fig. 15 are marked with the same symbols.

First, a narrower conveyor 4 3 is set to narrow the front-to-rear space between a number of pairs of overlapping plywood single-sheet veneers 1 in the conveying direction. They are arranged in a staggered manner so that the conveyors can be operated independently. In this case, when the detector 3 7 disposed above the overlapped conveyance 3 4 detects the front end portion of the one-to-two overlapping plywood single-chip single-board 1, the detector 37 sends a detection instruction to the drive The controller 38 is a control system of the narrower interval conveyor 43. The distance setter 39, which sets the distance κ from the detector 37 to the point on the narrowing interval conveyor 4 3, is connected to the drive controller 38, and the drive controller 38 stops the narrowing interval wheel in response to the detection instruction The drive of the feeder 4 3. The pulse generator 36 is set on the superposition conveyor 34 ′, and the two superposed single-board veneers 1 are transported on the superposition conveyor 34.

Page 43 V. Description of the invention (38) A distance K, and the distance K is from the pulse; _ _ narrowed the conveyor 43 is carried 6 early plates early plates are driven by eight more plywood single-ply stacked at two intervals The length of the if single sheet veneer 1. 37 decides that when the lengths of two overlapping persons (f-board and back-board) are transported by the detector and the conveyor 34: the front-board and back-board) are stored in the re-drive controller 38 as detection 1537 Sensing the front and back ends, and the plywood veneer with a large length. It should be noted that because the motion controller 38 is stored, the fixed length of the heart-breaker can be adjusted in the number of pairs of two overlapping plywood, and the length of the early plate. It narrows on the narrow conveyor 4 3 in the conveying direction, and the post-mortem interval is transferred to the other-conveyor at the interval, and it is on the ::: clever: board single sheet veneer " Pichuan 7 Taken up. 〃 t is the same as the winding wheel. Under this condition, when the LV At ^ l l-μ is set fixedly, the wheel receiver 8 of the winding wheel 7 of the heavy man wheel 7 is fixed μ > π # Α + The conveyor 34 and the driving roller 6 use the starting point of heavy crying as a fulcrum and move downward freely "up to 34" Conveyor 3 "lifting and descending = two rounds_moving wide? When the bearing of the moving roller 6 is fixedly set, the relative rotation of the winding roller wheel is increased by half. Also, connect; take up the wheel receiver 8 of the take-up wheel 7 to the take-up wheel 7, fluid pressure, flat to drive the roller 6 to apply friction to move the roller 6 under pressure at any time ^ = application ^ to maintain driving in this way , The number of pairs of two overlapping: :: then the evil. Take 'to form a combined plywood roll early :: Board 1 is successively rolled 41' Its plywood single sheet veneer is made as the fifth, invention description (39) is the number of pairs of plywood used to make two-layer plywood The single-piece roll bundle 4 " skin is transported to == morning board is combined. Combined storage area. Combined plywood monolithic rolls The combined plywood monolithic rolls hold the beam and column structure of the storage, and the plural :: = include the water staggered in the vertical setting of the table and backboard in multiple layers-period of time (-day-night) 'So that in the above embodiment, each of the veneer veneers 1 has a ^^ 0 length / dried plywood individually rolled back on the plywood veneer rolls, and several pairs of two, One β plywood single-piece roll bundle 9 system 诰 group into # 彳 66 π ^, the anti-early morning plate is combined in a heavy manner to be the same as each other and so on] ::::: watch This is because the table and back plates are roughly Sheets and veneers reworked each other = Plywood veneers of the same kind overlapped with each other i: Phase 2: Two veneer veneers of the same kind of substrates are continuous 3 ′ can be used if the dried The plywood sheet is cut to a certain length: during the conveyance of the veneer on the conveying conveyor 26 & if showing different types (for table and backboard) of two-in-one in the morning-at the 5-board single-chip veneer roll back position 20 pieces of dried plywood veneer 1 that are set in 20 and have a certain length from each two plywood ^ pieces, holding 9 individually ~ one to one Five-sheet single-sheet veneer, which is a combination of two overlapping plywood single-sheet veneers 1, was cut from the two-ply-sheet single-sheet rolls, and this is a 5K y-type example. In this case, the required system is structured as follows: Only for the conveying conveyor 26 and the position set in parallel with the conveying conveyor 26: the garment making 2J is the same as the above, and the upper and lower sections are used to carry the watch. Board and back board. In addition, the guide conveyor 35 is provided on the upper conveying conveyor.

Page 45 V. Description of the invention Uo) 2 6 terminal, and 31 of the conveyor 34 of the heart of the second table; guide the plywood single sheet veneer 1 to the combination to lose the table board, and the second place to carry the second! Convenient description, The lower conveying conveyor 26 is used in this case; = used in the back panel. People Veneer (front and back) in plywood! : Fixed-length plywood single-piece roll bundle 9 (return position 20 with 2 片 f f veneer veneers, respectively) from the two plywood single-plywood single-ply veneer 1 (face plate and inner two) plate 2 individually The upper part is rolled back and the upper part is conveyed. The dried if's is placed on the upper and lower conveying conveyors 26 by position control and penetrating 27 eighty two early sheet veneer 1 (table and back) position system. Bis Don't be charged on the upper and lower transfer conveyors 26

Plate 1 (# Plywood single-sheet single-sheet U-shaped sheet conveyed by the vertical conveyor 26 in a straight forward direction) and via the grave price. The flat plywood single sheet veneer 5 is transferred from the upper conveying conveyor 26 to the grouped person, and the day f1 (board) faces two on the coincident conveyor 34 in an overlapping manner; Tian Zhan = δ plate single sheet single board The front part is overlapped. Then, the number = plywood single sheet veneer (K sheet and back) is taken up, and the logarithm 2 becomes narrower and the device narrows, as a combined plywood single sheet roll = single sheet rolls hold 41 of the combined plywood single sheet rolls Pump the storage area into balance. The moisture content of the plywood single sheet veneer of various types (surface and back) is flat and the number of pairs of two overlapping plywood veneers 1 is rolled up, and the number of pairs of double plywood plywood The case where the transport side / interval between the boards is narrow will be described. This process is used to make several pairs of substrates and backboards in a combined state. Secondly, take up three sheets to make a five-layer plywood board, center board, and inner board.

490372 V. The embodiment of the combined plywood single-piece roll bundle described in the invention description (41) will be described. The plywood rolls of, and 'a are shown as follows, and the number tf & π 1 4 is reached: as shown in Figure 19, the dry two overlapping plywood single sheets are displayed from the ah person board. The 4c + flat plate and the early-to-dry combination-face-to-face, :: As described above, the large-diameter take-up wheel 7 is interactively wound, and there are two overlapping plywood single-sheet veneer openings σ, which are dry and overlapped. An early dry-free plywood veneer was used as a group, and the wire j 2 was used as the person who formed the combination-μ 卞 was added into a multilayer structure to manufacture a five-layer plywood. That is, ▲ In this case, the winding direction of the plywood single-chip veneer 1 and the single plywood single-chip veneer / mouth overlapped with each other are taken up in an interactive manner. The above-mentioned combined plywood single-bundle bundles can be divided into the following three ways: In the second case: the 'table, back, back, and center boards are the same type; in the second: the back and center boards are the same type 'But the surface plate is different from the above two plates. In the occasion, the types of the surface plate, the inner plate and the center plate are different. Among them, the first two will be described below with reference to the following diagrams. The old flute 1 ^ first I plate, the inner plate ~ the plate are the same type will be described with reference to i, 3, 14. 2. Read the mother—the dried plywood veneer 1 with a certain length individually: 21: It is transferred to the conveyer 2 in the plywood roll back position 20. The position of the plywood single-piece early plate 1 is controlled on the transfer conveyor 26 by a position-making device 27. Then, the two plywood single sheet veneer i was moved from the conveyor 31 to the lower conveyor 32, and was moved in a straight-forward manner on the connection Chevron. The production staff took eight pulls. Plywood sheet

Do it. On the plywood, the early plate 1 and the early plate 1 are directly transported to Germany, leaving 1. · 47/2/2/5 5 Description of the invention (42) The early plate 1 is transferred from the upper conveyor 33 to the upper conveyor 33. Due to specialization and transportation, the cut-off single-chip veneer is connected to the lower conveyor 32, and the two plywood is conveyed by the Ganchete-conveyor 31. The single plywood veneer is transferred to the upper two, and the cut-off conveyor 31 is overlapped with the conveyor 34. It is conveyed on via the guide 2 conveyor 33. A single end of the single plywood single sheet i at and the two plywood single sheet 1 conveyed by the pairer 35 from the upper conveyor 33 to a straight end conveyed on one side are integrated with each other. After the deletion, the production and closing are carried out so that the single veneer is narrowed by the interval narrowing device on the roll 7 and the pair of overlapping veneer veneers 1 . After winding, the other one of the two pairs of single sheets is rolled from the lower position. This pair of two-ply panel type, several pairs of two plywood plywood panels that overlap; 2 mang straight J transport. In this way, the conveyor 34 is alternately reversed and the early one plywood veneer 1 is efficiently wound on the top, and on the winding side ^ single veneer 1 on the winding wheel 7 single veneer 1 and a single plywood single piece single handle] upward several pairs of two overlapping plywood as shown in Figure 20. ⑻The interval between the early moon and the early plate 1 is narrowed. For example, the plate i ΐ J ί and the center plate are the same—type 11, but the occasion where the table plate is different from the above two plates will be referred to Figure 8 Instructions. In this case =, for the convenience of explanation, in the plywood single-bundle roll bundle 9, the upper plywood single-bundle roll bundle 9 is used for the inner plate and the center plate, and the lower plywood single-bundle bundle 9 is used only for the watch plate. Each—a plywood veneer with a certain length of dryness 丨 rolls from a plywood veneer. Thousands and twenty-six boards are used for the meter. Each dried plywood veneer 1 having a certain length is individually rolled back from the plywood single sheet roll bundle 9 and transferred to the lower and upper transfer conveyors 2 6 and 26, respectively. Single plywood single sheet The position of the single board is controlled by the position on the upper and lower conveying conveyors 26 respectively.

P. 48 / z

The board ^ is in the second position, and the conveyer 26 is straight forwarded. The conveyer 2 is the 6 conveyed sheet—M ^ is delivered by m. ^ 5 ^ The upper position is conveyed in an overlapping manner at the front end group: worker J) single piece The veneer 1 is narrowed by the interval F w. Then, the two plywood plywood feeders are:: board) Two by two lead and single loss = back board and center board. In the field of the back board :; early: = Peer interactively as a single person jealous of 4C1 ΛD, the film sheet of the upper conveyer 26 is conveyed: ι 丄, the sheet conveyed by the lower conveyer 26-plywood SLR (Table plate) overlap, however, in the case of the center plate, the early plate i is only wound on the take-up wheel 7 as a combined plywood single-piece roll bundle M / and the previous two in the take-up direction The overlapped plywood single sheet veneer 1 or two overlapping plywood single sheet veneers 丨 before and after the interval is narrowed by the interval changing device. The combined plywood single-bundle rolls are stored in the combined plywood single-bundle rolls, which are stored in the area. It should be noted that in this case, the rewinding speed of the upper roll bundle (interchanged between the center plate and the inner plate) is controlled so that it is approximately twice that of the lower roll bundle (for the surface plate), and from the lower position. The number of plywood veneers 丨 (surface plates) conveyed by the conveying conveyor 26 and the plywood veneers 1 conveyed from the upper conveyor 2 6 through the guide conveyor 35 (interactively between the center plate and the inner plate) The transfer ratio of the unit time between the number of) is 1: 2. In Figure 21, each of the single plywood single sheet veneers 1 (table, center and back) with a certain length is shown in the plywood single sheet veneer roll.

P.49 ^ 0372 V. Description of the invention (44) One position 2 〇 From three kinds of plywood single-sheet roll bundles of different plate types (for the surface plate, center plate and back plate) are individually rolled back, and counted Two overlapping plywood veneers (surface and back) and a single plywood single veneer (center board) are again taken as a group to make a combined plywood single sheet roll bundle. In this example, the transport conveyor 26 and the position control device 27, both of which are similar to the above-mentioned embodiment, are respectively provided in the upper, middle, and lower sections for the face plate, the center plate, and the back plate. For convenience of explanation, it is assumed that among the conveying conveyors in each stage, the conveying conveyor 26 in the upper stage is used for the center plate, the conveying conveyor 26 in the middle stage is used for the inner plate, and the conveying conveyor 26 in the lower stage is used for the surface plate. From the middle section: The terminal of the feeder 26 guides the guide of the single plywood single sheet veneer (back plate). The conveyor 35 is located on the conveying surface of the coincidence conveyor 34 connected to the lower conveying conveyor 26. The relay conveyor 42 is provided between the superimposing conveyor 34 and the plywood single-sheet single-plate winding position 5. The start end of the relay conveyor 42 and the end of the coincident conveyor 34 are arranged in a crossed manner and can be cycled independently of each other. The guide conveyor 35 is provided on the conveying surface of the relay conveyor 42 and the guide conveyor 35 conveys a single plywood single sheet veneer (^ core board) from the terminal of the upper conveyance conveyor 26 to the conveying surface. In this case, each dried single plywood veneer 1 (table plate, center plate, and plate) with a certain length is rolled back at the plywood single veneer 20 from three plywood of different board types The single-piece roll bundles 9 (for the front plate, the center plate, and the back plate) are individually rolled back, and the single plywood single-plate veneer 1 is supplied to the upper, middle, and lower transfer conveyors 26, respectively. The position of the single plywood single plate 1 (face plate, center plate, and wrapping plate) with respect to the upper, middle, and lower transport conveyors 2 6 is controlled by individual position control devices 27. After that

Page 50

490372 V. Description of the invention (45) Plywood single sheet veneer conveyed straight by the conveying conveyor 26 丨 (face plate) and single plywood single sheet veneer 1 (inner plate) conveyed from the intermediate conveying conveyor 26 via the guide conveyor 35 ) Combine and integrate on the front end in an overlapping manner. Next, the interval narrowing device in the embodiment will be described with reference to Fig. 22. The pulse generator 36 is disposed on the coincident conveyor 34, and the first detection as described above is that 4 4 is disposed above the coincident conveyor 34. The beginning of the relay conveyor 42 is connected to the terminal of the coincidence conveyor 34 in a cross manner. The pulse generator 45 is disposed on the relay conveyor 42, and a second detector 46 similar to the above is disposed on the relay conveyor 42. The distance setter 39 is connected to the drive control unit I8. In the distance setter 39 t 'the distance from the position of the first detector 44 to the drive ΐΓ distance = the distance from the second detector 46 to the drive roller 6' as the number of pulses To save. When the number of field is 44, the first detector 44, 咸, 丨, 产, 产, ，, 0, 0, and the overlapping plywood single piece with a single handle, are transferred on the coincidence loser 3 4-pair two detectors 44 When transmitting the front part of the fascia board and the back board, the-control system and system. Plural ;; drive =, which is the driving roller 6 detection instruction is written in the memory :: the element is included in the driving controller 38, and the driving roller 6 is stopped, and simultaneously transmitted ,,,,, and ' The drive controller 38 is not only a stopper (for the center plate) 47, in order to prevent the suitable roll-back suppression means that the roll-back control of the segment will not be transferred to the upper position. 1 (face plate and back plate) is on the center of gravity 6. A pair of double-ply plywood single-sheet veneers are separated from u, and when the memory element? Conveyor 34 and relay conveyor 42 carry a distance of 1,000 by counting the number of pulses To detect

Page 51 490372 Five Description of the invention (46) _____ Transmission = drive the roller 6 to restart its function. Roll back

Volume f control! Device 47 'Restarting the roll C in the upper section was: ... oral plate early film veneer 1 (center plate) began to send laughter 2fi fine from the upper transport wheel to c relay to the relay wheel 4 9 > Le Jishi State 2 6 finishing. Has reached the above surface: refers to: send out, yuan ... Plate 1 is guided by the drive roller 6 ίΐΪ Λ overlapping plywood single wire 12. The two overlapping plywood sheets ^ == the wide detector 44 are determined when the number of pairs of the two overlapping Λ = plates and the backing plates) is carried on the coincident conveyor 34. Early board single ^ Measure the front and back, and the length is in the drive-detector two. As the pulse n, the fluorescent side 'is waiting on the upper conveying conveyor 26 (the anti-heart plate on the person 42) is conveyed to the relay via the guide conveyor 35; &, sheet conveying 7¾ Γ Γ two detectors 46 sensing by its loop in the relay wheel inverter ㈡ :: single-plywood single-chip veneer (control element of the controller 38 on the center board 纟 Bu: 'm is not written in the drive stop drive 2 70 pieces On the one, and the movement of the driving controller 38: roll back, Ξ 'round 6, and send the roll back suppression instruction to the middle section to move more than just the film Ξ = to prevent the transport of the carousel from the middle section and the lower section (Plate) is transferred to the overlap conveyor 34. The single-sheet L2 I;, jf flat sheet veneer 1 (center plate) is sent to the intermediate wheel 6 on the relay conveyor 42 to restart its operation. In addition, the rollback controller 1 is turned on again.

_ Methyl neodymium, the lower section of the fifth, the description of the invention (47) one, two volumes and three works, and:-plywood single sheet veneer (face and back) re: start :: section, lower section conveyor 26 is transported to The coincidence conveyor 34 rolls Λ, and after sending out, the memory element is rearranged. The early one plywood early sheet veneer 1 (center board) that has reached the drive ^ ™ 4 is driven by the driving roller 6 and is taken on the wheel 7 as early as 1/1 ', thereby taking a single plywood single sheet veneer 1 (center board) in the roll " The film "t" is used as a guide, and the interval between the rear ends of the subsequent single-to-i (winning cups * pre-rolled pair of two overlapping plywood single-board single-board single-board) is narrowed. A single plywood single piece cymbal single 1 = the length is determined by the second detector 46, so that when the single-single composite test 4r heart plate) is transported on the relay carousel 42, the second detection is two = = Because of the length in the drive controller 3 " stored as 40, it is roughly cut into:: 2 = the length of the single plate 1 of the fixed plate 1 as the length 40, similar to the above. The length can be stored in the driving controller 38. The driving roller 6 rotates intermittently, and the number of pairs is two = two: early sheet 1 (surface and inner sheet) and a single plywood sheet. Board ^ to-pairs of overlapping plywood single sheet veneer and single ~ plywood single Erya =: group, a single plywood -f ^ arranged on the take-up wheel? The combination of overlapping plywood, single sheet, and veneer: people: 罝: 的 narrows the back and forth space. The storage area is taken up in this way and is taken; the moisture content balance is transferred to the combined plywood single-piece rolls for storage. ; ΪΪ:?; Between the single boards (face plate and back plate) to facilitate from 疋 In the above embodiment, the description is given to the case where the control is performed by the off-conversion pulse, similar control

490372 V. Description of the invention (48) can also be achieved by using a delay circuit that converts distance to time. In the above-mentioned embodiment, when the roll-back suppression instruction and the roll-back start instruction are sent to the upper roll-back controller 47 (for the center board) or the middle section by the pulse control of the drive controller 38 in the drive controller 38, When the controller 48 is rolled back in the next stage, this process can be replaced by the following method. That is, when the tail of a pair of two overlapping plywood veneer veneer 1 (face plate and back plate): is sensed by: the second detector 46 placed on the relay conveyor 42, the finger It is not transmitted to the drive controller 38 from the drive controller 38 as a roll-back suppression instruction. From the "Transport: Feeder 2; ϋΐϊ 送 Γί of the single-board single-plate single-board 1 (face plate and back plate): In aspect, in synchronization with the issue of detection instructions, 4 controller 38 is transmitted to the upper section The single plywood, single chip, single input and second input on the controller 42 are newly started in relay transmission. On the upper conveying conveyor 26) etc. Early plate 1 (center;) Wan i Road η 丨 identify ,,, and search for the early one-plate early film. The second luxury judge ^, 丨 rain gear 3 5 is transported to the relay conveyor 42 single-plywood f J f: two-carrying J clothing on the relay conveyor transport tester 46 transport Test: The front part of the board (the center 38, the second 38 sends a detection finger to: don't move the controller 38 and then drive the controller to instruct, where; to two: the lower section of the roll back controller 48, as a roll Rejection 38. From the middle and lower positions, the rewinding controller 48 of i is connected to the driving controller. The single-piece single-board U meter board is connected to the two plywood boards on the reel feeder 34. The table board and the morning board are transported respectively. The instruction is prevented from being 490372. V. Description of the invention (49) When the interval narrowing device shown in FIG. 2 and 2 is driven by the intermittent rotation of the driving roller 6 in the person position 5 to reverse the winding of the single sheet of veneer— The embodiment is described with reference to FIG. 23, in which the upper and lower = narrowing devices are arranged at a step / L before the plywood single-sheet single-plate winding position 5], and the early devices are narrowed. Attention should be paid to the symbols in the process corresponding to FIG. 22. ~ The spoon configuration mark is set in the same way to narrow the interval and the interval is narrowed. The terminal of the conveyor 42 is set to cross, and it is driven at the same time. In this arrangement, the first detector "sensing at: 3 ^, sent a pair of two overlapping plywood single sheet veneer 丄 (when the front and back plates are rigid, the first detector 44 transmits The detection instruction to the drive control cry 38 is a control system of the narrowing interval conveyor 43. A plurality of memory & pieces are included in the drive controller 38, and the detection instruction is written on one of the memory elements, and The drive controller 38 not only stops the drive of the narrowing interval conveyor 43, but also transmits the roll-back suppression instruction to the upper roll-back controller (for the center board) 47 '. As a result, a single plywood single board veneer (the center board) can be prevented Transfer to the upper transfer conveyor 26. When a pair of two overlapping plywood single sheet veneers 丨 (surface and back) are conveyed on the coincidence conveyor 3 4 and the relay conveyor 4 2 by the distance L1, and the memory element is When counting the number of pulses, the operation instruction is sent to the narrower interval conveyor 4 3 to restart its operation. The winding start instruction is sent to the upper winding controller 4 7 to restart the winding at the upper stage. Back to the operation 'and restarted the transportation from the upper position The single plywood single board (center board) of the feeder 2 6 is transferred to the relay conveyor 4 2. After all the instructions are issued, the memory element is rearranged.

Page 55 490372 V. Description of the invention (50) For two overlapping conveyors 43 1 (a watch plate and another veneer 1 (42). During the first conveying process, the second indication is written in the lower volume of the conveyor 43, The lower one is transported to the heavy plywood veneer veneer 1 (the front and back panels) is narrowed by the driving interval. It is wound on the take-up wheel 7 and the length of the pair of two overlapping plywood veneer veneers is wired. The object 12 is used as a guide. On the other hand, the single plywood sheet waiting on the upper conveying conveyor 2 6 ~ the plate) The red is conveyed by the V guide conveyor 3 5 to the relay conveyor 1 and the detector 4 6 senses at With the circulation of the relay conveyor 4 2 in the front part of the single plywood single-chip veneer 1 (center plate), the detector 4 6 sends a detection instruction to the drive controller 38. The detection finger drives one of the memory elements of the controller 38, so that the drive with the narrower interval is not only stopped, but at the same time, the detection instruction is transmitted to the middle and back controller 48 as a rollback suppression instruction. It is prevented that the plywood single sheet veneer (the front sheet and the back sheet) from the conveying conveyor 26 is caught on the conveying conveyor 34, respectively. The plywood single-chip single-board i (middle L2 ′ and when the memory element is sent from the pulse to the narrowing interval, the return start instruction is transmitted to the middle ^, and the lower section restarts the roll back to the morning board) and restarts from the positioner 34. On all indications, the interval narrowing conveyor 43 & the moving conveyor 43 narrows the interval board single sheet veneer 1 (table sheet and plywood single sheet veneer i (table ^

~ Plate) When the number of punches is counted on the relay conveyor 42 and the number of punches is detected, the action is sent to 43 to restart the action. Fortunately, the rewind controller 48 of the lower and lower sections operates in the result. As a result, the single-board veneer i (table plate $ • lower-position conveyor 26 is transported to the superposition conveyor, and the memory elements are rearranged. Has arrived 3 Single plywood Single sheet veneer 1 (center board) is transported on the conveyor 4 3 by the length of this pair of two overlapping / boards. Therefore, there are several pairs of overlapping panels) and a single plywood veneer 1 (center

490372 V. Description of the invention (51) f) In the order of & interactive α, waiting state on the narrowing conveyor 43, and between j-plywood single sheet and one-to-two overlapping plywood single sheet 1 The W rear interval is continuously narrowed in the winding direction. After that, with the order of interaction ==, take up the plywood single sheet veneer and veneer on the take-up wheel 7, and several pairs of two overlapping plywood single sheet veneer 1 (Face plate and back plate) and single plywood single sheet veneer 1 (the heart is moved to the plywood single sheet veneer take-up position 5 in an alternating manner, and the wire 12 is used as a guide. 插 plug f ϋ ΐ 2 6 Figure _ 'Do n’t supply the dried watch plates and back plates from the watch plate and the back plate stack to each other to be wound on the take-up wheel 7 and place the dried watch plates 1A and The stack 49 of the inner plate 1B is valued. The height of the upper part of the i-stack f _ stack 49 can be controlled at any time to any two pairs of adjacent and above the conveyor. Roller 51. This pair is used in the upper and lower sections for a watch face, and the inner board conveyor is set as a talented cruise ship feeder 54 as well. The interval narrowing device 52 includes an upper compartment fixed Butterfly chain composition = twice the intermediate plate 1A or inner plate! B with the same width as the solid dagger :: or a chain with the end of the table conveyor 54 and the downstream wheel two = 5 !. Upstream, and upstream conveyor Speed of 54: 1 of 5 2 = twice the degree of crossover. The degree is controlled approximately as the downstream conveyor 5 5 speed from the conveying direction (in terms of 4 upstream crane 5 0 4 of the other five, the description of the invention (52) side) 'Position control device 2 is set at the upstream wheel to cry U test at any point of the storage wheel 54, set 27 to control each table 1A and 2; J1B 22 2 Look at the 'position control device control belt 56', which is the side of the farmer, farmer and privateer. The position control device 27 is made up of the upstream conveyor 54; the wheel and the heart direction are perpendicular, and the inner surface of the belt freely circulates The roller cruise ship conveyor 54 is inserted upstream in the conveying direction, so that the parallel tubular roller 57 can move freely = between the 2 chains, and the roller conveyor wheel conveyor 57 can be more stringent. ; T big out, or retreat from the conveying surface. Roll in the direction of crossing to face the conveying side with the upstream conveyor 54 The ground cover = ^ =: = 5 一 °; the individual parts, dreams 1 μ you, the book, and the 'are being supplied to the clamping == conveyor 57. In this state, the rollers are fed by wheels; = The feeder 57 protrudes from the conveying surface of the upstream conveyor 54 and is slid toward i :: circular ascending state. The table board 1A or the back board ib advances 2 :: 5 ”to finally connect to it, and then the table board 1A or The "1" of the back plate 1B is moved so that this end is turned in the direction of the axis of 3 wheels with the control belt 56. After that, the roller conveyor 57 = when the conveying surface is retracted, the "face plate" or the back plate 1B is It is conveyed to the upstream conveyor, and is conveyed to the downstream conveyor 55 with the tail end supported by the claw 53. When moving the middle table or back plate 1B, the claw 53 is used as the stopper for the upstream conveyance, and reaches the beginning of the downstream conveyor 5 5 because the downstream conveyer 5 5 speed is about It is controlled by half of the upstream conveyor 5 4, and the front end portion of the surface worker a or the back plate 1B gradually catches up with the claw 53 of the downstream conveyor 55. at

Brother page 58 490372 V. Description of the invention (53) ^ The front part of the board 1A or the back board 1B is raining downstream because the upper part of the upstream conveyor 54 is brought to the front end of the board 1A or back board 1B in contact with the claws 53 of the mountain 5. Partially from the turn-back point of the downstream side, under this condition, the table board 1A or the back board 1B is supported by the table board a :: 二 53. The downstream conveyance is set between the claws 53 at the end = the front end and the tail end of the board 1B = between the front board 1A or the back board 1B; the rear.交 At the beginning of the conveyer side heavy-mouth transport state 34, it is connected to the lower downstream conveyor 55 in an alternating manner downstream: bit :, conveyor 55 The inner plate 1B on the conveyor 55 to maintain a straight forward state: in: : On the downstream side, the final U of the conveyor 55 on the downstream side is U = k, 35, and the guide conveyor 35 is in the upper position, and there is a V lead.

Onto the carrying surface of the registration conveyor 34. Guide bow; guide the downward slope of the direction of the plate 1A, 1 guide conveyor month: the conveying surface of the approach is close. … Conveyor The inner plate 1B and the upper and lower conveyor 5 = the meter plate conveyed by the V-introduction and Ducky 35 are duplicated. This is integrated in an overlapping manner. And the face plate 1A and the back plate ^ a pair of two overlapping 5 consisting of the face plate 1A and the back plate 1B are connected together: Λ under the device 34, the same situation; the V-rotation scrolling takes Λ weight Λ to lose 34 The speed is roughly the same as that of 丄, ^ ^ ^ The driving force of the wheel 6 rotates in the opposite direction of the wheel 6 ', and the plywood single sheet veneer stacked by the watch plate 1A and the back is wound on the winding wheel 7. In this% combination, several pairs of overlapping combinations composed of the face plate 1A and the back plate 1B

490372 V. Description of the invention (54) The space between the plates and veneers in the winding direction becomes narrower and narrower, thereby winding the veneer single veneers with good efficiency. In the above embodiment, for convenience, the case where the interval narrowing device 5 2 is composed of upstream and downstream conveyors 54 and 55 is described, and the position control device 27 is used to control the face plate 1 a and the back plate 1 respectively. b, it is set up and down at an arbitrary interval in the conveying direction, and it also allows upstream and downstream conveyors 5 4, 5 5 to be placed adjacent to each other (left or right) at any interval in the conveying direction, or at The opposite position, with a coincident conveyor 34 in between.

The interval narrowing device 5 2 formed by the upstream and downstream conveyors 5 4 and 5 5 may be replaced by a controlled intermittent rotation of the drive roller 6 in the plywood single-sheet single-plate winding position 5. Further, the interval narrowing device for controlling intermittent rotation of the drive roller 6 according to this embodiment may be replaced by the interval narrowing device 52 composed of the upstream and downstream conveyors 54, 55. Next, another embodiment of the plywood single-sheet winding device of the present invention will be described with reference to FIGS. 27 to 33.

The transporting conveyor 60 has a plurality of belts 6 3 extending on the starting pulley 6 1 and the leading pulley 6 2, and the pulleys 6 1 and 6 2 are freely rotated by a motor (not shown) and are installed. On frame 64. The pair of wheel stays 65 are disposed at positions adjacent to the outer side of the adjacent transport conveyor 60 in a direction perpendicular to the transport direction. In the wheel pillar 65, a wheel receiver 8 supporting the take-up wheel 7 in a freely rotating manner is provided; when the plywood single sheet veneer 1 is taken up on the take-up wheel 7 'and faces each other in a relative manner' The wheel depressor 66 which is pressed downward from the upper pressure take-up wheel 7 constitutes a plywood single-piece single-plate take-up position 5. Also, in its upper position, its front side faces downward, and the fluid cylinder 67 for flat holding

Page 60 Issue 0372 V. Description of the invention (55) = provided on both sides of the column 65, and the leading end of the piston rod 68 is connected to the support member 70 = one end, such as a chain or band wound on the support portion ⑽ of the frame 64, And one end of the supporting member 70 is fixed to the supporting portion 7 of the wheel pillar 65. The take-up guide member 72 ′ returns from the supply side of the early plate early plate 1 to the peripheral surface of the main body of the take-up wheel 7, and returns from below the take-up wheel 7 to the space on the other side of the take-up wheel 7. Setting, in which the winding guide member 72 plays 7 to wind up the plywood single sheet veneer conveyed from the conveying conveyor 60. The winding guide j = 72 includes an arrangement at arbitrary intervals along the axial direction of the winding wheel 7. A plurality of endless belts 73, and as shown in the figure, the endless belts are located on the peripheral surface of the winding wheel 7 in the opposite manner. Part of the perimeter. In the case of the five plate H, the take-up guide member 72 is composed of a plurality of pulleys provided in the middle part, the middle part, the upper part, and the tip part "= iw73. That is, the pulley 74 at the base end is at ^ 6. The leading end pulley 62 is mounted on the shaft 75 so that the pulley 74 is respectively a number of shafts 7 f at any interval along the axis of the shaft. 7 f is rigid, and the middle pulley 77 is replaced by a pulley corresponding to the base end. ":… V ... the intermediate axis 76 is set), the intermediate axis J dagger; Ϊ is adjacent to the ff axis 7! support. The upper shaft 79 is at the front end of the frame 64, and the upper part of the ground can be provided in a plurality of directions perpendicular to the conveying direction. The upper pulley 80 is along the axial direction Π: 8 to the base: = The setting of the way of the pulleys 74 and 76 of the part = Between the tip of the arm 82: Yes; the turning f1 is supported by-and the number of pairs supporting the arm

Page 61 V. Description of the invention (56) '----- beam 83, and the piston rod 86 of the fluid cylinder 85 used for the chasing ~ is arranged in pairs along the connecting beam 83 in pairs. The bracket protruding from the lower part of the frame 64 adjacent to the front end of the frame is reversed. The number of pairs of support arms 8 2 is provided with a support portion 8 7 in the middle area, and the bearing surfaces on the solid and ⑷ 8 7 are placed on the intermediate shaft 7 6 on. ^ Female endless belt 7 3 extends from the pulley 74 at the base end to the middle part = 2, 77 to the pulley 80 at the upper part and to the pulley 81 at the front end. The transport of Yuda 1§ 60 and the take-up guide member 7 2 are controlled by the rotation of a horse = 88 mounted on one end of the intermediate shaft π, and are controlled to rotate each other at about the same speed to the support arm 8 2 by The tracking fluid cylinder 85 is rotated toward the take-up wheel 7 and the bearing surface of the support portion 87 is used as a fulcrum. The support portion 8 7 is located on the intermediate shaft 7 6 and the front end pulley located at the front end of several pairs of support arms 8 2 81 is in contact with the peripheral surface of the take-up wheel 7, and the take-up guide member 72 is tightly crimped in a plane shape to the peripheral surface of the take-up wheel 7, which conforms to the surrounding curvature. A plurality of thread supply mechanisms 1 for supplying the coiled thread 1 2 are arranged at arbitrary intervals along the axis direction of the coiling wheel 7, and the thread 2 is coiled on the coiling wheel 7 Guidance of plywood veneer 1. For example, the line supply mechanism 1 y is provided between the endless belts of each pair of the winding guide members 72, and the nozzle 1 2 N is installed approximately in the middle region of the support arm 82. On the other hand, in order to entangle the thread 12 with the take-up wheel 7, a high-friction area is provided on the take-up wheel ... For example, at any interval along the axis direction, sandpaper pieces are attached to the take-up A plurality of spots on the wheel 7, or alternatively, for example, small protrusions formed by a knurling tool are provided. Also, in the take-up guide member 72, a rotary pulley 8 9 is provided so that

Page 62 I δ V. Description of the invention (57) 5 f Pull down the endless belt 73 constituting the take-up guide member 72, and keep the take-up guide member 72 under tension, and X ensures that The rotational force of the member 7 2 can be rotated at any time. That is, as shown in Fig. 30, τ is intended to be derived, as in the second, the private lever 91 is attached along the axis 90 supported by the frame 64, corresponding to the composition Helmet end book 7 q take-up guide member 72. The rotating pulley 89 is placed on the protruding portion of the rotating shaft 91 with the upper part adjacent to the lower part 2: the living base rod, the bracket 84 from the frame 64: ”: pressing the endless belt constituting the winding guide member 72 = the guide member 72 It is guaranteed that Γ is in two L 2 endless belts 73, # this winding guide force. 荇 in tension, and ensure that the rotation of the winding guide member 72 is located at ϊ i: i ΐ can have another configuration, its rotation The pulley 89 is inserted at an arbitrary interval in the direction of travel-the thin rod of the dog output at the ends of the series of levers 91 is thin, and the L-shaped lever 9 is the same as the other 1 = is rotatably ~ Support, and the pistons of the cylinder 92 at both ends. From this structure? * 疋 In the tension-driven hydrodynamic steam-type winding guide structure, and the wheel 89 can act on the one end of the -piece 72 as a whole. With its tension state, as a result, the winding guide structure m matches the curvature of the winding wheel 7. However, as shown in the figure, each I end belt 73 of the drawing member 72 I = exerts pressure elsewhere to form the winding guide, and the wave fluctuates. The structure of this embodiment can keep the winding guide

4 ^ uj / z

Each end of the endless belt 7 3 of the member 7 2 is stretched along the axial direction of the take-up wheel 7 with the same degree of tightness, and the position on the early plate 1 in the ^ direction is approximately the same. The friction force is on the plywood single sheet veneer during winding. ^ -12 = plate single veneer 1 operation, first fluid is supplied to the front port of ^, whitening, fL body cylinder 6 7 so that the front end of the frame 6 4 reverses the early veneer by 4 at the port. The axis | shaft of the start end pulley 61 of the conveying conveyor M of the carrying-in side of 1 turns back as a fulcrum. Therefore, the leading end of the frame 64 is rotated together with the conveying conveyor 60 and the take-up guide member 72, and thereby, the take-up guide member 72 and the take-up wheel 7 rotatably supported by the wheel receiver 8 The lower surface is in contact. Then, the fluid cylinder 85 for tracking and the fluid cylinder 92 for tension are actuated, and the endless belt of the guide member 72 is first wound up in close contact with the lower surface of the take-up wheel 7, and then a single piece is made from the plywood on it. The veneer 丨 part of the peripheral surface of the take-up wheel 7 on the other side of the carrying-in side is in contact with each other, and the tension state of each endless belt 73 is maintained.… In this state, the linear shape supplied from the reel 11 The object 12 is blown through the nozzle 1 2N to the rubbing friction area on the take-up wheel 7 so that the tip of the thread 12 is entangled with the high-friction area. As the thread is blown, the take-up guide member 7 It is preferable that 2 is rotated by at least one or several times, whereby tension is generated between the take-up wheel 7 entangled with the thread 2 and the thread 12 2. Then, the plywood sheet transferred from the previous step The sheet veneer 1 is guided between the lower surface of the take-up wheel 7 via the transfer conveyor 60 and the take-up guide member 72 which is controlled to operate at approximately the same speed as the speed of the transfer conveyor 60. It should be noted that Plywood single sheet veneer j can be cut in a wet state by a plywood early lathe (not shown), or dried by a plywood single sheet. Drying resulting in a dry state (not shown), or in and along

Page 64 490372 V. Description of the invention (59) Cut state of fiber ply or continuous sheet made by cutting continuous plywood veneer of a certain length. Because the take-up guide member 72 is from the lower position of the take-up wheel 7 to the other side of the plywood sheet veneer 1 on the carrying-in side, it is connected to a part of the peripheral surface of the take-up wheel 7 in a planar shape and connected to the plywood sheet. The veneer 1 is wound on the take-up wheel 7 and is held in surface contact along the curved surface of the take-up wheel by the frictional force generated by the drive of the take-up guide member 72. In the winding operation of the plywood veneer 1, the thread 12 is in a state of tension between the winding wheel 7 and the nozzle. Therefore, when the plywood veneer 1 is wound on the take-up wheel 7 by the frictional force generated by the driving of the take-up guide member 72, the 'wire 12' and the plywood early veneer 1 are along the A plurality of positions in the axial direction starting from the front end portion of the plywood single sheet 1 is taken up by the take-up wheel 7. Especially when the plywood single-piece veneer 1 is in a cut-off veneer state, the plywood single-piece veneer 1 can be reliably wound on the take-up wheel 7 because the endless belt 73 of the plurality of take-up guide members 72 It is in close contact with the curvature surface of a part of the peripheral surface of the take-up wheel 7. Also, even when the plywood veneer 1 is tied after drying, and the rigidity of the fibers therein is lower than that of the plywood veneer 1 in the wet state, the plywood veneer 1 can be moved along it. In the master state of the outer surface, it is taken up by the take-up wheel 7. When the plywood early sheet 1 is pressed by the winding guide member 72 on the outer surface of the tightly wound reel 7, the thread 12 is wound on the outer surface of the plywood single sheet 1 It serves as a guide between endless belts 73 that run in parallel with each other and constitute a take-up guide member 72. For this reason, even when the plywood single sheet veneer 1 is wound on the take-up wheel 7, the tight contact state with the take-up guide member 72 is taken.

Page 65 490372 V. Description of the invention (60) When canceled, because a plurality of strings 丨 2 were wound from the outside of the plywood veneer i ', the winding state of the plywood veneer 1 was inappropriately Lending 3 will happen. 々 疋 Refer to Figure 33 below, taking into consideration the winding efficiency, it will be explained that the cut sheet-like plywood single sheet veneer 1 is wound on the take-up wheel 7, and the last sheet veneer 1 is between The embodiment of narrowing the back-and-forth interval in the winding direction is as early as the contact type of the transparent type and the reflective type, or the non-contact type detection. In the front part of the camera, the detection instruction is sent to the driving controller 95, which is the control of the winding guide member °, and the detection is set. The second is to set the distance from our controller 94 to the winding guide member 72. The control unit 96 is connected to the drive controller 95, and the drive controller 95 stops the loop of the volume 72. The pulse generator 97 is set on the conveying wheel-feeding and conveying device 60 to convey the plywood single-chip single-board 丨 distance κ, and the target count is detected. The winding guide member 72 has been reached === ^ The winding guide member 72 is driven by the drive, and the length of the winding plate 1 on the winding wheel 7 is guided by the wire 12. Plywood single-chip single: industrial = precision is determined by ㈣H94 detecting its abundance and tail on the conveying conveyance, and its long-term production of ^ A is stored without purpose. In addition, since the length of the early plate 1 and the early plate 1 is cut as a number of pulses in the Γ controller 95 by a certain value, the certain value can be stored in the pre-assembled single-chip single-unit 95. When the next plywood single sheet 1: board = degree is driven by the driving control detection, 'down-plywood single sheet veneer = on the take-up guide member 72 after the step, and the two μ ..,, _ ^ ^ and早 The early plate and early plate 1 are taken up by the winding wire 7 as the guide and the plywood in the winding direction.

490372

: The front-to-back gap between the sheet f plates 1 is narrowed. By repeating the above operations, the plywood early sheet veneer is continuously wound on the take-up wheel 7 in an efficient manner by the intermittent circulation of the winding guide member 72, and the plywood single sheet in the winding direction The front-back gap between the plates 1 is narrowed. It should be noted that when the plywood veneer i easily breaks or tears from cracks, rips and other defects (this defect often tends to occur in the dried plywood veneer 丨), it is merged; ^ Μμ 抑> 1 β ^ + coiling, or when the coil: Fuck 'is loosened in a continuous state, a plurality of threads 12 and a lead are tied as a bundle in the middle as described above. The plywood veneer 1 is rolled up together to achieve stable winding. Because the pressure of the helmet book constituting the winding guide member 72 is the same, independently;; = 73 :: Do not keep the endless belt 73 of the approximate member 72 in a tight sheet: sadly, the winding guide is even The self-weight of the take-up wheel 7 produces tight tensions, individual conditions, and varying degrees of friction, with the same strength. ^ 'Plywood early sheet soap plate 1 thickness of any two sets, is applied to the plywood: The diameter of the bundle 9 in the axial direction of the take-up reel 7 is increased early and the early plate is added H :: 7, which is wound. , And the plywood single-piece roll is increased so that the beginning of the conveying conveyor 60 is returned by the diameter of the plywood single-piece roll bundle 9. Because the bearing supports the winding shaft of the winding wheel 61, and the shaft of the winding wheel 61 is placed downwards as a fulcrum, the plywood single-piece roll bundle 9 is overcome by the pressure of "the" and the shaft connector 8 being fixedly set by the winding guide. The fluid pressure of the fluid cylinders 67 and 7 of the pilot cylinder increases, and the frame 64 is depressed. When the roll ^ 72 is formed by the diameter of the plywood single-piece roll bundle 9, the diameter of the raw B-sheet single-piece roll bundle 9 of the take-up guide member 72 is increased, and the position of the pulley 81 at the tip is gradually increased.

Page 67 490372 V. Description of the invention (62) 幵, and press down the fluid pressure of the fluid cylinder 85 for tracking (moving clockwise in Figs. 29, 30). As the diameter of the plywood single-piece roll bundle 9 increases, the endless belt 73 of the winding guide member 72 is individually pressurized to the position of the tensioning pulley 89, and the fluid of the tensioning fluid cylinder 92 is compressed. pressure. This displacement is obvious between the starting position of the winding of the plywood single-chip single board shown in FIG. 29 and the winding operation shown in FIG. 30. In addition to the above-mentioned structure, the winding guide member 72 may take another structure as shown in FIG. Μ. The lower end of the winding guide member 72 is a free end as shown in FIG. 31. In the successor soil, Ding Huanmu was born, and several endless belts 73 were on two slides. It is the transfer conveyor of the base end shaft 98 of the winding guide member 72 below the plywood single sheet winding position. The square position of the axis 75 of the apex pulley M of 60 is rotatably supported, and the position 107 corresponding to the position of the apex pulley 62 on the base shaft 98 is shaped above the apex pulley 62 and the connection pulley # and Transported to the Da people. It is curved in its central area, the tip is oriented to the ground, and it can be reversibly installed on the base end shaft 98. === Each base end pulley 98 is clamped by a pair of support arms 100 as the fulcrum. The pulley 101 is on a pair of two adjacent support arms 10. The mother is supported by straight and dry, not only the endless belt 73 extends above the base end pulley 99 and the small straight rotation ground 101, and the support arm 100 is usually connected to the connection arm. The beam 1 〇2 is attached as a piece to any position on the frame 6 4 which can be reversibly supported # 1 标 1 0 2 The two ends of the fluid cylinder for tracking 85 490372 are forged. 63) of the piston rod 86. When the endless belt 73 is a belt extending endlessly above the base end pulley 99 and the front end pulley 01, the diameters of the base end pulley 99 and the front end pulley 101 are not equal to each other, and the base end pulley 99 The diameter is larger than the apex pulley 101. When the endless cymbals are pressurized to the lower part of the peripheral surface of the take-up wheel 7, the base end slips: the difference in radius between 9-9 and the apex pulley 101 results in a margin of distance. The area can be pressurized to the lower part of the take-up wheel 7. ^ A lot of friction force can be used to increase the contact area between the endless belt 73 and the lower outer surface of the take-up wheel 7 by the pressure piece in this area. The veneer 1 is applied on the take-up wheel 7 in a stable manner. Rolling arm 1 ο η / The support area of the female-supporting base pulley 99 and the apex pulley 101 is curved upward so that each-faced lower end of the upper track of the winding wheel 7 2:73 and the supporting arm 1〇 Between the upper ends of 〇: can i I: and contact '#This is not to stop the loop of the endless belt 73. It is avoided ', which ensures that the winding of the plywood single sheet veneer 1 of the winding wheel 7 ± is from A 2 in this example. In the example, the frame 64 can be fixed by 67 fluid cylinders for lifting. A configuration that can be turned back by a balance weight or the like can be suitably applied. In contrast to the above case, the following structural member 72 can be vertically raised and lowered at the position of the production pick-up wheel 7 and fixedly supported by the winding guide ^ σ clothing. As the vertical receiving wheel is connected to the receiving machine 1. As shown in the figure M, for example, at both ends, the winding wheel 7 and the motor 1.5 are supported. 2 Supply shaft 104, and the supply shaft 104 is rotatable. On the other hand, a 9-diameter tape of a plywood roll is sensed.

Page 69 490372 V. Description of the invention (64) A shape sensor 10 6 is provided on the wheel post 65. Therefore, the thickness of the rolled plywood veneer 1 is detected, and the wheel receivers 8 on both sides of the winding wheel 7 are moved upward by each of the rolls by the supply shaft 10 of the motor 105. Take the thickness of the plywood veneer 1 for detecting the rotation of the wheel 7. Then, with reference to the embodiment shown in Figs. 34 to 57, an embodiment of the strip supply device for supplying strips to plywood single-piece rolls according to the present invention will be described. In Fig. 34 ', the condition of the plywood single-piece lathe cut by the plywood single lathe 丨 10 and carried from downstream is taken up on the take-up wheel 7 to form a plywood single-bundle bundle 9. The driving roller 6 is brought into contact with the peripheral surface of the plywood single-piece roll bundle g (below the axis of the take-up wheel 7), and the driving of taking up the plywood single-piece veneer 丄 on the take-up wheel 7 is generated by friction. In addition, the strip T then goes to the plywood single-sheet veneer 1i: In the two-roll operation, the strip τ is inserted between the plywood single-sheet veneer and the two ends of the a-board single-sheet veneer 1 are strong. (Confession #% j, the straw is supplied to the plywood single-roll reel early morning plate 1 by the vacuum clamping conveyor (γ wheel, profit) 114 as a conveying device and is wound up. The strip τ is supplied. That is, when two ^ pieces are wound on the & early plate 1 and early plate 1, θ, and the fixed piece + roll bundle 113 is pulled into the plywood single-piece roll bundle and rotated at a fixed position. Μ The right-handed rabbit &, hereby pays 5 in a concomitant manner in a fixed position, and it can be moved in all directions I ^ ... α Α wheel stopper 1 1 5, 1 1 6 so that ^ Μ Μ 4, The first and second roll strips of the work roll forward " 3 The strip rolls are rotated to roll back, and when the strip rolls are bundled 1 1 3 is a good luck for you — in a driven manner Rotate and spot stop =: 器 " 5 by friction

P.70 /, The outer surface of the strip roll bundle 113 is in contact. When 490372 V. Description of the Invention (65) When the strip roll bundle 113 has a small diameter, the roller stopper 116 rotates in a driven manner by frictional force and contacts the outer surface of the strip roll bundle 113. The roller stopper 116 is disposed below the roller stopper 115, and the gap (exit portion) is still below the roller stopper 116, and when the strip roll bundle 113 has a diameter not larger than a predetermined value, the strip roll bundle 113 passes through the gap. The small-diameter bar winding 11 3 that has passed through the gap proceeds to the winding core stop is 11 7 located downstream of the roller stopper 丨 5 and 丨 6 and a small amount of the bar remaining on the winding core 丨 丨 2 is Roll back until there is nothing on it and it is in contact with the core stopper 7. After the winding is completed, the 'roll core 1 1 2 is discharged sideways, which will be described in detail below. The vacuum gripper conveyor 114 is equipped with a vacuum box (negative pressure chamber) 118 extending long in the conveying direction of the strip T, and an air-permeable endless belt 121 extending over the pulleys 119 and 120. 121 surrounds the vacuum box 118. The negative pressure is generated in the negative pressure chamber 118 by the vacuum pump 122, and the negative pressure acts on the strip T through the vent hole, and the strip τ is held on the upper surface of the belt i 2 1 by the disaster. The circulation path on the belt 1 2 1 is moved, for example, driven by a motor 123 connected to the pulley 120 from the side of the strip roll 113 to the side of the plywood single roll 1 of the plywood single sheet 1 and The strip T is rolled back, and the bale 113 is fed from the strip.条 The strip supply device 1 24 is, for example, provided in a pair so as to correspond to both ends of the plywood single-piece roll bundle 9 as shown in Figs. For example, the strip T has a drilled layer T1 on its upper surface, and the process 2 of winding the plywood single sheet veneer 1 on the take-up wheel 7 is composed of the adhesive layer on the upper surface of the strip T, the strip T It is attached to the plywood single-piece veneer 1 at both side ends. The material of the strip T is, for example, paper of a predetermined quality. "

/ V. Description of the invention (66) The strips that are the source of the strip T cry 1 1 4 4 1 1, # 山 '巧 卷 束 1 1 3 is set at the upstream of the direct office, 认 114, And a number of pieces of the second fire holding lose. The two slat racks i 2 5 are arranged on the left and right sides of the slat rack 1 25 roll bundle 9 in a pair of libraries f bundle 11 3. The second holding wheel reaches 15114, in which the left and right strip rack m is one of the strip racks 125 from the plywood single-bundle bundle 9 =. A certain degree is sequentially moved inward (the starting position on the side and the side is provided by the existing film rack 1 2 5. P / month). The following detailed description, as shown in FIG. 36, supports the direct office 126, the slice rack 125, etc. to be connected to; ^ supports the fulcrum shaft 128 extending in the direction of the supply frame of the conveyor 114, and the frame 127 J can The middle of 126 serves as a fulcrum. Coincidentally, the point of rotation of the stopper 128 on the supply frame base frame 127 is connected to the back end of the conveyor 114 mounted on the base 126 by the shaft 129, the movable base cup 131 is connected to the supply frame cylinder H, and the supply The frame 126 as a whole is expanded and contracted by the steam Λ Λ η to return to a predetermined angle in the vertical direction of the vertical plane. When the slice is cut, this is described below. The movement of the dagger increases the tension of the strip T, which will move: ί 木 12 7 can move the abutment frame 127 along the guide rail 13 arranged in the horizontal direction, and can also be equipped with a 127 t mounted on the abutment frame 127 t. The driving force of the motor 134 of the reduction gear 135 is in the forward and backward directions, and the front end of the vacuum misplacement conveyor 114 can approach or then close the clutch plate monolithic roll 9. As shown in FIG. M, the vertical frame 137 is folded from the ground 136, and the take-up wheel 7 located at the center of the plywood single-piece roll bundle 9 is placed on the vertical frame 137.

72 Page 72 490372 V. Description of the invention (67) The lifting device 138 moving under is supported, and when it is increased, the lifting device 138 is: a plate early sheet roll bundle 9 diameter this form (when plywood single sheet roll bundle 9 Increasing the diameter by two times: In addition to the relative distance to increase the diameter), the position of the take-up reel 7 is moved upward and the position of the take-up reel 7 is fixed in the vertical direction ^ 2 with its reel distance to increase the diameter. The position V / position of the leading end of the counter m at 彳 tφ driving roller 6 is set to increase the diameter of the single-piece roll 9. Diameter to :: of two: 祜 # 下 ，， 田里 从 / 丄 and very sun] Mouthboard early film roll bundle 9 was taken down and used fishing (not shown) near the bearing to carry Take the two ^ 's to the wide-winding take-up wheel 7; μ human λ T plate (not shown). Finally, the plywood veneer or veneer that is wound up to the mouthboard early film roll bundle 9 is conveyed to the plywood single-chip lathe side by a human input device 1 39. FIG. 38 is a plan view of a part of the strip supply device 124. A pot supply frame 126 is connected between the vacuum gripper conveyor U4 and the strip holder 125 as a cross member (in a direction perpendicular to the strip supply direction). Direction). Article = Totally ^ 24 of the half (left or right half of the enlarged side view of Figure 39, and a plan view of Figure 40. As shown in Figure 39, the parts of the supply frame 1 2 6 The conveyor frame 丨 4 of the conveyor 1 is projected from the body portion 126 as a cross member in the forward direction and is integrally formed with the body portion (cross member). When the belt 121 of the conveyor 114 is on Both ends in the longitudinal direction have pulleys 11 9 and 120 and return at both ends, and a guide roller 141 and a tension increasing roller 142 are provided between the pulleys 1 19 and 120. The conveyor 丨 14 can be rotated about the shaft 1 4 3. The motor 123 is connected to the pulley 120 on the upstream side, and the belt 121 is driven by the motor 丨 23 490372 V. Description of the invention (68) --------- Drive and circulate. The strip holder 1 25 is located in the belt 1 2 1 cycle Above the upstream end of the track, and the first and second roller stoppers 115 and 116 are set above the belt 1 2 1 from the adjacent strip holder 1 2 5. The roller stops cry 115 and 1 16 by from The stopper frame 144 of the roller frame 14 is supported from the ground to the ground so that the roller stoppers 115 and 116 are in a straight direction at a predetermined interval. Arranged. The position of the stop frame 144 of the roller stoppers 丨 5 and 丨 6 relative to the conveyor frame 140 is at least: = (adjusted in the length direction of the roller if necessary). The bale rotation stop device 丨 80 is provided between the roller stopper 丨 5 and uvm, which is between the strip holder 125 and the roller Γ on the circulation track of the belt 121. That is, 'as in Nos. 39, 41, 51 No. 52 and No. 53, the fork member 181 is attached to the conveyor frame 14o, in the direction of the square r, perpendicularly from the-side of the belt 121:, and the temple frame 182 is on the other side It is attached to the conveyor frame to fold it vertically. The cylinder 1 8 3 shock as a brake is connected at the tip end of the pressure member 185 to the piston rod 184. The roll is blocked by Λ Λ stoppers 115 and 116. The strip on 121 is moved by a movable cymbal member 185 on the one side as described above except that the strip roll rotation stop device opens or closes the strip roll with 0-J ± mTf. The quilts on both sides of the upper part of the bundle 113: 87 in the upstream position of the roller stoppers 115 and 116 = force, as shown in Figure 54. That is, the branch The holding frame 182 is placed on the frame 140 to be folded upward from the conveyor frame 14 and serves as a guide.

Page 74 490372 V. Description of the invention (69) _ ii =; 88 Install on support frame 182. On the other hand, it is supported by the φ ilr support frame 182, which is one of the pair of clamping members ⑽ and 扭转, which is closed torsionally. The supporting members 186 and 187 are connected to the tip of the piston rod 189 of the cylinder 188. When the two rolls on the strip = The devices 115 and 116 were blocked in the forward movement 121 18 8 'Λ Λ; ί t # # # 1 8 6 ^ 1 8 ^ ^ The effect of the cylinder m on the lost member 186 And 187 by the release of steam can be as follows: 2 2: ί other than 'slice rolls rotation stop device 1 80

In the waiting position above the strip bundle 113, the upper numbers of the stoppers 115 and 116 are you @ 上 ^ i said that 192 is attached to the roller-/ set, as shown in Figure 55. That is, to actuate A ... 'cylinder 193 is mounted on the support frame 182, which is the tip of the piston rod connected to the cylinder 193. The pressurizing member 192 may not interfere with the rotation of the strip roll bundle 3 in the pressurizing member 192, and the pressurizing member 192 and the strip roll bundle 113 may be stopped, thereby stopping the strip roll bundle 113. As shown in FIG. 41, the strip holder 125 includes a plate; and a plurality of back f partitions 146 ', which are integrally formed with the back plate 145 as a continuous surface, and are separated by a partition plate "6 The space between them is plural: the wall of the receiving room 147. The strip holder 125 has not only the front opening; the number = the bottom side of the opening opening. In this example, the upper side is more open, and the upper side is closed. . And 'as shown in Figure 39, the upper box is a copy of 1 to the shelf 1 2 5

Page 75 490372 V. Description of the invention (70) ---- The rearward position is fixed to the supply frame 126, and the channel engaging portion formed on the back panel 1 4 5 of the strip holder 125 5 is Closely, in a manner that β moves on the upper frame 148 and one A and one in parallel, a vertical vacuum clamping conveyor 真空 on the guide rail 14r :: r: = === is set in parallel. The direction is supported in a movable manner. ^ 51 ； ： ： ：！ 48 ”f 145 ^ ^ 66 66 丨 1 μA The smooth supply motor door on the top of Huimu 148 rests the two gears 151 in close contact. Function as a strip rack 125 Room Γ: Cheng = 7 is determined to move == ::: White ϊ ΐ Ϊ ：: The mobile debt measurement unit 154 is set on the upper frame rod along the Ϊ proximity switch 155 on the strip rack side 148 side delivery. ; Detect the-degree of movement of the two slice racks 125, and Lee, 1 Belle Λ #b to the control unit r of the motor, should pay attention to the position of the chest, more attention should be given to the smooth supply ^ $ Da) occasions, Frame 125 j = 2 ^ pulse \ motor (determined by the stepping horse. In addition, the position of the strip holder 125 can be determined by the counting of the pulse, using the signal of the rotary encoder, from the connection to the final block and position The reading test can also be performed with a favorable sign. In this case-mobile;:; == page 76 490372

Is omitted. It should be noted in the plan view that FIG. 4 shows that the strip holder 1 2 5 is omitted. In FIG. 39, the strip sheet in the receiving room 147 is due to the strip; the lower side of the 1 shelf 125 is opened and the strip sheet is closed. Supported with the surface separated. : J empty clamp conveyor 114 with the belt 121 along the __ moving support side: (; Straight :: set at a predetermined interval. Guide rod two; == 126 support member folded upward 158 and 159 are: the upper side of the belt on the upstream side of the supply frame, 4 on the feeder 114 guide rods 156 and 157, respectively; as shown in Figure 40, the intersection between the extension of the guide The previous point: lose = and "the two sides of the outer side of the 1". Know that the other end is in the conveyor too, f39 figure, when the strip holder 125 moves in the direction perpendicular to the veneer written in the figure At the lower end, the early plate of Bian Qi was received by the strip coil 113 in the strip-receiving and receiving chamber 147 at the lower end. 113 = 二 I 钿 # was received by ¥ guide rods 156 and 157, and was Support, the sliver roll 113 is over the factory, and is in contact with the guide rods 156 and 157. To the close to the side of the delivery benefit In Figure 39, the cutout 16 ′ is, for example, the beginning of the end of the ke and it is backward. And it is formed in the opening part of the film stop. For example, the front side of this cut ^::: = :: 146, the wind is convenient for the operator to attack Jiang Yilu. The roll bundle: 13 is inserted into the strip holder 125 Strip receipt Chamber 14 'Ϊ = two sheet accommodating chamber 147 taken at section 41 of FIG.

490372-, V. Description of the invention (72) As shown in Fig. 4 2, one is stored in the strip storage room of the strip rack 125, and the bundle J 13 is supported by the storage 156 and 157 in the straight two state. The month-plus-slice roll bundle 113 is guided by its guide bar, which is the right end in the figure; 値 2: The storage room 147 is moved to be located from above and vacuum-sucked and conveyed by the person to receive the slice roll bundle The interval of the belt 121 of the device 1 of the device 1 is set as one pass. : ,,, 蛉 guide rods 1 5 6 and 1 5 7 advance to the guide γ 彳 bundle 113 from the guide rod 15fi to move to the yoke 121 strip roll m has a downward slope on the belt 121 . Because the stopper roll on the belt 121 is driven in the downstream direction, the right M Chu-13 automatically moves downstream, but the roll stoppers 1 1 5 and 1 1 6 as k Jiang Ren 疒 α Wherein when the strip roll bundle 113 is of a large diameter, it is a moving stopper, and the movement is first stopped by the roller stopper 115 to forward the film roll bundle 113-half: film: f roll bundle 113 is not disengaged from the strip holder 125, wherein when the strip roll U3 starts to roll back, the second partition = the two sides of the bundle m in the state shown in the figure, and the two partitions = exist in the strip stop strip bundle. 113 fell sideways. Therefore, the "piece in case of side" can be rotated in the slice storage room 147 at the same time and the: 1.13 will not fall to the side, that is, the partition plate 146 of the slice holder 125 and the space of the bundle 113 The component is used as a prevent strip and a roll; it is a lateral control component for containing strips. In this way, points; = 13 is turned to the side with a dead layer on the inside surface, two pieces on the starting end = there is no adhesion on the part of the surface where it is J m 78

Landing ’This part starts on the belt 1 2 1 straight * ten 4 shi. When the roll of the strip roll 113: Borrow = back can be smoothly moved to a degree, and similar to the previous roll, the strip holder is moved to the belt 121 of the conveyor H4 ... followed by: 1 ′ 3 ′ down-bar The sheet 113 is taped. The steps similar to the above-mentioned method are shown in FIG. 43. As described above, the time between the roll f between the stopper 116 and the upper side of the belt 121 is close to the completion time of the lower roller. The enthusiast's rewinding part of him passed the roller stopper 116 and the rest of the piece of roll nw and its stopper 11 7 (refer to Figure 34), straight forward as she pushed forward. The core stop position, as a strip with some length downstream of the wheel stopper 116 on the belt m2 is left on the roll ^ / = 1 stop ° so 'after the stopper, the remaining strip τ from; bundle 113 Then there are strips and they are rotated at the same time. In response to the phonetic θ, the /, upper, and rewinding bundles 113 wait in sequence in the rear, gT here, ^ here "another-the new slice and the stop with a small length: 'prepare, slice Roll bundle 113 roll back K / again ~ the strips remain in the last part of the roll 2 bundle 113 roll back in the same manner is temporarily supplied to the roll anger stop Is 117 stopper 矣;

°. The surface 1 6 1 has a three-degree inclination, and a surface that is inclined upstream and sideways. Therefore, the winding core 1 1 2 contacting the stopper surface 1 6 1 is blocked in its advance τ > 2 4 / j, and at the same time receives lateral lateral force by the action of the cam surface. Then, ",, m 〇 around the core stop 1 1 7, as shown in Fig. 44, the door 16 2 is set to work with respect to the axis which is substantially in the up-down direction.

490372 V. Description of the invention (74), ^ points can be opened and closed to the side. The piston f165 of the cylinder serving as the opening / closing drive device is connected to the door 1 62 with a bracket 163 interposed therebetween, and the base end portion of the cylinder 164 is fixed to the supply frame 126 with the help of a pin 1 67 and bracket 168. side. As shown in FIG. 45, when the piston 1 65 is retracted into the cylinder 1 64, the door 1 62 is opened sideways to form an opening 169 facing the stopper surface 161 of the core stopper 11 7 /. Because the roll core 112 receives a lateral lateral force from the stopper surface 161, it can be discharged in the direction of the opening 69. In this embodiment, in order to ensure the discharge to the side of the winding core 12, a stopper lever 170 is provided on the door if2 as a discharge member for forcibly discharging the winding core 112 and blocking it. Tian Caigan was fixed to the door 162 at a substantially right angle so that it extended from the door 162 at a height above the upper surface of the operation 121 of the conveyor 162. The shift lever 170 has a shape such that when the winding core 112 reaches the stopper surface 161 below the shift lever 170, the shift lever 1 end further extends above the leading end of the winding core 112, and then is bent downward, and the hook portion 171 is shaped (Refer to Figure 46). When the door 162 is opened, the hook portion 1 71 of the gear block the front end of the core 112, and discharges the core ′ to the side and rotates laterally as the door 162 returns. = This mechanism, because the winding core 112 does not remain, and the continuous supply of the strip T can be easily ensured. In this embodiment, for example, the core discharge device 172 is composed of a stop 11 surface 16 and a H162, and a cylinder 16 for opening and closing the door 16 2 for a lever. As shown in No. 36®, the slab twist prevention machine 3 is provided on the conveyor ιΐ4 to supply the sliver T, and the mechanism i 73 prevents the slabs from being twisted during the veneer (top), a Twist I up and down). In reverse prevention mechanism 173

490372 5. In the description of the invention (75), the spatula-like member 1 7 4 protrudes so that the advance of the tip and the strip introduced between the plywood single sheet at an acute angle intersect, as shown in Figure 4 7 Where the parent fork is implemented in a spatially relative manner. The base end portion of the spade-like member 174 is tightly held by the piston rod 177 of the cylinder 175, and serves as a moving device of the base end portion of the spade-like member 174. The cylinder is fixed to the lower side of the supply conveyor 126 with a bracket 76 interposed therebetween. As in No. 48, the spatula-like member 1 7 4 contacts the lower surface of the running strip τ, and is placed on the plywood veneer 丨 provided on the lathe side of the plywood as described above, and is controlled by the τ The angle of the running strip τ in the horizontal direction of. The λ f 49 diagram shows an example of the spatula-shaped member 174 as shown above, and the contact surface with a planar width having a greater visibility than the strip. 〇: The shovel-like member 174 acts so that the small shovel-like member = the torsion sheet T is twisted. Push up the cymbal to the lower surface. As shown in Figures 39 and 40, the tip of the sliver cutting device. A strip cutting device 195 ^ 195 ": ^ a support member 197 of a support projection 196 projecting from the tip of the feed frame 140 for supply; and a support member 丨 2 疋 extending in the direction of the bracket 1 piece With the strip supply direction: the protruding part (:: daily cut: part. As shown in Fig. 56 households * 'cut part is formed, the saw blade is preferably). Cut and μ on.卩 has the surface of the strip by the ore teeth. & Sewing section is slidable in the slice cutting, as shown in FIG. 5 7, == on the fulcrum axis i 28 as shown in FIG. 36: first γ 1 = moving by steam M 30 Angle so that the slice cutting tool 198 to :: support ', and back up -____ ^ to make it

Five (76) Description of the invention Cut off the 'tone P |', such as the sliding contact of the lower surface of the first and second strips. As a result of the rotation of the conveyor 1 1 4, the strip T shown in FIG. 1 receives a higher tension than in the normal state. The slice cutting device 195 may have a structure as shown in FIGS. 58 to 63, that is, the slice cutting device 195, as shown in FIG. 59, includes a bracket 199 protruding from the side of the frame 126 Cylinder 200 fixed to bracket 199 and using a stripper cutter # 200; piston 2 connected to cylinder 200, .1 wood chipper 2 (in this case: The shape of the disc is not called cutting, and Tian Yi and the assistance of the disc-shaped cutter 201 near the cutter 201 are not ready " The slice receiving member 202 is provided so that the slice is separated by $ 2 〇1. In this example, the slice receiving member 2 02! The apex of the direction (the position T 'of the dry film $ turning process is at the tip of m in the supply frame 1 26) is fixedly held by the bracket 203. In addition, the lower side provided with the film τ * turns 2: 20 2 The uppermost strip guide roller 204 of the conveyor 114 on the white upstream side. 'In the direction of the guide that freely rotates and guides the slab operation: moving picture ^ T-cut state 201 in the lateral direction of the slab receiving member 202 Move up, * this cut In the slice τ break, as shown in Fig. 60, enter m two, and turn in the direction. Turn the fulcrum axis 128 shown in Fig. 36 as a support at °° = 13 () to receive the member 20 as in the slice. 2 rise and give; move a predetermined angle so that the movement, as shown in Figure 60, strip = tension. Forced by the conveyor 114, and the disc-shaped cutter 201 is larger than the normal condition Zhang cuts the strip τ in this tense state, page 82

I 490372 V. Description of the invention (77) --- By this, the strip T can be easily cut. The surface of the strip receiving member 2 0 2 is made of at least a soft material, such as f-based acrylate rubber, and the blade of the cutter 20 1 cuts the surface. The shape of the slice receiving member 20 2 may be plate-shaped, but in this embodiment, a cylinder shaft-like member is preferable, because the receiving portion of the slice receiving member 202 can be periodically changed by the rotation of the member. As a result, the cutting positions scattered on the member can be prevented, and as a result, the strip receiving member 202 can be prevented from being locally degraded due to the concentration at the restricted position, and the life of the member can be extended. … It should be noted that as shown in Fig. 62, the reversing disc-shaped cutter 200 cylinder 200 is mounted on the bracket 99, and the fulcrum shaft 205 is used as the fulcrum to revert cylinder 2 0, so that the disk-shaped cutter 200 is cut freely in the strip receiving member 200, and the tip of the piston rod 207 of the cylinder 200 can be connected to a support for a movable cutter. The base frame of the cylinder 200. In this case, the piston rod 207 of the cylinder 206 for the reversing cutter is extended so as to cut the cutter 2 before or during the horizontal movement of the disk-shaped cutter 2 010. The action point can cut into the slice receiving member 202 to a certain degree, and in this state, the 'disc-shaped cutter 2 0 1 moves in the width direction of the slice τ to ensure the cutting of the slice T . Alternatively, as shown in Fig. 63, an elastic structure such as a spring or rubber can be installed between the bracket 199 and the base frame supporting the cylinder 200 for moving the cutter. Thus, the disc-shaped cutter 211 can be made by the fulcrum axis 205, and the point receiving point 203 is cut into the strip receiving member 002. In this case, because the action point of the cutter 2 01 can invade the strip receiving member 2 2 at any time due to the elastic member 2 08, when in this state, the disc-shaped cutter 2 0j is in the horizontal direction. Direction

490372 V. Description of the invention (78) The strip T can be cut reliably. The overall operation of the strip supply device will be described below. When the sliver roll 113 is set to the sliver as shown in FIG. 41, the sliver holder 125 is moved laterally by the motor 152, and the sliver is received, and the 147th is on the belt 121 of the conveyor 1 to 14, and then As shown in the 42nd and 43th, the sheet roll bundle 113 goes down from the guide rods 156 and 157 and is located on the belt 121 ^, 'and moves a small distance downstream until the roll contacts the first roller 7 stopper and 115. In this position, the sliver τ is stopped by a vacuum clamping carousel. =;:, And the strip entanglement 113 rotates to accompany the suspicion of the-roll: stop crying 115 and turn back to the strip τ. In the beginning, you are in the beginning of the winding plywood sheet $ 板 M on the take-up wheel 7, and the bar is easy to reverse, as shown in Figure 48. When τ rotation occurs in the strip τ, the inversion J, the bell-shaped member 174 advances from the cylinder 175 to correct or prevent the position of the strip: the shovel-shaped member 17 4 remains at this position after a predetermined short time of advance ΐThe small shovel-like member 174 retreats from there to return to its original position. When S is often reversed at the beginning of winding, even if the notice Η τ m roll bundle 113 is rolled back, running, and inserted under normal conditions: plywood Between tn, during the insertion process, the phenomenon of reversing and reversing the slice τ from the normal state is often encountered. Therefore, when the strips are between the sheets, the strips T are pressed by the small bell-shaped member 174; the sheet sheet: the operation on the surface is continuously and regularly repeated. In the process, the strip coil 113 and the m stop 116 are as shown in Figure U.

Page 84 490372 V. Description of the Invention (79)-Bundle the performance record and stop the generation of 11 6 rotations. In the final stage, when the diameter of the strip roll is smaller than the gap below the second roller stopper 116, the remaining strips on the winding core / and above it are passed through the second roller stopper 11 6 $ DOWN After moving downstream, and after stopping the movement by the core stopper 7 in FIG. 34, the strip roll 1 1 3 is rotated and rolled back in a short time until there is nothing on # 112. After the heart contraction, as shown in Figs. 44 to 46, the piston rod 165 of the cylinder 164 is lifted in the end, and the floor rod 170 discharges the empty core 11 2 in an unpredictable manner by opening the door M2 toward the conveyor 114 side. Door 62 closed.

In the figure, at a predetermined time before the ejection of the roll core 112, the 41st and 42 ::: sheet 对应 5 correspond to the J of the arrangement of the strip storage chamber 147, and the lower-roll bundle 113 starts to roll back: / τ 卷In the condition of the conveyor 114, as shown in FIG. 34, when UV: 苐 43 is shown. The rewinding residue of the previous strip bundle 113: ΐ The roll core stopper 1 17 is supplied from the beginning to the end until there is no residue Ά 'When the strip is taken up in a short time because the plywood is a single piece The S-board single-sheet roll 9 that has been placed in the winding-up process of the strip-roll bundle 113 has a diameter of 9: the winding operation is interrupted to terminate based on the log: up to: fixed value or the veneer At 1 thickness, move the shellfish from the front. Depending on the situation, the single-slice rotation stop device of the plywood is activated. When the upstream position of the Z-state member is equal to or before, the cutting of the slice cutting tool 198 and the rotation of the slice roll bundle 113 are stopped. Specifically, the shrinkage of the lower surface of the strip supply device ^ ^ is reduced by the sliding connection of the bottom surface of the strip τ, and the shaft 128 in FIG. 36 is used as the driver.

490372 V Description of the invention (80) Angle. By the movement of the strip supply device 1 24, the strip cutter at the tip of the feeder 114 and the slicing tooth on the upper part of the output section as shown in the figure “57 as shown in the figure of the sun”, so that the slab T as a slide It is intentional to insert the strip T from the lower surface of the haptic strip T. It should be noted that when being wound into the strip coil bundle 9, as the top two: the upper and lower surfaces of the take-up wheel 7 can be kept rotating with each other at any time. The lower surfaces of each other y: ground, if the cutting part becomes sharper for an additional effect. As shown in FIG. 51, the friction condition to be caused is as shown in FIG. 51. When the belt stopper 121 is moved by the roller stoppers 115 and 116, the sliver roll 113 is wound forward I13, and the sliver roll 113 is rotated. The rotation of the stopped strip T from the strip roll bundle 113 is shown in FIG. 52. In order to stop the strip roll f in the direction intersecting with the rotation of the strip roll f, as shown in FIG. What's more, the inertia rotation is caused by the position of the pressurized member! 85 and the stop j = 1 3 located between and connected to the connection member 1 8 1 from the Canadian structure. Due to the picking: the stop of rewinding the strip T of the sheet single sheet, and the tension of the strip T of the inertial rotation of the two-piece roll bundle U3 is increased :: drag toward the take-up wheel 7, and this point is Slice cutting tool; 98 :: Break: slice T breaks at its weakest point, slice T. In addition, because the strip H if ^ office is pressurized to its lower surface, τ does not stop from the rotation of the strip strip bundle 113 roll volume two 13 and the strip strip phase 3 is rolled back to the 'broken strip piece D' The apex part is on the cutting part, p. 86, 490372. V. Description of the invention (81) Remains, and wait for the next sheet T to be rolled back. In addition, in order to increase the tension of the strip T, in addition to the inertia and rotation as described above, another method is also applicable: as shown in FIG. 36, the base frame 127 supporting all the cymbals 124 is driven horizontally by the motor 134.仏 ,,, β Guidance holder 1 33 Backed off a predetermined distance, thereby the vacuum plywood plywood single coiled 9 separated. This can be replaced by an operation that raises the position of the slice cutting tool 98 that is in contact with the lower 2 = 11. < π The piston rod 131 of the cylinder 130 is retracted so that the lower surface of the sliver strip can be cut off and slided together; this is to stop the rotation of the sliver roll 1 1 3, as described in Section 5. 4 円 ％ One round knee M, approaching in the direction of rewinding, the rotation of ^ both sides ^ 3 is stopped, and the temple is stopped, and the strip roll is clamped from both sides by lifting the cylinder 11 3 . In addition to the above description of 113VJV with k, another method can be used to stop the rotation of the stripe roll bundle 1 1 3, such as the 5th 5th. When the pressure member 192 is returned to the position of the upper surface when the pressure member 192 of the strip τ is returned by the function of the cylinder 193, the position where the upper surface contacts, = the house-to-member and the strip roll 113 according to this method When the winding of the plywood single-wide veneer is in the middle of winding or finishing

490372 V. Description of the invention (82) The stopper Γ is cut, and at the position where the bar cutting tool ⑽ is positioned by the rotation, the cutting part of the bar cutting tool 198 is held. Slip slide 'way to take up the speed of sound, two-two-moving contact. So to chase and stop. Especially in; ^ two a cymbal roll bundle 1 1 3 without being temporarily slowed down and produced by a spoon, 疋 its large straight branch or short time due to the small diameter = from the defects included :: In the case of a log ... This method increases the operating efficiency ... Still, using a strip of disc-shaped cutter 20i: As a preparation action a: In the case of a break, it will be said that the plug 131 is extended. / The counter-clockwise rotation of the cylinder 130 is used to turn the small angle shaft '28' as the fulcrum ', as shown in the figure. == 状 =; = 4's apex, as shown in Figure 60. T =? Is generated in the slice. In this case, the state of 202 is: plate-shaped: == knife cutter 201, the second skin is pressed into the strip to receive the structure, and the cutter 201 is retracted. ^ Knife: 2: 1: The knife is broken. After cutting, the circular plate is turned back by a small angle, and the film is returned to the Λ device 124 clockwise backward by a small angle. The original position, and the conveyor 114 returns downward to containment = the horizontal movement of the slice rack ... using another-constitute. Each of the sighs of a piece of roll bundle-Fu Cheng up, and 1 front ,; the northern piece was smashed by the female The policy is to be opened on the stopper member of the supply conveyor (/ up), and not only to move forward, but to stop: Alchemist at the same time the new strip roll is drawn from the strip cassette feeder 114 on the take-up wheel 7 = Qiao allows another-operation · The initial stage of vacuum clamping is applied '::::: sheet 2: soil: start winding strip τ and field strip τ is pulled by the plywood early film roll 9 490372 V. Description of the invention (83). When the strip roll 113 is rolled back, the vacuum holds the conveyor 114 straight, and its circulation is not driven (all its mechanisms are stopped), straight = but the circulation is still operated (no Negative pressure is applied). Secondly, the following description of the plywood monolithic roll rewinding device according to the present invention will be described below. Straight] Bei Zhili will roll the plywood single-piece rolls back to the position 21 i. The first description will be shown in FIG. 65, starting with an example of the process of rolling the single-piece veneer 1 of the round plate. 2 The conveyor frame with a gently descending slope 2 1 〇 Installed on a pair of wheel pillars 65 provided on the man board with ^ Α ~ 鳊, and the bearings at both ends of the take-up wheel 7 of the sheet roll bundle 9 = plate early: rotation The wheel receiver 8 which supports the bearings at both ends is provided within two, and can be received relative to the shaft = 1 卩 The wheel lowering device 66 which is freely revolving is provided above the wheel receiver 8, ΐΐί, return position On the upstream side of 211, the rain A on the lower side of the transport rack is provided on both sides in a direction perpendicular to the transport direction of the rack 212. The support shaft 215 is received in a straight square and is provided with a bearing 21 on the female warrior's mouth. It is connected to ^ T, and a plurality of base end pulleys 21β with a large diameter are in the direction of the axis under any tone η 夂It is fixedly attached to the support shaft 2ΐ5. The number < = 217 slips at each base end? The support shaft that can be turned on the support cooker 215; the support shaft called the support shaft at the ^ side is bent upwards at the tip, and a pair of support arms 217 from the Middle Ages from the middle area to the holding arm 2! 7 Small-diameter front end pulley 209 Between the apex of "Daigu" 21 7 is rotatably extended above the base end pulley m and the front end pulley m, moving = at

Page 89 490372 V. Description of the invention (84) = At this time, the pair of support arms 217-generally any one of the individual support arms 217 is connected to the connecting beam 219. The two ends of the connecting beam 2 1 9 are jealously mounted on the piston rod 221 of A, and the fluid cylinder 22 0; the plugged cylinder is supported reversibly. The piston 柃 221 is provided on the frame 212 with the auxiliary frame 222 at a position relative to the base end pulley 2U on the frame 212, and has a surface that is along the base end pulley 2 relative to the base end pulley 216 =: The curvature-extended arc and the belt of the turn-back guide member 224 extend above the three-dimensional solid 223 supported by the auxiliary frame 222, and run along the base end pulley 216. The turning wheel 226 is placed under the turning guide member 2 24 to be connected to the turning guide member 2 24, and at two points upstream and downstream in the conveying direction, a plurality of The frame 2 12 is formed by a band extending between the supported shafts 225. A chain 229 extends between a chain wheel 22 7 mounted on one side of the support shaft 21 5 and a motor 22 8 provided on the frame 212, and drives the guide belt 21 8 in a freely rotating manner in the reverse direction in FIG. 64. The hour hand is controlled, and the folding back guide member 224 ensures the reverse rotation of the clamping of the plywood 1 by the synergy of the driving guide belt 218. π + π The driving guide belt 218 provided in a plurality of rows in a direction perpendicular to the conveying direction can be freely rotated with the support shaft 215 as a fulcrum so that the pulley 2 0 9 is the leading edge of the free end accompanied by the fluid The piston rod 2 2 1 of the cylinder 2 2 0 is moved closer to or further away from the plywood single-piece roll bundle 9. Thereby, the drive guide belt 218 can be freely moved to the lower portion of the peripheral surface of the plywood single-piece roll bundle 9 or away from the lower portion of the peripheral surface of the plywood single-piece roll bundle 9. In a 9-roll plywood single-board veneer from a plywood single-bundle roll, the fluid is supplied through the rear port of the fluid cylinder 2 2 0 to minimize the position

Page 90 490372 V. Description of the invention (85) The extended piston rod 22 1 is provided, whereby a plurality of rows of driving guide belts 21 8 are crimped to the plywood monolithic roll bundles 9 supported by the wheel receiver 8 on both sides thereof. Lower part of the perimeter. Then, when the driving guide belt is rotated counterclockwise by the driving force of the motor 2 2 8 in FIG. 64, the driving guide belt 2 1 8 is crimped to the plywood single sheet roll bundle 9, and the plywood single sheet roll The free end of the plywood veneer 1 of the bundle 9 is rolled back by the frictional force of the drive guide belt 218, and the plywood veneer 1 is guided to the return guide in the state of being conveyed and carried on the drive guide belt us Component 224. In this situation, the return conveyor 22 6 is controlled at substantially the same speed as the drive guide belt 218 and the conveyor of the dryer f: i The connection is moved along the curvature of the return guide member 2 2 4 and The second action of the plywood that is clamped and reversed between and the return guide member 22 4 = lead belt 21 8 After this clamp reversal action, the plywood single sheet veneer 丨 ^ early sheet veneer 1. After being transported to the plywood monolithic dryer. < The return conveyor 22 6 is then, with reference to FIGS. 66 to 69, the turning operation of the plywood single sheet 1 that is being conveyed will be described. On the κ guide belt 218 is the turning operation of this embodiment. Applied to only examples. It should be noted that the fiber direction does not have stretchability in the direction I. It is better to return the veneer single sheet veneer. When the tension is applied to the cut-off fold of the leaf tree, it is easy to break or tear. crack. First, in the direction of the fiber, the relay pulley 284 is installed on the supporting shaft 215 in Figure 66. It has a square bearing that can rotate near the base end, and the relay pulley 284 has $ 滑 $ The diameter of the position of the pulley 216. The plurality of relay pulleys 284 are preferably free wheels M 2 * 216 large diameter straight wheels 2 1 6 adjacent to the support shaft 2 1 5 and are preferably slid with the base end each relay relay 284

Page 91 490372 V. Description of the invention (86) The upper part of the peripheral surface is at least more than the plywood single sheet ^ carried on the moving guide belt 218 of each drive guide belt 218. The spear surface returns to 骟 to the relay pulley m. The early plate is conveyed in the return operation. The return is set on the side of the return portion with respect to the relay pulley 284. In the return guide hibiscus strain 9 9 4 Φ, 4 old μ y + 〒Ή 偁 仵 to 4, it is preferable that the auxiliary frame 222 has a surface relative to the relay pulley 284, and this surface has a curvature extension of 284. Radian section, and fold on the frame 212. The pulley 223a is not placed on the upper part of the auxiliary frame 222 having a substantially triangular cross section, the net pulley 22 3b is provided at the lowermost part of the lower part, and the pulley is turned into a protrusion provided at the lower end. Extends over the three pulleys 22 3 &, 223b and 223c. At positions corresponding to the relay pulleys 28 4 respectively, the endless belts extending above the three sets of pulleys 22 3a, 2231) and 223 ° are opposite to each other. The number is set corresponding to the number of relay pulleys 284. The endless belt slides in contact with the relay pulley 2 8 on the plywood veneer return side in a planar manner. When the plywood is a single piece When the plate is folded back on the relay pulley 284 'and the plywood single plate i remains in sliding contact with the outer peripheral surface on the return side of the relay pulley 284, the plywood single plate is surface-pressurized from both sides thereof.

The parent pulleys 2 2 3 a, 2 2 3 b, and 2 2 3 c, for example, the pulleys in the lowermost concave portion are fixed to the pulley shaft 285 thereof. The key wheel 286 mounted on one side of the pulley shaft 285 and the motor 228 provided on the frame 212 are rolled back by the chain 2 87 and the speed of the return guide member 224 and the plywood conveyed on the drive guide belt 218 The conveyance speed of the single-piece veneer 1 is substantially the same, and it is controlled in a free-cycle manner counterclockwise in FIG. 66.

Page 92 490372 V. Description of the invention (87) A plurality of rows of driving guides provided in the direction where the 2 1 8, 侔 P ^ direction intersects the telescoping of the piston rod 221 of the fluid cylinder 22 0, The end pulley 20 9 provided in the direction toward the plywood single-piece roll bundle 9 can be moved freely to the plywood single-piece roll / person 4 ^ under the surface, Or away from the lower part of the outer peripheral surface of the plywood single-piece roll bundle 9. … Η reverse ^ single-sheet roll 9 rounds of single-sheet veneer 1, the fluid is supplied through the fluid two * * rear mouth to extend the piston rod 221 in the most reduced position, ^ & drive guide 21 8 is crimped to the lower part of the outer peripheral surface of the plywood monolithic roll bundle 9 which is also held by a fork on both side ends and forked. m When the driving guide belt 218 is driven by the driving force of the motor 228, at the 66th: from the end: moving: 'the plywood single sheet veneer 1 of the plywood single sheet bundle 9 is pinched, the frictional force of the lead belt 218 It is rolled back, and it is mounted on the drive guide belt when it reaches the return section ^ 1. When the rolled plywood veneer 1 is transported to. Τ5 板 单片 veneer} From the driving guide belt 2 to the pulley 284, and then to the total #page "", the transmission is reversed, and the driving force of the endless belt is relayed and the component 284 And the endless belt is clamped and turned back. The gate Γ surname ^ * For return and reversal on the relay pulley 284 * The endless belt is called ",, σ plate single piece single plate i, relay pulley 28 moves ", Drive endless belts. For example, as shown in Fig. 68, the shaft center ::: # generation 215 flat shaft 290 of the contact roll 289 is supported on a shaft 288 provided at 21% of the support table. The contact roll 289 contacts to freely turn to the side… the relay rounded peripheral surface on the rule. The method is to receive the driving force of the motor 228, and to sleep 289 in Fig. 68, then the relay pulley m rotates counterclockwise in the figure, and at ten years, the a

Page 93 4 ^ 0372

V. Description of the Invention (88) The veneer 1 can be reversed by being lost in the mountain book t 284 of the return guide member 2 2 4. , ',,, W's turn-back and relay pulleys also show in Figure 69 another turn-back action from the plywood single-piece roll bundled single-piece veneer 1-the mouthboard includes: the plywood Monolithic single V;:. 1 According to this embodiment, 'the connection conveyor installed in a predetermined interval 2 straight 2 reverse and the terminal in the 291 transport direction are as follows: the connection transport is the connection pulley 293 along the axis center in the opposite direction t ^ / Surname Jin returned to the location. I between A and A corresponds to the fixed on the support shaft 2 1 5

The positions of the pulleys 216 are respectively fixed on the connecting shafts 且 and the end belts extend between the base end pulleys 2 and 6 and the connecting pulleys 293 as belts. Also, the pulley 2 84 is rotatably supported by the coupling shaft m in the approach position of the connection pulley 293, and the straightness of each relay pulley 284 = the connection pulley 293 is large. It is preferable that a plurality of relay pulleys 284 be provided adjacent to the connecting pulley 293 on the connecting shaft 292, and the uppermost part of the peripheral surface of each relay pulley is at least higher than the conveying surface of the connecting conveyor 291. = j The return guide member 224 is provided on the opposite side of the relay pulley 284 as described above, and the return guide member is in sliding contact with the peripheral surface of the return side of the plywood early sheet veneer of the relay pulley 2 84 .

Fold, 5 = this method, because the speed of each drive guide belt and the speed of the combined single plate 1 folded back between the endless belt constituting the guide 1 and the endless belt of the member 224 and the relay pulley 2 84 The control is almost the same, and the control of the peripheral surface speed in the folding operation of the plywood single sheet veneer 1 has no chance of being drawn when it crosses the fiber direction. Therefore, there is no excessive tension set on the plywood single sheet from the plywood single sheet roll bundle 9 caused by the drive guide belt 218.

Page 94 490372 V. Description of the invention (89) The starting position A of the rewinding of the veneer 1 is generated, thereby preventing breakage or tearing in the rewinding starting position and in the fiber direction of the plywood veneer 1 produce. The plywood veneer 1 which has lost and returned between the endless belt and the relay pulley 2 8 4 is turned on the return conveyor 22 6 and reversed. In this situation, the return conveyor 226 is controlled at approximately the same speed as the speed of the conveying conveyor that drives the guide belt 21, the return guide member 22 ^, and the plywood monolithic dryer, and accepts the guide along the return The curvature of the member 224 advances and is sandwiched between the drive guide X-belt '2 1 8 and the return member 2 24 and the clamped single sheet veneer ^ 1' and finally the plywood is sent out from the return output 2 2 6 Single sheet veneer 1 to talent sheet dryer. Kou Yau's early driving guide belt 218 is accompanied by the elongation of the fluid cylinder 220, and she holds the lower part of the peripheral surface of the driving guide belt 218 pressure-joining the single-piece roll bundle 9 at the diameter of the plywood single-piece roll bundle 9 at Plywood single sheet veneer 1 is rolled back: Zhongrui Shaoli Temple, several pairs of support arms 217 are supported by the base end pulley 216 Ϊ64 counterclockwise in the picture to make the base end pulley 20 9 The side moves counterclockwise at 2. When each endless belt 218 is in the shape of a belt extending above the endless square Γ / ^ wheel 216 and * end pulley 209, the two and 209 are different in diameter from each other, and the diameter ratio of the base end pulley 216 is The wheel 2 0 9 is large. Therefore, when the # driving guide belt 218 is pressed on the lower part of the peripheral surface of the 单 s of the plywood single door, a margin is generated corresponding to h μ I of the diameters of the two pulleys 2 16 and 2 09. The driving guide belt 218 is pressed against the peripheral surface of the plywood monolithic roll bundle 9 above the surface area selected by the wheel axle. The pressure above the surface area is applied to the driving guide belt 218 and the early roll bundle 9 The contact area between the lower parts increases, which in turn makes more

Page 95 490372 V. Description of the invention (90) ------ The friction force is generated, and as a result, the plywood single sheet veneer 1 can be broken back from the plywood single sheet roll bundle 9 in a stable manner. In addition, since each base end pulley 2 has a large diameter, the folded-back diameter of the single-sheet veneer 1 is increased, and it can smoothly carry the single-sheet veneer 1 in the folding operation. In addition, because the central area of the support 2 17 is bent upward toward the apex, it is convenient to avoid driving the guide bow 丨 2 1 8 to contact and interfere with the corresponding support arm 217 between the lower and upper surfaces or thereby When the diameter of the Tianhe board single-piece roll bundle 9 is reduced, the drive guide belt 218 stops its circulation to ensure the rewinding of the plywood piece from the plywood single-piece roll bundle 9. Then, the plywood single sheet veneer 丨 is rolled back and used as a guide for the recovery of the coiled wire 1 2, in which the wire 丨 2 is wound along the axis of f: the wheel 7 In the case where a plurality of rows of plywood single-sheet veneers provided at arbitrary intervals in the direction are wound up on the take-up wheel 7. As shown in Figs. 70 and 71, the shaft ^ of the roll-back roller 2 3 0 of the single cylinder before the connecting beam 21 g on the downstream side is supported, and the motor 23 i is provided at one end of the shaft. On the other hand, a plurality of fluid cylinders 233 for driving the roll-back rollers 2 3 5 to approach or move away from the roll-back rollers 23 and having the same diameter cylinders are provided at a plurality of pairs of supports adjacent to the tips of the pair of support arms 2 1 7. Between a plurality of pairs of support arms 217 on the receiving frame 23 2 above the arms 2 7. Further, the piston rod 234 of the fluid cylinder 23 3 rotatably supports the roll-back rollers 235 at its tip. As described above, not only the plurality of driving guide belts 2 and 8 contact the lower portion of the peripheral surface of the plywood single-piece roll bundle 9, but also the short roll return roller 2 35 is extended by the piston rod 2 34 of the fluid cylinder 233 installed on the receiving frame 232. Move toward the long scroll roll 23o. Close to a plurality of plywood single sheets at arbitrary intervals in the axial direction

/ z V. Description of the invention (91)-2: The mountain's recognition of the prophet's part of the thread 12 that was taken up and hung from the peripheral surface of the plywood single-piece roll bundle 9 'during the movement of the short roll roll 235 In the middle, it is taken up and clamped between the rollers 2 3 0 and 2 3 5. Then, not only the driving guide belt 218 is driven by the driving force of the motor 228 to cycle counterclockwise in the 70th direction, and the long roll back roller 2 3 0 is controlled to be synchronized with the driving guide w218, and the two rollers 230 and 235 are at Rotating in the opposite direction, as a result, the plywood veneer veneer 丨 rolled back from the plywood veneer roll 9 has been taken up on the plywood veneer roll 9 and taken back as a guide wire 12. The thread 12 is taken up on a wire wheel in synchronization with the rewinding of the plywood single sheet veneer 1 from the plywood single sheet roll bundle 9. Therefore, the plywood single-piece veneer 1 that has been transferred to and is now being carried thereon is guided to the return guide member 2 2 4 and similarly to the above description, is sent to the plywood single-piece dryer and is rolled back and The clamped thread 12 is recovered in a recovery box 236 provided below the plywood single-piece roll bundle 9. It will be described with reference to Figs. 7 2 and 7 3 that another embodiment of recovering the thread 12 is described. A pair of horizontal beams 23 7 are disposed under the conveying frame 210 and extend toward the pair of wheel pillars 65 spaced between the horizontal beams 2 37, respectively. Each pair of securing belts 239 extends over pulleys 2 38 which are rotatably supported at the front and rear portions of the horizontal beam 23 7. The pair of actuating belts 23 9 are synchronized with each other by the connecting shaft 240, and not only the actuating belts 2 3 9 are circulated in one direction or the other direction by the front-rear drive of the motor with a reduction gear, and the action of each of the actuating belts 239 It is controlled with the help of a pulse generator included in the motor 2 41. Each linear path 24 2 is laid along the conveying direction of the moving belt 23 9 between the upper and lower lanes, and a linear stop 243 is attached to each of the moving belts 23 9.

Page 97 490372 V. Description of the invention (92). The walking member 2 4 4 is a linear stop ΓΛ V ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ ^ Two ... and the first and second steps are set on the spaced walking member 244. rn; = :; rr46 is set on the support structure. The mouth 247 is set on the support structure. The main ruler is closed and the mother is closed. On the lower surface of 仵 245, the nozzle μ 弁 弁 is always close to the holding member 246. Nozzle 24 7 is thin, and the door is sinful. ,% ^ 47 ,, and each of the transport officer 248 and the blower 249 are connected, on the other hand, not only a plurality of spools 2 5 corresponding to the thread 1 2 1 frame folded from the rack 212 downstream of the return position 211 2 5 〇 is supported, and the wheel 251 is connected to the motor bracket 3 via each torque limiter 2 52. In addition, each wire guide 255 is mounted on the main body 254 of the wire reel 251 so as to cover substantially along the half circumference of the main body 254 with a gap therebetween. According to the above-mentioned embodiment, when the actuating belt 2 39 is circulated in the normal direction by the driving of the driving gear 241 with the reduction gear, the linear stop 243 advances on the linear path 242 in a sliding manner. When the row member 244 mounted on the linear stop 243 reaches the vicinity of the forward movement limit, the opened holding member 246 mounted on the traveling member 44 ^ comes to each member 246 where it can be bundled from the plywood single piece 9 The state of holding the thread J 2 in the center of the drooping length of the peripheral surface, wherein a plurality of threads serving as guides 2 are plywood plywood at arbitrary intervals along the axis of the plywood ply 9 The roll 9 is taken up. After the 'holding member is closed to hold the thread 1 2 near its tip, the air is exhausted from the nozzle 2 4 7 mounted on each holding member 2 4 6, thereby ^ the thread 1 2 at its holding point. Free end of each of the holding members 2 4 6

490372 V. Description of the invention (93) The downstream blows away towards the reel 251. In this situation, the 'spool wheel 2 5 1 rotates counterclockwise in Fig. 73, and the free end of the thread 12 in the blowing state comes under the body 2 54 of each of the spools 2 5 1, In addition, the free end of the thread 12 is mounted on the generated airflow (airflow) caused by the gap between the body 254 and the wire guide 255 so as to be wound and entangled on the wheel body 2 5 4. After a predetermined time has elapsed, the thread 12 is released from the holding member 246. Then, the wire 12 is continuously and continuously rotated by the wire wheel 251 and is kept in a tight state between the wire wheel 251 and the plywood monolithic roll bundle 9. However, because the wire wheel 2 5 1 passes the torque limiter 2 at any time 2 $ 2 By driving the motor 253, an excessive load can be avoided on each of the reels 251. The thread 12 is wound up on the reel 251 in synchronization with the rewinding of the plywood single-sheet veneer j of the k-plywood single-sheet roll bundle 9. In this state, when the plurality of driving guide belts 2 丨 8 are in contact with the lower part of the peripheral surface of the plywood single-piece roll bundle, then the plywood single-piece veneer 丨 rolls back from the plywood single-piece roll bundle 9 > 251 After the start of rewinding of the plywood veneer 1, the overload state is released, thereby rotating the wire wheel 2 5 i. Therefore, the plywood single-chip veneer 1 that has been conveyed on the drive π218 is guided to the folding guide member and then sent to the plywood single-chip state by the return conveyor 2 2 6 as described above. Furthermore, the thread object 1 2 which has been taken up on the plywood single-piece roll bundle g as a guide is finally taken up on each of the reels 2 5 i. It should be noted that when the motor M with the reduction gear is driven in one direction or the other direction and the belt 2 39 is moved back and forth to move the walking member 244 back and forth, there is no curvature in this way, the drive can be driven by any Replacement of fluid cylinder, rack / pinion operation, crank operation, etc.

Page 99 490372 V. Description of the invention (94) When the occasion where the reel 2 5 1 is fixed is described, an embodiment in which the reel 2 5 1 can be moved back and forth freely will be described below. As shown in FIGS. 74 and 75, the frame 25 is installed on the linear path 2 5 6 laid on both sides of the rack 212 with the linear stop 2 5 7 interposed therebetween, and the frame 25 is mounted on the rack 21 2. The piston rod 2 5 9 of the fluid cylinder 25 8 is attached to the frame 25 0, and the frame 2 5 0 can be moved back and forth freely, up to a plurality of lines of threads 1 2 that hang from the peripheral surface of the plywood monolithic roll bundle 9. Near the apex, the thread is taken up on the plywood single-piece roll bundle 9 as a guide for the plywood single-piece veneer 1 at an arbitrary interval along the axis direction of the plywood single-piece roll bundle 9. In addition, the exhaust fan 26 is provided on one side of the frame 250, and the suction hole (not shown) is formed in the body 254 of the reel 251, and not only the exhaust fan 2 60 is connected to the reel 2 through the exhaust pipe 261 The main body 2 5 4 of 5 1 communicates, and each wedge-shaped notch 2 6 2 is formed on the tip of a wire guide 25 5 provided along the main body 254 of the reel 251 with a gap therein. μ According to this embodiment, the frame 250 follows the expansion and contraction of the piston rod 259 of the fluid cylinder 258, and moves along the linear path 2 56 toward the plywood monolithic roll bundle 9, and when the frame 250 reaches the forward movement limit 254, it has The wedge-shaped notch 26 2 of the wire guide 255 is in close contact with a portion near the tip of the wire 12 hanging from the peripheral surface of the plywood monolithic roll bundle 9, and the wire 12 in a plurality of rows in the axial center direction thereof It has been taken up as a guide on the plywood single-piece roll bundle 9. Then, when the exhaust fan 260 is actuated to generate the space 2 54 of the wire wheel 251 ^ the space between the guides of the mountain, the exhaust air current (attracting air current) in the mountain is the leading end of the wire wheel 251 as the free end of the wire 251 The lower part was taken up and tangled. Therefore, the thread 12 is accompanied by the continuous return of the wire wheel 251.

490372 V. Description of the invention (95) Maintain tension between the plywood single-bundle roll bundle 9 and the reel 251, and similarly to the above-mentioned method, 'wound on the plywood single-blade veneer 1 and used as a guide line shape The object 12 is taken up on the reel 2 5 1 in synchronization with the plywood single sheet 1 rolled back from the plywood single sheet roll bundle 9. It should be noted that according to the movable base rod 2 589 ′ of the fluid cylinder 258, the frame 205 in the above embodiment is free to move back and forth. This mechanism is not particularly limited, but it can be achieved by using one direction or the other Upward, as described above, the drive with the reduction gear motor, rack / pinion action, crank action, etc. does indeed move the belt back and forth. In this embodiment, on the premise that the perimeter of the wire 12 is rolled from the plywood single-piece roll bundle 9 on the premise that the peripheral surface is suspended in a substantially vertical state, the spring recovery of the wire 丨 2 is described, where a plurality of columns are used as the plywood single-piece The thread guide 2 guided by the veneer 1 is wound on the plywood single-sheet rolls 9 at any interval in the axial direction of the plywood single-sheet roll bundle 9. However, when the plywood veneer is wound up to form the plywood single-bundle bundle 9, some wires that are guided and rolled up are produced. 2 The fibers in the plywood veneer Entanglement, by which %% does not hang vertically. Also, in the process of moving the plywood single sheet formed by winding the plywood single sheet 1 and the bundle 9 along the gentle downhill of the conveying frame 210, or sequentially stacking the plywood single sheet bundle 9 on the plywood single sheet roll In the waiting time in the inventory area 3a, because each thread 12 has a small weight, the thread is blown by the wind, and each thread 12 is in the central part and on the surface of the plywood veneer 1 The formed fluff fibers are entangled, and as a result, the hanging portions of the threads 12 on the plywood monolithic roll 9 are randomly distributed. In this case, recovery of the thread-like object 12 cannot be performed. An embodiment in which the position of each thread 12 is corrected will be described with reference to FIGS. 76 and 77.

/z

A pair is free to read + from pass. The stopper 263 is set at a waiting position where the conveying surface of the plywood single frame / 21 0 projects or retracts on the lower-plywood single roll = roller inventory =. The roll-back position in the roll-back position 211 and the front-"The anti-monolithic roll 9 is tied to 263 and the mobile broadcast block 2 65 ^ \ Operation I vertical = here the pair of stoppers this pair of vertical frames m as W ' / VV1 has an inner movement. The arm 267 and the movement: block 2J: the upper cymbal mechanism freely moves up and down the fluid vapor red 268 by the movement: up :: pin engagement, and tilts as a forward and backward movement. The fluid cylinder is free water C, Pi 9 A 7 AA 4 J / Gu Jizi 2 6 9 The middle piece connected to the arm 2 6 7 ☆ The spoon tip is connected to both ends of the correction member 270, and the function of the correction structure U body cylinder 268 is free Move closer or farther away from the plywood single piece =, "and the Γ pin connecting part moves back and forth as a fulcrum. A plurality of vacuum holding objects 12 and 2 ^, wherein the vacuum clamping hole is used to attract and hold the end machine 273 of the wire positive member 2'70, and is connected to the calibration t 1 by a reversible air supply pipe 272, ΓηΓ /// ^ f, J (^ ^ ^ ^ 268) ^ ^ 6 «. The right component 2 70 is moved upward D 2 in the moving block 2 65. μ, contact and suppress the next entry in the area along the axial direction on the downstream side 2 = roll on the peripheral surface of the holder 9 and the previous plywood single-roll roll 9 is on the :: bit] as a guide ^ in the human return operation in. When it comes into contact with the lower-plywood single-piece roll bundle 9, the lines 2 70 arranged in the plurality of objects are pulled and held by the compensating member, the households / the ancients, and the industrial members. After the wire 12 is held by the vacuum clamping action, ^ 0372 V. Description of the invention (97) The moving block 265 is moved downward by the action of the lifting mechanism (fluid power cylinder 266), and the correction member 270 is relative to the plywood. The position of the single roll 9 is fixed. When the moving stopper 26 5 is moved downward, the thread 12 gradually comes to a tension state between the correction member 2 70 and the plywood monolithic roll bundle 9, and the thread 12 is held by the vacuum clamping effect . Therefore, even if the terminal of the wire 12 to be wound up as a guide and the plywood single-sheet veneer worker LI t Γ f 'in the form of the plywood single-piece roll bundle 9 or the position where it is suspended from the wire 12 are confused, because The linear free part is entangled with the fluff fibers on the surface j of the plywood monolithic roll bundle 9 in the center of the free part, and the moving block 265 reaches the beauty of the downward moving limit, and the free part of the thread 1 2 becomes tense. As a result, the entanglement of the thread 12 with the fiber can be resolved. When the downward movement limit of the correction member m is released, and the holding state between the object 12 and the correction member 27 is released, the linear shape of the plurality of columns 2 should be approximately vertical from the plywood single-bundle bundle 9 on the peripheral surface, and Correct their positions individually. It should be noted that there is a special limitation here, it can be actuated by racks / pinions, cranks, and in this embodiment, the moving block 265 is a cylinder _, which can be used by one direction or the other = mechanical For fluid motors with reduction gears, racks / pinions: replace the forward and backward movements of the moving belts. Driven by the crank action After correction, the stopper 2 63 is completed with the previous one, retreating from the conveying surface, and the next person " reel of the early film roll bundle 9 to the rewind position 2 11. Under the skin makeup and w, the door / Samaki roll bundle 9 is transferred ^ κ ^ In this state, since the correction member is located at the downward movement limit, there is no inconvenience in the transfer operation. , Π moves down Η Page 103 V. Description of the invention (98) In the above embodiment, the correction of,, is at the position of the thread 12 of the plywood single sheet roll M = 2-the plywood single sheet roll bundle 9 in the roll Retrieval bit == Second set: Perform, and this correction operation can be performed in a new person in the case of rewinding, but the rewinding position is 2U. The rewinding operation of the preform sheet roll bundle 9 will be described with reference to the drawings. Ϊΐ: Another-embodiment of the position correction of 724 will refer to the downstream of the 78th pair of transmission boxes on the road ===, which is laid on the downstream side of this receiver 8 linearly on the linear road 274, and 、 + \ ° The way of movement is set to S27S Bu "The above-mentioned similar correction member 270 is installed on the line 达 Da Liren: Λ frame 276 is in it. The movement correction member 270 is set in The transmission frame is suitable for # A m good side, in this embodiment, the fluid power cylinder 2 77 ^ every two systems, and the tip of its piston rod 2 7 8 is connected to the bracket 2 7 Θ. Position 1 2 2 ' * The branch member 2 70 is retreated to the retreat limit line ff to the action of the Ke rear movement mechanism (fluid cylinder) 277 to produce a morning sheet: 9 position without interference. The plywood single sheet roll bundle 9 is in the transfer frame, The wheel receiving position 8 is reached, and the bearing of the plywood single-piece roll bundle g is rotatably supported by the wheel receiver 8 and the wheel lowering device 66. Here, the j-driving guide belt 21 8 is bundled from the plywood single-piece roll. 9 The lower limit position far away is: waiting for the condition. Then, the piston rod 2 7 8 of the fluid cylinder 2 7 7 is extended, and The positive member 2 7 0 is pressurized along the linear path 2 7 4 so as to reach the downstream side of the peripheral surface of the plywood single-sheet roll bundle 9σσ. As a result, the correcting member 2 7 0 presses the early plate roll bundle 9 along the axial direction. When crimped to the correction member 2 70, it is used as a guide and is wound on the plywood 490372. V. Description of the invention (99) The plurality of strings 12 wound on the single-piece roll bundle 9 are lost in the vacuum as described above. With the help of the holding hole 2 71, the correction member 27 is held by the vacuum loss. After the vacuum clamping of the wire 12 is maintained, the piston rod 27 8 of the fluid cylinder 2 7 is retracted, and then The correction member 270 starts to retreat on the linear path 2 74. At the center of the retraction process of the correction member 270, the thread 5 gradually comes to a tension between the correction member 270 and the plywood single-bundle bundle 9. As shown by the two-dotted dotted line in Fig. 78, and the thread 丨 2 is held on the correction member 270 by the vacuum clamping action. Therefore, even as the guide and the coiled wire 12 is terminated and the The fibers of the plywood single sheet veneer i in the form of the plywood single sheet bundle 9 are entangled, or the position where they are suspended from the thread is disordered, because The free part of the thread 丨 2 The center of the free part of the thread 12 is entangled with the fluff fibers on the surface of the plywood monolithic roll bundle 9. Before the correction member 27 reaches the downward movement limit, the thread 12 The free part of the wire came to a state of tension, and as a result, the entanglement of the thread 12 with the fiber was resolved. After that, when the correction member 27o reached the downward movement limit position, the straight air from the thread 2 to the correction member 27o was released. Hold, and the thread 12 is pulled out from the free portion of the thread 12 from the plywood monolithic roll bundle 9 in the lateral direction to the free portion of the thread 12 from the peripheral surface of the plywood monolithic roll bundle 9 by its own weight. It is in a substantially vertical state. It should be noted that in the foregoing embodiment, the forward and backward movement mechanism of the correction member 270, the telescoping action of the fluid cylinder 277 is applicable: what restrictions, but can be made in one direction or the other direction: ": Ί, rack 'pinion movement #, crank action, etc .: indeed move the back and forth movement of the skin ▼ instead. Also, in the above embodiment, the position of the strands 2 of its recovered property is corrected at Xinhe 490372 with 2m roll-back position V. Description of the invention (100) = roll, before the roll-back operation, it can be done in the plywood single-chip inventory area 3A, etc .: Brother Ming, but this school board single-chip The roll 9 is rolled back. The σσ line is the same as in the previous embodiment. In the above embodiment, the vacuum clamping hole 271 is formed, and the position of the thread 12 is corrected and the shape is formed by the straight / plate positive member 270. The object 12, the vacuum clamping hole 271 can be replaced by a stick + a piece such as a stick, a king holding action holding line attached to the plywood single-piece roll holder facing the correction member 270, and a piece, wherein the wire 1 2 With pressure followed by force, as shown in Figure 76, the following methods can be maintained. The high-friction member of the sandpaper on which the particles are formed :: two or: shaped to form fine unevenness by hitting it, the surface changing surface is performed by filing or scoring to form a micro spoon 279 ′ Among them, the rough surface of the thread 12 and the correction member 27 ° is corrected. In this case, the generation between the thread 12 and the correction member 270 is maintained by the entanglement of the pressure strip or the correction of the fine protrusion m: It should be noted that the direct air loss caused by vacuum misholding is generated, 271, the pressure of entanglement holding is followed by strips or the entangled fine protrusions may be on the surface of the plywood monolithic roll 9 facing the correction member 270 & formed, but as shown in FIG. 79: 'this each-a special area with an appropriate width can be taken up for guidance in the axis direction of the take-up wheel 7 corresponding to the plywood single-piece roll bundle 9 The wire member 2 is formed on the correction member 27 near the position of the wire 2. As shown in FIG. 80, the main body 254 of the wire wheel 251 has a drum shape, and its package 490372

Including: two round flanges on both sides; and the portion between the flanges, which further includes 2 conical portions, the segment of a conical portion is composed of two slopes, so that the diameter from the flange to its length It becomes narrower toward the center in the direction, and the two conical parts are mirror-symmetrical to each other 'and the connection part between the two conical parts in the center of the V-shaped groove 2 80 in its length direction is formed. The / female mating form or the thread form is used as a boundary, and two are assembled in a removable form. Therefore, with the structure of the reel, the recovered thread 2 can be easily taken out from the main body 254 of the reel 251. According to the wire wheel 251, when the wire 12 starts to be wound on the wire wheel 251, the tip of the wire 12 that has reached the body 25 4 is guided along the slope and comes to the V-shaped groove 2 80, which is approximately At the center, the winding of the thread on the body 254 is thereby ensured. In addition, after the take-up of the coil 12 of the wire 9 is completed, the wire wheel 2 51 is divided into left and right halves in the center as a boundary, whereby the coiled wire 2 on the wire wheel 2 51 can be easily taken out. Therefore, in contrast, in the next operation, it is only necessary to form the two halves into a pot to improve operability. 〃 In the above embodiment, the case where the body 254 of the reel 251 has a flat surface as a prerequisite is described. For example, when a strip or a pressure strip adhered to the strip is used, it is convenient to wind the thread on the body 254物 12. also,

In addition, the following method can also be applied. The body 2 54 itself is processed into a high friction, coefficient: if a high friction member with sandpaper on which abrasive particles are attached, the body 254 is deformed to cause the surface of the body 254 to deform. The surface of the body 254 formed by tapping on the surface of the body or the surface of the body 254 is filed or scored. As shown in FIG. 81, a fine protrusion 2 8 J is formed thereon, and the object 12 and the body are formed. The high friction members on 2 54 are entangled for easy retention.

Page 107 490372 V. Description of the invention (102) According to this, if the leading end of the thread 12 is at the beginning of the winding of the thread 12 on the wire wheel 2 5 1, it will be on the surface of the body 2 54 The wire 12 is easily entangled with the surface of the body 2 5 4 because it is in contact with any position on the surface, because a pressure bar piece or a fine protrusion is provided on the surface. Therefore, even if the apex which is the free end of the linear object 12 does not deviate significantly from a predetermined position, the winding of the linear object 12 on the reel 2 51 can be performed without any problem. After that, the thread 1 2 is kept in tension between the plywood single-piece roll bundle 9 and the wire wheel 2 5 1 'the thread that is taken up as a guide on the plywood single-piece roll bundle 9 2 As described above, the plywood single sheet veneer 1 of the plywood single sheet bundle 9 is wound up on the reel 251 in synchronization with the rewinding. In addition, the wire guide 2 5 5 can be formed as a flat half-ring, and its arc-shaped portion is shown in FIG. 82. In this case, the wire guide of this form is guided along the flange of the wire wheel 251. Install it so that the gap between the surface of the main body 254 and the wire wheel 251 is made, and the wire guide 2 55 and half of the lead-in side of the wire are blasted, and the state is open. As a result, the wire 2 is guided between the lower part of the body 254 and the lower part of the wire guide 2 55 by the exhaust air flow (suction bow flow) or the ejection of air (blow air flow). In this case, because the exhaust air flow (suction 2 milk flow) or air (blow-out air flow) is ejected, it flows along the uppermost part of the flat half-circle arc from t to the upper part, which is linear. The apex of the object 12 is carried on the stream so as to reach the uppermost part of the wire guide 255 and reach its opening, and then it is dropped by its own weight by the disappearance of the air stream on the body 2 5 4. Because the apex of a thread 12 is tied up around the Japanese body along the body 254 of the reel 251, and the thread 12 rotates against the leaves of the reel 251 as shown in FIG. 82 As shown, it is easily taken up on the body 254.

Page 108 490372

Especially when the reel has a drum-shaped body, the leading end of the wire 12 that is falling above the wire guide 2 5 5 runs along the slope and reaches the central V-shaped groove 2 80 to make the wire shape The winding of the object 12 is ensured. Then, as shown in Figs. 8 to 8 to 9, a plurality of rows are provided in a lengthwise direction of the plywood single-piece roll bundle 9 from a state where the thread is taken along the peripheral surface of the plywood single-piece roll bundle 9. A case where at least one of the wound threads protrudes from the outside of the plywood single-bundle bundle 9 at an angle <9 will be explained, and in this case, the plywood single-bundle 1 is bundled from the plywood single-bundle 9 Was rolled back. When the thread 12 is pulled out of the plywood single-bundle roll 9 by the dog, as shown in Fig. 8g, 'the drawing direction of the thread 12 is first, so that the direction is located on the plywood single-chip veneer 1. The plywood single-piece roll bundle 9 rolls back the plywood single-piece separation position P, and from the plywood single-piece veneer separation position P via the center line of the plywood single-piece roll bundle 9 and formed at the plywood single-piece roll-off position P and the plywood single piece A manner of separating the center between the positions Q where the periphery of the plywood single-piece roll bundle 9 on the winding side of the plywood single-piece veneer 1 between the relative positions Q is divided is determined. The pull-out direction is important so that when the plywood single sheet 1 rolled back from the plywood single sheet bundle 9 tends to be wound on the plywood single sheet bundle 9 in a concomitant manner, the thread 12 The pull-out direction acts to prevent the occurrence of the accompanying phenomenon of the plywood single-piece veneer 1 with the single-piece roll 9 and effectively returns the plywood single-piece veneer 1 to the conveying surface 2 9 8. Therefore, the angle qj formed between the line s connecting the center 0 of the plywood single-piece roll bundle 9 and the plywood single-board veneer separation position P and the line S connecting the center q and the separation point R of the thread 12 is less than 1. 80 ° is preferably, or less than 90 °, and it is preferable that the thread 12 is pulled out of the plywood single-piece roll bundle 9 at an angle within this range. From this perspective, the trend

Pay

490372

It: Plate: The plywood single sheet veneer 1 of the sheet roll bundle 9 effectively prevents the thread 12 from being returned to the roll conveyance surface 298. On the other hand, when the line-shaped, month-to-mouth plywood single-piece roll bundle 9 has a curvature (on a tangent to the midpoint R, tangent) or when it is rolled from the plywood single-piece veneer to the other side The upwardly inclined ρ is pulled back, which is difficult to block the partner of the plywood single sheet veneer 1 by the thread 丨 2

As shown in Fig. 85, the position where the wire 12 protrudes outward and supports is located close to the return surface 2 95 of the plywood veneer worker on which the wire 12 is rolled back from the plywood veneer roll bundle 9. For example, the 'support member_' protrudes from the beam constituting the wheel stay 65 on the side where the plywood single roll is taken in. The thread auxiliary pulley 297 is rotatably installed at the tip of the support member 296, and the thread 12 rolled up along the curvature of the plywood single-piece roll bundle 9 protrudes outward, and the thread 12 is formed by the thread pulley 29. 7 is supported. In this case, the plurality of strings of the plywood single-piece roll bundle 9 arranged in the long-term production direction of the plywood single-piece roll bundle 9 are wound between the reeling rollers 2 3 0 and 2 3 5. Clamp, or maintain proper tension by the wire wheel 2 51 continuously rotating through the torque limiter 2 5 2.

As mentioned above, when the plywood single sheet veneer is rolled back and the wire 12 is recovered from the plywood single sheet bundle 9, there is a plywood single sheet veneer! When the surface of the plywood single-piece roll bundle 9 that is being rolled back is re-rolled, as shown in Fig. 84 ', the plywood single-piece veneer 1 is not rolled back to the conveying surface 298. In this case, as shown in FIG. 85, since the linear object 2 belongs to the state of curvature of the sheet suppressing roll bundle 9 along the plywood and is supported by the line auxiliary pulley 2 97. The second line = the object 1 2 is linear. In the state where the object 1 2 extends outward to the peripheral surface of the plywood single sheet roll 9 at the angle θ, the 'wire 1 2 not only prevents the plywood single sheet veneer from being accompanied by production.

490372 V. Description of the invention (105) == 9. At the same time, it is re-rolled by the single piece of the plywood that was rolled back. The plywood sheet 1 accompanied by the thread 12 being blocked is returned to the rewinding conveyance surface 298, thereby being conveyed to the next step. It should be noted that even if at least one of the objects 12 protruding outward is effectively 2, although the two threads 12 are respectively outward near the two sides in the length direction of the plywood monolithic roll 9 The plywood single-piece veneer that is protruded by the side and is held by the line auxiliary pulley 2 and tends to be accompanied by the roll back. 丨 It is preferably from two sides, because a single line is replaced by a line 12 from both sides. Object 1 2 which increases the effectiveness of the line auxiliary pulley 2 9 7. The support position of the thread auxiliary pulley 297 of the fruit thread 12 is close to the roll-back surface 29 5 as above, and the coupling of the M-direction single-sheet roll bundle 9 may be hindered and accompanied at the initial stage. However, if the machine is in the aisle of the appropriate support position of the V-line auxiliary pulley 297, it will make it difficult for the author to come to or move away from his or her work, so that his support position can then be moved closer to the plywood veneer. The surface mode of the roll sheet is shown in FIG. 86. The support position of the thread 12 is exemplified. The line support device m is located away from V in the radial direction; the opposite position is lifted. The second # 301 rotatably installed the line auxiliary pulley 297 plate is further supported by the women on the support shaft 300 near its two ends, and the bean 300 extends approximately parallel to the axis of the plywood monolithic roll bundle 9 _ _ Both ends of 300 are supported at one end by the boom 302, and the other end of the boom 30 is attached to the rotation shaft 3G3. In addition, the one end of the lever 30 is attached to the rotation shaft.

Page 111 490372 V. Description of the invention (106) 303, and the other end is connected to the piston rod 306 by the wheel post. Rune ’s μ body / flying cylinder 30 5 211 2nd column The platform (not shown) for work is installed in the center of the winding position 2 11 above. When using the platform, the work piece The curvature of the coil 9 is taken up by the person κ κ / mouth a plate single i 2 to the figure near the ends of the roll ^ early roll ^ ^-the dotted line is not located in the radial direction Go out. Although it was taken up on the auxiliary pulley 297, the auxiliary ribs held by the thread 12 and 300, and the code ~ 9Q7 * Dawei Cong and the team Liu Yanzhou support shaft support. * Then the 'fluid cylinder of the fluid cylinder 3 05 = 06 is stretched, thereby rotating the rotation shaft 300 by an angle to return the soil 300, while keeping the support shaft 300 radially outward] The shaft ^ 00 ,, S3 ^ J;-/ 〇 The peripheral surface of the mouthpiece early film roll bundle 9 advances. After the displacement, for example, the thread 12 is recovered from the plywood single-piece roll bundle 9, and the '' plywood single-piece roll bundle 9 is rolled back. Early film early ^ From this embodiment, when the rotating shaft 3 0 3 is rotated by an angle, the method of lever rotation and mutual interaction is as follows: the pinion 3 09 is mounted to the rotating shaft, and / The piston rod 312 of the cylinder 311 is connected to the rack and pinion 31, and the small return wheels 3 09 are engaged with each other, as shown in FIG. 87. According to this method, the rack gear 31 is moved in accordance with the contraction of the piston rod 312, whereby the pinion gear is rotated in one direction or the other direction, and as a result, the supporting shaft 3 {{) can be changed in the protruding position 30 7 and changed. Bit positions are shifted between 308. Also, similar to that shown in FIG. 88, another occasion may be selected. The pinion 309 is mounted to the rotation shaft 303, and the drive shaft of the motor 314 is connected to the pinion 313 to communicate with the pinion 3 0 9 bite into each other. Also according to this method,

surface

Page 112 490372 V. Description of the invention (107) The pinion 3 0 9 which meshes with the pinion 313 is rotated in one direction or the other as the motor 314 rotates in one direction or the other direction, thereby supporting The axis 3 0 0 can be moved between a protruding position 3 7 and a displacement position 3 0 8.

Chapter 113

Claims (1)

4yUJ / 2 6. Scope of patent application ^ et ^ ί The diameter of the take-up wheel is the dry, wood &lt;, mouth = early plate veneer which is more than 85 times the thickness of the take-up wheel, and it is within 30. Above 0 mm, the winding peripheral surface of the take-up wheel has a curvature in a direction parallel to the fiber direction of the dried plywood early sheet and early plate after winding, to reduce the occurrence of cracks. 2. ·, the take-up wheel 'the take-up peripheral surface of the plywood veneer has a milk-passing communication portion in the radial direction' which communicates with a space formed inside the take-up wheel and is used to manufacture the space in the take-up wheel Winding support for open plywood single sheet veneer openings? The part is formed, and the winding support part of a plurality of plywood single sheets in # is attached to the wheel shaft along the axial center direction. The winding wheel as described in item 2 of the scope of the patent application includes: a plurality of flanges on the wheel shaft with the same diameter at any interval along the axis of the shaft. The part serves as the winding peripheral surface. 4. The rewinding wheel as described in item 2 of the scope of patent application, including: a plurality of flanges on the wheel shaft with the same diameter at any interval along the axis of the axis; A shell plate having a fixed curvature on the peripheral surface of the flange, and the shell plate is formed on the peripheral surface on which the plywood single sheet is wound. 5. The winding wheel as described in claim 1, 2, 3, or 4, wherein several pairs of dried two overlapping plywood veneers are wound on the winding wheel to form a combined plywood. Monolithic rolls, with wires as a guide. 6 · The winding wheel as described in claim 1, 2, 3, or 4, the number of rolls, the two overlapping plywood veneers after drying and the single plywood veneer after drying ^ The coils are taken up interactively, and a pair of two overlapping plywood early sheets and single plywood sheets are used as a group to form a combined Page 114 2002.01.21.Π5 490372 ---_ VI. Patent application scope Plywood single-piece roll bundle 8910ML revised on month, day and day, with wire-like objects as a guide 7 · —Plywood single-piece coiling device, including ... The reeling wheel described in the scope of patent application No. 1, 2, 3, or 4 is rotatably set at the plywood single sheet veneer rewinding position; the drive wheel is variable speed and is provided on the reeling wheel And the plywood single sheet dryer is set upstream of the plywood single sheet winding position, and the plywood single sheet veneer that has been dried by the plywood single sheet dryer is on the winding wheel Taken up. 88 · —Winding device for single-piece plywood includes: a connection conveyor, which is connected to the terminal of the single-plate plywood dryer and is provided with a pulse generator; a detector that senses the dryness conveyed on the connection conveyor Rear plywood single sheet; distance &quot; setter 'sets the distance from the detector to the drive roller located downstream of the detector; drive controller to control the drive of the drive roller; The take-up wheel according to item 1, 2, 3 or 4 is kept in contact with the upper surface of the driving roller, and is rotated following the rotation of the driving roller, wherein when being taken on the connection conveyor When the plywood veneer is sensed, the driving of the driving roller is stopped corresponding to the finger from the driving controller, and when the predetermined number of pulses corresponding to the set distance has been taken :: Driven to wind the plywood sheet on the reeling wheel • A plywood sheet reeling device—a ~ shaped like a bead ~; The terminal of the drone 合 ί 器 dryer is connected and set with pulse generation; ; Board sheet L Army 2 ^ This direction changes After closing the conveyed dried movable feeder; :: ':! Set to a position from which the detector detects two giant from the drive controller' controls the driving roller 2093-2967-PFl.ptc Page 115 2002.01.21.116 490372 The driving of the driving roller, as described in item 1, 2, 3, or 4 of the scope of the patent application, is maintained in contact with the upper surface of the driving roller, and is rotated following the rotation of the driving roller; and a plurality of The line supply mechanism is set at an arbitrary interval in the length direction of the take-up wheel, and when the detector senses the front end of the plywood single-piece veneer carried on the direction-changing carousel, not only the drive roller The driving of the is stopped in accordance with the instructions of the drive controller, and then the length of the plywood single-board is based on the number of pulses counted during the transfer, the pick-up at its front end and the detection at its tail end. The number is obtained to temporarily store the number of pulses in the driving controller, and when the number of pulses corresponding to the set distance is counted along with the conveyance, the driving roller is driven to the length of the plywood single sheet, thereby the plywood The single piece of veneer is taken up on this take-up wheel as a guide. 10 · —Winding device for a kind of plywood single piece includes: a connection conveyor, which is connected to the terminal of the plywood single piece dryer and is provided with a pulse generator; the detector 'sensors the dried conveyed on the connection conveyor Single-chip plywood, the distance setting device, sets the distance from the detector to the narrower conveyor at the downstream of the detector; the drive controller controls the drive of the narrower conveyor; and The reeling wheel described in the scope of patent application No. 丨, 2, 3, or 4 is located downstream of the narrower-spaced conveyor; wherein when the plywood early plates and early plates carried on the connection conveyor are sensed, The narrowing of the interval is driven in accordance with the instructions from the drive controller, and when the predetermined number of pulses corresponding to the set distance is counted, the plywood single sheet is wound on the take-up wheel. After the plate, the narrowing interval conveyor is driven so that the space between the pair of single plates and the single plates adjacent to each other in the conveying direction II 1 1 I 1 I 1§ Ϊ 1 2093-2967-PFl.ptc Page 116 2002.01.21.117 ^ y \) S) 2 The diaphragm narrower 11 is connected to the coil board of the detector board monolithic device, and its coil sheet is provided with its board single sheet from this drive. Based on the counted storage of the pulse plate sheet as the guide bow, the moving plywood sheet sheet 12 is on it. Rotating device for feeding sheet veneers to each other. • A winding device for plywood single sheet, including: square a 1 plywood single-piece dryer connected to the terminal and provided with r ° transformation conveying, and sensing on the direction changing conveyor ° ”Single board; distance setting device, set the distance from the conveyor to narrow the distance after the detection of the dry; drive control% MJ drive of the conveyor; such as the scope of the patent application for the first, control 4 Take the wheel, which is located under the narrowing conveyor. ·, =, In the length direction of the take-up wheel: In the middle * the detector senses the early plate of the person being transported on the direction changing conveyor At the front end, not only the drive of the narrower interval conveyor is stopped in accordance with the instructions of the two-action controller, but the plywood single-chip single-board ^ county $ is being transported, detected at its front end and detected at its tail end Between the number of pulses to get in the drive control Temporarily punch in the controller, and when the number of pulses corresponding to the set distance is counted along with the conveyance of the veneer, the wire is wound on the take-up wheel ^, and the volume = after the veneer veneer The narrower interval conveyor is driven: ^ the length of the veneer, so that the interval between several pairs of adjacent veneers in the transport direction is narrowed. A kind of winding device for plywood single sheet, comprising: a superposition conveyer, two overlapping plywood single plywood veneers or intersecting, and two dry plywood single plywoods forming an overlapping pair and a single plywood. The winding method of a single member as described in item 1, 2, 3 or 4 of the scope of patent application is located downstream of the coincident feeder; the driving roller, which 490372 __Case No. 8910008 ^ __ Year Month and Day Residency_ 6. The scope of the patent application is driven by the transmission provided under the winding wheel and is variable in speed; and a plurality of line supply mechanisms' in the length direction of the winding wheel At any interval. 13 · —Winding device for plywood single sheet '&gt; W ^ ^, and there is a pulse generator; a detector, which senses the dried two overlapping plywood single sheet veneers conveyed on the conveyor Or interactively sense several pairs of overlapping plywood veneer and single plywood veneer; distance setter, which sets the distance from the tester to the driving roller located downstream of the detector; drive control Device to control the driving of the driving roller; The winding wheel described in item 2, 3 or 4 is kept in contact with the upper surface of the driving roller and is rotated following the driving roller; and a plurality of wire supply mechanisms in the length direction of the winding wheel When set at any interval, the pair of two-ply plywood veneer and single ^ veneer single veneer conveyed by the bean on the conveyor are sensed, and the drive roll is ^ ^ ^-^ J When the drive corresponds to the ^ day from the drive system, it is not stopped by j, and the camp slope_ # # ^ 4 ^ + T ^ When the number of pulses corresponding to the set distance is counted, the drive roller is driven, and the number of dreams is Take% up and take it, take the wire as a guide. See 14. Winding up of a single piece of plywood, to The take-up wheel is held on the plywood single-piece veneer; the take-up guide member is suspiciously supported, and is positioned along the circumference of the wheel in an arbitrary interval relative to the axis direction of the take-up wheel. Rotate the conveying device to apply the rotation to the plural c series; take up the plywood single sheet veneer on the take-up wheel; Λ guide member to Amendment No. 891000Sfl 6. Apply for a patent range tracking device to make the rewinding guide run in accordance with its curvature. ~ ~ A transport conveyor on the periphery of the rewinding wheel is used to transport the single sheet of the plywood along with the workpiece. The winding guide% structure between the plate entering ^ wheel =; and the tensioning device of the winding wheel and the winding guide member, applying tension to the winding guide to wind the plywood single sheet veneer on the winding wheel . guide?丨 The component is to place ^^ kinds of bio-compositor boards in the transport. The picking includes: · Connecting the conveyor, the dried plywood single-sheet veneer; the distance from the connector is transferred, and the coil is taken down. ;:; Two away = control-drive of the winding guide member; and the winding wheel, directly held by, the upper surface of the driving roller contacts, follows the winding guide member, and: connects to the conveyor The drive of the conveyed plywood single-piece veneer is sensed by the second temple. The drive of the take-up guide member corresponds to being separated from the finger of the drive controller, and when the predetermined number of pulses corresponding to the set distance, the roll The take-out guide member is driven to take up the take-up on the take-up wheel = a single piece of veneer. ^ As described in the scope of application for patent claims No. 14 or 15, the coiled single-piece coiling device 'includes a plurality of thread supply mechanisms for supplying a coiled sheet on the coiling wheel provided in the axial direction of the coiling wheel. The coiled wire used as a guide in the sheet veneer. 1 7 · The winding device for a single piece of plywood as described in item 14 or 15 of the scope of patent application, wherein the winding guide member includes: an endless belt, at least at the base end 2093-2967-PFl.ptc section 119 Page 2002.01.21.120 Drawing No. 891000 Shanliu, the scope of the patent application is amended: the three points of the middle part and the apex part extend above, and the bow is connected to the front end of the conveying conveyor. Take-up guide roll: The second guide is placed toward the take-up reel. 'The take-up guide member is pressed onto a part of the peripheral surface of the take-up wheel to conform to the curvature of the part. Take the veneer single sheet of the ft patent fan 81 as described in item 14 or 15 below the coil veneer winding position, the end is free; ::: The tip leading to the send end "" and when the roll Take the guide and take-up wheel reversal% j2: j = as the fulcrum, the tracking device will load the part of the coil on the roll to meet the pressure on the circumference of the take-up wheel as described in item 14 or 15 The plywood single-piece coiling reeling guide is configured as a rotating pulley, which is set so that the curvature of a part of the peripheral surface of the push-type two wheel under pressure is pressurized to secure the coiling guide. The endless belt of the guide member is wound, and the plywood monolithic roll produced by confirming a single sheet of veneer is used. The winding and unwinding device on the take-up wheel makes the roll ^ g on the take-up wheel increase. The tension is constant. The tensioning position of the tensioning guide member is displaced, and the 20m member is in a tension state. Take the device, the coil of the plywood sheet described in item 丨 Chinese \ Specialty / ^ Circle ^ 4 ^ 5 This coiling guide The members are respectively set with f in accordance with the% helical winding so that when repeated, the curvature of each push or pull under the force is added to the endless band, and it is indeed accompanied by the volute β winding guide member. The number of rotation forces of the winding guide is guaranteed by the number of guarantees, which should be in the 2093-2967-PFl.ptc page 120 2002.01.21.121 VI. Patent application scope ΪΠ; plywood produced by a single sheet of i-board Single-piece roll bale ... Make the endless belt t state on the take-up wheel by changing: Tight = Set: ^ and maintain the take-up guide member under tension under 21 tension. 21 kinds of pull from the plywood single-piece roll bundle After the article was released, it was obtained between the early moving plate of the J-port and the low-plating plate of the Pan Qiang Xiang Group, which includes: between; and, from its supply source, the strip is guided into the side position control member of the plywood single sheet. The strip roll made of this strip on the core is facing towards :: upside down, and preventing :: stopping the hibiscus # on the roll side, thinking about six 仏 Q, cutting a knife, and a transport device for making a component. = ^ ^ Control the forward movement of the strip roll from the side position :: = the forward position of the = and block the rotation. Allow the supply of the strip roll 22 · — a kind of pull out from the plywood single roll The strip is fed to the combined device that is wound on the take-up wheel, which supplies the strip ^ a vacuum gripper conveyor, from: to ::, which includes ··丨 guide the strip to the plywood single-piece single-strip holder, set in the strip-supply receiving room, the storage room not only has a plurality of strips in a generally vertical position: the direction of the given direction can be moved; the heart clip The strip pieces of the conveyor are individually separated to prevent the strip rolls from being set. At the same time, the strip pieces are installed therein and rolled on the core: any-side, and individually bundled; it is intermittently Moving in the storage room for the raw strips and rolls to make each deserved 490,372 emperor 89 meeting _ said amendment 6, the scope of patent application is located in the vacuum clamping conveyor's transport process is not magical 転The distance of two degrees; and the straight and% way, the second process, the operation, the strips from being transported from the strip is prevented from falling to any side; 疋 turn to support and at the same time by separating the downstream strips on the component 冓: Two: f: True: The second process is to hold the conveyor to bundle, and then in the strip storage room, stop the largest direction of the strip roll bundle from being separated from the separating member = move the position of the strip bundle so that The strip is at a position where the strip roll has stopped rotating the strip roll The sliver roll is rolled back to τ and is rolled by the vacuum roller revolver stopper; the rotation is rotated; and the second "sliver roll is in contact with the closer side of ic and with a small diameter; from Such as the rotation of the patented strip roll. ^ ^ «Λ1 ^ A ^^ ^ The remaining amount of the strips wound on the core is: when the given amount of the sheet roll is bundled, the core is allowed to exit from: the section === or small * downstream side, And the 2093-2967-PFl.ptc that discharges the roll part, page 122, 2002, ^ ΓϋΓ 490372 MWu 8910ϋϋ89 6. In the scope of the patent application, the roller resistance of the roll is as described in item 24 of the scope of patent application. The core discharge device includes a core stopper, which blocks the movement of the core that has passed through the exit portion of the front stop member; a discharge opening for discharging one to .... The core is to the side of the vacuum clamping conveyor, and its opening is formed on the side of the core stop; an opening and closing member that opens or closes the discharge opening; and a discharge assisting device that assists the core to be passed through the discharge opening. discharge. ▲ 26. The strip device as described in item 25 of the scope of patent application, in which the 4 discharge auxiliary device includes at least one of the following components: a bevel, a portion on the core stopper that the core f touches is formed It not only blocks the rigid movement of the winding core, but also guides the winding core to the discharge opening; and a discharge member, which is: Si: Hai opening and closing member, and when the opening and closing member is opened, it is blocked by the heart, The core is forcibly discharged through the discharge opening. η $ l7 · / A device for pulling out a slice from a plywood single-piece roll bundle, which supplies the strips between the plywood single-piece veneers, which includes: the room; and, guides the strip from its supply source to the plywood The side control member of a single sheet of veneer, 1 Λ, will take up the strip to produce 2 S two or two feed sources, and prevent the blocking member i: "placed in the side to the side in front of the roll; and block the strip roll The direction of the bundle, forward ;; move in the forward position of the :: bundle, to rotate; and 8 to allow the supply plate of the bundle to be single-piece veneer: the piece is guided to the end to prevent the The front surface of the strip is up to the angle; the angle mattress in the degree direction is to the other directions. 2093-2967-PFl.ptc Page 123 2002. 01 21.124 4 ^ 0372 S91Q0089 9 Amendment 6. Scope of patent application_ &gt; 28 · As described in claim 27 of the scope of patent application, the strip preventing device is straightened so that the reversing preventing member can be projected from the tip of the conveying device to the strip in the reversed eight pieces. The contactor has an actuator in the exit position in the direction of removal from the strip, the Protrude to this action position to the plywood single sheet veneer until the strip is cut. The heart strip breaks the supply to the roll: the device of the plywood single sheet bundle to pull out the sheet, its supply bar, Between the rolled plywood veneers, which includes the space; transport splitting to guide the strip from its supply source to the plywood: roll two on top of the veneer = at the supply source, and prevent the ^ The shocked film roll bundle is tilted to the side; and the resistance is set at the front position of the film roll to rotate; the forward movement of the concealment 'while allowing the supply of the film roll; knife The 'breaker' cuts the strip near the leading end of the conveying device; the "cut = strip piece" applies the loading force on the conveying device so that the strip between the early plates of the sheet is larger than the sheet in the normal condition. This piece is cut in a state of tension. In the transporting special strip device described in this transport, the direction of the force being stabbed by Jiang Shao can be broken and moved by the moving mechanism when the strip is applied, constituting the tension applying device and ensuring cutting. 2093-2967-PFl.ptc Page 124 2002.01.21.125 Sixth, the scope of the patent application: two detached strips are accepted by: set, more η, adjacent to the strip to cut off the strip where the connection is pulled # Keep the tablet broken and pressurized until the receiving h-connected X member is bent, like the Μ Μ member, so that the lower part of the father is again, at the same time the strip is cut off φ 3; both sides of the strip will be at a corner 31.- Kind of plywood single = broken: kept under-tension. A piece of sheet to a single piece of sheet device, which is to be rolled up on the take-up wheel, and a single sheet of sheet is provided between its supply bars; And blocking the piece of rolls; the forward position of the rolls is to be rotated; moving, allowing the supply position of the pieces of rolls at a time S'slicing cutter 'which is set to stand from the conveying device Set, and the tip of the garment 1 protruding {the strip roll pick rotation stop L @: ^ right position to stop the strip roll bundle; ί. In the most upstream t &quot; 31 r ^ ^ ^ of the stopper member, a centering &amp; stop device upstream of the stopper member is provided. The receiving member on the-side of the strip roller is provided.的 回回 方 * Shang You lao Dong moved the two receiving members on 1 of the bundle of the piece that is composed with the piece, and the direction of the parent ;;: piece; the pressure member on the other side of the bundle ^ ^ Can be set on the other side of the strip roll bundle. In the case of this application, please apply for the device for pulling out the film described in item 31 of item 1 of the scope of application. T 9 y, the device for stopping the rotation of the film roll bundle includes a pair of clamping members, 1: The film roll Zhuo Zanpo boat 1000 Qian Qi lost the piece from both sides in the direction that the direction of invitation and return was crossed, 2093-2967-PFl.ptc Page 125 Month --- Shen ^ __ Bundle, Yi Wei is turned on or off = Mishandling member can be in the upstream position of the front stop member 3 4 In the final film, please refer to the application * Please The device for pulling out a strip as described in the 31st aspect of the patent, the former = Γ4 :: stop, the device includes: a pressure member, which is a structure of the position where it is placed. Removed from the stack of strips as a waiting position, the 2 · break device is pulled out as described in item 31 of the patent application scope, 1 the cut is placed at the front end of the transfer device. ifc &amp; f /, and from the direction of the cross and the supply direction of the strip, where the cutting age :: system can be in contact with the strip in the direction of contact. σ The moving mechanism and the surface slide of the rolled-up strips are lifted and rolled back by a single-plate roll rewinding device, and the spoon cylinder :: sheet veneers are wound thereon to form a 4 anti-single 'winding wheel, In the direction of the sleeve center of the take-up wheel: set it on: guide belt, a plurality of lines f have the base end and apex two of the drive guide belt: the tip of the belt below the position Take the base end as the fulcrum 2 end, the drive C, and the drive guide belt and the plywood? ί plywood single-piece roll guide: 3 connections; and a return member to Ren Yin: the peripheral surface of the two ends of the two ends of the peripheral surface of the bundle of shi rolls. It is set at the drive γ to be connected to the return conveyor. To make the drive guide 37 ·-a kind of plywood roll rewinding device, including at least 490372 ___Case No. 89ionnsQ VI. The scope of the patent application is rolled at both ends & it is a rotatable take-up wheel to form a bearing of plywood, and the plywood single-piece veneer is rolled on it, and the roll receiver is used at the rewind position. Supported at its place; the base end pulley, under the rewinding position, solid A ^ is set parallel to the axis direction of the winding wheel to support the women The end pulley and the two end pulleys extend above the tip end, and the tip end can be moved by the branch ^, and it can be pressurized to the plywood single-piece roll picking --- ',, A person is a shed Part of the peripheral surface; the relay pulley, which is larger in diameter than the base end pulley, is mounted adjacent to the base end pulley in a conventional manner and is mounted on the support shaft, and on the way back, it is transmitted on The plywood single sheet carried on the driving guide belt and the returning member, when the plywood single sheet is folded back on the relay pulley, and the plywood single sheet is kept folded back with the relay pulley When the outer peripheral surface on the side is in sliding contact, the plywood veneer is surfaced from both sides To form the folded pressurized evil monolithic veneer plywood. 38. The plywood single-piece roll rewinding device according to item 36 or 37 of the scope of patent application, further comprising: a plurality of reels arranged at a position downstream of the rewinding position; a moving member from the rewinding position The upstream side of is set in a freely reciprocating manner to 'close or move away from the plurality of wheels within its backward movement limit;' the terminal (free tip) of the plurality of holding members' holds the hanging from the plywood monolithic roll Linear, coiled thread as follows in plural 490372 Case No. 89100089 Sixth, the scope of the patent application Guidance of the plywood single sheet on the plywood single sheet bundle in the length direction; and: two are respectively arranged on the holding member, which is connected with the air pipe = : When the self-moving member moves forward, the free end of the thread is held, and the thread is wound on the reels by the air flow from the nozzle under the forward movement limit of the moving member, Then in synchronism with the rewinding of the plywood single sheet veneer from the plywood single sheet bundle, the thread is continuously taken up on the reel. 39. The plywood single-piece roll rewinding device according to item 36 or 37 of the scope of the patent application, further comprising: a plurality of spools' arranged at a position downstream of the rewinding position in a manner corresponding to the thread. , The thread wound on the plywood single sheet bundle is used as a guide for a plurality of rows of plywood single sheet veneers along the length direction of the plywood single sheet bundle, and its free end is from the plywood sheet The sheet bundle is hanging down; the frame 'a plurality of reels are provided thereon, and it is on the downstream side of the rewinding position' approaches or moves away from the rewinding position in a freely reciprocating manner; the suction hole communicates with the exhaust pipe And they are respectively formed in the winding section of a plurality of reels, wherein when the frame is located at the forward movement limit of the frame, the threads are on the line from the exhaust flow to the exhaust hole. After being wound on the wheel, the frame returns to its original position, and then in synchronization with the winding back of the plywood veneer from the plywood single sheet bundle, the threads continue to be rolled on the dedicated line wheel take. 40. The plywood single-piece coil rewinding device as described in item 36 or 37 of the scope of patent application, further including: Amend the scope of patent application scope of Liuya No. amno〇89: the roll-back roll is set at the 17th position of the roll-back position, and rolls back with a roll of # 1 and so on. Those who take photos and force wheels can move closer or farther away from each other freely, and the second object = the wheel is used to roll back the line shape at the position corresponding to the thread ^ = the object is rolled on the plywood monolithic roll Take as ==: the free end hangs down from the plywood single-piece roll bundle, and ④ return among the rolls ;: piece ί = After winding and clamping the thread between the plywood and the plywood 单 sheet With the synchronization of the roll back of the single board, the material is threaded; The long side 4 coil is taken up. Including 仏-a kind of plywood single-piece roll bundle rewinding device, a righting member, in its forward movement, contacts and holds the plywood single-piece roll: a thread on the downstream side of the plywood, etc. The strands are taken up in a plurality of rows along the plywood, the single-piece roll bundle in the length direction of the bundle, and the strands are kept in a tense state during the downward movement. 42. The plywood single-piece roll rewinding device for the plywood single-piece roll bundle as described in item 41 of the scope of application for a patent, wherein the correction member is free to move back and forth relative to the downstream side of the plywood single-sheet roll, and at The movement connected to the ascending mechanism = freely move up and down with the help of the coffin block and the back-and-forth movement mechanism, where = when the correction member moves forward, the correction member and plural rows are in the length direction of the combined anti-monolithic roll The coiled wires are in contact with each other, and the wires are held 'and when the correction member is moved backward, the correction member forces the wires to remain under tension. 43 · Plywood single-piece roll bundle as described in the scope of patent application No. 41 or 42 2093-2967-PFl.ptc Page 129 2002.01.21.130 490372 Amendment J No. 89〗 000 If the patent application scope is returned, the fluid vapor is attached to, attached to the ground: ΐϊ The moving gear that moves up and down the ground, and ΐ =, to 4 flows The front end of the cylinder rod's corrective structure # Backward movement: The downstream side of the sheet monolithic roll is moved back and forth, and there is an arm for the corrective member to move forward when the right member moves forward ^ 丨, where = = : The linear objects are in contact with each other, and the correcting member is forced to force the linear shapes "ίίΐ :: when moving downwards" 44 · As described in the scope of patent application No. 41 or "Single coil bundles of sheet bundles rolled back Device, the correction member is in contact with the plywood monolithic roll, and the person i, μ ir on the plywood monolithic roll bundle is listed in plural in the forward movement of the plywood monolithic roll. In the length direction, the coiled thread is used as a guide, and the first 5 moving stacks are used to move backward, so that the thread is kept under tension 45 Or the plywood single-piece roll rewinding device for the plywood single-piece roll bundle according to item 42 The straight holes in which the threads are held are formed on the side of the correcting member facing the plywood monolithic roll. The plywood monolithic roll bundle as described in the scope of patent application No. 41 or 42 An a-plate single-piece roll-rewinding device is used, in which the pressure-sensing adhesive veneer that is easy to be harmonized with the threads is adhered to the correction member to face the a ^ single-piece roll bundle On the side of the correction member, or the large part of the small government that is easily tangled and held by the threads, is formed on the side of the correction member facing the plywood single-bundle bundle. Page 130 2002.01.21.131 490372 A plywood single-piece roll rewinding device for a kind of plywood single-piece roll bundle includes: a take-up wheel, which is rotatably supported by a shaft receiver in a rewinding position, and has bearings at both ends of t and on which Forming a plywood single-piece roll bundle; a plurality of 5-plate single-piece roll bundles arranged at arbitrary intervals in its length direction are taken up as a take-up plywood lead; and a line-keeping support device, It is located at an outer position away from the peripheral surface of the plywood monolithic roll bundle, and it supports at least one such thread. 4j · The plywood single-piece roll rewinding device for the plywood single-piece roll bundle as described in item 47 of the scope of the patent application, when the threads are wound on the plywood single-piece roll bundle along its curvature When projecting outward from the plywood single-piece roll bundle, the 4-wire support table is provided with a line auxiliary pulley rotatably mounted on a support shaft provided in a direction substantially parallel to the central axis direction of the plywood single-piece roll bundle. Above, and the threads are supported thereon. 49. The plywood monolithic roll rewinding device for the plywood monolithic roll bundle as described in% 47 or 48 of the scope of patent application, wherein the support shaft of the line support device is provided with an arm at both ends of the support shaft. One end of the support is supported, and the rotation shaft attached to the other end of the boom is rotated, thereby displacing the position of the support shaft away from the plywood monolithic roll bundle along its peripheral surface. 50. The plywood single-piece roll rewinding device for a plywood single-piece roll bundle according to item 47 or 48 of the scope of application for a patent, wherein the plywood sheet is supported near both ends in the length direction of the plywood single-piece roll bundle. The thread-assisted pulley of the wound thread on the sheet roll bundle ' Turn 2093-2967-PFl.ptc Page 131 2002.01.21.132 490372 Case No. 89100089 Amendment 6. Scope of patent application The support shaft is rotatably supported in a prominent way. 5 1 · The plywood single-piece roll rewinding device for the plywood single-piece roll bundle described in item 37 of the scope of patent application, wherein the relay pulley is mounted on the support shaft in a freely idle manner, and The base end pulley is fixedly attached to the base pulley, and the relay pulley is provided with a plurality of rows in the handle direction together with the base end pulley. 52. The plywood monolithic roll rewinding device for the plywood monolithic roll bundle according to item 37 of the scope of the patent application, wherein the folding guide member includes a frame having a surface opposite to the relay pulley, The surface has radians extending along the curvature of the relay pulleys; the plurality of broken wheels are supported by 4 auxiliary busy woods; and endless; f, extending above the pulleys, wherein one of the pulleys is provided with a drive shaft . 53. The plywood single-piece roll rewinding device for the plywood single-piece roll bundle described in item 37 or 52 of the scope of the patent application, wherein the relay pulley = &gt; is installed in a freely idling manner 纟 the support shaft The fixed end is also attached to the base end pulley. The relay pulley and the base end pulley are lifted up in a horizontal direction: 3: 3: a plurality of rows are arranged, and the contact roller is in contact with the surrounding surface of the relay pulley. Driven and rotated. 2093-2967-PFl.ptc Page 132 2002.01.21.133