TWI238746B - Tension-adjusting device for band sheets or strips winding - Google Patents

Abstract

This invention provides a tension-adjusting device for band sheet, strips or the likes winding that switches between the movable belt-type pressing face and immovable-type pressing face safely and simply by merely rotating operation. The device comprises a set of movable belt-type pressure-applying unit and a set of immovable pressure-applying units. The moveable belt-type pressure-applying unit consists of an upper member (2) and a lower member (3); each of which holds an endless belt that circulates freely around the periphery of member. The immovable pressure-applying unit also consists of an upper member (6) and a lower member (7). The upper member (6) of the immovable pressure unit is joined together on the upper member (2) of the moveable pressure-applying unit; while the lower member (7) of the immovable pressure unit is joined together on the lower member (3) of the moveable pressure-applying unit. The upper and lower members 2 and 3 can freely rotate on their horizontal axles so as to switch the moveable pressure-applying members 2 and 3 to immovable pressure-applying member 6 and 7, or the vice versa, simply and safely.

Description

1238746 V. Description of the invention (1) The technical field to which the invention belongs] The present invention is related to a roll-up tension imparting device for ^ m ^ ^ ^ types of f-plates. When adjusting the metal strips due to cutting: and cutting into multiple strips in the direction, you can use the title, when: = unbalanced h generated when the strip strips are taken up later, giving the balance tension. / Shengsheng tension [prior art] Scratches or pressure marks that are not able to be lifted i S j are attached to the belt plate and t-nPad); to the right tension mode of the "tension tension (or luster) For non-ferrous metal materials, etc., please take the following: The pulley of electroplated stainless steel material with endless belt 4 =? Materials and non-advanced surface treatment coils, θ ,,,, k, there are questionable surface treatment coils, and the next two loading belts are driven by the belt. Oral cavity. " Change the skin ▼ method "or" felt method "for the benefit [Invention of the problem to be solved] However, it has four upper and lower sections, and each frame must be installed with a special surname = switch lift and switch depression. Stop h. Special connection device b, in addition to being complicated and sturdy, the connection device b may be in a situation where the upper and lower frames (see Figure 19) (see Figure 19). The danger under Muluo. (In view of the above-mentioned problems, the present invention is that ^ ^ ^ ^ ^ ^ ^ is for k to provide a tensioning inlet for a belt plate, and the eye turning operation can be safely switched to a belt 4 device, Early rotary knife change Feng T plate presser surface movable belt type pressure imparting

9441.ptd Page 5 1238746 V. Description of the invention (2) Non-movable pressure on the body or belt pressing surface [Problem to solve the problem] _ To achieve the above purpose, the ancient master Kuili 丨 by most endless belts On the structure; j 2 circumference ^: the invention of the item, the pressure imparts the stomach 'holds the belt plate and the movable belt is placed on both sides thereof' outside the pressure imparting body and the pressure imparting;: reverse;: width direction Coordination, in the standing-side service belt cup basis = endless belts are circulated in a juxtaposed state around the outside of the body, constituting the above-mentioned belt plate pressing surface, the above-mentioned pressure is imparted, at least by: side; = force imparted to the body: Directly press the inner surface of the beltless belt; and the arc-shaped turning sections on the side sections are respectively formed on both ends of the belt pressing section: guide: = from, divided and guided at the belt reversing section = ▼, When the friction coefficient of the outer surface of each endless belt is greater than the inner surface, push the endless belts above and below: = = = body = move the friction between each endless belt and each belt plate to drive, construct 5Z shift ^ = each The belt plate is integrated so that each endless belt is independent of the pressure given above Moving loop around while pressing a plate face with the movable belt type pressure applying member pressing the lower surface of the plate with the non-movable type pressure forming beta], are rotated f =

Rotate into a horizontal axis, it can rotate the pressure on the upper and lower sides of the belt plate from I, the belt plate pressure surface can move the belt-type pressure imparting body or the plate pressure; the second type of pressure imparting device. Ya m non-movable

In addition, the second invention of the scope of patent application is composed of a plurality of non-structured upper and lower pairs of belt plate pressing surfaces and movable belt-type pressure imparting bodies, Z

9441.ptd Page 6 1238746 V. Description of the invention (3) Hold the belt plate and arrange it in the width direction on the upper and lower sides of the belt plate, and circulate in a juxtaposed state between the pressure body and the pressure imparted to the outside of the body. Set on 1 side The dynamic fortress force imparting body spans the above-mentioned endless belt, forming the above-mentioned pressure imparting body skin of the movable belt-type pressure imparting body. 丨: The belt pushing line with a straight cross section directly pushes the most endless belt reversing guide bolts. , With the contact track of phase 1 = leather f as 0 and the contact trajectory in an arc shape: it; configured to be raised with the endless belt, divided and guided, and set the outer surface of the endless belt for belt guidance to be a great number ",钿 The belt, so that each of the upper and lower belt plates touch the second surface; the coefficient of surface friction, the lower endless belt pushes on the belt body f, and the friction between the upper belt and each belt plate is driven. Structure ^ move ^ move each endless-body so that each endless belt is independent of the above-mentioned pressure two static = each belt plate is formed, and at the same time is provided with a belt plate non-movable surface = external peripheral movement of the surface movable belt type pressure imparting body, Eight t body with upper and lower plate pressure Rotating can press the two sides of the belt plate; rotation two, it can support the movable belt-type pressure imparting body or the belt pressing surface to a horizontal axis. The belt pressing device can be used. The first preferred form of pressure application here is a patent application in which a recess is formed on the back surface of the pressing part in the second item of the pressure applying body skin area in the cooling chamber. The inner side of the endless belt is pushed by a leather roller. Table ::: The self-belt belt plus tension imparts tension to the cake-free belt. For example, 41.ptd Page 7 1238746 V. Description of the invention (4) [Forms of the invention] The following is explained according to Figure # 所 # #. Σ 载The embodiment of the invention, the present invention is explained in detail. [M of the embodiment] The first picture is a front view of the dream song, and the third picture is a belt plate. The second picture is a sectional view of the overall structure of the device. Sectional view of the base of the pressure-imparting body, Fig. 5 ... f guide structure of the structure with water-cooled cooling chamber when the guide is recessed as a bolt and plate. Fig. 5 (B) is a pressing surface view of the strip plate, and Fig. 6 is a strip plate Λ cold The structure of the cooling chamber and the empty cooling chamber is a sectional view of the movable belt type dust force imparting body. Fig. 7 is an explanatory diagram of use, and Fig. 8 is a combined explanation of the coiling tension of the belt plate and the coiling tension. The device is placed on the cutting strip plate (not shown) and placed on the way of the moving path of the cutting strip plate a. The square side of the device is set up and the device is equipped with: endless belt 1, hold =! The slightly long circular shape can be moved freely; the upper belt plate faces the movable skin d pressure imparting body 2, which is composed of a pair of upper and lower upper surface pressure bodies 20 and a lower pressure imparting body 30, respectively. The oblong shape circulates from its outer circle: the inner surface la pushes; and the lower adjacent belt dummies + book '... and belt 1 and lower. P belt plate pressure surface movable belt type pressure body 3' The support port 4 supports two pressure imparting bodies 20 and 30; a hydraulic cylinder: an upper pressure imparting body 2. Provide pressing force; non-movable type with upper plate pressing surface

9441.ptd Page 8 1238746 -------. V. Description of the invention (5) _ Pressure imparting body 6 is provided on the upper plate pressing body 2; the lower plate pressing surface is non-movable two-moving belt type pressure The belt pressing surface movable belt type pressure body 7, the lower belt with the upper belt pressing surface movable belt 'is mainly composed of the main body. The pressure-applying body 20 and the pressure-applying force-applying body 2 are constituted by an endless belt 1 that circulates in the upper part. -The outer peripheral surface is juxtaposed on the upper side of the endless belt 丨 downward ^ The pressure imparting body 20 will be placed on the lower side of the incomplete body. On the one hand, the lower pressure part pressure imparting body 20 and the lower portion Pressure 轼 pushes upward. Each of the endless belts facing upwards is tangential to each other! 〇 Cooperative, ’will be the same pushing pressure from the top to the bottom through the upper and lower phases, the belt is the endless belt 1, which is cyclically flexible and capable of applying force. Direction, and these are in the horizontal direction, that is, the movement of the tangent f / blade strip plate a in the straight direction is mostly juxtaposed and arranged, and: = the wide moving direction is arranged vertically and horizontally, and each side is arranged in parallel. . It is composed of a belt and is arranged on the upper side: ^ is formed by the joint-less force imparting body 20 outside the periphery, and is arranged on the periphery of the force-imparting force outside the force imparting body 30, which are unique: oblong The cycle moves freely. Each endless belt! Loaded in a single oval shape, moving in a circular shape. Halberd T independently loads the endless belt 1 to the pre-body of the strip plate a. The upper end of the endless belt 1 and the lower pressure body 30 are not provided. The driving source of the endless belt is moved by the strip plate a. The friction of the friction fit and the cyclic movement 1 is cyclic movement. That is, it is loaded in the upper pressure, respectively, by the self-supporting butyl body ZU and the lower pressure. 9441.ptd Page 9 1238746 V. Description of the invention (6) The beneficial end of the body 3 0 jh tW: η without end skin, with Λ outer Hr belt The plate a is in contact without causing cyclic movement. ^ ^ ^ ^ a ^ 〇 #; " ^ ^】 "糸 due to the upper part of the dust riding on the body 2. Force and the skin: surface friction, with the helmet 1 force imparted to the body 30 between the sliding body; side Surface 1b 苴 Compression elasticity ... Slip agent. The endless belt 1 is hard to produce and I: ΐΐϊ ί: It is composed of tighter and thinner flexible materials that hardly shrink or deform under pressure. . Thunhai woven fabric is used in Yidu Goode] Cardiac βQ… and the inner surface la of Pigon 1 is that the fibers of the woven fabric 'x Bn, and the dents of the flat mesh are impregnated with lubricant in advance, and the friction coefficient is small, Weaving; ^ = a solid plate-like material with great flexibility. II = = giving the body 20, 30 the endless belt 1 has a small resistance to rotation. Weaving cloth you carry / fiber P0lyeSt; r, … Yay, Nylon, etc.? Also, the endless belt material that gives the spare body in the true round type needs to have sufficient compression elasticity, and the eyebrows should be close to the line in the thickness direction. # 荖 妆 & amp "" Originally given to the preparation body in the form of a true circle =, the person M in contact with f is sad to use the compression elasticity of the belt. The pressing area of this application is absolutely large. The force (tension) only needs to be lower in surface pressure. Fortunately, the round type imparts deformation resistance to the compressive deformation of the body. Therefore, a combination of = synthetic resin-based materials with a small degree of shrinkage is used, and f is in each of the woven fabrics. Fibers and braids can be impregnated with lubricants because ::: Special 5

Noodles page 10

1238746 V. Description of the invention (7) The inner surface la and the outer surface of the endless belt 1 need to be a combination of materials with different friction coefficients as the material used for their characteristic surface b, and the outer surface 1 b of the endless belt 1 is larger than the inside Material formation is also possible. That is, I ^ a friction coefficient and friction-resistant material 'for example, soft with low friction coefficient = # #The side surface material can be used and the ancient pipa *, σ is made into a tree month, and the inner surface 1a and the upper part are given to Pigong. The pressure constitutes a method of applying lubricating oil to the sliding surface of the six force imparting body 30, so that ... j and the inner surface of Pigon i may have a small coefficient of friction. The hand surface is at the outer surface end. Leather; 1 Inside description: 'Force,' the body 20 is the most non-constituent structure that is arranged in the upper part of the Imperial J. It is composed of 1 Γ. The upper pressure is given to the body 20 without end == ^ 21, its side section It is arranged in a straight line directly on the leather belt guide 22 and its side section is above the straight section pressing section 21; & the belt reversing section 23, which faces to the front 22 and is covered in a semicircular arc Are respectively formed on both ends of the upper and lower belt guide f $ belt pushing portion 21. The upper body 20 of the portion 21 is pressed by the upper and lower belt guide portions 22 and the belt, for example, a semicircular arc on the side of A1 ^ = In addition to the shape of the belt reversing part 23, it can also be considered as a part: ellipse = the turning part 23 is a semicircular solitary shape, and the pressure is applied to the body 20 . ^ Partially parabolic or elliptic longitudinal direction of the upper case cut strip; reverse: shift = circular shape into an upper pressure applying member 20 of the inner side of the belt 1 is set to the direction perpendicular to the direction of movement, and through the endless 1,238,746.

In the case of the belt guide plate 25, the belt guide plate 25 is protruded from the belt reversing portion 23 into an arc shape, and the belt guide projection 24 formed by the inserter is protruded from the belt guide.

9441.ptd Page 12 1238746

The belt reversing portions μ on both end sides of the plate 25. Method: Let ί: 3 give the inside of the body 20 to cross each endless belt 1 outside the body 20 and cycle around the body. The cold room 26 is used to cool the upper part of the body and the superheater is cooled. It will be without: Λ belt 1 due to frictional heat, the inner plate of the inner plate = plate *, the belt pressing portion 2i at both ends, the internal pressing portion 21 "n of the pressing portion 2i are divided into three, and the belt portion 1¾ ^ s / to be separated by an internal partition, and even more separated by two or more. "In addition, the inside of the belt pressing portion 21 is divided into many

2 ^ 之 Λ 板 = A part of the Λ plate is partially open to hold a part of the internal partition 2 0 b so that there are some connected on both sides. The internal partition plate 20a '/ 2b, which separates the cooling chamber 26 inside the upper pressure imparting body 20, has the shape retaining effect of the internal pressure imparting body 20 formed by the upper part of the pressure imparting body 20 being hollow due to the cooling chamber 26 inside. That is, when the endless belt 1 is pushed downward, the upper pressure imparting body 20 has a compressive force acting upwards and downwards, and the internal partitions 20a, 20b hinder it to prevent the upper pressure imparting body 20 from being bent in the longitudinal direction or The bender.

The cooling chamber 26 includes a water-cooled cooling chamber 26a and an air-cooled cooling chamber 26b. The water-cooled cooling chamber 26a is provided with water inside, and the air-cooled cooling chamber 26b is provided with air flowing therein for cooling. The water-cooled cooling chamber 2 6 a is thicker in the cut strip plate a that passes through, and is used when the frictional heat generated when the passing speed is fast is large and it is easy to overheat. The air-cooled cooling chamber 2 6 b is used when the thickness of the cut strip plate a passed is relatively thin, and frictional heat is unlikely to occur when the passing speed is slow. The shape of the upper pressure imparting body 20 is deformed as shown in FIG. 6. The belt guide 22 on the back of the belt pressing portion 21 is provided at the lower end of the upper end of the belt reversing portion 23 such as a semicircular arc. , The back of the belt pressing part 2 1

9441.ptd Page 13 1238746 V. Description of the invention (10) Above As described in No. 6 for pressing, there is also a groove with a slightly longer circular shape in the upper part of the recess 22a. As shown in the diagram (A), a gap (A) is formed between the endless belt 1 on the Japanese side and the inside of the recessed portion 2 2 a. A tension roller 2 7 is arranged in the recessed portion 2 2 a. Give endless belts! Tension. As shown in FIG. 6 (B), instead of or for tension rollers, recessed portions 22a are provided for lubricating the inner surface of the endless belt i a 29a. The lubricant 29 is housed in a concave-shaped lubricant arranged at the bottom of the recessed portion 22a. Lubricant 29 is solid at normal temperature and melts at a high temperature. The wax is impregnated with a non-woven cloth or porous foam that forms a rod shape and is connected to the inner surface la side of the endless belt 1. The rotation is caused by the endless belt. The heat dissolves the wax impregnated inside to lubricate the inner surface la of the endless belt 丨 to reduce friction. The endless belt i is lubricated by the lubricant 29 on the rotating side surface la. It is not necessary to constantly stop the production line to lubricate the inner surface h. If the lubricant 29 in the recess 22a can improve productivity, the lower belt pressing surface can be moved. The pressure-applying body 3 is composed of a lower pressure-applying body 30 and a peripheral surface other than the pressure-applying body 30 in a juxtaposed shape: a moving endless belt 1. The lower pressure imparting body 30 is arranged in a state where most of the endless belts 1 are placed on the lower side. This state = the bottom pressure imparting body 30 is equipped with: the belt pressing portion M, the side of which is linear, directly pressing the endless belt! The inner side surface of the belt _ ° ^ 32 is linear with eight sides, and is provided with a belt reversing portion 33 below the belt pressing portion 31, and its side section is arc-shaped, with a semi-circular arc integrally formed. ; Both end sides of the lower belt pressing portion 31 and the belt guide portion 32 are formed

1238746 V. Description of the invention (11) The lower pressure is provided to the pressing portion 31; the two lines are made up of: the upper and lower belt guide portions 32 and the belt cross-section oblong shape. : Book ^ For example, the semi-circular arc-shaped belt reversing portion 33 may be formed into a partially elliptical arc shape: = 33 is a semi-circular arc shape, and the cross section of 30 is a slightly long circular f-knife parabola. The lower pressure imparting body is provided to cut the strip plate & 敕. The inner side of the longitudinal direction belt 1 of the lower pressure imparting body 30. The direction is orthogonal and runs through the endless skin

Most of them are set as the pressure imparting body 30 on the lower side of the bridge side A: = =: 1 is processed around the surface of the body 30 with a slightly long circular cross section to form a gas f and independently follow the bad motion. Lower pressure imparting The lower pressure imparting body has an oblong shape, and each endless belt 1 can be smoothly circulated in the belt pushing state. The surface pressure of the length is determined by the endless belt ^^^ moving direction to give the winding tension. For: Ί "plate a 'cuts the strip plate a parallel to the strip plate a. To do this, the skin ▼ pressing portion 31 must be linear with the length of the cut. And: as a pair, the inside of 1 Each endless belt that can be pushed evenly on the surface 1 a, and the number of ° is set by the belt pressing part 3 1, the inner end of the belt; 2, the endless belt i cut by the strip plate a directly contacting is pressed outward The surface 1 b is not slippery with the strip plate a, and is cut with the strip: the body f side 1 and the surface in close contact with the cut surface is formed as a flat surface and is formed between the inner surface la of the belt 1 and the belt 1 The outer periphery of the lower pressure imparting body 30 is rubbed, and a plurality of belt guide projections 34 are provided on the partitions, and the divided guides are horizontally oriented.

Material 41.ptd Page 15 1238746 V. Description of the invention (12) Each endless belt 1 is arranged side by side. The belt guide projections 34 prevent those endless belts 1 from rattling or changing in the width direction. The belt guide projections 34 are often provided on the two belt reversing portions 33 at appropriate intervals, but may be provided on the belt guide portions 32 as necessary. The belt guide projection 34 is usually a pin, but other than a pin, for example, a plate-shaped belt guide plate 35 is used. As shown in FIG. 4, when the belt guide plate 35 is used, the belt guide plate 35 is protruded from the belt reversing portion 23 and formed into an arc shape. The belt guide projection 34 formed by the plug is protruded from the belt guide. Belt reversing portions 33 at both ends of the plate 35.

A cold section 36 is provided inside the lower pressure imparting body 30 so as to cross the endless belt 1. The cooling chamber 36 is an endless belt 1 that rotates at the same time as the outer periphery of the lower pressure imparting body 30 circulates, and cools those that are overheated by frictional heat. The cooling chamber 36 is divided into three parts by an internal partition 30a, and the inside of the belt reversing portion 33 on both ends and the inside of the belt pressing portion 31 on the middle side. Further, the inside of the belt pressing portion 31 may be partitioned by an internal partition 30b or two or more internal partitions 30b if necessary. Furthermore, the inside of the belt pressing portion 31 is divided into a plurality of internal partitions 30b, and one portion of the internal partition 30b has an opening, and one of the internal partitions 30b is held while the two sides are partially communicated.

The internal partitions 30a, 30b which partition the cooling chamber 36 inside the lower pressure imparting body 30 have a function of keeping the internal shape of the lower pressure imparting body 30 by the cooling chamber 36 to be hollow. In other words, the endless belt 1 is pushed downward by the lower pressure imparting body 30 under the compressive force of the up-down direction, but the internal partitions 30a and 30b prevent it, preventing the lower pressure imparting body 30 from being deformed in the longitudinal direction or bending. There are a water-cooled cooling chamber 36a and an air-cooled cooling chamber 36b for cooling to 36. Water cold

9441.ptd Page 16 1238746

V. Description of the invention (13) The cooling chamber 3 6 a is connected with water inside and the air-cooled cooling chamber 3 6 b is connected with air inside for cooling. The water-cooled cooling chamber 36a is used when the cut strip plate & The air-cooled cooling chamber 36b is used when the thickness of the strip plate a is thin, the passage speed is slow, and frictional heat is small and it is difficult to overheat. T ...

A modified example of the shape of the lower pressure imparting body 30. As shown in FIG. 6, the belt guide portion 3 2 on the back side of the belt pressing portion 3 1 is provided at the both end sides, for example, a round solitary leather τ reversing portion 3 In the south position of 3, there is also a slightly oval shape in the lower part of the concave part 32a formed on the back of the belt pressing name 31. At this time, there is a gap between the endless belt 1 on the lower side and the inside of the recessed portion 32a. As shown in FIG. 6 (person), a belt tightening roller 37 is arranged in the recessed portion 32a to push the endless belt 1 The inner surface la gives tension to the endless belt i. … And as shown in FIG. 6 (B), instead of or in combination with the leather and tightening roller 37 in the recess 32a, a lubricant 3 9 is provided to lubricate the inner surface la of the endless belt i. The lubricant 39 is contained in a concave lubricant container 39a provided at the bottom of the concave portion 32a. Lubricant 39 is a solid at normal temperature and a liquid wax that exceeds the melting point at high temperature. It is impregnated with non-woven cloth or porous foam formed into rods.

The configuration is as follows: the inside surface 1a of the endless belt 1 is lubricated by the friction L ,, ′ impregnated in the inside of the endless belt 1, and lubricated.

The surface la reduces the coefficient of friction. The ancient belt at the end of the helmet, while anti-Gongbei J ..., Zhipigon 1 is lubricated during rotation 29, the side surface la is lubricated, and the lubricant 39 inside the lubrication of the production line is frequently stopped without f. It is very useful to improve productivity. The two end sides of the set I 2 ’are supported by the shaft 38 on its two outer" door i mouth seats "so as to be rotatable and free to rotate.

1238746 V. Description of the invention (14) The structure of the lower pressure imparting body 3 0 is light or can be performed manually. The lower pressure 8 is rotatable at the center. This rotation does not protrude with the shafts 38, and each of the shafts 38 is supported at both ends of the door 30 and centered outward. The upper cross beam 41 of the inner pedestal 4 is provided on the lower pressure imparting body 30, the two cross beams 41 and the upper cross beam 41 supporting the upper cross beam 41 are lowered by one. The seat 4 is shaped like an upper door. The pedestal 4 is a supporter formed by supporting left and right vertical beams 42 on the upper side. The upper end of the prestressing body 20 and the lower part are pressurized, and the lower end is fixed to the plate-shaped base LU. : S::, Both end sides of 20 are supported by the shaft 28 on the two outer sides thereof to be rotatable and freely rotatable. It is also simple to manually construct the f: shaft 28 as a center to be rotatable. What spin? w & 仃. Both ends of the upper pressure imparting body 20 are divided outwardly and protrude into the shafts 28. Each of the shafts 28 is axially supported above the upper beam 41 of the gate-shaped pedestal 4 so as to be freely liftable in the center of the upper bearing 43. A hydraulic cylinder 5 is arranged between the inner side of the ^ -type sigma seat 4, that is, the upper beam 41 and the left and right vertical beams 42. The hydraulic cylinder 5 raises and lowers the upper bearing 仏 while borrowing and lowering the upper bearing 43 to give the upper pressure imparting body 20 a pressing force on the endless belt 丄. As the hydraulic cylinder 5, for example, a hydraulic cylinder can be used. The upper end of the hydraulic cylinder 5 is suspended at the center of the lower end of the upper beam 41, and the lower part is retracted downward. The lower end of the piston rod 51 protruding downward from the lower end of the hydraulic cylinder 5 is connected to the center of the horizontal connecting plate 52. At both ends of the horizontal link plate 52, the lower ends of the r-axis 44 are respectively used to support the upper bearing 43 to be able to move up and down freely.

1238746 V. Description of the invention (15) Each lifting shaft 44 is extended in the up-down direction and can be lifted and lowered freely | Office 41, the upper end penetrated is connected to the upper bearing 4 3 The lower end of the upper tooth is provided with the upper beam force imparting body 20 structure 43 , Because the lift supports the upper pressure to lift, it is integrated with it. 4 by the hydraulic cylinder 5 that is, the piston rod 51 of the hydraulic cylinder 5 extends downward, | said, the upper bearing 43 and the upper pressure imparting body 20 also, and even the lifting shaft 44 lower belt 1 acts on the pressing force, from the upper part The pressure-imparting bodies 20 and 1 drop down from the upper and lower bodies in cooperation with the endless body 30, and force the cutting strip plate & force imparting, and when the piston rod 51 of the hydraulic cylinder 5 contracts, ^ down = winding tension. The interlocking upper bearing 43 and the upper pressure imparting body 2044 rise 'and the pressing force of the belt 1 disappears, and the endless force i also disappears due to the endless belt i. The winding of the f-protection plate a is arranged on the upper belt plate pressing surface of the movable belt type belt plate pressing surface of the non-movable pressure imparting body 6, the force 1 is applied to the upper part of the body 2 and the force is imparted to the outer peripheral surface of the body 2. Ten to twenty percent in this movable belt donor? Xi Xi [χ 田主 ^ Yi ^ movable belt type moving force: cut strip plate on the outer surface of the body 2: guangli, most of the endless belts 1. The upper adjacent belt crosses the moving direction of the m in the direction of J and moves freely across the body 6. The upper belt is provided on the belt guide portion 22 on the upper side of the non-movable pressure-imparting force imparting surface. On the opposite side of the belt pressing part 21 of the imparting body 20, the pressing surface of the upper belt plate is non-reversible. 6 2 is installed on the pressing surface. The granting body 6 is supported by the pushing plate. The force is connected to the upper part: 6; The beam 63 'is to push the central surface of the plate 62; and one of the upper and lower sides of the plurality of divided belt guides 22 is supported by the upper holding piece 64 with each other, and a plurality of endless belt forces are provided to the belt of the body 20. The surface of the guide portion 22 is composed of 1238746 V. Description of the invention (16). The fur squatting βΐ 矣 m-type pressure imparting body 6 of the pushing plate 62 is a pushing V, and the mouth plate is pressed against the non-movable belt plate a, and the fur feet are in the pushing movement. ^ But the felt 6 1 In order to be fixed, slippage will occur between the surface of the i77 grid plate a while the toilet is moving. / 、 Strips in motion ”Support film 6 4 support push the board 6 2 to ask outside the two ends # | In addition, each of the eight plates is guarded to prevent the deformation of the pressing plate 62. The hair wrist 62 of the head 62 has a sufficient height to prevent the dust plate from being in contact with the endless belt 1. Part belt: Thick Π: The plate repeatedly faces the movable belt type. The force imparting body 3 is provided with the outer peripheral surface of the force imparting body 3. _HH7 is on the movable belt type pressure imparting main side and spans the movable belt type pressure. Ji Zhi Xi's helmet "Λ around the surface cut strip plate & the direction of movement is freely and widely circulated, know the belt 1. The lower belt plate has a non-movable pressure imparting body. On the lower part of the thief + and the belt guide 32. Belt pushing section 3 " Skin 72 on the opposite side of the head, Jilt pressing surface non-movable pressure imparting body 7 is composed of: pressing plate supporting connecting surface with felt 71; supporting beam 73, which is provided with pressing plate 72 under the pressure 1 on both end sides of the belt guide 32 of the body 30 and the "π ancient name and the majority of the division support month 74" will be provided to the surface of the belt guide 32 of the body 30 by the force formed by the juxtaposed endless belts, etc. The surface of the pressing hair 71 is not movable because the pressing surface of the lower strip is not movable, and the preform 7 is the cutting of the felt 71 of the pressing plate 72 in the pressing movement. 9441.ptd Page 20 1238746 V. Description of the invention (17 ) The surface of the strip plate a, but at this time, the acre jade 7〗 There will be a slip between the surface of the strip plate a and T71 is fixed. It is divided from the moving cutting support piece 74 to support the push plate 72 and the two push plates 72 to push and cut. The strip a # & n Shibu middle 邙, with the ability to. In addition, H Π guards the work of preventing the deformation of the pressing plate 72. The supporting piece 7 4 has a sufficient height. The felt 71 of 72 and the opposite side are used, and the 4A mountain is used to prevent the side of the plate and the endless belt 1 contact. The hydraulic cylinder 5 in the figure is set downward, that is, it is hung on Qiu Lidan 41 and the piston rod 51 is telescopically downward P is suspended on the upper port MU ^ ^ h μ ^ telescopic structure 仏, but the hydraulic cylinder 5 and The opposite is set upwards, that is, the lower end of the hydraulic cylinder 5 is set on the base 45 to make it live, κ end side, the gift of the piston rod 51 can be retracted upwards. The thickness of a is a structure in which the hydraulic cylinder 5 has a force ft 詷 辂 # vr * and the tension is given to the width, and the hydraulic pressure of the hydraulic cylinder 5 is adjusted by a pressure not shown. under. According to the structure of the embodiment of the invention described above, its function is explained as follows: the non-movable pressure imparting body 6 and the lower movable pressure imparting body 7 of the booklet strip pressing surface; press the cutting strip plate & give X for winding Each pedestal / meat device is placed on the upper pressure imparting body 20 and the lower pressure imparting body 30 4. &Quot;. The piston rod 51 of the lifting cylinder 5 is contracted so that each pedestal bearing 43 supports the evening rise. When each upper bearing 43 rises, both ends are subjected to upper 20 and lower pressure. The upper pressure imparting body 20 rises. The upper pressure imparting body 30 is spread upward and downward. Upper pressure Adjacent rider body 20 is rotated 180 degrees around shaft 28 as the center, so that the hair number 61 of the pressing plate 62 located on the upper side of the body 20 is downward. In the same way, the force of the lower fighter ni is given to the body 3 〇 is rotated 180 degrees around the axis 3 8 as the center

9441.ptd Page 21 1238746 V. Description of the invention (18) __ ::: Pressure imparting body 30. Pushing plate on the lower side of the plate. It can be easily implemented manually, or it can be driven by a motor or other side to the main acre 4 " 々 疋 锝. Plate a, the piston rod f of the hydraulic cylinder 5 is lowered through various cutting bands to close the upper pressure; =: elongation causes the upper pressure imparting body 20 to cut chromium * k imparting body 20 and lower pressure imparting Between the body 30 6 # The force of the body 20 and the lower pressure imparting body 30 is applied to press and cut the strip plate a. 71 The pressure is pushed to the belt plate type pressure imparting body 3 in a regular manner, and the upper pressure imparting body 2 is pressed. Open the upper pressure imparting body 20 with V :, push the pressure imparting body 20 = 32 and push 8 =; turn it so that the pressure imparting body 30 located at the upper and lower portions is 61 upward. Similarly, the pressure imparting body 3Q = i =; r is rotated by m degrees, so that… the simple implementation of the felt 71 of the board can be performed downward by this rotation ^: ί: Relative to y · endless belt 1 outside surface 1 b each other Between the force imparting body 2 ”J &, the piston rod 5 1 of the second cylinder 5 is extended downward to make the upper plate of the cutting strip plate 3 work, and at the same time, it is installed on the upper and lower sides to give pressure to the body 20 and the lower pressure. The endless belt 1 of the body 30 is pressed with a pressure of f to cut the strip plate a. 1 of 2 Γ gauge pressure surface 1 is provided to the belt pressing portion 21 of the body 20, pushing the endless belt a downward and the inner surface 1 a Completely tight. Pushed by the belt 1238746-III. V. Description of the invention (19) The benefits of the pressing part 21 pushing down ☆ The surface of the mountain is completely: the side surface lb of the belt and the side of the strip plate a-8 ^ : After the outer surface 1b of the end belt 1 and the surface of the cutting strip plate a are fully connected, the cutting strip plate a is pushed downward. The spear, the back of the cutting strip plate a contacts the force imparting body 3. The belt pushes the dust part 31, and pushes the lower part: None = strip plate ai face Ϊ1 "to push up 'so that the outer surface 1b of the endless belt 1 and the cutting strip push the cutting strip plate up and down. At this time, the front and back sides of the strip plate a: V :: 2 :; Bu = surface 1 is opposite to ^, and the plate a is opposite to the surface and \ starting time, due to the pressure of the upper part of the moving strip to give the body 2 ° and The lower pressure-imparting body < has a slightly rounded outer belt 1 around the outer periphery and each of the moving ~ σ turns. Here, the upper and lower endless degrees are independently cyclically moved. The sliding body is not caused to slide and the force is imparted to the body at the same speed by 2 °. The sliding lamination between the inner surface la of the belt pressing end belt 1: the friction between the surface of the portion 31 and the cutting strip plate 3 that is not moving up and down = combined with u ^ force 'that is' and the endless belt 1 moving , Pushing the inner side of it, the circular moving belt pressing portion 3 i has a so-called brake meter a, the belt pressing portion 21 and the winding tension of the leather and belt plates are provided 2 to the cutting strip. Take-up and take-up take-up tension. 、 Needle 9341.ptd required for the occurrence of the blade strip a. _ Page 23 夂, poor explanation (20) — Also, the belt pressing surface is movable belt pressure pressure test surface is not The combination of the movable force-imparting body 6 and 7 is shown in FIG. 3: Plate [(C) In addition to the same combination, FIG. (A), the pressing surface non-movable pressure-imparting body 6 Figure (θβ 1, upper plate-type pressure imparting body 3, or as shown in Figure 8: ° two counter-pressure surface movable belt belt type force imparting body 2 and lower portion fixed Combination, etc. 卩 π Plate pressure surface non-movable pressure application [Embodiment-2] Figure 9 is a side view of the overall device, and Figure ι is a structure: 丨 Figure U is a movable belt with a plate pressing surface Sectional view of the structure of the pressure application and the beauty of the body. The basket is 9 闰 up to 丁 丁 IS I & This structure is a cross-section view. The 13th = the structure with a water-cooled cooling chamber when the projections with guides are inserted into the brackets and plates. Structure: Sectional view of movable belt-type pressure imparting book, Figure 15 is the volume of instructions for use: ϊίϊίΐ 力 予 用 装置 'is a pair of cutting strip board & a predetermined side cutting strip board a moving wild road As shown in the picture, the winding of the W belt plate is not shown in the figure. It can be held in a slightly long circle shape. The main structure of the device is: the upper and lower belts are relatively long and round, respectively. The endless belt 1 and the endless belt that pushes up and down and pushes the endless belt 丨 / like resentment circling around freely, Yu 120, lower Six inner surfaces 1a above the next pair of upper pressure imparting movable belt-type pressure 觥 ^ 1 body 1 30 respectively constitute the upper belt pressing surface H body 102; and the lower belt pressing surface movable belt 1238746 V. Description of the invention (twenty one) ---

Type pressure imparting body 1 〇3; pull the two mountains L, · on the upper part of the force giving body two two ^ ^ 20 20 '130 of the base 104 with plate dust moving on the surface of the red hydraulic force 105; set in Epithelial pressure imparting body 102 with upper plate pressure = movable roof force imparting body 106; and a lower plate with repeated contacting surface movable body Two roof force imparting body 103 with lower plate pressing surface non-movable pressure force The movable belt type roof force imparting body 102 is an endless leather belt that is cyclically moved from the upper state. The endless skin is provided to the outer surface of the body 120 and is disposed on the upper side. 13〇 The & m 'lower pressure imparting body arranged on the lower side: _ and the lower pressure imparting; upper: = two strips of cut sheet a between the endless skin and the endless skin, with κ passing two times opposite each other The same-pushing pressure is applied to give a certain tension. The belt 1 is indirectly counted from the top to the bottom, and these are configured to face up and down. The direction is configured by a belt with three leathers arranged in the up and down and horizontal directions. In Erzhi leather, it is made by the outer periphery of the relayless body 120, and the upper part of the Q / plane is slightly rounded. ; = Shaped lower part I: ring: endless belt 1 is assembled as an independent pair of cut strips on the upper part of the upper end of the endless belt 1 equipped with a pressure job body 12. And the lower pressure 9441.ptd page 25 1238746 V. Description of the invention (22) The body 130 and the helmet

^ 1 ... I know the drive of the belt 1's cyclic movement, I Γ 1 is in accordance with the friction of the moving cutting strip plate a and follows = no end skin "cyclic movement. That is, separately assembled on .: =, and The helmet end ancient pre-body 120 and the lower loop move without pressure from the body pressure imparting body 130. ',,,, 柒 1, 柒 1, not cut the strip plate a contact with the seal ^ endless belt 1 outer surface 1 b has a disc cut strip Belt movement: the function of i:; a. In contrast, the red system of the endless belt 1 has 6 upper pressure imparting body 120 and lower pressure imparting inner = face 1 & The inner surface la of the sliding belt 1 on the inner side of the tension is smaller than the outer side "the friction coefficient of lb is small and easy to slip", and the inner surface of the belt 1 丨 a is a synthetic fiber woven fabric, which can be immersed in I and the mesh recess The lubricating oil 'except for the endless belt 1 is male and has low compression elasticity.' It is composed of -degree and thin and flexible material that does not undergo compression deformation under pressure.-. The use of this woven fabric was endless yesterday. The inner surface of the belt i. In the case, the lubricating oil can be impregnated between the fibers of the woven fabric and the concave portion of the mesh to reduce the friction coefficient, and the woven fabric is different. The solid plate-like material has the characteristics of great flexibility. It is an endless belt for the pressure-imparting bodies 120 and 130! The rotation resistance is small. The woven fabric is made of polyester, vinyrori, nyiori, etc. for synthetic resin. The material of the endless belt of the shape-imparting body needs to have sufficient compression elasticity and recovery in the thickness direction, and the belt is compressed and elastically deformed in a state of approximation to the true-round shape of the body. The application area is smaller than that of this application. In most cases, the frictional resistance (tensile force) like a true-round donating body is only required to have a low surface pressure.

9441.ptd Page 26 1238746 V. Description of the invention (23) The thread uses compression deformation resistance, and can use a combination of thin and compressed elastic resin materials to exert its function. It can be used in weaving: wrapping: synthetic mesh The material used to break the lubricating oil on the inner surface 1 a and the outer space and surface lb of the endless belt i does not need to limit the materials with different friction coefficients. 〇 Feng Benshen In addition, the outer surface 丨 b of the endless belt 1 can be formed of a material with a friction coefficient higher than that of the poem surface 1 a. That is, the inner surface of the endless belt 1 is good. ”: Friction materials, such as soft synthetic resin materials with low friction coefficient, can be used to form the inner surface of the endless belt 1. Γ / two = two: body 13 ° sliding surface It is also possible to apply lubricant to a small square ... The friction coefficient of the inner surface sla of the skin 0 is smaller than that of the outer body 120, which is arranged in a state of penetratingly arranged on the upper force imparting body. Arranged in this state, the upper part of the upper surface has a linear shape. The side of the inner surface 1a of the endless belt 1 is cut on the side of the side: 1; It is arranged on both ends of the endless belt pusher 121 of the belt, and the side section is seen And, most of the belt reversing guides are configured to have a spherical shape with a contact surface] ... If the contact trajectory of the half and endless belt 1 is arc-shaped, for example, the belt reversing portion 123 is formed as a body. The pushing part 121 is in the pre-body 120 series. The upper and lower belt guides 122 and the belt are located at both ends. For example, most skins are arranged in a semicircular shape. 9441.ptd Page 27 1238746 V. Description of the invention (24 ) The belt reversing section 1 2 3 formed by the belt reversing guides 1 2 3a is formed into an oval shape in cross section, for example. Most of the belt reversing guides 1 23a constituting the belt reversing portion 123 are arranged in a semi-circular arc shape, and may also be partially elliptical arc-shaped or partial-distribution linear shapes. At this time, the cross section of the upper pressure imparting body 20 is slightly longer, and the movement of the longitudinal direction of the upper pressure imparting body 120 to the cut strip plate 3 is arranged in a perpendicular direction and penetrates the inside of the endless belt 1. Each of the belt reversing guides 123a constituting the belt reversing portion 123, and the contact surface of the inner surface la of the disc end belt using a round cylindrical tube are used. In addition, the belt reversing guide 1233 can be fixed, or it can be installed. For example, the second belt reversing part i 2 3 is rotated by the belt reversing guide i 2

2 = each belt reversing guide inside the paste_J 二 J Air-effect. In addition, the belt reversing guide 123a uses Zhong 0 4 g B guard, which can cool the inside of the cylindrical tube to obtain each belt reversing guide 123a. The same shape tube: the cooling effect can be improved in the same way. The arc of the ^ face of the through groove is only in the direction of the majority. The upper circle of m20 is smooth with a long circle shape. ^ The belt pressing part 1 2 1 is a tangential / long-face pressure on the book, which is pushed through the endless belt 1. :: The direction of movement of the two is set with a -predetermined winding tension. Part of it. For the plate 3 ', the cut strip plate a provided to the cut strip plate a is parallel, and the' needle / technical belt pushing section 1 21 is formed in a straight line that can pass through. And: 22 pushes = J push Μ 桜 direction and 1238746 V. Description of the invention (25) Inside surface 1 a of the belt 1. The endless belt in contact with the cutting strip plate a is pushed by the belt pressing portion 121 outside the inner surface la! , The outer side, the direct belt plate a does not slide, and is integrated with the cut strip plate 3 to b = the surface of the cut strip pushing portion 121 contacting the endless belt i is formed into two movements and leather, which reduces the inside of the endless belt 1 The surface of Capricorna. The outer periphery g of the upper pressure applying body 120 is provided with a plurality of belt guiding projections 124 at regular intervals in the circumferential direction thereof, so as to divide each endless belt 1 provided in the lateral direction. The belt guide projection 124 is for preventing the helmet belt 1 from meandering or changing in the horizontal direction. The belt guide projections 124 are provided on the two belt reversing portions 123 at regular intervals, and may also be provided on the belt guide " direction section 1 2 2 if necessary. The belt guide projections 1 2 4 are usually used as plugs, and other than plugs, for example, the belt guide plate 125 is used. As shown in FIG. 12, when the belt guide plate 1 2 5 is used, the belt guide plate 1 2 5 is protrudingly provided on the belt reversing portion 123 in an arc shape, and the belt guiding projection 124 formed by the inserting protrusion is provided protrudingly. Belt reversing portions 1 2 3 on both ends of the belt guide plate 1 2 5. A cooling chamber 126 is installed inside the upper pressure imparting body 120 so as to cross each endless belt 1. The cooling chamber 126 is designed to cool the endless belt 1 which is circulated on the outer periphery of the upper pressure imparting body 120 while circulating and overheated due to frictional heat. The inside of the cooling chamber 126 is divided into three by an inner partition 120a, and the inside of the belt reversing portion 123 at both ends and the belt pressing portion 1 2 1 in the middle are separated by three. The belt pressing section 1 2 1 is divided into more internal sections by internal partition plates 1 20b, or 2 or more internal partition plates as necessary. In addition, a portion of the internal partition plate 1 20b that partitions the inside of the belt pressing portion 121 into a large number has a part of an opening, and holds a part of the internal partition plate.

9441.ptd Page 29 1238746 V. Description of the Invention (26) ----- 120b and some are connected. The internal partitions 1 2 0 a, 1 2 0b that separate the upper end of the force-imparting body 1 2 0 and the internal cooling chamber 1 2 β, and have an internal shape that keeps the upper pressure imparting body 2 2 0 is not cold. 1 2 6 becomes a hollow function. That is, the upper end of the endless belt i pushing down the upper force imparting body 12 has a compressive force acting in the vertical direction, but the inner partitions 120a and 120b prevent its function to prevent the upper pressure imparting body 12 from bending in the longitudinal direction. The cooling chamber 1 26 is used as a water-cooled cooling chamber 丨 2 6a, and it can also be used for air-cooled cooling. The water-cooled cooling chamber 1 2 6 a is water-cooled inside, and the air-cooled cooling chamber is

The inner tube is cooled by air. When the cut-through strip plate a is thick, the frictional heat is large due to the high speed of the passing plate, and it is easy to overheat and use a water-cooled cooling chamber. 26 & Too hot, an air-cooled cooling chamber 126b is used. A modification example of the shape of the upper pressure imparting body 1 2 0 is shown in FIG. 4. The belt guide 122 on the back of the belt pressing portion 121 is provided, and the ends of the two ends are, for example, lower than the upper end of the semicircular belt reversing portion 1 2 3. At the position, there is also a groove-shaped slightly rounded shape formed on the back of the belt pushing portion 1 21 with a concave portion 1 2 2 a above. At this time, there may be a gap between the endless belt 1 on the upper side and the inside of the recessed portion 122a. As shown in FIG. 14 (A), a belt tightening roller 127 may be arranged in the recessed portion 122a to press the inner surface 1a of the endless belt 1 to give Endless belt 1 tension. Further, as shown in Fig. 14 (B), instead of or in combination with the belt tightening roller 127, a lubricant 129 for lubricating the inner surface 1a of the endless belt 1 may be disposed in the recess 22a. The lubricant 129 is stored in a lubricant container 1 2 9 a disposed at the bottom of the recess 122 a. Lubricants 1 2 9 are solid at normal temperature and high temperature

1238746 V. Description of the invention (27) Liquid wax exceeding melting point, impregnated with foam, and inner surface of endless belt 1; "large non-woven fabric or porous belt 1 rotating friction grip, including production side contact configuration Because the endless skin 1 a reduces the coefficient of friction, the end of the belt: lubricates the inside surface of the endless belt 1 and the inner surface U is lubricated: None = often because of the lubricant 129 of ma is conducive to improving production. The inner surface h, adjacent to the recessed portion, and the pressing surface is a movable belt-type pressure imparting body 103, which is formed by the following; = ，, 30, and the pressure imparting body 130 is formed with a parallel skin Γ * on the outer peripheral surface of the pressure imparting body 130. Tau pressure imparting The body 13 is arranged so that the inner side of the endless belt 1 is called Qi Bei Xin Qi ° 1. The strength of the arrangement is as follows: The body 13 is made by: directly pressing the endless belt.] The inner surface 18 ^ shell surface Straight belt pressing section 131: The belt guiding section 1 32 provided in parallel with the side section below the belt pressing α is formed on the upper and lower belt pressing sections 丨 3 i and the belt guiding section 32 and two End-to-side, side-to-side view, contact surface with endless belt The belt reversing guide 1 33a is configured to be arc-shaped at a predetermined interval and contact with the endless belt i. For example, the belt reversing portion constituted by a semicircular arc 3, 3, and the like are integrated, and the lower pressure is applied. The body 130 is a belt reversing portion 1 33 formed by a plurality of belt reversing guides 1 3 3a, which are arranged, for example, in a semicircular arc shape at both end sides of the upper and lower belt guiding portions 132 and the belt pressing portions 1 3 1 '. For example, it is formed in a cross-section oval shape. Most of the belt reversing guides 1 33a constituting the belt reversing portion 133 are arranged in a semi-circular arc shape, and may also be partially elliptical arc shape or partly thread-like shape. At this time, the lower pressure imparting body 丨3 〇Slightly long circular section.

9441.ptd Page 31 1238746 V. Description of the invention (28) _ = 2: The length direction of the body 1 3 3 is opposite to the moving direction of the strip plate & is arranged in a straight and straight direction and penetrates the inside of the endless belt 1. Each of the belt reversing guides 133a constituting the belt reversing portion 133, and the contact surface of the inner surface la of the belt uses a rounded, ... rod. In addition, the belt reversing guide 13 is fixedly fixed, and m; the belt i: = section 133 is constituted by the belt reversing guide u3a, in the empty and Λ portion Λ between each of the leather Λ reversing guides 133a. The clearance is = can be air-cooled inside the cylindrical tube: = fruit 3 = arc-shaped and its rotation guide 1333 uses a circular arc-shaped surface with a partially opened through groove inside: it can also improve the cooling effect. H mildew. IJ plane 0 The horizontally-extended parallelism of the helmet-end ancient plate part fortress force imparting body 130 under the independent cycle of the outer periphery = the surface is processed into an oblong shape: the pressure imparting body of 130]] Valley ..., Ligong 1 in Lower part :: 130 Zhou Yi smoothly with a long circle shape long surface i == 31 belt tr strip plate a moving direction is parallel with a fixed cut strip plate a, 'opposition ° P1 31 is formed to communicate with Straight. The inner surface 13 of the belt 1 can be pushed evenly. There are many directions in the direction of pushing the day pine, and there are no ends and two cuts! A push contact = 3 丄? = Surface The strip plate a does not slide 'and the cutting strip V is set to 1. It is connected to the cutting strip ® at the same speed. Leather 9441.m page 32 1238746

With pushing part 1 2 1 and I 踹 Yu evil! The surface can be reduced. The flat surface is formed from the surface contacted by 可可 1, and processed into a flat surface between the moon b and the "inside surface 1 of the belt 1. The pressure imparting body 13 is surrounded by the outside. The surrounding belts are provided with a plurality of belt guides, and the endless belts are arranged in parallel at a certain interval. == Most of the belts are separated in the horizontal direction, and the two belts are installed in the two belts. Orientation bumps 134 are usually inserted into the belt, and there are also cases such as the belt guide plate 135. As shown in Figure 12, when the belt guide plate 135 is used, the belt guide plate 135 is projected on the belt in a circular arc shape. The belt guide projections 134 formed by the inserter are projected on the belt reversing sections 315 on both sides of the belt guide plate 315. The inner part of the lower pressure imparting body 13 crosses each endless belt. In the direction, a cooling chamber 1 36 is installed. The cooling chamber 36 is for cooling the lower end of the pressure imparting body 130 and the endless belt 1 which circulates and rotates due to frictional heat. The cooling chamber 136 is formed by an internal partition 130a, The belt reversing part 133 on the side and the belt pressing part on the middle 3 i 3. The belt pressing part 1 31 is divided into more parts by an internal partition 丨 3 〇b, or 2 or more internal partitions 130b as necessary. Furthermore, the internal part of the belt pressing part 131 is mostly divided. One of the internal partitions 1 30b has a part of an opening, and a part of the internal partitions 1 3 0 b is held and the two sides are partially communicated. The internal partitions 130 a and 130 b that separate the internal cooling chamber 136 of the lower pressure imparting body 130. 'With the function of keeping the internal shape of the lower pressure imparting body 130 not to be hollow due to the cooling chamber 1 36. That is, to push the endless belt 1 downward 1238746 V. Description of the invention (30) The lower pressure imparting body 130 has a vertical direction The compression force acts, but the internal partitions 130a and 130b prevent it from using the force to prevent the lower body from imparting force to the body! The function of bending in the 30-degree direction. The cooling chamber 136 is used as a water-cooled cooling chamber 136a, and it can also be used as air-cooled. The cold part arrives. The water-cooled cooling chamber 1363 is water-cooled in the interior, and air-cooled in the air for the second time. The cut strip plate a is thicker 7 'because the air-passing speed is slow and it is not easy to overheat. An example of the shape modification is shown in FIG. 14. 7 The guide portion 132 is provided. For example, the & ΛΛ ^ low position on both end sides also has a groove shape slightly longer than the upper portion of the belt pressing portion ㈣Λ portion 1323. At this time, the ^ belt i and the concave portion in the above figure ^ There may be a gap between the inside of 132a, but 4 = V: 二 = ri32a is equipped with a belt tightening roller ⑻, and the inner surface laH of the leather w is endless, as shown in Figure 14 (B), Lushan belt tightening roller ⑴Or use together, can be equipped with lubricant 139 for the configuration surface la. Lubricant 139 is two; month ',,, the inner surface of the belt 1 exceeds the melting point of liquid wax, impregnated with 4 :: when solid and two Warm foam, knitted inside about 20% of the surface: rubbing non-woven fabric or porous belt 1 frictional heat of rotation, impregnated configuration, because the endless leather la reduces the friction coefficient. Endless belt i: The inside surface of endless belt 1 / slip agent 1 3 9, which is 1238746 during rotation V. Description of the invention (31): The side surface la is lubricated, and there is no need to stop the lubricant to lubricate the inside 132a. Improve productivity. a 凹 # Lower pressure imparting body] 30 Both ends are supported around the shaft of the gate-type pedestal 104 provided on the shaft 138 side so that they can rotate freely. The structure of the lower pressure imparting body 130 can be easily rotated by hand with the shaft 138 as the center. At the lower end of the force-imparting body 130, the two ends are turned outwards. / Exhibits are provided with shafts 138, and each shaft 138 is pivotally supported at the center of the upper beam 104 of the door-type pedestal 104. The pedestal 104 is provided at both ends of the lower pressure imparting body 130, and the instrument is composed of a partial beam 141 and an upper beam supporting the upper and lower beams at both ends of the bottom. The shape of the gate is shaped like a pedestal. The pedestal 104 supports the upper pressure imparting body. 120 and the lower pressure imparting body 130 are provided above the upper crossbeam 141 to support the upper pressure imparting upper bearing 143 to be raised and lowered freely. It is arranged on both sides of this. The lower end of the seat 104 is fixed to the plate-shaped base 145. The upper pressure imparting body 120 Both sides are supported by the shaft 128 on both sides of the outside !: The gate of the if-type pedestal 104 is supported to rotate freely around the shaft. The structure of the upper = is rotated around the shaft 128. The rotation is also performed by the hand. Guan Shi. On the upper pressure imparting body 120, do n’t display the axis 128, each axis is 128, and you can see everything! ”The branch-type pedestal 104 upper beam 141 can be freely lowered. The center of the upper bearing 1 4 3. The door-type pedestal 104㈣ 丨, that is, the upper part and the hydraulic cylinder 105 are provided. Hydraulic cylinders 105, 3, and 14 between 14 and 14 ^ L ^ Α, while lowering the upper bearing 143, the upper end of the pressure body 12 ° to give the endless belt 1 a pressing force. As the hydraulic cylinder 105, for example, a hydraulic cylinder can be used. 9441.ptd Page 35 1238746 V. Description of the invention (32) The upper end of the hydraulic cylinder 105 is hung on the upper beam 丨 41 for direction. The lower end of the piston rod 丨 51 protruding downward from the lower end of the hydraulic cylinder 105 The center of the telescopic connecting plate 1 5 2 is retracted. Here, the two sides of the horizontal connecting plate 1 5 2 are associated with the company: = under the branches 1 4 4 to support the upper bearing 丨 4 3 can be raised and lowered freely. σ Outer Descending Shaft Each lifting shaft 144 can be raised and lowered freely through the #beam 141 extending in the vertical direction, and the upper end of the through shaft is connected to the lower end of the upper bearing 143. The upper bearing 143 of the σ 卩 transverse pressure imparting body 120 is a structure in which the hoisting shafts 14,, and upper cylinders 105 are raised and lowered, and are integrally raised and lowered. / Night pressure means that when the piston rod 151 of the hydraulic cylinder 105 is extended downward, the lift 144 is lowered, and the upper bearing 143 and the upper pressure imparting body 12 are also lowered with the shaft. A pressing force is applied to the endless belt 1, and the upper pressure is applied to the lower end of the belt. The lower pressure imparting body 130 cooperates with the upper and lower pressures to provide cutting tension. When the piston rod 151 of the hydraulic cylinder 105 is retracted, the lifting shaft 144 says that the upper bearing 143 and the upper pressure imparting body 12 are also linked to the pressing force of the upper endless belt 1 and the endless belt is removed. The tension on the cutting strip 'disappears. (Rolled on the upper belt pressing surface of the movable belt-type pressure imparting body 102. The upper belt pressing surface of the non-movable pressure imparting body 10 is attached to the outer peripheral surface of the movable pressure applying body 102. On one side, a plurality of endless belts 1 that are circulated and circulated on the outer peripheral surface of the movable skin-type dust force imparting body 102 in the direction of movement of the cut strip plate a. The upper belt plate pressing surface is a non-movable pressure imparting body. 106 'It is installed on the belt pressing portion 1 21 of the upper pressure imparting body 12 to the belt guide portion 1 22 on the opposite side. 1238746 V. Description of the invention (33) θ Upper belt plate pressing surface non-movable pressure imparting body 1 0 6 is composed of: a pressing plate 162 provided with felt 161 on the pressing surface; two ends of the pressing plate 162 supporting the central surface of the upper surface of both ends of the belt guide 122 of the upper pressure imparting body 12 to support the supporting beam 1 6 3; Supported by a plurality of endless belts i and a plurality of upper end pressure imparting bodies i 20 and the surface of the belt guide 122 on the surface of the holding piece 164 and so on. Double blade 丨 J support plate 1 6 2 felt 1 6 1 The upper surface is pressed with a plate, and the non-pressure-imparting body 106 pushes the plate 162. The felt 161 pushes the surface of the cutting strip while moving. The moving strip cuts the plate a knife edge. Supporting piece 1 6 4 Supporting the pressing plate 1 6 2 There are separate supporting pieces 16 at both ends. The height is used to prevent the "phantom 161" of the magic board T from contacting the endless belt i. The lower belt ::::: movable belt-type pressure imparting body of the plate pressing surface 103 belt-type pressure imparting body 1〇3 外; π _ on the movable pressure imparting body m belt plate pressing surface of the non-movable portion 131 on the opposite side of the belt second force. Give a thin belt to the pressure to connect to the lower pressure to give the belt guide

9441.ptd page 37 1238746 V. Description of the invention (34) The central surface of the supporting beam 1 7 3; the lower pressure-producing body 130 supporting the bottom surface is provided with a plurality of endless belts 1 and holding pieces 174 and the like. The majority of the branching surface of the portion 132 pushes the hair charm 171 of the pressing plate 172—A pressure imparting body 107. The hair pressure of the pressing plate 172 is tightly pressed against the surface of the non-movable plate a, but at this time the hairpin Sliding occurs between the surfaces of the cutting strip during the press movement. 1 is solid-, and the cutting strip plate a μ "! \ Cutting support piece 174 supports the middle portion other than both ends of the pressing plate 172, when: the pressing plate m pushes the surface of the cutting strip plate 8, there is Yes, each divided support piece m has a sufficient height to prevent the opposite side of the felt 171 of the 2 pushing plate 172 from contacting the endless belt i. Furthermore, the hydraulic cylinder 105 is set downward on the figure, that is, hanging. The upper beam 141 and the piston rod 151 are retractable downwards. However, the hydraulic cylinder 105 can be installed upward, that is, the lower end of the hydraulic cylinder 105 is provided on the base 145. The piston rod 151 is on the upper end side. The piston rod 151 is configured to extend upward and downward, and the hydraulic cylinder 105 is provided with tension to match the thickness or width of the cutting strip plate 3, and the hydraulic cylinder 105 can be adjusted by a pressure adjusting device (not shown). The structure of the fluid pressure is described below. According to the structure of the embodiment of the invention described above, the effect is as follows: The non-movable pressure imparting body 106 with the upper plate pressing surface and the non-movable pressure imparting body 107 with the lower plate pressing surface. When the take-up strip plate a is applied with a winding tension, the upper pressure applying body 120 is applied. 130 at both ends of the lower pressure applying member is provided for each seat suspended solids within the hydraulic cylinder 104 of the piston rod 105 plus 151

1238746 V. Description of the invention (35) By shrinking to make each pedestal 104 μ + bearing 143 rise, both ends of the upper bearing 143 rise. Each of the upper shafts 120 rises, and the upper dust force bearing 143 supports the upper pressure imparting body to open up and down. Between the force imparting body 120 and the lower pressure imparting body 130, μ is located at the upper pressure imparting body imparting body 120 with the axis 1 2 8 as the center, and is rotated 180 degrees to lower. Similarly, with the angle of 161 of the pushing plate 162 in the direction of the axis 138 ^, the pressure at the lower part is applied to rotate the lower part of the force 130 to 180 m upward. This rotation can be: Yearly: "The hair charm of the pressing plate m on the lower side 3 ° can be moved up or down, or it can be driven by a motor. Felt 1 61 1 7 1 that is opened up and down with each other and still cut you & board a for a long time, lower the hydraulic cylinder 105 Shouhong and Wi through each cut strip body 1 20, close up / soil dry down The elongation makes the upper pressure give a gap of 13 °. Jit = f. The body 12Q and the lower pressure imparting body are strict. The two plates are connected to the board a, and installed at the top and bottom 171a. The felt 161, ⑺ of the pressure imparting body 130 presses and cuts the strip plate a from above and below with a predetermined pressing force. 102 and below. Escape the upper belt pressing surface movable belt type pressure imparting body: with handle: pressing surface movable belt type pressure imparting body 103. Sakiya cut with shaft 12: force = force imparting body 120 opens upward To turn the upper σ 卩 pressure applying body 120 180 degrees, the felt 161 of the pressing plate 162 located on the lower side of the same ir applying body 120 is upward. The spleen believes that the lower pressure imparting body 130 is rotated 180 degrees around the axis 1 38, 6 upwards; the lower 4 force imparting body 1 30 is a felt 1 71 on the upper side of the pressing plate 172, and upward 2 This rotation can be easily performed manually. The outer surface of the opposite endless belt 1 that opens up and down relative to the surface b surface 1238746 V. Description of the invention (36) _ The upper pressure thief is made early by cutting each other to extend the pressure of the piston rod 151 of the hydraulic cylinder 105 downward and the lower pressure. The body 12GI is lowered, and the upper pressure imparting body 12 is closed. At the same time, the through-board operation of cutting the strip plate β is completed by the gap installed on the upper body. The body WO has no end. The upper pressure imparting body 120 and the lower pressure imparting a . '' Press the prescribed pressure from the upper and lower pressure-cutting body 12η of the strip plate to push down the inner surface la push down ^ into the-leather π pressing part 121 pushes the end 121 of the endless belt 1 down the helmet Wang is connected to the inner surface h. The surface of the strip plate a is pushed by the belt ^ m ▼ The outer surface 1b is completely in close contact with the cutting garment: After that, the strip plate is pushed & ^ n Xi Shi Book 仏 "1 W * ,,, and Zhipi f1, due to the reaction force from the inside surface 1 of la to f pressing part 121 pushes the back of the lower endless belt a tightly, from the upper surface of I, 钿 belt 1 outside lb and the cutting strip push and cut with the same pressure on the upper and lower sides of the endless belt: the outer surface 1b of the endless belt 1 is mutually, and the outer surface of the endless belt i wins; Pressure. ≪ The front and back of the cutting strip plate a to be connected to each other is' start to take up the cutting strip plate a, then the reverse side and the upper and lower helmets 媸 < the cutting strip plate a positive endless belt ^ in a slightly long circle ^^^ The close friction between the upper and lower pre-body 130 around, < the endless belt IK with 12 and lower body pressure: two = f cycle dynamic turnover. At this time, the upper body is independent at the same speed Circulating motion. Μ motion to form a one-sided 'belt pressing part of the above-mentioned pressure imparting body 12 ⑶ 9441.ptd page 40 J238746 V. Description of the invention (37) _ and the belt pumping section μ of the lower pressure imparting body 130, the friction between the surface 31 of the inner surface la of the belt 1 and the friction between the upper and lower endless strip plates a and ^, That is, the belt that is pushing and moving.] The inner surface U of the belt is still ringless. The so-called braking effect makes it located in the cut section.] 3] 'Effectively give each cutting strip board between the device 3 coils. The coil is reeled, and the belt is repeatedly moving on the belt. The type of belt that is movable is the required tension. The force on the plate is non-movable and the force is given to the body 102. m is the same as the belt diagrams (A) and (C). The night of the joint 〇73 合 'is like the sixteenth ... Movable belt type factory firm force = force force =: plate pressing surface movable belt type pressure imparting body non-movable pressure imparting body 107. F belt plate K who face god Somersault ^ ΐ Γ is not limited to the above-mentioned embodiment 'without departing from the present invention 俨 "it is taken for granted that there are various changes. The description is given at the lower side of the movable skin of the pedestals 4, 104 of the J fine band type pressure imparting body 3, 103, but it is not limited to this. For example, No. 7.41 flute "i: show 'can also be set 4. The upper side of 104 is extended to the upper side: the belt-type pressure imparting body 2 and 102 are moved with the picture, and the upper ends of the squares 41 a and 141 a located at the center of the uppermost beam, which can be placed on the surface, are arranged at 5, 105. The piston rods 51 and 151 are retractable downward and downward, and the lower ends of the piston rods 51 and 151 are connected to 43 and 143.

Page 41 1238746 V. Description of the invention (38) In addition, when the strip plate is attached, a wide metallic property is provided. [Effects of the invention The effects of the belt related to the invention are described above. Low cost. Belt and felt type. In the past, when the tension side was used, the operation was changed. However, the patent application only used the multi-segment frame. In the past, the upper and lower groups were used. In the belt, the belt plate can be freely switched between the belt or the processing state in the device (rolled strip material). It can be known from the loading that the coils that can be adapted by the coiler need to rotate the upper and lower measuring objects to rotate the upper and lower measuring objects. The combination of the belt and the plate is in the state of the plate. The state of the plate is based on the surface of the belt and the side of the felt. Not at the same time ", or" the upper and lower combinations reduce the belt and the state ~ 1 9 shape, but explain the tension of each cut after winding the strip "The invention can also be used to wind a single strip to apply for patent No.! 2. The second item of the Chinese patent, 'there are the following novel and beneficial all the thickness range of the skin to take the tension of the industry call 4, and the anti-reflection device is provided to the industry. In the earth type, it is fixed to the metal connection on the side of the switching belt. _ U 疋 仵 It is dangerous to remove 7G pieces to cut off each other. However, the application can be easily completed at 180 degrees without danger. To achieve capacity There is no way to switch between the felt side and the belt side quickly and surely, but this application can be switched between each other, so the surface state of (roll strip) can be changed. The strip plate (roll strip) is called for its state, The "upper belt and lower felt" are used to facilitate the operation of the board. For the maintenance costs of the felt, the patents are widely changed. The patent file is changed in the long belt board. The surface processing belts can be managed with each other or their opposite quality, which contributes.

1238746

"Blood without cause" "Patent No. 2" The belt reversing part is viewed from the side section, and the contact surface of the belt is round, and most of the belts are reversed and guided to Xiao Yizhao. ^%, S = set and the endless belt The contact track is arc-shaped, so the & turn part has good air permeability and has the effect of air cooling. uthis belt

1238746 Brief description of the diagram [Simplified description of the diagram] Ϊ1 picture shows the overall side ra of the device of the embodiment -1 of the present invention. Flute _ Π: 2 ΐOpen the nine grudges -1 overall front view of the device; θ々 不In this description, the basic constitutional cross-sectional view of the movable belt-type pressure imparting body of the belt pressing surface of the embodiment 1 is shown in FIG. 4; FIG. 4 shows the belt guiding projection of the embodiment -1 of the present invention as: A cross-section view of the structure of a plug and a plate; γ The projection for the door is inserted. FIG. 5 (A) shows the structure of the belt-type waste force imparting body of the embodiment of the present invention equipped with a water-cooled cooling chamber (B ) Shows the embodiment of the present invention _ 丨 with a plate pressing surface movable belt type Mo force imparting body is provided with a water-cooled cooling chamber and an air-cooled cooling chamber structure sectional view, FIG. 6 shows the embodiment of the present invention-丨 belt plate Sectional view of the deformed structure of the movable belt-type pressure imparting body on the pressing surface; FIG. 7 shows the use of the embodiment of the present invention— 丨; FIG. 8 shows the combination of the embodiment of the present invention— 丨; FIG. 9 shows this The overall side view of the device of invention embodiment-2; Fig. 10 is an overall front view of the device of the embodiment-2 of the present invention; Fig. 11 is a sectional view of the basic structure of the movable belt-type pressure imparting body with a plate pressing surface of the embodiment-2 of the present invention; The cross-sectional view of the belt guide projection of the embodiment 2 of the present invention is composed of a pin and a plate; FIG. 13 shows the movable belt-type pressure imparting body of the belt pressing surface of the embodiment-2 of the present invention. Sectional view of the structure of a water-cooled cooling chamber; 9441.ptd Page 44 1238746 Brief description of the drawing Figure 14 shows the embodiment of the present invention-a sectional view of the deformation structure of a ^^ pressure imparting body; the movable belt shows the embodiment of the invention- Figure 2 illustrates the use of Figure 2. Figure 16 is not a combination of the embodiment-2 of the present invention ^: Figure 17 shows each figure of the present invention, a side view; month ... method, 2 of the overall example of the device, Figure 18 The present invention is not from the front view of the month; Month ... Sadness -1, 2 and other examples of the overall arrangement Figure 19 The overall side view of the previous device [Symbol description] 1 ---- Endless belt lb --- Xi Bu side surface la inside surface

2 ---- Upper belt pressing surface 2 0 --- Upper pressure imparting body 20b-Internal partition 22--Belt guide 23-Belt reversing part 25-Belt guide 26a-Water cooling Cooling chamber 27 ——Belt tightening roller 29 --- Lubricant Q 〇 Lower belt plate pressing surface 30 --- Lower pressure imparting body 30b-Internal partition movable belt-type pressure imparting body 2 0a --- Internal partition Plate 21 Belt pushing part 22a --- recess 24-Belt guide projection 26-Cooling chamber 26b-Air-cooled cooling chamber 2 8-Shaft 2 9a --- Lubricant container is movable Belt-type pressure imparting body 30a --- internal partition 31 Belt pressing portion

1238746

Brief description of the drawing 32 —— belt guide 32a --- recess 33 --- belt reversing part 3 4 ---- belt guide protrusion 35 ----belt guide plate 36-cooling chamber 3 6 a- -Water-cooled cooling chamber 36b —— Air-cooled cooling chamber 37 —— Roller for belt tightening 38 ---- Shaft 39 --- Lubricant 3 9a --- Lubricant container 4 ---- Pedestal 41 ---- Upper beam 41a-- uppermost beam 42 ---- vertical beam 43 --- upper bearing 44 ---- lift shaft 45 --- base 5 ----- hydraulic cylinder 5bu--piston rod 52 --- -Horizontal connection plate. 6 ---- Non-movable pressure imparting body on upper plate pressing surface 61 --- Felt 6 2 ---- Push plate 63 --- Support beam 6 4 ---- Divided support piece γ ____ Non-movable pressure imparting body for the lower plate pressing surface 71 --- Mao Mao Mao 72 ---- Push plate 73 --- Support beam 74 ---- Split support piece 102 --- Upper plate pressing Surface movable belt-type pressure imparting body 120 --- Upper pressure imparting body 120a-Internal partition 120b--Internal partition 121-Belt pressing part 122--Belt guide part 122a-Recessed part 123--Belt Reversing section 123a-Belt reversing guide frame 124---Belt guide projection 125- -Belt guide plate 126--Cooling chamber 126a-Water-cooled cooling chamber 9441.ptd Page 46 1238746 Brief description of the drawings 127-Belt tightening roller 12 8 --- Shaft 129-Lubricant 129a--Lubrication Agent container 103 —— Movable belt type pressure imparting 130 on the lower belt pressing surface 130 --- lower pressure imparting body 130a--internal partition 130b-internal partition 131 --- belt pushing part 132-belt guide Section 132a-recess 133 ----belt reversing part 133a--belt reversing guide 134--belt guide projection 135--belt guide plate 136--cooling chamber 136a-water-cooled cooling chamber 137- — Belt tightening roller 13 8 --- Shaft 139 --- Lubricant 139a-Lubricant container 104-Pedestal 141 --- Upper beam 141a-Upper-most beam 142 --- Vertical beam 143 --- Upper Bearing 144 --- Lifting shaft 145 --- Base 105-Hydraulic cylinder 151 --- Piston rod 152-Cross-connecting plate 106 --- Non-movable pressure imparting body 161 --- Gross% 162 --- Push plate 163 —— Support beam 164 --- Split support piece 107 —— Non-movable pressure imparting body 171 with lower plate pressing surface 171 --- Felt 172-Push plate 173 --- Support beam 174 --- Split Support piece a cut strip plate b ---- connection device

9441.ptd Page 47

Claims (1)

1238746 6. The scope of the patent application is for the end skin 1 belt; its characteristics are composed of a majority of non-I #, ^ downward pressure on the f-plate pressing surface, movable belt-type pressure, early force, 1000 = Γ plate, and the upper and lower sides with the belt plate Arranged in the width direction, in Lu, the donor body spans the endless belt-applied body to the small system: the pressure on the inside surface of the endless belt. The linear belt pressing parts are directly pushed and formed separately; ^ & n ρ 4⑨Constantly formed at both ends of the belt reversing portion with an arc-shaped cross section, and each endless belt of the belt guide I end α belt reversing portion is provided, so that each of the :: ΐ :: 卜 side The surface friction coefficient is larger than that of the inner surface. The movable belt type pressure imparts pressure on the body. The upper fits the drive, constitutes and moves ===, and a belt & π # 2 is provided outside the pressure imparting body. The movable belt-type pressure application on the upper and lower belt pressing surfaces of the movable pressure applying body on the peripheral circulation surface is switched to the belt pressing body, for example. Or the non-movable pressure imparting of the pressing surface of the belt plate 2. —The upper and lower parts of the belt with the winding tension end of the belt _ on the belt body, hold the belt plate and give the device on the upper and lower sides of it. Plate pressing surface movable belt type pressure application is arranged in the width direction of the belt plate. 1238746 6. The scope of patent application The force imparting body and the pressure imparting outer periphery are provided with a plate pressing surface non-movable pressure 'forming the above-mentioned plate pressing surface movable leather providing body' at least by the side section forming an endless belt The inner surface of the belt; and the contact trajectory of most endless belts that are circular in contact with the endless belt is arc-shaped. The guiding protrusions are divided, and the belts are divided and guided to set the coefficient of the outer surface of each endless belt. When the belt plate is pressed against the surface, the upper and lower endless belts are pushed to push the endless belts and the friction plates between the belt plates to integrate the endless belts to circulate independently. At the same time, there are belt plates to press the lower belts. The movable belt type pressure of the plate pressing surface rotates on a horizontal axis, and can apply a pressure imparting body to the movable belt type pressure of the plate pressing surface. Circulating in a juxtaposed state, the linear force pushing portion of the pressure imparting body spanning the pressure of the endless belt-type pressure imparting body directly pushes the side sectional view, and is connected with the end bolt of the endless belt at a predetermined interval. A belt reversing part composed of and is provided on each endless skin of the belt reversing part. The friction coefficient of the endless skin is greater than the inner surface. The movable belt-type pressure imparts pressure on the upper and lower surfaces of the belt plate. Compatible drive 'composition and movement stand on the non-movable pressure imparting body on the outer surface of the pressure imparting body, and the imparting body rotates freely on both sides of the pressure imparting body and rotates freely to switch to the preform or the plate pressing surface non-movable type. 3. If the coiled tension applying device of the belt plate in item 1 or item 2 of the patent application scope, a cooling chamber is formed inside the pressure imparting body belt pressing portion. 4. If the coil tensioning device of the belt plate in item 1 or 2 of the scope of the patent application, a cooling chamber is formed inside the pressure reversing part of the belt. Page 49 1238746 6. Scope of patent application 5. If the coil tension tensioning device of the belt plate in item 1 or 2 of the patent application scope, a recess is formed on the back of the belt pressing part, and a belt can be arranged in the recess The tensioning roller presses the inner surface of the endless belt to apply tension to the endless belt. Page 50