TW502098B - Method of applying inside lining for pipe - Google Patents

Abstract

A method for lining construction by leaving a lining pipe R formed of a spirally wound a band-shaped member 500 of long platy body in a sewer P and additionally forming a new lining pipe forward of the left lining pipe. It comprises the steps of followings. By using a lining construction device S formed of a link body and having a flexible formed body 1. Winding the band-shaped member 500 around the forming frame 1 by a connection mechanism part 7 installed on the forming frame 1. Forming the lining pipe R as forcibly folding the band member inward by utilizing the flexibility of the forming frame 1 and, at the same time filling back-fill material in the folded part, the folded part then returning to the original state. Or increasing the diameter of the small diameter lining pipe R formed by winding the band member around the forming frames 201 and 401, and filling the back-fill material in an diameter increasing process for lining construction, whereby the lining pipe R can be formed on the entire cross sectional surface of the sewer P. At the same time, back-filling can be performed also to the long lining pipe R.

Description

502098 V. Description of the invention (1) [Technical field to which the invention belongs] The present invention relates to a pipe channel in which an inner lining is constructed on the inner surface of the pipe channel, such as a water pipe, a drainage pipe, and a gas pipe. The construction method of the inner lining layer and the construction device thereof are more specifically related to a tubular body formed by spirally winding a strip-shaped member of a long plate-shaped body, which is a so-called lining pipe insertion pipe. Method for applying jade for lining construction meat lining in canal and construction device thereof. In the present invention, in particular, 'the construction of the inner liner accompanied by the simultaneous pouring treatment of the solid filling material is mainly used', but the technical idea of the present invention is not limited thereto. [Technical Background] The proposed and disclosed technology of 2 proposals is to use an official control device capable of self-propelled advancement in a pipeline, which will form a joint at the edge of both sides and surround the frame. The tube is rolled in the forming tube of the pipe-making device. Here, a tubular body is formed together. At the same time, the front of the tubular body formed by u ^ ^ ^ A is newly constructed for the inner lining of the tubular body. method. Dry mouth: t τ: The technology disclosed in Japanese Patent Laid-Open No. 8-2 6 1 363 is a pipe that can be freely folded Α κ τ π Α, and can also be applied to a rectangular section: The inner lining pipe is not limited to a circular cross-section as close as possible to the official canal of the pipe tear two, and an inner lining is formed with 8% / face of Lit Kaiping No. 9-57850 with elasticity. In addition, the Japanese-only pipe can be formed by the disclosed technology, which is suitable for enlarging the circular section to form a lined pipe that is close to the circle = j. At the same time, it can also reduce the diameter of the pipe. Lining pipe in the canal section ° (Gazette No. 8- 26 1 363)

C: \ 2D-CODE \ 91-03 \ 90130784.ptd Page 6 V. Description of the invention (2) ______: Inner: It is difficult for the official to get close to the inner surface of the channel. How much will destroy the guards? ... Loss. In addition, Houmu, Neikaiping No. 9-5 785 0) Although it is indeed possible to line the entire surface of the patented surface of the patent, it needs to be re-formed every time, or even continuous The operation is still not easy to send, and the operation is difficult to perform. The v-shaped member is such that, in the existing technologies, after the completion of the inserting process from the increased-strength lining pipe, the lining 2 encounters a solid filling material such as cement, which requires pouring and setting properties. Because the gap between the inner lining pipe and the pipe channel is too small, it is not only ^ = ^, but it is difficult, and the degree of reliability after perfusion is also very thin t, very: there are skills • 'In fact have to give up the solid The filling of the filling material means the latter invention \ will use the above-mentioned advanced technology of lining construction which can be rotated and pushed on its own. Develop the method, the main purpose is: first, make the formed lining ^ continued The section of the Guanqu, and, secondly, the solid filling material is poured into the filial piety: 5 sticks, and the reliability of the construction of the solid filling material is more improved.-, More [Overview of the invention] (first (Invention) = The first line of the Ming Dynasty construction method for the inner lining of a pipe can form a joint for the side edges and can be continuously supplied. The length and shape are +% striated, leaving the interconnected joints to join and form ::: 杜ίThe front of the previously formed tubular body is additionally added with a new corrugated member To form a tubular body, C = \ 2D-CODE \ 91-03 \ 90l30784.ptd 502098 was formed in the aforementioned tubular body. 5. Description of the invention (3) ^ ---- — outside the tubular body and the existing tube tear The first invention is to pour a solid filling material between the following surfaces. The tube-forming device is used to form a tubular body, or the idea shared by the two embodiments includes a body. In addition, the operator of filling the solid filling material uses The front of the reach of the pipe body made by hand work is best placed in the formed tube, but it is not limited to this position ... the joining position of the coincident band-shaped member is the most correct. The solid or non-solidification in its nearby or opposite position includes taking photos in accordance with this chapter to facilitate the invention) The first chapter will make both sides spiral in the aforementioned and then add the aforementioned tube to the tube and restore it at the same time. The solidity of the material, such as In order to be able to be smooth at the same time (in the second book, the coiled body, the shape member is: in the part is concave or radial direction, the specific prompts in the expansion, any condensation resin material) = 乂 cement material, Non-cement-invention, no kind used Therefore, I believe that the filling of the solid filling material and the formation of the inner lining are filled with solid filling material, or have curved parts, which are related to the construction method of the inner lining of the pipeline, mj, a long ruler that can be continuously supplied ^ < 1 Construction of the inner lining of the canal forming a tubular body; η: During the formation of the band-shaped body, at any edge portion of the aforementioned tape-shaped temple body, inject it in the recess :::::: 合 ' Solid filling material, after that, 2 = This method is recommended to be performed by machinery or props but not excluded

502098

Fifth, the invention (5) ............... For the use of allowable in the tube and the frame, the aforementioned forming frame at least ^]] telescopic displacement of The inner surface roller and the outer surface of the inner limit-limiting type are formed. ^ There are abutment rollers that can freely rotate by sandwiching the aforementioned belt-shaped member surface from the inside and outside: 2 landing machines, and the abutting portion of the pipe wall facing inward. In the radial direction, 疴, the space where the abutting roller of the forming frame abuts the roller, the tubular body left to the point described in 2 彳 ①4 corresponds to the recessed portion, and thereafter, it is folded inward and simultaneously fixed The filling material is poured in this method so that the material is restored in the direction of the outer diameter. Here, the so-called inner periphery limit ^, θ cycle, the mechanical implementation of the molding frame of the standard. The tubular body formed on the inner surface restricts abutment against the wound belt-like member. The third aspect of the present invention is a tube-making state. In the third invention, an example is shown. shape. Furthermore, the sandwiching mechanism portion 2f is not limited to a ring-shaped or radial position of the engagement mechanism, and does not double as a closure provided in a band-shaped member. In the present invention, the band / is not limited to this. The second aspect of the invention is described in the section of the perimeter of the corpus callosum and the applicable piping. In addition to the elasticity and the solid filling materials, in the above configuration, ① there are two optional items for the abutting roller linkage helmet...... Facing the outermost protrusion roller. The driving force given by the feeding in the direction of the roll is: ② The bush that can abut against the rollers and rotate freely J: The outer surface of the gripper mechanism part protrudes to the outermost side during the implementation of the third invention: π Straight Butt in the pipe 1 a C: \ 2D_CODE \ 91.03 \ 90l30784.ptd Page 10

Ml V. Description of the invention (6) Surface 0 According to the third invention, it is carried out at the time, so regardless of this, the material pouring operation. In addition, the inner wall of the s canal is low in lining, and because the solid material is poured into the tubular portion, a new supply method can be formed (in the fourth Benfa canal, which can be connected to form a free spin) Shaped and shaped members are installed, and the upper side of the bonding machine is used, which is used as an invention) The fourth feature of the invention is that the belt structure of the tubular body that rolls the edge members on both sides is a ring-shaped machine installed on the outer surface of the inner and outer rolls. The above-mentioned external frame that abuts the roller and abuts the structure is a spiral with respect to the rim, and is attached to the front part: a structure, which can form a frame-lined inner tube and an inner-lined lining. The canal wall rollers can be solidified because of the formation of the lining pipe and the length of the lining pipe filled with the solid filling material. The section loss caused by the formation of the tubular body as close to the pipe as possible can be reduced to the maximum. During the forming process, it is folded into the inner diameter direction to easily infuse the solid filling material, and rapid application can make the tubular body formation more efficient. The inside of the pipe canal has been formed into a spiral shape, which has been added to form a frame, which can bend freely around the surface; the interface roller tube and the new interface mentioned above; solid, matched with the lining construction side and capable of continuously providing a tubular shape formed by interconnecting each other. The tube of the tubular body is closed and curved; it is composed of a plurality of guides abutting on the belt closing mechanism portion, and the supplied belt closing mechanism portion is filled with the joining mechanism method for filling, which is connected to the winter season. In front of the joint body, the inner lining of the channel uses a ring-drawing roller. The coils of the member are clamped and the outer tube is passed between the aforementioned members. The phase can be rotated into a screw-jointed band-shaped frame, and the closed outermost position is after the aforementioned direction.

V. Description of the invention (7) Fang, at least while rolling a forming frame on the outside while rotating: the discharge opening of the filling material is formed in synchronism with the lining pipe mentioned above :: 辻 ::: At the same time, The fourth invention is described in ^ 5. The solid filling material is poured into the wide-filled pouring tube. In the present invention: rconstituent :: reveal. The shape is not limited, if it is an external elastomer. The outer surface of this band-shaped member has a tubular body that can be embedded in a band-shaped & groove. Elastic, non- | hu Jincheng section applicable to the second and third rounds of official canal profile; nature, and solid filling materials, etc., "compared with the previous 5 ut mentioned in the composition," there are three optional items: ① the linkage configuration is and Attach the mechanism to its drum. The spiral winding direction of the mold parts gives the driving force to the feed: ② = f rollers are interlinked with the outer surface of the joint mechanism and are freely rotatable bush rollers. Bu lateral protrusion ③ The forming frame is equipped with a mechanism that can freely change the forming mechanism. Door length < perimeter modulation In the implementation of the fourth invention, the abutment roller has always abutted the surface. Within s% According to the fourth invention, since the formation and filling of the liner are performed at the same time, regardless of the length of the liner, the filling can be performed by pouring j

C: \ 2D-CODE \ 91-03 \ 90130784.ptd Page 2 Filling operation. In addition, because of the inner wall of the ditch, the close part caused by the lining pipe can be filled with solid filling material, so it can be folded into the concave direction of the inner diameter. I easy to fill the solid filling material, quickly apply and 'except where the elastic skin-contacting roller is used, the belt-shaped member and the f-shaped frame are used to immediately bend the deformation caused by the configuration. A :: 2: Second, the abutting roller moves to form the desired inner lining layer. / 、 Since it was born originally, it can be used to fill the makeup from behind, so that the inner lining pipe can be further attached to the inner groove, and the inner lining pipe can be reinforced, and (fifth invention) t "inner surface. This invention The fifth is about the construction of the canal. The construction method of having a groove and rain at the same time is 3, g. The construction method is as follows: a joint with a long-length elastic band-shaped member in the pipe can form a joint and can be continuously supplied. The front part is joined together, and in the form of a newly supplied belt: a tubular body lining construction method that has been formed, it also includes a pipe that forms a tubular body. The frame has a closed shape, so that the bending of the ring body is restricted ::: ,,,,,, and freely bend while making the surroundings of each of the above-mentioned forming frames at the same time 抿 = a guide roller, which can be rotated and installed freely in the inner lining The inner surface of the tube, · The human-shaped member is wound into a spiral shape to form a surface roller and an internal surface roller; the existing internal tube is clamped and joined. The tube and the Xinyi nIf are provided by the former forming frame M ' In the closed position between the band members, and 0: \ 20-ω〇Ε \ 91-03 \ 90130784.ρ ( 13 Page 13 502098 has a crocodile part connection roller, which abuts against the outside of the pipe part, and the shape frame of the outer mechanism part rotates so that the aforesaid connection frame will be lined with a pipe shape, which can be fitted to the wall of the aforesaid canal before entering The roller is arranged on a ring with a forming frame on the rear side of the roller, and the belt-shaped member of the warp mechanism section is rolled and synchronized to be disclosed through the first embodiment. The belt-shaped member uses an elastic body. The belt-shaped member is elastic In addition, the second, third, and fourth inventions of the cross-sectional shape of the applicable channel formed by the two formations have just been described. The perimeter adjusting mechanism also all the abutting rollers abut on the occasion of the aforementioned first invention. Fifth invention, because the inner tube is formed and fixed regardless of the length of the inner mallet tube: In addition, 'because the formed tubular body can make use of the cross-section loss caused by the inner tube, it can be used during the formation of the tubular body The band-shaped member joining mechanism portion is described to its inner diameter, and the filling body is filled with a filling material. The bending of the body having a solid filling material is caused by abutting against the pipe ring body, and the above-mentioned perfusion pipe is spirally wound. 9) and the outside The free rotation of the surface roller protrudes outward and the engagement mechanism is rearward, at least installed in the engagement except that the aforesaid contact roller is in the state of the abutment roller, and is simultaneously injected with the molding. The fifth invention is the invention The point material with the outer perimeter of the groove on the middle and outer sides is on the fifth side compared with that of the tube and the forming frame. If the material is filled in the inner wall of the operation pipe at the same time in accordance with this paragraph, the material inside the groove is lower. To the outside of the pipe 'adjoining the side of the outlet, install a lined pipe that restricts the bend in the front and middle of the wall of the ditch, and use the tubular body of the solid material filling member and solid filling. And, the abutment roll, four inventions. Filling the filling material in the ditch < smooth the possible close to reduce the fold into the recess in the most direction

502098 Therefore, it is possible to easily fill the 主 / main, and quickly apply the elastic band member. In addition, the elasticity of the band member is based on the deformation of the m-bend. The deformation of the m-bend immediately abuts against the inner liner. It is set so that it enters the groove of the band-shaped member from the inside of the pipe. "Lining" lined pipe, and part of it can be bent from it, because only the tubular bodies that are configured to form a piping system and can continuously form each other have a closed curve; they mostly abut the supply provided by the joint mechanism. With the device, the combined shape of the impeachment in the f canal is connected with the new device, and it is turned from the closed position of the spiral ribbon frame, and the solid filling material is poured into the fifth and fifth description of the invention. In addition, by using the place where the roller is connected, the desired position is formed by folding it therebetween, and then the solid filler material allows the lining pipe to enter the shape of the joint mechanism portion. (Sixth invention) The sixth invention The edge portion suitable for the fourth invention forms a joint and is wound in a spiral shape, and the body is additionally formed in the aforementioned components. The frame has a forming frame, and the mechanism can freely bend around the forming frame, the inner surface of the lining pipe; The construction of the existing inner lining pipe and the newly rotating abutting drum pipe canal lining is implemented in front of the tubular body connected to the supplied joint with a long-length connection, and the other pipe canal lining The belt-like member can be wound by a ring-shaped guide roller, and the belt-like member can be wound and clamped. The above-mentioned joining mechanism portion between the shapeable members can be used as a main component. The coiled tube-shaped supply is characterized by a ring-shaped package, and the outer surface of the front-formed member is arranged on the above; the outermost of the free outer

M) 2098 5. Description of the invention (11) The side protrudes and abuts against the wall surface of the canal; the outer roller of the solid-fill material joining mechanism part is arranged on the joint side, at least on the rear side of the outer roller. An embodiment is disclosed. In addition, in the above-mentioned configuration, there are three ① abutting rollers which are arranged so as to interpose the rollers in the spiral winding direction of the belt-shaped member in conjunction with the splicer exit 'in order to provide the rollers. ② The abutment roller is a bush roller that is freely rotatable with the splicer. ③ The forming frame is equipped with a mechanism that can be changed freely. (Seventh invention) The seventh aspect of the present invention is related to the method of the fifth invention for the inner lining of the pipeline, which is: forming joints on the edges of both sides of the pipe to continuously supply f pieces to be wound in a spiral shape, leaving each other The tubular body is connected to the f-shaped member, and the tubular body forming the tubular body is added to the previously formed f-shaped member of the tubular body. It has a forming frame, which is closed, so that the% -shaped mechanism can be bent freely while simultaneously guiding each of a plurality of guides. The roller can be rotatably installed by winding the belt-shaped member into a spiral shape to form a mechanism portion, and a filling pipe for clamping and joining the belt-shaped member, and the discharge of the filling material of the mechanism portion can be selected outside the project structure portion. The pre-flooded drive is adjacent to the forward direction of the forward drive force of the forward drive mechanism.外面 The perimeter of the projecting frame is adjusted to the outer circumference of the outermost protruding frame. Inside the canal, a connector with a long ruler is connected to the front. In addition, the inner lining is used to bend the aforementioned forming frame by a ring of a loam. The outer roller of the inner lining pipe and the newly supplied device formed mainly as a band that can be grooved and elastic at the same time are limited by the special connection; the surrounding 'butt the inner surface; the inner roller ;1

90130784.ptd Page 16 502098

502098 Description of the invention (13) If according to this rotary joint device, the system, the pneumatic system) and the solid material system are the same = pressure flow system (the hydraulic pressure is reduced to reduce the installation space); The center of the shaft can be filled with the pressure fluid surface area, so it can supply a large amount of solid filling: the largest possible flow path is cut. In addition, the solid filling material is connected to the rotary joint 7 for loading and unloading, so the inner lining 』: During simple operation of the joint device, it can be used for solidification or interruption during the yoke process to achieve smooth inner lining application. =, Cleaning operations. So, (ninth invention) The ninth series is the rotary joint used in the # -layer construction device of the present invention. J: J: The pipe lining tube or the inner surface roller is rotationally driven by the driving force rolling from the outside of the mechanism, j Action fluid-driven action horsepower in the two-body approach rotation of action fluid: the action of the structure is pressed by the perfusion connection v ^ ^ of the filling pipe for solid filling materials, which will be connected! Perfusion tube and II;: J: Rotary joint for filling solid material. // The connection between the officer and the ninth invention is disclosed in the first embodiment. For example, according to the rotary joint device, the air pressure system) and the solid material system adopt an operating pressure flow system ( The hydraulic system is miniaturized, the installation space is reduced, and the solid joint can be area, so it can supply a large amount of solids as much as possible. * 502098 V. Description of the invention (14) It can be used as a solid joint for rotary filler. Through the spin chain ^ ^^ That is: and the construction of the inner lining layer is finished; the simple operation of the head placement can be realized by quickly catching the solid solid filling material. The interruption in the construction of the garden can be achieved smoothly. Liner application work chapter. 仃 & washing operation. (Tenth invention) 〃: The tenth invention is about the tube inside, the two sides of the edge of the two sides to form the first two methods, is ... Alas, leaving the long-striped band structure connected to each other = the bile, the tubular member formed by joining the tubular body already formed in Lishu is added to form a tube. In addition, the new supply is used ... Forming frame meaning: two-story construction method, which features from the inside and outside The belt-shaped member clamps and connects at least: a clamping mechanism portion and a plurality of rotating guide rollers contacting the belt-shaped roller and the inner roller, and the inner or outer surface of the belt member can be installed and heard by itself. Connected to the channel to face the forming frequency: = the construction device of the aforementioned forming frame linkage, the feeding mechanism of the aforementioned band-shaped member '= t 迗 force to form a pipe having a diameter smaller than the inner diameter of the channel is described In the process of restricting the ring shape of the frame, the same percentage of the aforementioned band-shaped member is used. Here, the diameter of the tubular body is closer to the inner surface of the channel. At the same time, the tenth invention in the above-mentioned enlarged diameter is filled and filled between the outer surface of the tubular body and the inner surface of the pipe canal. The tenth invention is disclosed in the second and third embodiments. The present invention is applicable to inner limit and outer limit. The restriction is limited to abutting against the outer surface of the wound belt-shaped member.

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C: \ 2D-roDE \ 91.〇3 \ 90130784.ptd page 19 502098 5. Description of the invention (15)

The tube shape of the outer diameter of the tubular body. The belt-shaped member is not limited to the present invention, and the solid filler may be elastic or non-elastic as compared with the first invention. & It is formed by a shearing force applied between the expanding heads of the tubular body in the present invention. Construction equipment ’Appropriate equipment

The diameter expansion factor is determined by the driving speed of the braking force of the construction device including the forming frame, the feeding speed of the belt-like member, and the control of the feeding force ', thereby determining the diameter expansion state of the tubular body. The following options can be adopted appropriately for the diameter expansion: ① As the tubular body is formed, ^ is rotated by the feeding force of the belt-shaped member, and a braking force is applied to the rotation of the construction device ^ ② The equilibrium speed that is formed is relatively low. In addition, the method of "detecting the diameter expansion state" based on the detected numerical diameter factor to stabilize the diameter expansion state is also included in this & control expansion. It is stated that according to the tenth invention, since the formation and the filling of the liner pipe are performed simultaneously, the filling material can be poured smoothly regardless of the length of the liner pipe. In addition, because the formed tubular body can be used as much as possible to fix the inner wall of the ditch, the cross-section loss caused by the lining pipe is close. The hole r M is reduced to the most < 1 (Eleventh invention) The eleventh system of the present invention is about the construction method of the inner layer of the canal. First cut search

C: \ 2D-CODE \ 9l-03 \ 90l30784.ptd Page 20 V. Description of the invention (16) The frame is also provided with a peripheral perimeter separator and is connected to the forming plate. The outer side of the forming frame is lined with a predetermined interval. On the outer periphery, the eleventh invention, the L-period restriction frame, which is interlocked with the previous two f and is wound around the forming frame, restricts the diameter expansion of the tubular body. All refer to the aforementioned tenth invention. The expansion of large members and tubular bodies can be performed simultaneously in accordance with this eleventh, Note, because the lining pipe is formed and the filling material is poured. ; :: The lining pipe can be carried out smoothly regardless of the length of the pipe. In addition, because the cross-section loss caused by the outer month Pf = f can be reduced to the effect that the outer peripheral restriction frame can be smoothly performed, the expansion of the inner liner (the twelfth invention) is implemented in the canal: the two are Applicable as the ... Long-length skin propagation: Long-shaped π-shaped members that can be continuously fed with rims forming a joint are wound in a spiral shape, which is a tubular 俨 formed by coincidence, / 义, +, σ The two pieces of the newly-supplied joints are joined by the interconnecting joints; ί: the former tubular body has been formed, and the other two are set, and the inner lining layer of the specially formed tubular body is provided with two parts: The shape frame 'has a plurality of guide rollers which can be rotated freely with a mechanism mechanism and an inner surface roller, and a two-drum surface roller and a surface 妾 :: the shape frame is installed and abutted against the official = this and the foregoing Cheng: C: \ 2D.roDE \ 91.〇3 \ 9〇3〇784, which gives the rotation force to the 5 Hai forming frame.

Ptd page 21 502098 V. Description of the invention 07) The feeding mechanism section is provided with the twelfth invention through the aforementioned cost, which is based on the 2nd and 3rd = solid filling material pouring pipe. , ^ Angd consistently implement the rules and regulations to do 4-this "" In the middle of the month, the inner week restrictions and the outer: apply. In the present invention, the solid filler is compared with the first system. Either elastic or non-elastic. The belt-shaped member is not restricted (Thirteenth invention) The thirteenth aspect of the present invention relates to the inside of the pipe), which is: the aspect to which the eleventh invention can be applied. It has grooves on both sides and sides f in the canal. This continuous supply of strip-shaped members with long elasticity is rolled into a 2 ° shape. Leaving the front of the inter-tubular body ... with the newly supplied band-shaped two; the previously-formed construction device for the inner lining of the pipe canal has the following characteristics: plus = shape: it can maintain a ring shape with a certain amplitude; multiple leads二 丄 成 ㈣ 周 ® 'butt on the belt shape; nose: roll: snail: under = the inner surface of the formed lining tube; the joint mechanism part, which is held by the inflammation and connected by: the outer roller and the inner roller of the component Structure, through the aforementioned: installation 'closed between the aforementioned existing lining pipe and the newly supplied belt-shaped member: the installation of the outer roller has a crotch' can be inserted into the recess of the aforementioned belt-shaped member within a day, The access mechanism is installed in conjunction with the aforementioned forming frame, and can reach the wall surface of the channel to enable By the rotating drum 'the drum abuts against the wall surface of the canal = keep the forming frame at the "position of the canal; the outer limit frame, outside the Kos forming frame, is arranged at a predetermined interval and linked with the forming frame and surrounds it The outer periphery of the inner tube wound around the forming frame; and

V. Description of the invention (18) The frame is filled with solid filling material. The twelfth invention is disclosed in the (fourteenth invention) and the second μ target example. The fourteenth grandson of the present invention is: inside the pipe, the two sides: the construction method of the inner layer of the pipe, the ruler The belt-shaped member is wound into a spiral: a long-formed tubular body that can be continuously supplied as a joint is provided in front of the band-shaped member that is joined by the front-connected joint. Features are as follows: the use of a tolerable :: the construction of the pipe lining of the body is limited by the construction μ, the inner circumference of the front two-dimensional diameter direction telescopic displacement is lost ^, at least: And the arrangement of the abutment roller abutting against the wall surface f of the channel and the inner roller, and the frame-shaped abutment roller: two: Fortunately, the abutment roller makes the belt-shaped member wound around the aforesaid. It is recessed in the direction of service, and in the forming frame, the fourteenth is to form a thread to form a lined pipe. In the present invention: The missing ::: 4 is disclosed in the embodiment. For the joint mechanism of the position; = the outer periphery of the b-body in the closed portion of the band-shaped member, and the applicable second invention. The elasticity and non-elasticity of the… like member are the same as before. 还有 There are two optional items in the above configuration ’: *, the spiral roll of the band-like member is protruded to the outermost roller. Feeding of the driving force given by the winding direction of the spiral bismuth of the chip C: \ 2D-00DE \ 91 · 03 \ 90130784 · ptd

Page 23 502098 V. Description of the invention (19) ② The abutment roller is a sleeve roller that is arranged to interlock with the outside of the mechanism part and protrude to the outermost side, and can rotate freely. In the practice of the present invention, the abutment roller always abuts against the inner surface of the pipe. According to the present invention, because the formed tubular body is as close to the inner wall of the pipe as possible, the cross-section loss caused by the inner lining pipe can be reduced to a minimum. In the case of using an elastic band-shaped member, the forming frame is Placed outside the abutment roller, the elasticity of the belt-shaped member / deformation bent from the abutment roller immediately restores the elasticity, which can be the inner lining. In addition, when using the inelastic band shape = ί moon shape, other restoration methods are applicable. ^, R / fifteenth invention) The fifteenth system of the month i relates to the construction method of the inner lining of the pipeline, which is: forming joints on the edges of the two sides of the book club, which can be continuously supplied to the shore and has different elasticity. The band-shaped member is wound into a tubular body formed by a long ruler, and the second-side connector is connected with a newly-provided band-shaped member ^ in front of the formed tubular body. , Which is characterized by: force: a ring-shaped mechanism for the construction of the inner lining of a pipe, which can form a tubular body, which can be freely bent, and can be freely installed in the aforementioned joint using a ring-shaped body connected; a plurality of guides The drum can be spirally formed around the inner lining total T, and is abutted on the belt-shaped member to be wound around the forming frame and installed. It is arranged on the inner surface of the front release, and the joint mechanism portion is in the closed position through the aforementioned space. ^ It is composed of the inner liner and the newly supplied belt-shaped member and the inner surface of the drum;: Clamping: the outer drum joint mechanism part that joins the belt-shaped member, and the abutting roller that rotates outside freely, is arranged in the foregoing. = The outer side protrudes and abuts against the wall surface of the channel. In 502098 V. Description of the invention (20) The return of the former forming frame is turned „,. The roller makes the front Jd“ wrongly caused by the abutment on the wall of the channel. The surrounding body of the forming frame is in a state of being deformed from the middle of the frame. 'Shi Chugong r * solidly wound the f-shaped member into a spiral shape to form a lining pipe. The fifteenth invention is disclosed in the fourth embodiment. State ΐ ΐί = long belt: ㊁ sexual body. In addition, the second and fourteenth inventions were formed. The applicable official channel cross-sectional shape is the same as the above = 'in the above structure' and there are three optional items. ① The abutment roller is configured to be linked with the outer surface of # 合 机构 部 JL, and the shape of the member One of the driving forces imparted to the feeding in the spiral winding direction is ② the abutting rollers and the reverse roller are arranged so as to be freely rotatable with the joint mechanism. Then the outer side protrudes to the outermost side. ③ The forming frame is configured with a right # trophy% Μ ^ mechanism. b. Adjustment of the circumference of the circumference of the support frame to the forming frame. In the practice of the present invention, the abutment roller :: abuts; the present invention 'is because the formed tubular body is on the inner side. ί 结 染 I I have a flexible band-shaped member, except for the forming frame, the lowest. Except for the place where the roll is requested, it is arranged according to the elastic shape of the belt-shaped member. Therefore, the deformation caused by bending from it can be immediately treated with its elasticity and abut the roll to form the desired inner lining. ', (Sixteenth invention) The θ system is: in the sixteenth system of the present month, the construction method of the inner lining of pipes and canals 90130784.ptd p. At the same time, the free and spirally closed and framed closure and the aforementioned band structure on the inner surface can limit the state of the wall surface. The invention of the lining pipe is the flexible pipe invention of the sixth invention. In the front canal of the rectangular joint, the ring-shaped device is used in the front canal, and the roller-like member can be freely installed and removed at the position. The aforementioned abutment has a long-length bullet. In addition, the curved shape of the tube in the forming frame is formed by the layered construction of a ring-shaped body. The tube is rotated in the groove formed at the same time, and is connected to the forming roller. Fifth, description of the invention (21) Inside the pipe, it will be jointed and can be rotated, leaving the following has been formed and formed into a tubular frame, closed and freely bent, and can be rotated into a screw to form the aforementioned shape The outer roller portion between the components can be inserted into the aforementioned joining machine and abutted against the tubular body. The abutment is caused by the spiral shape from which the pipe can be bent to form this sixteenth. This tenth has the long elasticity. The fifteenth groove is a new method of supplying a tube formed by a bisexual band structure. The ring formed by its characteristics is restricted; multiple surroundings, but abutting the inner surface; connecting to a lined pipe and clamping and connecting And The outer surface rolls; and the outer surface is abutted and the outer frame is rotated toward the frame of the closing mechanism portion, so that the aforementioned connection winds the strip-shaped member side edge portion into a spiral body, and the front-shaped member is further attached with a forming mechanism, A guide roller can be used to roll the belt structure mechanism part. The newly supplied belt structure member tube has a roll roll, which is arranged on the outermost protruding forming frame. At the same time, the winding mechanism is provided with a winding stroke screw. It is disclosed in the fourth embodiment. The middle ’s band-shaped member uses its outer mask body. Others, the cross-sectional shape of the formed tubular body is the same as that of the outer periphery with the grooves abutting the drum and the forming frame at the same time.

502098 V. Description of the invention (22) The structure is also compared to the fifteenth invention. When the invention is implemented, according to the invention, due to the inner wall, the inner liner and the use of a place with a spring roller The desired inner lining is formed by the movement from the middle, and the 'formed frame can be surely formed because it is bent' (seventeenth invention) The seventeenth system of the present invention is to be wound as a joint which can be applied to the tenth side edge portion to form a joint. It has a spiral shape and a stay shape. In addition to the previously-formed member, a tube is additionally formed to have: a forming frame, which is freely bent to form a closed shape, and the inner surface of the inner lining tube that abuts against the forming frame; connected to the existing lining tube At the same time, it is composed of inflammation and abutment; the abutment rollers and abutment rollers are always in contact with the belt-shaped members whose cross-section loss can be reduced as much as possible for the formed tubular body. Both are deformed in accordance with the elastic shape of the band-shaped member, and the layer is immediately restored with its elasticity. There is only a tubular body in which the joint mechanism portion is arranged. Inside the pipes. Close to the canal to the minimum. It is equipped with abutting and abutting rollers, so it can be divided and folded. About the five pipes of the invention can be continuously formed into a tubular body using a ring; a plurality of joints to the new supply of the joint mechanism to the front channel lining In the method, the connected body is guided by the belt-like structure in the front body of the pipe, and the belt-shaped member passes through the joint layer construction device. The pipe is connected by a long-length elastic joint. Lining construction | The connected circular tube can be wound into a spiral drum and formed by the outer roller mechanism between the forming members, which is: a tube formed by a bisexual band in the main channel The newly supplied belt unit has a characteristic mechanism that can be installed freely. It is installed in a rotating shape to form a frame, with a closed position and the outer surface of the inner roller facing outward.

C: \ 2D-OODE \ 91-03 \ 90130784.ptd Page 27 502098 5. Description of the invention (23) Side protruding and abutting The present invention is based on the above structure ① abutting the roller protruding, and the belt into the roller. ② The abutting roller comes out and can rotate freely. ③ The forming frame is equipped with a mechanism. (Eighteenth invention The first invention of the present invention is to be used as a lining of a pipe body with a connected tubular body front body which can be applied to the outer rectangular continuous supply, and each ring can be rotated at the same time. The self-winding coil is formed by closing the wall of the canal between the forming frame members. The embodiment discloses that there are also three spiral-wound interlocking configurations that can be interlocked and connected to the joint. The sleeve roller is provided with a groove that can freely change the sixth invention of the pipe. The groove and the elastic band are combined to form a new supply device, which is connected to form a curved inner lining on the foregoing. At the same time, select the item: the mechanical part, whose outer side gives the driving force to the outermost direction 4 柢: the outer part of the structural part protrudes to the outermost side of the perimeter of the forming pivot. The eighteenth system has a length in the tenth direction. The ring head is connected to the ruler's head, and the ring body is installed in a separate shape, and the position of the ring-shaped band of the two side members when the internal layer method is used is surrounded by the frame. The built-in inside is implemented by clamping the construction device, and it is wound around the edge to form a screw body. The front member is additionally provided with: a mechanism, which can be restricted; multi-circle, abutment surface; joint liner and new and joint belt, The system is as follows: inside the main channel, it will become a joint and can be rotated, leaving the following already formed and formed into a tubular frame, which is closed and freely bent, and each guide rolls over the belt-shaped structure part, and the supplied belt-shaped member Outside

IH9 C: \ 2D-C0DE \ 91-03 \ 90130784.ptd

Page 28-V. Description of the invention (24) The surface roller and the inner roller are embedded in the concave member of the belt-shaped member, and the outer roller has a cymbal part, which can be combined with a mechanical part, and the outer surface of the roller is facing up to the top and bottom. The connecting roller, which is arranged on the aforementioned connecting mechanism portion, protrudes and abuts against the wall surface of the channel, and the installation is cancelled. 'The restriction of the ring-shaped body of the frame from bending is limited by the present invention in the fourth embodiment. In the aforementioned configuration, the abutting roller is not used. According to the sixth invention. The perimeter adjustment mechanisms of the forming frame are all comparable (nineteenth invention) The nineteenth series of the present invention is about the construction method of lining the inner canals on both sides of the canal in a pipe canal, and a tape-like member The coil is spirally wound, forming a joint, which can be continuously supplied. A long tubular body can be continuously supplied, and the band-shaped member supplied by the joints connected to each other under the edge is added with the front of the official body. In addition, a new method is used. , Characterized in that: the use of round ^, the official lining of the pipe lining construction party has at least ... from the inside and outside: j = f-shaped frame, the aforementioned forming frame, the use of rollers and inner roller clamping machine = ^ belt The outer part or the outer part which is sandwiched and joined by the shape member and can be rotated freely; and the guide frame is installed and linked with the forming frame in contact with the inner surface of the belt member, and a feeding mechanism capable of conveying force is used. The construction of the part ^ the wall of the canal facing the forming frame to give the forming frame the ring-shaped restriction (inner peripheral limit clothes set 'the aforementioned small-diameter tubular body with the aforementioned small-diameter tubular body, at the same time, 彳, outer limit) Forming a slide The tubular ^ 4 tubular body forming process enables the aforementioned belt to be continuously formed to increase the diameter of the inner lining pipe, so that it is close to the inside of the channel, so that the aforementioned construction device can be fixed to C: \ 2D-C0DE \ 91.03 \ 90] 30784.ptd $ 29 page%

疋 's rotating arrow 古, ancient A controls the band-shaped member; and' based on the diameter expansion of the tubular body, the nineteenth invention is based on the 2nd, 3rd, week = ΪΙ;: Γ and the outer limit ^: : ΓΓ shape = flexible, inelastic ... yoke plus shearing force. ′, The expansion of the tubular body between the joints of the f-shaped members; ^ S by as in accordance with this paragraph; can be detected with a suitable detector. Near the pipe i, so ‘:: 3 is as close as possible to the formed tubular body. In addition, the cross-section loss caused by the liner can be reduced to the diameter expansion operation. Therefore, based on the detection value (twenty invention), a more stable diameter expansion state can be obtained. This book 5 of Mingming Chuyi is: Mainly used; Use: m pipe canal lining construction device, the system, the implementation of the method of describing the edges on both sides, can be spirally wound around the pipe canal, can be retained The continuously supplied long-length belt-shaped member body is formed by joining the tubular members formed by the t heads that have been formed in the above 2 and 3 to form a tube. The newly-provided belt-shaped device is provided with: Features: Prepared from inside and outside 4 :: uang: Describe the forming frame 'can be freely guided using at least a surface; === the inner surface of the shaped member or the outer V rolls the same. to make

502098 V. Description of the invention (26) The access mechanism part of the shape frame that is installed in conjunction with the abutment wall and is abutted to the pipe wall. (Feeding) drive, so that the aforementioned pinch is turned to obtain a means for locking the feeding speed of the fixed-speed rotating member whose expansion diameter is 2 degrees slower. "The purpose of this invention is to control the aforementioned band shape. The twentieth invention is disclosed in the second, third, and third embodiments of the present invention. The present invention is applicable to the inner limit and the outer case. It is not limited to elasticity and non-elasticity. According to the twentieth invention of the belt-like member, because the construction is driven and rotates at a fixed speed, the stress of the feeding mechanism is applied to the garment, so there is no reluctance in the feeding force of the stable piece [invented by (Best practice mode), state of mind-teaching. (1 example) Figure 1 ~ Figure 2 2 is the implementation of the present invention m form. One of the construction of the observation layer is implemented, of which, Figure 1 and Figure 2 are The piping is lined, and Figures 3 to 22 show a configuration of its side parts: the overall structure of the working device S does not have a band-like member. In addition, Figures 50 and 5 are shown in Table ^ In the figure, p indicates the formation of a circular tube. Incidentally, this device uses s to enter two spoons of canals, and R indicates that the lining is the front and the rear. It is divided in the direction of D (direction of arrow A) (see Figure 50, Figure 50 is an example of the construction of a lining pipe in this embodiment. The belt-shaped member 500 itself is a fixed belt-shaped structure. One of the flat plate-like home, C outside thereof: \ 2D-CODE \ 91-03 \ 90130784.ptd 502098

V. Description of the invention (27) In the longer direction, a suitable number of protrusions 5 (7 in the figure) are provided in the continuous longitudinal direction. A flange '50 2a is formed at a front end portion of the ridge 50 2. A groove 504 or a groove-like space is formed between each of the protrusions 50 2. The inner surface 5 0 6 is substantially smooth. Bonding portions 500A and 500 / B are formed on both sides of the band-shaped member 500 and overlap each other. The diameter of the base of the protrusion 502a at the front end of the leading edge side joint portion 500A is expanded, and a groove 5 is longitudinally provided from the inner side surface, and a protrusion 512 is continuously provided on the protrusion 502A. The trailing edge side joint portion 500 is provided by a dog bar 5 0 2 B at the rear end 4 with a protruding portion 5 1 4. The protruding portion 5 1 4 is provided with a protruding strip 516 near the end and the aforementioned front portion. The groove 51o of the marginal joint 500A is fitted. f At the time of joining, the leading edge portion and the trailing edge portion of the adjacent belt-shaped member 5000 are mutually heavy. The trailing edge side joining portion 500B receives the joining roller portion described later on the leading edge side joining portion 500A. The holding effect of the outer roller and the inner roller of the inner roller causes the convex strip 5 1 6 to be embedded in the groove 5 10, and the end of the protruding portion 5 丨 2 is to be inserted into the flange 5 of the rear end ridge 5 0 2B. 02a, so it can be joined. In this case, the main engaging system is composed of a groove 5 10 and a convex strip 5 1 6, and the protruding portion 5 1 2 and the protruding strip 5 0 2 B of the rear end follow the engagement, so that, In some fields

In addition, in this embodiment, a patch material and a patch material 518 are interposed in the abutting portions of the protruding portions 5 丨 2, 5 丨 4 to improve the bonding property. However, if the fitting of the joint portions 500A and 50B is good, the patch material 518 may be omitted. + The band-shaped member is made of synthetic resin material, especially from the characteristics of molding

C: \ 2D-OODE \ 9l.〇3 \ 9〇i3〇784.ptd Page 32 502098 V. Description of the invention (28) View = see, suitable for injection molding which can be continuously formed, but it is actually made of metal. Anyway. Tree knowledge is better. Fig. 51 is another aspect of the belt-shaped member. The band-shaped member 5 2 0 is more external than the county ancient—L Λ Shi $ $ 3 ΑΑ τ y The platform-shaped protrusions 522 are arranged longitudinally and continuously in the direction of the private length, and are formed between the protrusions 522. ^ You Shi. The width in the width direction of the protrusion 522 and the valley portion 524 is the same. In the case of forming a proper hollow part, the weight of the band-shaped member can be increased by 22 to 22. The inner surface 526 is substantially smooth. Further, the both sides of the band-shaped member 520 are formed with joint portions 520A and 520B that overlap each other inside and outside. The protruding strip at the front end portion of the outer joint portion 52〇A has the same shape as the dog strip 5 2 2 and a circular groove 5 3 0 is longitudinally provided on the inner surface of the outer joint portion 52. The length of the protruding portion 532 is longer than that of the valley portion 524. The banner is slightly longer. The length of the protruding portion 534 of the inner joint portion 520 is slightly longer than that of the trough portion 524. The end of the protruding portion 534 is provided with a circular protrusion 536 in the longitudinal direction, which can be connected with the circular recess of the outer joint portion 52〇a. The groove 530 is fitted, and at the same time, a cutout groove 5 3 8 is longitudinally provided on the protrusion 522 of the root. At the time of joining, the inner joint portion 5 2 0B is pressed on the outer joint portion 5 2 0 A by the outer roller and the inner roller of the joint rolling unit, so that the circular convex strip 5 3 6 is fitted into the circular groove 53 0, and the ends of the protruding portions 53 2 are also inserted into the four grooves 5 3 8 and joined to each other. The meat slab repeater device S (refer to FIG. 22) Referring to FIG. 22, the structure of the lining construction device s of this embodiment will be described. As shown in FIG. 1 and FIG. 2, the main construction part of the lining construction device S

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50209S V. Description of the invention (29) ^ Includes a ring mechanism composed of a plurality of ring bodies having a predetermined width, ~ a forming frame 1 formed by a freely curved ring body 1 through the forming frame 1 and 2 The perimeter adjustment mechanism 2 and the perimeter adjustment mechanism 2 are arranged in parallel with each other to secure the installation mechanism 3, the ^ guide rollers 4 arranged on each shaft portion of the ring-shaped mechanism of the forming frame 1, and mounted on the The forming frame 1 includes an inner surface roller 5 and an outer surface 5 and an engaging mechanism portion 7, and a solid-filling ^ same as the injecting mechanism portion 8 adjacent to the engaging mechanism portion 7. Incidentally, the interval maintaining mechanism 3 may be omitted, and the perimeter adjustment mechanism 2 may be omitted for the sun-dial / shape. It is known that in the present embodiment, the rotary jointing mechanism 9 which has an operating earth pressure fluid (hydraulic) system which can be driven by the joint mechanism portion 7 and a solid material filling mechanism of the solid material pouring mechanism portion ^ can be used in common. . Hereinafter, each detailed structure will be described. Forming frame _! (Refer to Figures 1 to 1 3) The forming frame 1 becomes a ring body with the required width. The overall shape has ring rigidity, and its-part tendering mechanism part II; = The flexibility of the ring body, and a large number of 10 | 11 are connected to form a ring chain. Bu Tian pregnancy by the mouth 丨 (ring mechanism) (refer to Figure 3, Figure 4) Ring body 10 in this embodiment, m __ 4 < t ^, η Λ as shown in Figure 3, Figure 4, using the outer ring The shape of the shape body 10 ΑΑ and the inner ring body 丨 〇Β are alternately arranged. The outer mounting body 10A is integrally formed into a Η 别 ^ ^ ^, plowed by side plates 1 2 parallel to each other, and $ ^ 7 which is rigidly joined at the center portion between them, „_ m” Wangkou mouth connection plate 1 3 results. Circular shaft holes 1 4 are opened on both sides of the side plate 1 2.

C: \ 2D-C0DE \ 91-03 \ 90130784.ptd page 34 502098 V. Description of the invention (30) The inner ring body 1 0 B: The fonts a ,, 丄 t ^ t are composed of two divided bodies 1 Ob of I, and the whole is a conception of the same shape as the outer mounted body 10 A. ^^, Λ,, 1Η. In other words, the split body 10 b is shaped like a short side plate 16 and a back plate 1 7 from μ, and ^ π ^ is formed into a 17 shape, and the back plates 17 are docked with each other to (not (Pictured) screw broken ~ 4]) series, 4 nails and nuts are rigidly connected to form an integrated cricket body. On the short side plate 16 Kaixun Mountain 0 Wen ° and corresponding to the outer ring body 1 0Α Round shaft hole 1 4 of the side plate 12 of the circular shaft hole 1 8. Then, the outer ring body 10A and the inner ring body 〇Β, the inner ring body on the inner side of the side plate 12 2 At the same time as the short side plate of 1 0B, the shaft holes 1 4 and 1 8 are overlapped at the same time, and the bearing 20 fixedly held in the shaft holes 4 and 8 is inserted into the shaft portion. Constructs a ring-shaped mechanism (mechanism to prevent folds) (see Figure 5) Ring-shaped bodies 10 can be folded outward based on 180, but can prevent folds. However, the mounting parts described later are not applicable. Therefore, there is a mechanism for preventing the folding, and an example is shown in FIG. 5. That is to say, one of the end portions of the side plate of the annular body 10 (j) is provided with a concave recess 2 2 for blocking. In another A ring body 丨 0 (n) is provided with a protruding block 23 on the side plate close to the ring body 10 (I) side, and the block 23 abuts the end surface 22a of one side of the blocking recess 22, thereby preventing In addition, before the blocking block 23 abuts against the other end surface 22b of the blocking recess 22, it can be prevented from being folded. The opening angle α (for example, 30) of the recess 22 becomes the amplitude of the sway. In other words, In this state, it is 〖80 ％. The limit can be outwardly bent by 150 °. (Mounting part) (refer to Fig. 6 and Fig. 7) The forming frame 1 has a mounting part, and will be joined through this mounting part. 7A

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4 装 = 结构 = 形 架 ^-部 'constitutes a ring body. In other words, as shown in FIG. 7, the mounting portion is shaken by the two divided body-side divided bodies 26 that hold the inner surface roller 5, w 2 = the shaft portion of the surface roller 5 as the joint mechanism portion 7 1 = Cheng Wailu. . : 1: r The front side plate is retracted backward to become a thinner frame, and the rear frame is wide enough to receive the band-shaped member. Direction: ’′ ΐ The installation part is the opposite of the mechanism that prevents the middle fold, and can prevent dragging. There is a middle fold mechanism that allows a certain angle of the middle fold.忐 二:! Ϊ, ⑹ As shown in Fig. 7, on the end of the side plate of the split body 26, a recess 2 7 around the suspected rotation shaft is formed. On the surface of Fenbao 丨 丨 9 Α Αππ 邡 97 βπ 隹 Blade The side plate of the peptide 25 is provided with a resisting block 28 fixedly embedded in the recess: 7 'The blocking block 28 abuts on the end face of the recessed portion 27 such as 60 ". The middle fold range of Erguxu is the angle at which the recessed portion 27 opens; s ( Hold 180. μ In the illustration, the blocking block 28 abuts the end surface 27a of the recess 27 to maintain 180, so the inward folding angle ⑽ is allowed. When the missing angle can be appropriately determined according to the perimeter of the forming frame 1 / the linear state is The axis of symmetry (y), the angle of inclination, is 18 °. The phase f + of the η ore of the disk: V and the arc angle relative to the arc of the inner wall surface of the pipe channel P.% arc angle (Cangzhao Figure 24). In this embodiment, the forming frame 1 # 作 县 ^ u 二 J ί: 直径 The diameter of the pipe, which is composed of 17 annular bodies, is changed. -Several miles. It is mainly used to adjust the length of the machine I (m) (Refer to Fig. 2, Fig. 8, Fig. 9, and Fig. 10) The mechanism 2 is arranged at an appropriate position of the ring mechanism of the forming frame 1 to adjust the circumference of the remote forming frame 1. V. Description of the invention (32) Figures 8, 9, and 10 are detailed structures. In figure j, 30 is a bolt body. 31 is an adjusting nut having a rotating portion 32, screw portions 31a and 31b of a Ϊ-direction thread, and the back of the divided body 10b. On the plate 17, the adjusting screw can be inserted into the nut insertion hole 34 opened by the outlet 17 jin. The threaded hole 35 of the bolt body 30 has a pair of threaded holes, 35b and threads in opposite directions to each other. The ΓΓ of L is relatively white and fastened by screwing on its screw portions 31a and 31b, and the phase moves toward or away from each other, so that is r. The distance between the back plates 17 of the paired split body can be adjusted freely. (Refer to Figs. 11, 12, and j3) In the embodiment, the L spacer holding mechanism 3 and the perimeter adjusting mechanism 2 are juxtaposed, and in this embodiment, the two end portions of the inner ring body ⑽ are also configured and arranged. As shown in 1 2 and 13, the present interval maintaining mechanism 3 is fixed by an inner interval support 4 which is gripped by 6 conical plates 40, and the two conical plates are maintained at the interval by 1 Ξ. The body 42 and the outer space holding body 42 are connected to each other ^ = 4.3, and include a nut n ^ ^ hanging in the center of the body holding body 42 Shell hole. The outer side is wound with a nut screw; ^ hole =. 仏 is the nut through socket of the nut 44 of the screw 44, Wen ° 卩. 48 is the advance and retreat of the spacer 42 on the outer side of the connecting plate at noon. And m C: \ 2D-CODE \ 91-03 \ 90130784.ptd p. 37 m 5. Extraction and insertion of the nut 43 from the description of the invention (33). Among the pictures η, 12, and 13, u and 12 It is a long contraction, the inner ring body 1 f changes between 0 β is the normal 栻 structure 2 holding mechanism 3 shape ^ Figure 13 is. · Perimeter; widened state between 10 B (interval b) n 卩, shape Sew charm i (refer to Figure 4, Figure 4, holding mechanism 3 state. The guide roller 4 is a donkey that can be rotated freely. The tube body is a hard synthetic resin or: E = f shaft portion 11. Roll 5. 〇Inside. The standard guide roller is equal to the length of the web of the belt-shaped member, but as described below: 骑 Riding the body- ,, N ^ (the number r, s required for Shao 7 is 1) The guide roller 4 (4b) in the square part is short and has a length of 500 banner (refer to FIGS. 6 and 7).田 ； ▼ shaped structure (refer to FIG. I, FIG. 2, FIG. 6, and FIG. 14. The joining mechanism portion 7 is mounted on the mounting portion of the forming frame i. H The joining mechanism portion 7 mainly includes the inner surface roller 5 and the roller portion 50 and includes Bu :: The same as the 6: The tooth that rotates synchronously is composed of the machine _ machine li M and the drum 5 and the box 5 of the mechanism 52 of the mechanism 52; The hydraulic motor 2 is a part of the drums 5 and 6 as "53; ::: 7 is a joint of the belt-shaped member 500 rolled up in a spiral shape. Thousand bU0 is provided corresponding to the most closed position (box body) 53) Phase body 53 is shown in Figure 14. ία%-^ No, it is the upper part 53A and the lower part 53β, page 38 C: \ 2D-C0DE \ 91-03 \ 90l30784.ptd 502098

502098 5. Description of the invention (35) 'The feed roller 73 with a sprocket is formed by a sprocket portion 73b with a smaller diameter and a carry roller portion 7 3a with a larger diameter, and is installed to rotate freely through a bearing. On the third shaft portion 66. The sprocket portion 73b has gear teeth on its outer periphery. The lock key 74 is wound around the sprocket portion 7 3 b of the driving sprocket 72 and the feed roller 73 with the sprocket. The driving force of the driving sprocket 72 is transmitted to the feed roller 73 with the sprocket. Then, the rotation of the "feed roller 73" abuts against the wall of the pipe channel "p", and the rotation speed of the device S is determined by the rotation. In the present apparatus S, the diameter of the feeding roller 73 including the feeding mechanism 52 is formed to have a maximum diameter in a natural state, that is, a non-restricted state. The relationship between the feeding mechanism 52 and the spacer roller 70 is co-existed in this embodiment, but any one of them may be omitted, and even the driving system of the feeding roller 73 may be omitted. In addition, the feed roller 73 is provided with the function of a spacer roller. (Hydraulic motor 5 4) As shown in FIG. 15, the hydraulic motor 5 4 has a drive shaft 5 4 a connected to the first shaft portion 64 and attached to the front of the case 53. The hydraulic motor 54 is connected to an inlet-side pipe 7 6 a for supplying hydraulic oil to the hydraulic motor 54 and an outlet-side pipe 7 6 b for discharging oil from the hydraulic motor 54. . These pipings 7 and 6 are connected to a rotary joint device 9 attached to an appropriate position of the case 5 3 or the forming frame 1, and an oil pressure pipe (external) connected to an external pressure source through the rotary joint device 9. Piping) 7 7 (refer to Figure 1).

C: \ 2D-CODE \ 9l-03 \ 90130784.ptd Page 40 502098 5. Description of the invention (36) Envy camera 9 (refer to Figure 17) The rotary joint device 9 is composed of: rotary joint for pressure fluid 9A. The rotary joint 9B for fillers is formed by penetrating the central part of the rotary joint 9A for the operating pressure fluid. (9 A rotary joint for operating pressure fluid)

The rotating joint 9A for the operating pressure fluid is composed of a cylindrical fixed body 79 and a cylindrical rotary body 80 which is rotatably embedded in the fixed body 79. The axis center of the rotary body 80 is formed. A large-diameter circular hole 81 is opened. An inlet a and an outlet b are provided on the solid body 79. The inlet a is connected to the inlet-side pipe 76a of the pipe 76 through the connection pipe 79A, and the outlet b is connected to the outlet-side pipe of the pipe 76 through the connection officer 79B. 76b. The rotary body 80 is fitted in the fixed body 79 in a liquid-tight and rotatable manner, and has two connection ports c and d on its end surface. Hydraulic passages e and f connecting the two connection ports ε and d (the inlet connection port c and the outlet connection port d) are provided in the rotating body 80, and are connected through the respective communication holes g and h. The oil grooves i and j that are recessed in the circumferential direction of the rotating body 80 peripheral surface communicate with each other. Oil ditch i is connected to inlet a, and oil ditch j is connected to outlet b. In addition, the fixing body 79 is mounted on the casing 53 and the frame 1 through the mounting plate 82. 82a is a nut hole. Next, the inlet c of the rotary pressure joint 9A for the operating pressure fluid is connected to the inlet side 77a of the external piping 77, and the external connection is connected to the inlet connection port d of the pressure fluid 1-port 9A. 77, 77b. The external piping 77 is also connected to a hydraulic drive source G. Mouth side Through the rotating fluid pressure joint 9A for pressure operation, the body member rotates.

502098 V. Description of Invention (37)

The working fluid between the pipings 76 and 4 on the hydraulic motor 54 side is not communicated. After the rotating external-side pipe 7 7, the driving force of the hydraulic motor 54 is transmitted to the first shaft portion 64 via | · 54, and the == mechanism 51, the second and third shaft portions 65 of the hydraulic motor are transmitted. , 66. The second shaft has 65 teeth, and the mechanism 51 transmits rotation in the opposite direction. And the third shaft portion 66 are mutually (the rotating joint portion 9B for the filler material) < 1 the main part of the rotary joint portion 9B for the filler material and the circular hole 8 1 of the rotary joint portion 9A for the fluid, Two μ are inserted into the rotary joint 84 at the front end of the operating pressure injection tube 83. & 83. Equipped with a more detailed introduction to the irrigation, the irrigation connection 83 is a relatively short fixed long circle # shape, and its outer diameter can be inserted into the rotation of the pressure fluid for operation. Keep the front and back 1 = degrees. The inner diameter of the perfusion nozzle 83 is large enough to prevent the filling material from interfering with J. In addition, a blocking block 85 is fixedly arranged near the front, and the blocking block 85 can limit the insertion amount. Two outer screws 86a and 86b are bolted to the outer periphery of the rear end portion of the infusion nozzle 83, and the screw 86a in the front portion is in front of the rotating body 80 of the rotary joint 9A for operating pressure fluid when the infusion nozzle 83 is inserted into the circular hole 81. At the rear position, after the fixing bolt 87 screwed with the screw 86a is fastened, the pouring tube 83 can be fixed. The screws 8 6 b on the outer side face the tip and the small diameter becomes a cone. The rotary joint 8 4 is formed by a short tube 89 and a ring body 90 which is freely rotatable and fitted in the short tube 89. One end (rear end) of the short tube 89 is closed by the plug cover 8 9a, and the other end (front end) is open. The inner circumference is from end to end 502098 5. Description of the invention (38) The portion gradually expands in diameter to form a conical shape. The screw 98b is screwed with the conical screw 86b of the perfusion nozzle 83. In the vicinity of the center of the short tube 8 9, a plurality of discharge ports 8 9 c are opened at a predetermined interval on the same circumference, and a recessed groove 89d for a 0-ring is provided parallel to the outside of the short tube 8 9 and the discharge port 8 9 c. A 0-ring 9 la is attached thereto. There is also a wrench engagement point 89e. The annular body 90 faces the discharge port 8 9 c of the short tube 8 9, and can be freely rotated around the short tube 8 9 and the liquid-tight dress. There are also fixing parts 9 1 b. A wide groove 9 0a is continuously formed on the inner peripheral surface of the discharge port 8 9 c facing the annular body 90, and a discharge port 9 communicating with the groove 9 0 a is provided at one place on the annular body 90. 0 b. A discharge pipe 93 is fixedly connected to the outside of the annular body 90 and communicates with the discharge outlet 90b. (Mounting and Removal of Rotary Joint Device 9) To mount the rotary joint device 9, firstly, the rotary joint 9A for the operating pressure fluid is mounted on the case 53, and then the rotary joint 9B for the filler is installed, and then The perfusion nozzle 83 is inserted into the circular hole 8 1 of the rotary joint 9a for operating pressure fluid, and is stopped at the abutment position of the resistance block 85. After inserting the fixing nut π from the rear of the perfusion nozzle 83, the fixing nut 87 is rotated The screw hole 86 a of the perfusion connection 83 is inserted to complete the fixing of the perfusion connection 83. After that, f screw the screw 89b of the short tube 89 of the rotary joint 84 to the conical screw, and then attach and detach the order of removal and the above-mentioned order of installation. In other words,

Page 43 502098 V. Description of the invention (39) '--- Rotary joint 9B for materials, reverse the rotary joint 84 to remove it from the pouring joint 83, then reverse the fixing nut 87 to remove it, and then place the pouring joint / 3Remove from the rotary joint 9A for operating pressure fluid. Alternatively, the rotation joint 9A for the operating pressure fluid may be detached from the case 53 for the whole, and then the rotation joint ϋ for the filling material may be disassembled. ) If the construction device S is to be stopped during the pipe making process and the filling operation is to be stopped, only the rotary joint 9B for the filling material can be removed from the rotary joint 9 (0 other rotary joints 9 C) Figure 1 8 、 FIG. 19 shows another aspect of the rotary joint device 9C. This rotary joint 9C is a combination of a cylindrical fixed body 93 and a rotating body 94 embedded in the fixed body, so that oil for hydraulic pressure and filling material is used. An inlet a and an outlet b are provided on the fixed body 93. ========= The inlet side pipe 76a of the pipe 76, and the outlet b is connected to the outlet side of the pipe 76. The 76b rotating body 94 maintains a liquid seal in the fixed body 93 and can be inserted into the end surface of the spoon 5 ′. There are two connection ports c and d. In the rotating body 94, hydraulic passages e and f connecting the two connection ports c and d (the inlet connection port c and the outlet connection port d) are passed through, respectively. The individual communication holes g and h communicate with an oil groove i J that is recessed in the circumferential direction provided on the peripheral surface of the rotating body 94], and the groove i communicates with the inlet a, and the oil groove j communicates with the outlet b. The inlet side 77a of the pipe 77 is connected to the rotary joint% t, and the outlet side 77b of the external pipe 77 is connected to the rotary joint C.

The outlet connection port d of the rotary joint 9C. H

Description of the invention (40) At the connection port m, a groove 1 having a liquid passage η connected in the circumferential direction is provided through the inner teeth of the joint 疋 Zhuanjie 94 to communicate with the circle provided on the peripheral surface of the rotating body 94, and then it will be filled; : The main answer Q ς, ▲ The solid material supply pipe 98 is connected: The opening 1 ′ of the rotary joint portion 9C is a flowing state ί interface m. Via the solid-filling material supply pipe 9 ", the body passage η is guided to the groove P from the connection port m through the liquid outlet to the solid filling pipe 95 through the liquid outlet to the solid-filling pipe 95, and then through the opening The solid spoon 1 flowing through the solid filling material pouring tube 95 5 of the solid filling material filling tube 95 is provided with a solid filling material supply device for feeding the solid filling material into L, Qi々 # ~ & 9 b K 〇 The rotary joint devices 9 and 9C of various perforating forms are described, and the rotary joint 9 of the * 54 factory motor 54 is used: "Although the structure of the joint and the hydraulic joint is relatively simple.-It does not matter if the knife is opened. In this situation Rotary splicer hibiscus 7 Next, return to the bonding mechanism section 7. The bonding step of the bonding mechanism section 7 and the outer roller 6 are located at each other. As shown in Figure 16, the θ roller 5 is sandwiched between The belt-shaped member 500 ′ is held by the two cylinders 5 and 6 as before, and the inner roller 5 is straight. The roller 6 is directly installed on the third shaft portion f6 and is connected to the second shaft portion 65. The outside view 16 indicates the joining roller portion 50. FIG. 16 shows the joining step plus μ, which is expressed in large, meanwhile, the heart; wait for 3 and the two outer rollers 5 and 6 to expand the table without looking for the rollers 5, 6 Phase 502098 corresponding to the band-shaped member 50 〇 5. The description of the invention (41) Corresponding relationship. As shown in the figure 5 and 6 of the present embodiment, the band-shaped member is arranged at a majority of the spacing of 500. Moreover, H = The initial closed portion between the members 500. The horse-shaped inner surface roller, 5 is cylindrical, and the inner surface of the belt-shaped member 500 includes the closed portion. Shaped member 5. ㈣Description 'Θ © The front end of the drum 5 is formed with a wide-diameter portion, and the band is protruded and provided with a matching band-shaped member 50. The inner surface of the groove 5b, the court portion can be appropriately omitted. Outside The roller 6 is formed with a large number of ring-shaped dance portions 6b at a predetermined distance from the cylindrical body 6a. The ring-shaped crotch portions 6b are fitted into the grooves 504 between the protrusions 502 of the belt-shaped member 500. The outer periphery of the cylinder body 6a is also crimped to the outer surface of the protrusion 5G2 of the band-shaped member 500. The outer surface of the cylinder body 6a is embossed to prevent slippage of the band-shaped member 500. In addition, a part 6a is relatively Small diameter, separated from the dog strip 502. As for the round-shaped tadpoles, the corresponding ones are two. The pair of wheel-shaped crotch portions 6 b abut on the belt-shaped member 500 on the peripheral side portion thereof. The other wheel-shaped crotch portion 6 b does not need to be particularly abutted, and it is important to embed the recess between the projections 5 2. In the groove 5 04. This joint mechanism 7 can open the upper part 53A of the box 53 to the amps of the inner lining pipe R, and can be held by the wheel-shaped crotch 6b of the outer drum 6 and the dog bar of the belt-shaped member. The pitch of 5 0 2 is consistent, and the wheel-shaped crotch 6 dagger is positioned at the closing portion 其. Thereafter, the upper portion 53A and the lower portion 53β are closed, and the closing device 57 'is locked to lock the screw 62. The solid material filling machine (refer to FIG. 20) The solid material filling mechanism section 8 is mainly composed of a solid material filling tube 95

Round bill C: \ 2D-ffiDE \ 91-03 \ 90130784.ptd Page 46 502098 V. Description of the invention (42) The body has a perfusion portion 9 6 at the front end, and the base candle is connected to the sense 9, especially the filling Rotary joint ^ mechanical unit 8 for material rotation == \ is the rear part of the material fixed to the joint mechanism. The pouring pipe 95, which is arranged on the rotating part (the filling pipe 9 5 for solid filling materials), is a rigid curved pipe: the position on the side of the box 53 is marked with a weight of jin. In other words, the fixed opening is held at the = curved section to engage the outer roller of the roller section 5G = = 5 and each of the horizontal sections 95b along the side of the box 53 along the side of the box 53 is rotated and engaged with each other. The mounting part of the part ^ is required to be rigid from the vertical part to the front end than the support part 97. More specifically, the part of the turning joint part 9B may have elasticity. It is closer to the rotation than the support part 97. The two priming tubes 95 and the 50-phase of the bonding mechanism section 7 are arranged in the rearward direction of the bonding drum section 50. The columns are arranged facing each other (the filling section 9 6) ° The mountain filling section 96 ′ is formed in the solid filling The perfusion pipe for the material is oriented toward the center of the pipe than the frontal diameter of the horizontal part 95a of the outer roller 6 of the joint drum part 50, and the part that is deeper and deeper, and the other side is provided with a single perfusion 〇96a. After the progress of the mechanism portion 7, the pouring portion 96 is detachable. In addition, the pouring portion 96 can adopt a multi-spaced configuration. In this case, the pouring, wide injection port, and a peace zone are provided. At least a part of the long house 6 with the banner of the shape member 5 0 0 has In addition, perfusion between the mouth

c- \ 2D-C0DE \ 91-03 \ 90130784.ptd Page 47 V. The description of the invention (43) 2: 1, the shape of the protrusion 5.2 ° interval of the gap between -2 ^ most of the two Materials such as cement can be used for filling the mouth, and synthetic resin solid filling materials can be used for Xizhi Zhuangkou. Then, the base of the infusion tube 95 is subtracted from the vehicle; & Recognition & The filling material is pulled into the cliff and connected to the other rotary joint device 9; Answer q ^, #, connected to the solid material supply; ft # qsm,., The rear end of the perfusion joint 8 3 rises, t should be 98. The solid material supply pipe 98 has a flexible hose. Through solid bismuth, bismuth, bismuth, and bismuth, 98 pieces can be used ten months per month; 丨 Tian solid filling material supply pipe q S and 撵 X are liquid makeup lil 4 ji 4MT "g and flow into The filling joint of the rotary joint 9B for the filling material is connected to Lu 83, passed through the short pipe 89 of the rotary joint 84, and passed through the groove 90a of the circular ring 90, and is led by Deguang + φ, π discharge ports 89a. QQ " Λ, Ua then flows out to the total outlet 93 through the spout outlet 96b. The spout tube 93 is discharged through the solid material filling Lu injection section 96. 18 m Guan 95 is obtained from the other end of the filling material supply tube 9 8 The solid material supply device κ is provided with a material supply pipe 98. The solid material supply Hi, K1 (refer to FIG. 21 and FIG. 22), which is transported into the Gurie J, is provided with the solid material supply device K. In this embodiment, In the middle, it has the force to supply the flowing or liquid solid filling material F to the rotary joint 2 and 9 and even to the filling tube 9 of the solid mechanism unit 8 through the rotary joint ⑽ of the filling material. The function of 5 at least has the function of pumping. As shown in Figure 21, the solid material supply device κ is a cement series material and pressure feeding device 100. Drive the cement pump 102 to reach Μ, and send the supplied cement slurry and cement mortar out of the supply pipe 98. It is obtained by the leakage pump 102 series with the sending effect of its screw wing 103. The temperature of the cement pump is not limited to this form, and it can also be used.

C: \ 2D-CODE \ 91-03 \ 90130784.ptd Page 48

502098

V. Description of the invention (45) The foamable synthetic resin solid filler is not ready. After hardening, it will play the required role = dagger: it has viscosity and is a liquid-fat solid filler, which can promote reaction. This foaming synthetic tree agent and the like can be used to appropriately adjust the foaming period and packaging? Bucher ^ the beginning of the reaction period. However, the "agent" is usually the delayed viscosity and stickiness of Kairiba, which can be attached to the pigeon without dripping under the lining tube R. Second degree. It is foamed urethane. 、 Foaming urine ♦ The foaming synthetic resins such as plastics that are found in the existing scum on the groove surface are compared. The lining construction method 々, Tian Zuo M m layer u installed 4 s is applicable to the following pipelines Figure 2 3 ~ Figure 2 6 of the construction is one of the lining pipe construction workers in one form. The construction project shows a pipe with a circular cross section buried in the ground, suitable for: an example of a waterway pipe P. Figure towel , Q1 is the manhole on the upstream side, and ⑽ is the manhole on the downstream side. As shown by circle 23, the manhole on the upstream side of 'above the ground' is provided with a roll-out device τ with a turntable 501 which is wound around a belt-shaped member. On the downstream side, the manhole button is equipped with a hydraulic drive source G. The engineering process marches downwards from the upstream side. In addition, the 'solid filling material supply device κ (κη is the same as that described above in the inner lining construction device s. Near the front. I. The inner lining construction. S is moved into the channel P. The inner layer construction device S is moved through the manhole Q1. Drainage pipe P as the construction of the object. This means s construction shaped frame 1 to be assembled, so

C: \ 2D-CODE \ 9l-03 \ 90130784.ptd Page 50 V. Description of the invention (46) " 一 ~ " " '一 · — can be easily moved into the manhole Qi. In other words, although the opening of the manhole qi is small, it is possible to remove the screw ^ 糸 and screw towel S group on the inner ring 丨 〇β back plate 丨 7, or a perimeter The adjustment nut 31 of the adjustment mechanism 2 is removed and easily carried in. After carrying in, assemble the nut 2, nut, or adjusting nut 31 again in the manhole, and re-form the ring of the forming frame 丨 = I ° 7 person. The forming frame 1 can also be installed at the joint mechanism part 7, so it can

^ See Installation. At the same time, it is also possible to perform the work of the solid material pouring mechanism section 8 and the rotary joint device 9. Then, the hydraulic system of F = ΐ = ′, through the rotary joint device 9, connects the hydraulic pressure of 200 疋 and the local ground ^. Regarding the solid filling material system, the driving force G of the solid steel is connected. The end of the injection tube 95 is connected to the solid filler F of the solid filler supply device K for the solid filler for the filling mechanism 8. To Q ° P9B, and also to adjust the forming frame 1 in Zhouxian County, adjust the forming frame 1 ^ in this construction device S, move the perimeter adjusting mechanism 2 ^ of the forming frame 1, and σ ° tongue 5 brother, that is, Turn r. Usually, the cicada mother 31-bit, 2 "f nut 31 will be adjusted, and the outer space retaining bodies 41 and 42 of the cicada mother will be adjusted to the inner side of the" holding system 3 "and the accompanying description, so that the perimeter 1 of the forming frame worker is separated. The length H of the guide roller 4 is said to be the length of the line m. The inner diameters and perimeters of each other are the same. After the adjustment of the circumference adjustment mechanism 2 is completed, the nut is held in the interval maintaining mechanism 3

V. Description of the invention (47) ^ 疋 Turn 'to make the inner and outer sides of the tapered inclined surface 40a❶42 spaced apart from the tapered plate 40 close to each other, and the construction of the inner lining of the lining family workers shall be carried out according to the following procedure. · (1) The belt-shaped structure # c; η η λ; ea 1 In the assembled construction device s, a belt-shaped member 5GG will be formed in the manhole Ql in advance, and the ring will be formed into a ", & mechanism section 7 At the same time, make this (about 3 times), ^ :: dagger / belt-shaped member _ several times D_ u ^ pa m clothes inside 5 (called the starting lining tube) week% = / MU The perimeter of the surface is equal to that of the construction device S: The second plastic mold begins with a shirt a 'lined with fRo that is not subject to the elasticity of the belt-shaped member 500 to maintain the natural shape of the circle. In the application i, the main unit ^ s where the above-mentioned starting lining pipe r0 is installed: the mounting portion of the forming frame 1 with the joining mechanism portion 7 in a women's wear: == 2 is a bent state from the middle, so that the joining mechanism portion 7 and start to use the inner liner Ro to draw toward Fenghe Fang 6 < L ^ 7 ^ A ^ burdock at the same time. In this case, the starter inner liner R is set to the joining mechanism portion η Λ in the white state. On the 0th week, or on the circumference slightly protruding outward. In this way, it can be inserted into the channel ρ as the lining of the previous stage

(I (referred to as the initial lining pipe) R i. As for the drawing-in operation of the mounting portion, it is very convenient to use a conformal appliance. FIG. 24 is an example of the conformal appliance j. The conformal appliance J ′ From: Arc plate (pressure plate) 120 that substantially exceeds 18%, and end screw hole members C fixed at both ends of the arc plate 120: C: \ 2D-GODE \ 91-03 \ 90130784.ptd Page 52 502098 V. Description of the invention (48) 1 2 1. Two fixing screw rods 1 2 3 installed between the two end screw hole members 2 1 via the central screw hole member 1 2 2 And an approaching screw rod 1 24 that is screwed into the central screw hole member 1 22. In more detail, the arc plate 120 is made of a steel plate having an arc shape, and is slightly elastic, and its outer side surface It is in contact with the inner peripheral surface of the forming frame 1. A screw hole 1 2 1 a is provided in a spiral shape on the end screw hole member 1 2 1 to receive a screw 1 2 3 a of the fixing screw rod 1 2 3. The central screw hole member 1 2 2 is provided with a screw hole 122 a for receiving another screw 123 b of the fixing screw rod 123, and the central screw is provided with a screw rod for drawing. 12 "screw hole 122b for screwing. The screws 123a and 123b of the fixing screw rod 123 are opposite threads. The screw rod for draw-down] 24 is the forming frame j or the mounting portion 124b of the joint mechanism 7 The installation of the drawing screw rod 124 and the joint mechanism part 7 is shown in one of the states shown in FIG. 24 (b). The drawing screw rod 24's mounting portion 2 is a circular plate, so that The free-rotating form is connected to a reaction force receiving member 丨 2 5 which protrudes from the inside of the case 5 3 of the joint mechanism part 7. The use method of the shape-preserving appliance J is: placing the shape-preserving appliance; Frame 1. In the predetermined state on the inside, first, turn the fixing screw rod 123 to increase the diameter of the arc plate 120, and fix it against the inner periphery of the forming frame 1. This 〃 will be freely rotatable by the mounting portion 1 24b Assembled to the joint mechanism part 7 The screw body 124 is rotated to turn the joint mechanism part 7 in the diameter direction of the mounting portion ring of the forming frame 1. The shape is bent. Out of shape = outer 'as long as it has the same function as the shape retaining device J' Not limited to the above

C: \ 2D-CODE \ 91-03 \ 90130784.ptd Page 53 502098 5. Description of the invention (49) (3) In this state, set this construction — set it in the appropriate position of the pipe canal (通 ^ ^ 入The giant official channel ρ 0 is temporarily fixed when it is pulled in, including the dagger / internal part of the Guan official Ri channel: all parts of the end section are accommodated in the pipe channel p. The industry is not particularly difficult. The inside is sad, so it is necessary to pull in afterwards to 'remove the conformal device J. Then' regarding the solid material infusion mechanism section 8, the warp joint section 9B and the #solid filling material supply device K The s material is used to drive the construction device s to produce the lining pipe /: should be solidly filled. In other words, the feeding roller of the death mechanism 52 is abutted against the wall of the pipe 3 ' The wall reaction force is rotationally driven: swollen, e In addition, the inner surface and the outer surface of the joint mechanism portion 7 are also rotationally driven. 耩 The closing portion 力 is a force between the inner surface roller 5 and the outer surface roller 6. The connection structure follows the π-shaped member 500 ^ 1: 1: ^ " ^ ^ surface, and moves to guide the rotation of the drum 4. In this way, the inner coil R is wound in a spiral shape, The lining pipe R is made. Τ and the piece 50 G can be left. Then, the lining pipe R is left, and the entire construction device s is revolving toward the revolution, and new belts are continuously added in the direction of the circumferential axis.持 ◦ In this project, with the rotation of the forming frame, the force of the mechanism 2 is applied to maintain the mechanism 3 at a distance, and the mechanism 2 will not generate excessive stress. In this project, the perimeter adjusting machine (4a) is used in this construction.

C: \ 2D-CODE \ 91-03 \ 90130784.ptd. Page 54 V. Description of the invention (50) The lining official R is bent toward the inside ~ the 冋 犄 'is restored to a circular shape and the joint mechanism 7 is joined. The lining tube R is also due to the complex elasticity / that is, 疋 convex curve ® 'and left behind: In other words H / restored to a round shape. As shown in Figure 25 and Figure 3, the position of the inner lining tube R, as shown in FIG. 25 and the figure, is held in the circumferential direction and the depth (axis) by the joint mechanism 7, but as the 7 "on the wall surface i of the channel P; the convex curved surface (B) is closely connected according to the ideal state to pass through from the outside; the vicinity of the wall surface, such as the surface (the contact point into the roller 73) is inscribed The line from the point to the inner wall of the channel P forms a pair of symmetry axes for the center line; the distance y (4b) which is a distance of two-half of x and at the same time, in this project =. 、, = The zone moves the solid filling material supply device κ, so that the cement material is sent out through the supply pipe 98, and the solid filling material supplied by the bucket -10 is the solid filling material of the solid filling material infusion mechanism unit 8. The rotating joining device 9 is filled with a predetermined amount of cement material. The pouring portion 9 β of the main pipe M is filled with a flowing solid filling material, and the outer cylinder 6 is joined to the outer surface of the concave curved surface (A) = 7 which is discharged to the inner pipe R. At this time, by the progress of the bedding portion 7, the concave curved surface (A) and the space-capturing portion are closely adhered to the wall surface with the joint mechanism. The surface (B), and the wide width tightly entering the groove 5 of the band-shaped member 5 0 0 can be widened. In addition, the container 1 1 0 can be installed with a foamable synthetic resin device K 1 Binding of the solid material, driving the solid material supply & shape solid material to pump 1 1 1 and 502098 V. Description of the invention (51) Λ Moli via solid material supply pipe 98, rotary joint device The infusion section 96 of the infusion tube 95 for the infill material of the infusion mechanism section 8 injects the foamed synthetic resin infill material in a prescribed amount. The infill material is a groove ⑽ for injecting a human band-shaped member 5GQ. Because of its adhesion 1, it is attached to the surface of the inner lining pipe R, that is, in the groove 504 of the band-shaped member 500: it can be solidified at the same time as foaming without dripping below. In the project, 'belt-shaped member 50. It is sequentially supplied by a roll-out device τ arranged on the ground floor. The configuration example of the roll-out device' is placed in the manhole Q 1 to open the neighborhood ° "by Han% The π-shaped circular handle 620 is rotatably arranged on the rotating a member 50 through the rotor 621, and can be freely pulled out and wound on the second and the turntable 622. 623. Tian Tian's choice is to fill the pipe p and the internal filling of the U-filling material at the same time. Therefore, the strength of the liner through the solid filling material makes the lining pipe only and = In other words, the cement-based solid filling material is compacted within the groove 504 due to the agent, and is strong because of its solidification / swelling effect. In addition, the solid filling material of the concave test 4 is fixed to the soil of the high inner lining pipe R, so the inner lining pipe R and the pipe canal p can be inside the official canal P, and the outer packing material is foamable. Love of synthetic resin :. The adhesion is strong, and it is the same as in the synthesis, 'facing the groove made of cement, that is, the groove of the belt-shaped member 500, the inner liner R of the 504 garment, filling the J-shaped groove 504', so that the inner liner 2, is limited to presenting the two as one. U-shaped materials and pipes p 90130784.

Ptd mi Page 56 502098 V. Description of the invention (52) (6) When the construction length of the lining pipe R reaches the predetermined length of the pipe channel p (normally, the entire length from the manhole Q1 to the manhole Q2), The construction device S is removed. (6a) Before removing the construction device s, the rotary joint 9B for the filling material is removed from the rotary joint 9. That is, the filling tube 95 is separated from the rotary joint ㈣ for the filling material, and the rotary joint 9B ^ is rotated and the leg is turned in the opposite direction to loosen the screw, and the rotary joint J :: FF officer 83 removed. Next, loosen and remove the fixing nut 87, and clean the injection nozzle 8 3 from the spinner-shaped person at a speed of sa π Φ. Pull out the clothes set 9. The solid filling material can be moved as quickly as possible, ^ ^ ^ operating pressure fluid * (hydraulic system), and the piping 77 and the rotary joint device 9 can be removed. Envy] Γ and) Right next to π *, \ Remove the entire inner lining construction device 3 as a whole. In this construction, there is a perimeter adjustment mechanism 2 that can be / knocked, so the disassembly operation is quite easy. Moreover, this construction equipment can be moved through the manhole Q. 〇 The above-mentioned system is separable, so it can be easily completed. At the same time, the liner R can be constructed according to the following principles: the loss of cross-sectional area can be avoided during the formation of the liner; At the same time, the solidified solid body that can be poured can achieve a very economical ~, P-body to obtain a composite pipe, the whole litre waterproof. , Alas. In addition, due to the solidification of the solid filler,

C: \ 2D-CODE \ 9l.〇3 \ 9〇i3〇784.ptd Page 57 mm: V. Description of the invention (53) The outer shell is filled with the solid filling material at the same time as the inner lining R is formed, so Compared with the existing methods of filling operations at 66 and #, the construction efficiency has achieved a leap in w and J improvement. Body = ί, 'If the rotary joint device 9 according to this embodiment, the operating pressure flow = La a pressure system) and the solid material system adopt a common axis structure, so the rotary joint device is small The installation space is reduced, and the core of the solid filling material is centered. ”3 Axial center material of the rotating joint 9 A for the fluid under pressure. The flow path section with the largest diameter is ensured, and a large amount of solid filling can be supplied. Filling material Shaw Rotary Joint 9B can be removed when the rotary joint is interrupted. This can be done after the tube construction is completed or during construction. Good: The solid solid filler can be quickly cleaned. , Linli carried out the construction of the inner lining. Situation: The above shows that the above is suitable for the construction of pipes with circular sections. The use of pipes with horseshoe sections and other sections can also be used according to the construction. Construction of the inner lining (refer to Figure 27). The arc plate 43 of the frame 1 is 43 mm and more. As for the conformal appliance J, it abuts against Cheng, the other is not substantial: except that it becomes a lower half like a rectangular pipe. About construction, in the dream dove 乂 member 5 0 0, install Tochigi, roll up the ribbon-shaped Ri around the forming frame 1. Then, V and two tools can be used to obtain the initial shape of the initial lined pipe of a predetermined shape. Pull the initial lined pipe into the channel , Proceed as before

ΙΙ · ΙΙ

C: \ 2D-CODE \ 91-03 \ 90130784.ptd

Page 58 502098 V. Description of the invention (54) As for the joining machine, the ring follows this ring. In this embodiment ① The band-shaped member can be fitted. ② Press the motor in the joining machine. (The use of this embodiment This embodiment uses an internal solidified pipe with a general degree of operation, which can improve the existing steps. Moreover, the oil can be installed. The solid shaft supply can be fixed, and can be shaped. The solid filling achieves complete waterproofness, and the interior is advanced afterwards (such as the pressure system). The center of the filling material system is rotated to fill the material. When the structural portion 7 reaches the rectangular portion, the shape of the mounting portion of the forming frame 1 changes to a rectangular shape. ° Contains the following aspects: Asia is not limited to those shown in the drawing. It is mainly elastic, and the edge part 0 structure part 7 is not limited to hydraulic driving, but also can use gas effect. The construction of the inner lining layer, = the flexible forming frame 'can be used without the need to expand the diameter of the H lining pipe, and the maximum diameter of the pipe canal section can be formed: the loss of the prepared section area', and it can be solidified by pouring 2 at the same time. 'Integrate lining pipes and canals to obtain the economic effect of re-construction. At the same time, the solidification of the solid filling material is also lined up: the filling of the solid filling material is performed at the same time, so compared with the method of the real charging operation, the car's rotary efficiency of the construction efficiency leap forward == state, operating pressure The fluid shaft and the material shaft have a common axis structure, so they can be miniaturized, reduce the installation space, and are easy to install. The main nozzle can ensure the maximum diameter of the flow through the rotating joint of the pressure fluid. The section of the route can be a large number of 502098. 5. Description of the invention (55) In addition, the rotary joint of the filling material can be simply rotated and disassembled by the rotary joint device 'so after the construction of the inner lining pipe or in the middle of construction ^' The solidifying filler can be quickly cleaned. In this way, the construction of the inner lining can be smoothly carried out. (Second Embodiment) Fig. 28 to Fig. 44 show another embodiment of the construction equipment for lining of pipe canal of the present invention. In this embodiment, a so-called inner-perimeter-restricted pipe-making form is adopted. That is to say, Fig. 28 and Fig. 29 show the overall composition of the board inner lining construction device s 丨, and 30 to Fig. 40 show the structure of each part. Figure 42 to Figure 44 are another example. Incidentally, in this embodiment, the belt-shaped member used is not different from the i-th example. ^ ^ Inner Liner Construction Decoration, S1 With reference to Figs. 28 to 40, the construction structure of the inner liner in this embodiment will be described. As shown in FIG. 28 and FIG. 29, the inner lining construction device s mainly includes a ring-shaped forming frame 201, and a plurality of guides arranged at intervals outside the forming frame 201. Roller 202, through the forming frame ":", the active feeding mechanism including the inner surface roller 203 and the outer surface roller 205 and the joint mechanism section 20, and the active feeding mechanism arranged in conjunction with the joint mechanism section 205 The infeed roll is installed on a plurality of passive feed rollers on the same circumference in front of the forming jH2, and 207, and also has a structure portion 2.8 adjacent to the joining mechanism portion 205, and is arranged around the forming frame 201 and And this outer limit frame 209. Frame linkage Active and passive feed rollers 206 and 207 are connected to form a feed

C: \ 2D-C0DE \ 91-03 \ 90130784.ptd Page 60 502098 5. Description of the invention (56) Institution. In addition, a part of the 'solid-fill material pouring mechanism part 2008' is assembled in the outer periphery restriction frame body 209. Hereinafter, each detailed structure will be described. Cheng Shengyou ii_2 0 1 (refer to Fig. 2 8 ~ 30). The forming frame 2 0 1 is ring-shaped, and maintains the required rigidity with a predetermined width and thickness. A ring-shaped portion is recessed and serves as a mounting portion of the joint mechanism portion 205. The forming frame 20 i may be formed by an appropriate divided body (division) or may be integrally formed. Each of the divided bodies is constituted by a frame formed by front and rear side plates 2 1 0 (front side plate 2 0a, V rear side plate 2 1 0B) and flanges 2 11 at both ends. It has a predetermined rigidity, and an appropriate reinforcing material is added to increase its rigidity. Then, the flanges 21 丨 are brought into contact with each other, and the nuts and screws (and) in the nut insertion holes 2 丨 2 provided in the flanges 2 1 1 are penetrated and assembled. The outer edge of the side plate 2 10 is provided with bearing recesses 2 1 3 at a predetermined interval, and receives the shaft portion of the guide roller 20 2. The mounting portion is recessed in a ν-shape toward the center portion. The front side plate 210A ′ of the eighth portion in the turning direction is arranged at a degree of knives compared to other divisions /, and 疋 21 0Α is thinner. The front side plate 21QC whose backing width is enough for the j-shaped part of the connecting piece 500 is used for the installation of the connecting part 205. There is also a nut insertion hole 2 丨 5 ^ ° Guide roller 202 (Fig. 28 ~ Fig. 30) The guide roller 202 is arranged at a predetermined angle and at a predetermined interval.

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502098 V. Description of the invention (57) The outer periphery of the shaped frame 201. The roller body 2 1 7 of the guide roller 2 0 2 is made of a hard synthetic resin or metal, and can rotate freely around the roller shaft 2 丨 8 through a bearing, and abuts against the inner surface of the belt-shaped member 500. Joint mechanism section 205 (refer to FIG. 31, FIG. 32)

The joint mechanism part 205 can be detachably mounted on the forming frame 201, and the main part of the joint roller part 2 2 0 is a set of the inner roller 2 0 3 and the outer roller 2 0 4. The gear mechanism 221 which can be rotated synchronously 221 ′ At the same time, it includes a box 2 2 3 that is actively fed into the drum 2 0 6 by the gear mechanism 22 and a drum 203 mounted on the box 2 2 3 The hydraulic motors 224 of the rotary driving sources 204 and 204 are arranged corresponding to the joints of the band-shaped member 500 that is wound spirally, that is, the closed position where the band-shaped member 500 starts. The structure of this joining mechanism section 205 is based on the above-described joining mechanism section 7 of the first embodiment, so detailed descriptions thereof are omitted here, and only a brief description will be given below. (Box 223)

Box 223 ′ is divided into upper part 223 and non-part 223B, upper part 223A

It can be opened around the bolt shaft 226 to close the upper part 223A to the lower part 223B with the closing device 230. In the figure, '231 is the arm, 232 is the connecting rod pivoted on the arm 231, 233 is the receiving frame that accepts the connecting rod 232, 234 is the shaft spring, and 235 is the screw talent'. The temple parts form a closed arrangement. 2 3 0. (Gear mechanism 221)

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Page 62

The gear mechanism 221 has three shaft portions 237, 238, which are erected from the front and rear walls of the case 223 to the lower side by rotation. The gears 24 (), 241, and 2 shaft portions 237 can be fixed to 238 and 239 in sequence. The inner surface roller 203 is connected to the third shaft portion 2 and the second shaft portion 238 204. The second shaft portion 238 is a description of the first shaft portion 237. The outer roller rotates, and the third shaft portion 239 rotates in the forward direction, so == the outer roller 204 rotates in the opposite direction. The inner surface roller 203 and the roller 244 are spaced on the third shaft portion 2 3 9 so that they can be used freely. The free-running installation and maintenance interval (active feed roller 206) is set as the main body of the feed mechanism section. The present active feed roller 20 6 is composed of a drive sprocket 245 fixed to the outside of the case 223, an active feed roller 206 with a sprocket and a third shaft 239 that can be freely rotated, and a chain 247 composition. The drive sprocket 24 5 has a gear 2 45a on its outer peripheral portion, and is fixed to the second shaft portion 2 3 8 via a lock key or a spline fit, and rotates integrally with the shaft portion 2 38. The active feed roller 2 0 6 ′ is formed by a sprocket portion 2 4 9 with a smaller diameter and a feed roller portion 2 50 with a larger diameter, and is mounted on the second shaft portion 239 so as to rotate freely through a bearing 2 51. on. The sprocket portion 249 has gear teeth 249a on its outer periphery. The chain 2 4 7 is wound on the driving sprocket 2 4 5 and the sprocket part 2 4 9 of the feed roller 2 0 6 with key wheels, and transmits the driving force of the driving sprocket 2 4 5 to the active feed roller. 2 0 6. (Hydraulic motor 224)

90130784.ptd Page 63 502098 V. Description of the invention (59) The hydraulic motor 224 has a drive shaft 224a connected to the first shaft portion 237 and mounted on the front of the case 223. The hydraulic motor 2 2 4 is connected to an inlet-side pipe 2 5 3 a for supplying hydraulic oil to the hydraulic motor 2 2 4 and an outlet side for discharging oil from the hydraulic motor 2 2 4 The piping 253b. In addition, these pipes 253 are connected to the rotary joint 2 5 5 (FIG. 2 8, and FIG. 1, FIG. 1 3) connected to the case 223 or via a mounting plate 254 mounted at an appropriate position on the forming frame 1. ), The square adapter 2 5 5 is connected to an external pipe 6 00 connected to an external pressure source. The swivel joint 2 5 5 may have the same structure as the swivel joint 9 c of the foregoing embodiment, or may be changed to a swivel joint device 9. (Rotary joint 2 5 5) (refer to Figure 3 5 and Figure 3 6) The rotary joint 255 is made up of: 255 cylindrical fixed bodies, embedded in the fixed 2 5 5 A: k-turn 2 5 The combination of 5B is used together with the rotary joint 272 of the solid material pouring mechanism section 208. Here, the form of the hydraulic system is described. In FIGS. 35 and 36, an inlet a and an outlet b are provided on the fixed body 25 5A. The inlet a is connected to the inlet-side pipe 253 a of the pipe 253, and the outlet b is connected to the pipe 253. Outlet side pipe 253b. The rotating body 25 ^ is fitted with a liquid-tight and freely rotatable fitting in the fixed body 255, and its end face has two connection ports c, d. In the rotating body 255B, hydraulic passages e and f connecting the two connection ports ε and d (the inlet connection port c and the outlet connection port d) are passed through the respective communication holes g and h, respectively. The oil grooves i and j recessed in the circumferential direction of the circumferential surface of the rotating body 255β communicate with each other. Oil ditch i connects to inlet & oil connects to outlet b. 257 is an O-ring, and 258 is a fall-off prevention ring.

502098 V. Description of the invention (60) Secondly, the inlet c of the rotary joint 2 55 is connected to the inlet side 2 56a of the 56 2 and the outlet of the rotary joint 2 55 is connected to the external piping. 25 6 exit side 2_. In addition, interface d is connected to hydraulic drive source G. .卩 Piping 256 = The rotary joint 255 is used to move oil piping 253 and non-rotating external side piping 2 56 along with the rotation. Ί The driving force of the hydraulic motor 224 passes through the gear mechanism 221, f 24. It is transmitted to the first cypress section 237, and is transmitted to the second and third shaft sections 238 and 239 through the gear mechanism 2. The second shaft portion m and the portions 2 3 9 rotate in opposite directions to each other. One shaft (joining the roller portion 22 0) (see FIG. 32) The connecting roller portion 220, the inner roller 203 and the outer roller 204 are aligned in the same direction as each other, and the two rollers 203 and 204 are held in a belt shape ^ 50 0 At a predetermined interval. As before, the inner surface roller 20 3 is directly mounted on the second shaft portion 238, and the surface roller 2 0 4 is directly mounted on the third shaft portion 2 3 9. The structure of the engaging roller portion 220 is not different from that of 50 in the first embodiment. In FIG. 32, 260 is a cylindrical body, and 261 is a wheel-shaped crotch. ° Passive feed roller 20 (refer to Figure 3 3, Figure 3 4) Passive feed roller 207 is part of the feed mechanism part, and is fixed by the reaction force member 2 6 1 which is fixed on the forming frame 2 1 3. One end is fixed On the reaction force member 263, the pressing device 265 on the support frame 264 of the pre-feeding roller 207 and the guide member 266 of the pressing device 2 65 are fixed on the other end to form __ m __

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502098

Passively into the drum. Respectively two a belts ;: there are a plurality of (four in this embodiment) and so-called air pressure type steam sensing devices, which are composed of the guide Γ of the cylinder center 20, and the steam red section 2 6 5a The v-drawing member 266 of the forming frame 20γ is held so as to be able to slide freely. ΐΪΐFeed mechanism section 'and a brake device 267 is attached. Actuation: the device is the pressing device 265 and the braking device 267, which are guided to the external air pressure driving source through the "and;" no) rotary joint and the air pressure pipe 61.

The operation of% ， ^ presses the feeding roller 207 against the wall surface f of the channel, and holds it in the center of the channel of the lining construction device S1 of the channel. In addition, as long as the brake device 267 is actuated, the lining construction device s of the pipe canal is fixed in a stationary state. < Installation I Ρ Ί Incidentally, the operation device (extrusion device 265, brake device "?") can be driven by oil or electric. 1 · Filling material A · # 部 2 0 8 (refer to the figure) 3 5, Figure 3 6) Solid material filling ✓ The main mechanism part 2 08 is composed of a solid material filling tube 2 70 as the main body, which is provided with a pouring part 271 at the front end and a rotary joint 2 at the base end. The structure 72 is arranged adjacent to the joint mechanism section 205 and is connected to the rotary joint 2 5 5 of the joint mechanism section 205. This structure basically fills the mechanism section 8 with the solid filler of the first embodiment As a reference, detailed description is omitted here. (Irrigation tube for solid filling material 270)

90130784.ptd Page 66

In the figure, 270a is the horizontal portion of the perfusion tube 270, and 27 ° b is the vertical portion; ",, the mounting portion. 274 is the support portion. 275 is a manual on-off valve arranged in the middle of the female part I of the perfusion tube 270. (Infusion part 2 7 1) 2 7 1 a is a plurality of infusion holes. (Rotary joint part 2 7 2)

The turning joint 272 is shared by the hydraulic motor 224 and the rotary joint 255. In FIG. 36, the fixed body 255A has an interface 丨 and a rotating body holder "has a mouth two: a body passage η, a communication hole 〇, and a groove p are formed. Then, perfusion, 70 is connected to the interface i of the rotary joint 272 "In the illustration, the form of the rotary joint M of the embodiment} is used as the form for common use with the solid filling system, but rotation is not excluded: = 9 (9A, 9B) and other forms. In addition, the hydraulic system and the solid material 糸 may be separately used in different systems. At the other end of the solid-filling material supply pipe 276, a solid-filling material supply device, K1, which sends the solid-filling material to the solid-filling material supply pipe 276, is the same as the previous embodiment. As for the solid filling materials, the description is omitted here.

Frame body 20 9 (refer to FIGS. 42 to 45) A peripherally-restricted frame body 2 09 is formed in a substantially circular shape, and is formed on the same axis as the molding frame 201 and at a distance from the outside of the molding frame 20i. They are arranged at intervals and are linked to the forming frame 201 via a predetermined connection mechanism.忒 The outer periphery limiting frame 2 09 is a ring-shaped frame 2 8 0, which can be rotatably installed in the frame 280 to maintain a predetermined interval in the circumferential direction, and the shaft

502098 5. Description of the invention (63) The restricting roller 282 supported on the roller 281 of the frame body 280 is composed of the main body. (Frame body 28 0) / Frame body 28 0 ′ is composed of a ring plate 283 (front portion 283a, rear portion 283b) and a connecting plate 284 rigidly connecting the front and rear ring plates 283a and 283b, which are arranged in parallel with each other. A rigid ring body with a certain amplitude. The width of the frame 280, that is, the distance between the front and rear ring plates 283a, 283b is smaller than the banner of the shaped frame 201. A roller 281 is supported between the front and rear ring plates 283a and 283b, and a limiting roller 282 is mounted around the roller 281. ^ The frame 280 is a multi-segment body (in this embodiment, two split bodies 280A and 80B). The connecting plates 284 of the short portions of each castration body 280A and 280B face each other, and a nut and a bolt are interposed therebetween. 285 and can be freely loaded and unloaded. In addition, the screwing of the nut and bolt 285 may have a diameter reduction effect of the frame body 28. On the other hand, the housing 280A is formed with a recessed portion 280a to receive the run-in rollers, and has sufficient rigidity. The frame 280A is provided with LI on the front and rear ring plates 283a and 28. = Concave part (the cutout in the illustration) is 28 ° b, which is used for filling the solid material filling mechanism part 208 at the rear part of the concavity. In other words, the filling tube 270 is installed in the hole 280b, so that The front pouring portion 271 projects from the rear annular plate 283b. (Restriction roller 2 8 2) The restriction roller 282 is provided along the housing 280 at regular intervals (at

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Around the actual housing 283a, the shaft side is 208, and the restriction rollers 282 are respectively on the ring plate. β ^ is mounted on the roller 2 8 1 with a bearing and can rotate freely: the inner part of the drum 282 protrudes from the inner edge of the frame 28 and the ": t has one or most of it at a predetermined interval. The wheel-shaped crotch portion of the roller is upward. 2 8 2 ^ :::, the restriction roller 28 2 is formed in the cylindrical body 40% (at least 2) at a predetermined interval, and the mouth-shaped rotation portion 2 8 2 b, 4 karma adjacent to karma. 〇Λιτ 〇 ..., pieces 50 0 & ® pitch-shaped crotch 282b space, and band structure: one or more of groove 504 of 50,000 The space is mutually within the groove 5 04. In addition, the grandfather-in-law is very willing to do this, and the outer circumference of the roller body 2 82a is also crimped to the outer surface of the strip of the band-shaped member 5 0 0: Pi a 丨 丄 锷 Neighbor 282h A eight ^ ^ In the illustration, the roller body 282a and the wheel-shaped Z 8 2 b are separate bodies, which can independently 7, B 7,. ^ ^ ^ This standing% turn, even in the wheel The shape of the cymbal part 282b is connected to the wall surface of the official channel P, and it will not affect the roller body 28. The same direction as that of the outer roller 204 is removed. with This limb 282 & and wheel-shaped salamander, but its number is not accompanied by a description. 'In the illustration, the number of limiting rollers 28 2 is limited to eight. It is also possible to arrange more. (Connecting mechanism, connecting rod 2 8 7) The outer limit frame The body 20 9 is linked to the forming frame 2 01 through the linking mechanism. The linking mechanism 2 8 7 is the main linking mechanism. In other words, the linking lever 287 can be bent freely through two bolts 287, 287b, and 287c. There ?: Rod body 287a, screw part 287d on the upper bolt, and this part is embedded in two: f 287a in the cutout groove 288 of the end frame body 280, with two 'in.' &Quot; J frame body 20 9 U bolt 28 9 is clamped into the frame 28 0

502098 V. Description of the invention (65) In addition, the base of the other rod body 28 7b is installed in front of the forming frame 201 on the flat arm 2 900 to enable free installation of p. The connecting mechanism is arranged at a plurality of places (four places in this example in b) at appropriate intervals along the circumferential direction of the forming frame 1 and the outer periphery limiting frame body 20 g, and its assembly place is not limited. This connection mechanism is only an example, and a structure that can connect the forming frame 201 and the outer-peripheral-restriction frame body 20 9 is sufficient, and it can be freely attached and detached as its requirement. The outer periphery restricting frame 209 restricts the expansion of the band-shaped member 500 by restricting the outer periphery of the band-shaped member 501 wound around the forming frame. k Inner lining construction in pipe channel P #The inner lining construction device S1 of this embodiment is applicable to the construction of pipelines buried in underground pipes, which are described below: Figure 41 is a summary of the construction of the inner lining pipe. In addition to Fig. 23, a pneumatic drive source Η is added. The hydraulic drive source G is guided to the hydraulic motor 224 of the joint structure portion 5 through the hydraulic pipe 600 and the rotary head 2 55. Driven by air pressure, the press-out device " for passively feeding the roller 2007 through the air pressure pipe 610 ", below 25 °, will explain the procedure of the first embodiment of the construction method: (1) the inner lining The construction device S1 is moved into a manhole ... S1 is connected to the hydraulic drive source G and the pneumatic drive source Η. At this time, the push-out device 265 in the passive feed-in mechanism section B moves the feed-in roller 7 back. And it is (2) driven in the manhole Q1 of the pipe P by “joining the device S1 2 5”, and the 5 0 0 pulled from the ground is wound around the forming frame] °, and the structure is around π 11 Lap

C: \ 2D-CODE \ 91-03 \ 90130784.ptd ^ yjz, yjy〇 5. Description of the invention (66) (about 3 turns), make a +, R〇. The garment is used as a lining pipe (referred to as a starting lining pipe) (3) In this state, the outer peripheral restricting frame 20 of the garment is required. And the fitting is such that: the i: U restricting frame 2 ° 9 abuts and starts with the groove 504 of the inner liner Ro 5.0 to fit the wheel-shaped series 282b and the band-shaped member 41 *. M π ± dagger, The connecting plates 284 at the ends are mounted inside each other: tube Ro. table? Tight 2: The body 282a of the drum 282 is pressed against the restriction of the drum 282 to prevent it from expanding. The inner shirt can be restricted. (4) The inner liner R0 will be drawn into the channel p. Move :: Machine = Active feed roller of the feed mechanism _ and be = =: Structure: Break the feed roller 2 07 to make it abut the pipe :: so 'this lining construction device S1 can Keep it in the middle of the canal ρ. (5) Drive the joint mechanism section 2.5 and the active feeding mechanism to manufacture the inner lining and pull through the main resistance pull: to enter "the structure of the drive" to make the feeding of the active feeding mechanism section: using the pipe of the channel The wall is subject to the reaction force from the wall surface due to its rotation, which adds a rotational force to the device S1, so that the device is passively fed into the mechanism part Bai ij # 人 、、 fen material 9 η 7 #, smooth and smooth entry: transport ... 2 The rotation of the auxiliary device s is made more circular. The band-shaped member 500 is wound in a spiral shape, and the lining pipe R is rotated to complete the pipe-making project. Attachment f states that the diameter of the lining pipe R and the diameter of the starting lining pipe Page 71 C: \ 2D-C0DE \ 91-03 \ 90130784.ptd 502098 5. Explanation of the invention (67) 0 is equal. In this project, the rotation of the outer frame 201 is the same as when the circle = frame body 209 and the forming frame 201, and the outer of the inner lining pipe R is restricted at 209: the outer periphery of the wide lining. The outer periphery restricts the frame π \ m / outer periphery, preventing its diameter from expanding. After the solid filling material filling process H, the 'drive solid filling material supply device K' is filled with a predetermined amount: the filling portion 271 of the filling = 270 will solidify the solid filling material F, and the main filling material F is not filled; U f. After (5b) of the outer periphery restriction frame 209, the outer periphery restriction frame 209 is touched at $ 工, # 妾. Roll out device τ and sequentially supply /. Middle 'band-like member 5 °. The tube is fixed to the ground and the tube is a fixed length (usually about h). Then, the braking device 265 of the guide mechanism is inserted into the drum 207 to fix the device S1. The end of the tube holding the passive tube R0 is also fixedly held. On the other hand, the lining was started. In this state, the joint mechanism portion 200 was driven again. The belt-shaped member 50 which has been fed into the inner lining tube R driven by the bonding drum portion 22 of the bonding mechanism portion 205 exceeds the self- =, and exceeds the mating force at the bonding portion. The diameter of R is enlarged to Φ. Incidentally, at this time, in the knife. P points make the lining tube state. In this day, the active roller 206 is idling. In this action, the forming frame 2 001 is surrounded by 奘 209, so the inner ridges of this part are straightly expanded, and the clothing can be restricted by the week. The frame is not the case, as shown in Figure 28. . That is, 'near the joint mechanism department post, after 502098 V. invention description (68) is limited by the inner surface and the outer roller 203, 204, and in other places because of the joint; ==: straight-Zhang, In addition, it will expand until the wall diameter of the needle is restricted to expand (7). The diameter of the lining tube R is expanded, and then it expands, and then begins to solidify. Due to the foaming effect of the real material, the required filling material is obtained due to the solidification of the solid filling material, so that the lining pipe R and the pipe channel p become a body at the same time, and the solidification (8) is repeated. (5) (6) Construction in canal P. w J engineering steps, in the tube, that is, driving the joint mechanism section 205 and the main-lined smaller magic lining pipe R = mechanism section 206, manufacturing materials, and then controlling the active and passive feeding 2. The pouring mechanism 205 'performs a non-expanding operation and drives the joint to fix. And the foaming of

In the Ub operation, the diameter of the inner lining pipe R in this portion of the forming frame is 209 ′, so that the diameter expansion of the inner lining pipe R can be prevented by breaking the outer limit frame (9) or more over the entire length of the pipe channel p. The construction system makes the pipe P and the lining with a solid filling material and :: the diameter of the pipe R Φ: ί:: Ϊ Pass the lined pipe R through L, and the safety body. In addition, in another aspect of the method, communication is performed in another embodiment. = In the middle, the rotation of the lining tube R is explained. Hit with the same percentage. The bite, and the course of the enlarged diameter III (4) follow the above pattern.

C ί)) In the project, it is said that ^ W makes the rotation of the inner drum 5 90130784.ptd m page 73 502098 5. Description of the invention (69) The sending of the structure: The rotation of the drum 206 is larger. To achieve such a state, the means adopted are: u) make the passive feeding machine brake ^ half action, slow down the action, make the construction equipment 4S1 itself slow, ⑴ ... the transmission ratio of the surface roller 5 is reduced to 20 6 Rotation ... and so on. 7 asks one at. In the construction center, the rotation of the inner pipe R and the expansion of the pipe are performed simultaneously. Until engineering (7). 8. Then, according to this construction form, not only the project (6) of the first example, but also the continuously expanded inner liner r can be obtained.

(Effects of this embodiment) With this embodiment, the operation of the device S1 to expand the diameter can form a lined pipe R with the largest diameter profile of the channel p, without loss of the cross-sectional area, and can be produced very economically as a whole. And the solid filler is a solidified solid filler that is filled in the groove 504 of the band-shaped member 500 forming the inner lining pipe R, and is fixed to the inner wall surface of the pipe channel p at the same time. The lining pipe R and the pipe channel p are integrated, and the required strength is exerted ', and the strength can be fully exerted as a composite pipe. In this process, ‘the diameter of

The movement starts from the back of the outer periphery restricting frame 109, and an equal-diameter enlarged movement can be obtained. (Other embodiment) (refer to FIG. 4 2 to FIG. 4 4) FIGS. 42 to 44 belong to another embodiment of this embodiment. In the liner lining construction device S 2 of this embodiment, a flexible forming frame 2 0 1 A ′ is used, and at the same time, other types linked with the forming frame 2 0 1 a are installed.

502098

V. Description of the invention (71) The rod body 300A in this form is provided with: mouth 31. , And the larger diameter of the red pipe 311, the car's small cylinder tube = cylinder thin, 311 piston tube; two screw 仏:, 邛 3 1 2a of the handle portion 3 3, housed in the cylinder tube 3 j} Soil & t !: A rubber body 3 i 4 of Qiu Erji's official circle energized toward the direction of the tube axis, a thread fairy is cut on its inner diameter surface so that the screw portion 31 2a of :: t tube I! 2. Phase screwing. The piston 312 of the handle part 312 is moved forward and backward to adjust the rod body 300A, and the feeding mechanism 207A can display other aspects as shown in FIG. 44. also. That is, the rod body 3 2 0 is formed by an externally threaded rod 322 having internal threads on both sides of the hollow portion. The internally threaded cylinder 321 is fixed when the two sides of the external threaded rod 322 have opposite threads. ° The wire part and the screw part of the internal thread barrel 321 are rotated relative to each other, and the internal thread barrel 321 on both sides can be equal to the length β I j of the threaded rod 322 to extend closer to the second, thereby adjusting

iAiLJij frame 2 0 QA outer limit frame 2 0 9A, through a ring-shaped body having a shape that can be woven, a belt-shaped member 500 wound around a shaped frame 2001, bearing a μ τ-shaped member 5 0 〇 resilience while remaining round. In this embodiment, the diameter of the expanded lining tube R is controlled to achieve the desired operation of the outer periphery limiting frame 2m. In this embodiment, the following design changes are also allowed. • Points = = frame surface A 'frame 28. It is not limited to 2 divisions, ㈣ ml page 76 C: \ 2D-roDE \ 9l-〇3 \ 9〇3〇784.ptd Description of the invention (72) (Effects of this embodiment) If it is implemented according to this embodiment, the maximum Known work of sound limiting &, 仫 can be used in the economical overall construction of the inner diameter of the pipe P. 纟 There is no loss of cross-sectional area, and it is possible to carry out the expansion port scale & 柞 田 丄 甶 in the -Hai caliber expansion operation. The restriction frame 209 allows smoothness and load adjustment procedures. The loading speed of the member 500 is filled with the solid filling material; ρ ΑΑ book 5 04, and at the same time, the groove of the shapeable member 5 0 0 of g R 丨 J Shiya, then Play the desired strength when the pipe is inward, through this :: material = the same channel as the solidification of the filling material "-integration, the full true strength of the composite pipe to make the lined pipe R and the pipe and In the process of obtaining the composite pipe, it is possible to prevent the remaining γy of the diameter of the inner lining pipe R from being formed around the forming frame 201. It is possible to smoothly perform the pouring operation of the solid filling material (third embodiment).本 发明 # It is another consistent embodiment from the tenth to the next. A. The so-called inner-limiting type of pipe-making. In this embodiment, the use of 'Figure 45, Tushi, m, 4 b is not The construction of the inner lining of the board is completed. Figure 47 to Figure 48 show the structure of each part. The overall structure of the clothing S3 is described with T. In this report η, > There is no difference from the example. The shape member and the above-mentioned implementation of the lining construction are described with reference to Fig. 45 to Fig. 48, and the following day is composed of # and #.

502098 V. Description of the invention (73) As shown in Fig. 4 5 and Fig. 4, the inner lining construction device S 3 mainly includes a ring-shaped forming frame 401, and an inner periphery of the forming frame 401. A plurality of guide rollers 40 arranged at predetermined intervals 2. Via the forming frame 401; an attachment mechanism portion 405 including an inner surface roller 403 and an outer surface roller 404, and a plurality of driving wheels installed in front of the forming frame 401 The active feeding mechanism portion 406 formed by 406a and the passive wheel 406b, and a solid material pouring mechanism portion 408 arranged adjacent to the joining mechanism portion 405. In the figure, A indicates the progress direction of the device S3, and B indicates the rotation direction. Hereinafter, each detailed structure will be described. Forming frame 401 (see Figs. 47 and 48) The forming frame 401 and the aforementioned forming frame 301 have a ring shape and maintain a required rigidity with a predetermined width and thickness. The annular front portion is a mounting portion of the joint mechanism portion 405. The forming frame 401 is made of a front & rear plate 410 (front side plate 410A, rear side plate 410B) and an appropriate reinforcing material 4 11 to the side plate 41 to increase its rigidity. The forming frame 401 can be formed freely with an appropriate number of divided bodies. 1 lead roller 402

The guide roller 402 is mounted on the front and rear side plates 41 0A and 41 0B of the forming frame 401 and is rotatably mounted with its shaft portion 4 1 4. The guide roller 402 is arranged at a predetermined angle and interval. The width of the roller body of the guide roller 402 is as close as possible to the width of the inner width of the forming frame 401. The structure of this guide roller 402 is substantially in accordance with the first and second embodiments described above. In this embodiment, it abuts on the outside of the belt-like member 50 and limits the outer diameter of the formed inner liner R . /

502098 V. Description of the invention (74) Joining-Machine ϋ 405 The structure is formed on the forming frame 401, the inner roller is partial and outer, ~ 冋 04, and it includes the drive of the inner roller 3 to 4 2 0. The oil pressure is up. The gear box 421 of the gear mechanism of the 1-horse scale motor 421 transmits the suspect rotation to the outer drum. The second motor 420 is the same as the previous embodiment via the rotary joint 422 to the external hydraulic piping 600. The structure of the connection mechanism unit 405 is the same as that of the connection mechanism units 7 and 207 of the i-th and second embodiments described above, and a detailed description thereof is omitted here. (Inner drum 403 and outer drum 404) The inner drum 403 and the outer drum 404 are arranged side by side in the tube axis direction, and a belt-shaped member 50 is sandwiched between the inner drum 403 and the outer drum 404 at a predetermined interval. Configuration. In this embodiment, the two groups are arranged in the circumferential direction with two pairs separated from each other. & The inner roller 40 3 and the outer roller 4 04 are installed across the front side plate 41 0A and the rear side plate 41 0B of the forming frame 401, or they can be installed on the single side of the front side plate 41 0 A to form a beam The two states of the state. The outer roller 404 and the guide roller 402 are on the same circumference, and are installed and arranged between the guide roller 402. The active feeding mechanism 4 06 The active feeding mechanism 4 06 is formed by a driving wheel 4 6 a and a passive wheel 4 0 6 b, and is installed alternately at a predetermined interval in front of the forming frame 4 01. The driving wheels 4 0 6 a and the passive wheels 4 0 6 b are respectively supported by the front side plate 41 0 A of the forming frame 4 0 1 through the arms 4 3 0, and each arm 4 3 0 is supported by a shaft.

C: \ 2D-CODE \ 91-03 \ 90130784.ptd Page 79 502098 5. Description of the invention (75) The core spring 431 presses each driving wheel 406a and each passive wheel 406b against the wall Pa of the pipe channel p and applies With energy. The driving wheel 406b includes a hydraulic motor 432 and is driven by an external hydraulic pipe. Therefore, the rotary joint for the feeding mechanism section 406 may be provided, or the rotary joint may be shared with the joint of the joint mechanism section 405 and may be used separately. The passive feed mechanism section 4 f) 7 The passive feed mechanism section 407 includes a plurality of roller bodies 435 that are alternately mounted at a predetermined interval on the rear side plate 4 1 0 B ′ of the forming frame 401. With the freely rotatable support, the roller portion 435 is brought into contact with the pipe wall pa of the pipe channel P. This roller portion 4 3 5 has a position adjustment mechanism or an energy-enabling mechanism in the diameter direction, which is a design consideration. The solid material infusion machine 4 nr The solid material infusion mechanism unit 408 is mainly composed of an infusion tube 44o, and the front end has an infusion portion 441, which is guided through the mixing 442 and the rotary joint 443 provided at the base end to guide Filling material supply device 45. The pouring pipe 44o passes through a holding hole 44 5 formed in the side plate 410 of the forming frame 401 and is kept fixed. In the present embodiment, the cast iron pouring mechanism section 408 is arranged adjacent to the joint mechanism section 405_, but it is not limited to this, and its installation position is ^ free (solid filler supplying device 4 5 0 ) The solid material supply device 450 uses a two-liquid type ^ liquid = negotiable, auxiliary, and supply pipe 453 to connect two ^ 443 'B liquid series through the B liquid container ..., pump 455, supply,

90130784.ptd Page 80 502098 V. Description of the invention (76) 4 5 6 and connected to the rotary joint 4 4 3 respectively. This device 450 is placed on the device S2 which can be moved by wheels 457 and advances simultaneously. 〇. On board the vehicle, and the system's official solid material filling mechanism department 408, solid material supply, +, # 1 &. — Issue 1 / Response device 4 50 is constructed according to the solid material filling machine supply device κ and η, which are described in the example 1 and 2 respectively. The liquid is: for cement 10. For unit weight, 3 to 15 early weights of bentonite, 0% of foaming agent, and 0.5 to 2.5 unit weight of cymbal are added. · · Early-stage Chongdan Zhanbu II… Lili white 0 retarder, 80 ~ 300 units of water, for this 100 unit weight # 乾 里 舌 旦 μ r々々 ~, 里As the liquid A, a solution of sodium oxalate in a unit weight of 30 units is used as the liquid B to form a cement-based substance. In addition, after mixing the above-mentioned composition materials with a gas ratio of 10 to 50% by volume of ^ L w and T s and sodium sulfonium and water, it can be mixed with a foaming agent, a retarder, and silicon: = Γ only :: Second, the solution's mo ^! 〇〇〇〇m and 1 and the viscosity of the material is two: s, and the viscosity is maintained within 1 hour after mixing is better. Inner Liner Construction This embodiment of the inner lining construction device S3 is performed with the effect of increasing the diameter. According to the outline of the second one, the hydraulic pipe 600 connected to the hydraulic motor 432 of the driving wheel 406a can also be used as shown in FIG. 41. : If the drive unit 406 moves in and out, the drive wheel 406a of the nR Z drive mechanism unit 406 is pneumatically driven to the right, and it is connected to the pneumatic pipe 6m. ^

C: \ 2D-OODE \ 91-03 \ 90130784.ptd

Page 81 V. Description of the invention (77) In the construction of this inner lining, it will be carried out in conjunction with the operation of continuously increasing the diameter; and; two 'two joints, the same day, n the loss of the outer roller 404 It is used for writing ^ because of the fork to the road bow that weeped along the inside of the forming frame 401 丨 the outer limit of the drum 402 is limited # ^ 1 the inner circumference and the guidance of women's clothing is passed through the main # Λ ,,, tired The 疋 shape bends inward. At the same time, the driving wheel 406a which reached the mechanism section 406 actively, due to the rotation of the basin, the driving force `` abutting against the pipe wall of the pipe P '' was too early and the reaction force from the wall surface came too early. ^^; ^^^ 3 will be sent to rotate the device 33. The passive wheel 4061) and the machine; Γ7 can make the device S3 rotate smoothly and smoothly. The outer IS member 50 ° can be spirally wound by this device S3, and the inner tube R is gradually formed under the outer peripheral limit. = Smart-diameter inner lining pipe R is fixed on the pipe channel wall p, and then this equipment is installed. = Λ 击 \ ㈣ ㈣ 'Due to the receiving frame 401 and the guide roller: U i smaller f diameter' With the progress of the device 33, the diameter of the roller is gradually removed from the restriction of the roller 402. That is, the rotating two-belt members 500 of the inner and outer drums 4 and 3 caused by the seat-over-engagement mechanism portion 405 are reached at a predetermined feeding force and feeding speed. The driving speed of the driving wheel 406a which abuts against the pipe wall of the pipe S3 of the device S3 can be maintained at a constant speed, which is faster than the feeding speed of the belt-shaped member 500. The shearing force is caused between the 500-shaped members, thereby causing displacement (sliding) of the joint portion and causing the diameter-enlarging effect. , &Quot; Hai's diameter expansion action 'is under the fixed rotating forward speed of the device S3,

Page 82 502098, Description of the Invention (78), the feeding speed of the belt-shaped member 500 by the joining mechanism portion 405 is, so that a fixed and expanded state can be obtained. In order to grasp the state of diameter expansion, you can use the appropriate detection angle to determine the diameter of the diameter expansion, and control the feeding speed based on the detected value. The rotation of the device S3 is driven by oil pressure. White: To: De'an Mine, and because the energy is attached to the pipe wall of the pipe channel p, even if the pipe wall is uneven or not round. , Can also obtain a stable pipe control role. < On the other hand, here, 'the solid material is injected through the solid material filling pipe 4 4 0: that is, A liquid and 6 liquid supplied by the solid material supply device 45 °: via the rotary joint 443, the mixing rush 442 and spit out from the pouring portion 441 to the surface of the liner R in the middle of the diameter expansion. This solid filler material enters the groove 504 of the belt-like member 500 forming the inner lining pipe r, swells while passing through the temple, and then hardens. As described above, since the inner lining tube R can obtain a stable expanded diameter state, the discharge position of the solid material is also fixed at a fixed position, and the position can be easily adjusted. Damage to the perfusion tube 440 may be caused. As a side note, in this embodiment +, the solid filling material can also adopt the form of the foregoing embodiments freely. (Effects of this embodiment) ① The construction device S3 controls the feeding speed of the belt-shaped 500 at a certain rotating forward speed, thereby obtaining a stable diameter expansion state. ② As for the filling operation of the solid filling material, the inner lining pipe 1 ^ can be used in a stable Sa state, so the discharge of the solid filling material can be set at an appropriate place, and 3 = injection operation can be obtained. @

C: \ 2D-CODE \ 91-03 \ 90130784.ptd Page 83 V. Description of the invention (79) This construction device S3 uses peripheral restrictions, and does not require special restrictions such as "_ Brother 2 implementation example The same embodiment (the 4th embodiment) Figure 4 9 is another 1 # and ~ of the present invention. It is also used in this embodiment, the entire structure of the s 2Bm embodiment) and Figure 51 ... Fig. 2 to Fig. 16, Fig. 27 to Fig. 27, and Fig. 5. In this embodiment, the explanation of the pouring effect and structure of the solid filling material in the previous embodiment is omitted. The construction of the inner lining in the fourth embodiment includes the '^' included in the inner lining construction device s in the first embodiment without a structural part (8) and a solid material supply device (K KU. Real material pouring machine). In this example, the same component as in the first embodiment uses the Γ] sample code, and its function is the same as that used in the fl embodiment. The description of this article is omitted here. (Refer to Fig. 49 and Fig. 2 to Fig. 16) The inner lining construction device S4 includes a forming frame structure 2, a space maintaining mechanism 3), a guide roller 4, and the inside; 7. The organization department 7. That is, "the construction of the inner lining in the example of Jing 5 and the outer surface 1", and the 8th and the solid material supply device κ 4 are installed ::::: filling material pouring mechanism The hydraulic system of the partial adapter 9C, or two already-known mechanisms can be used for the adapter. Square-lining construction (refer to FIGS. 23 to 27) The inner lining construction method of the present inner lining construction device S4 is performed in the embodiment without pouring solid filler. The first 1 C: \ 2D-GODE \ 91-03 \ 90130784.ptd page 84, the description of the invention (80), and the outline of the yoke engineering also follows Figure 2 3, and it is not at the construction site (Figure 2 3). Prepare the solid filling material supply device K. When the S & S S4 is moved into the channel p, the hydraulic piping is connected to the drive system of the S4 S4. The construction of the inner layer is performed according to the procedure of the first embodiment, and the following works are performed: (1) to (3) are the works according to (i) to (3) described above. (4) The project is in accordance with (4) above. (4 a) is a project in accordance with (4 a) above. (4 b) is a project in accordance with & c) above. (5) is a project in accordance with (6) (6b) above. It is occasionally said that "before construction, the belt-shaped member 500 is wound around the forming, and then the joint mechanism portion 7 is bent inward with its ring" so that the whole of S4 can correspond to the pipe p In the section of Ran &, the installation of the pin needle machine Ξ construction device ", in the closed position of the band-shaped member 50 0, to join ϊ ϊ Γ: then the outer Λ roller Γ and: the recess of the roller 5 of the surface roller 5 # 504 f · 口 / 面 滚 joined with 6 on the outer surface of the belt-shaped member 50 0. Thus, the construction of the inner lining is made with f; 7: / 500 in the closed position and the pipe is continuously closed to make a pipe. 17 B The main limb revolves, so that the band structure is now attached to the joint mechanism section 7 / the feed roller 73 connected to the pipe wall, and is formed into a ring body of frame 1, which is folded and bent through the collision. # The pressure 'wound in the direction of the center of the opening' becomes the inner lining tube R around the frame 1

V. Description of the invention (81) The annular body of the mounting portion of the structural part 离开 is separated from the elasticity of the π-shaped member 5 0 0 to expand outward and retain the soil. The rest is performed by forming with the inner lining pipe R. ^ A state closer to the tube wall. The liner R gradually returns to a convex shape from the concave surface, and the π 5 mechanism portion 7 is positioned further inward. 'As mentioned above, when it is tightly connected to the pipe wall along the entire circumference, as described above, in accordance with the construction of this inner lining, it is also possible to form a loss of the same product of the inner lining pipe R on the entire surface of the section of the pipe ρ, which can achieve economic efficiency. Construction. , S R, no cross section occurs. In this embodiment, in addition to the following design changes ^ Example A design changes, but also ① in the joint mechanism section 7, in addition to oil can also use electric motors . In addition to using motors and motors, rotary joints are used, but electric wait ... yes-sample brushes are used instead of rotary joints. If you want to use the rotary mechanism, you can drive the rollers 5 and 6 by using the rotary or 疋. The handle is operated by the return mechanism 31 (effect of this embodiment). According to this embodiment, the inner frame can be formed by using a shaped frame that does not require special diameter expansion operations. The tube R'❿ does not suffer from the loss of the cross-sectional area to the maximum economic effect of the cross-section. (5th Embodiment) Features of the present embodiment are based on the 3rd embodiment and omit the pouring of the solid filler. Inner liner construction

Page 86 502098 V. Description of the invention (82) In the fifth embodiment of the present invention, FIG. 4 to FIG. 5 to FIG. That is, the inner lining construction device S5 of the fifth embodiment does not include the solid filling material pouring mechanism part (4 0 8) and the solid lining construction device S3 of the third embodiment. Supply device (450, K, K1). In the fifth embodiment, the same components as those in the third embodiment are denoted by the same reference numerals, and descriptions thereof will be omitted. Inner lining construction series S 5 This inner lining construction device S5 is composed of: forming frame 401, guide roller 4 0 2, joint mechanism section α including inner roller 4 〇3 and outer roller 4 〇4, including The driving wheel 406a and the passive wheel 406b are formed by the active feeding mechanism portion 406 and the passive feeding mechanism portion 407. The method of construction of the inner lining and the lining construction method for the inner lining construction device are carried out in accordance with the above-mentioned 3rd yoke example with the effect of increasing the diameter. The outline of the construction project can also follow the diagram in Figure 41, the oil pressure pipe 600, and the oil pressure g 4 4 2 0, which is connected to the joint mechanism section 4.05, and the oil house that drives the wheel 4006a. ^ 远 ^ 420 ^ The motor of the feed mechanism section 406 drives the drive wheel 4006a of the feed mechanism section 406. The right side is a milk pressure drive, and it is connected to the pneumatic tube 61. In the construction of this inner lining, φ, ridge & ‘p will continue to expand the diameter: = f4 the process of the device S5 to perform a more detailed description, through the installation; solid filler. Ι: ": ΓΛ ™ Peripheral Restriction of Roller 402 is broken and bent inward. Simultaneously,

V. Description of the invention (83) The driving force of the active feeding mechanism 406, the moving wheel Υ, receives the driving force Υ from the wall Λ of the needle tube wall due to its rotation to give the device 55, so that Envy set the reaction force and send the out into the mechanism section 407 can make this; set S5 turn. Breaking the wheel 4 ° 6b and so, the band-shaped member 50. Smooth rotation. The outer circumference is limited to xi xi ding ding, 、, ± / straw clothes are placed in a spiral shape, and the inner tube R is gradually formed under the system. The inner shape fR is fixed on the pipe wall P. The device S5 is constrained and has a smaller diameter. With the frame 1 of the guide roller right, the guide roller η4η9 μ% * The entrance of the clothes S5 gradually separates. The shape of V 51 differs from that of 402 and gradually increases in diameter. That is, 'the rotation of the joint mechanism section 4 044, the inner and outer drums 40 and 3,' the rotation speed can be maintained constant, at a slow speed of the driving wheel 406a of 5 :: ==, the inner lining ▼ The feeding speed of the 500-shaped member is increased, because "the force diameter of the shear caused by the 5,000-shaped member is a displacement (sliding) of the joint portion, which causes the expansion of the enlarged diameter." The joint-engaging mechanism unit 40 has a stable diameter-enlarging state for the 5-speed J-joint of the belt-like member. At this time, the At 迓 degree can be paid ΪΓ = :, based on this :::: Measure its _... "may = 定 == 油 = 动 = Several driving wheels are free to force the pipe at the same time to force the pipe ^ f force 'Asia and' Because it is attached to the passive wheel 406b " S soil, so even if the pipe wall is uneven or 11th Page 88 C: \ 2D-OODE \ 91-03 \ 90130784.ptd 502098 5. Description of the invention (84) is not circular, and can also obtain a stable pipe-making effect (effect of this embodiment) _①The delivery worker ΛΤ is in : At a fixed rotation forward speed, the belt-shaped member is controlled. ② The outer limit ^. _. / 2 of the embodiment is used for the processing of the garment S 5. & Inferiority should be the same as the previous [Feasibility of Industrial Utilization] As mentioned above, if the solid material is poured during the process according to the present invention, it will be impeded and impeded. ^ The growing up of the lining officer can be varied =: == ::: two solid solid fillers formed by concave forming and diameter expansion means, and can make the pipe canal ::: The pipe by the two masters has a larger Strength of. & Limb, and can be [Description of element number] P: pipe, R · · lined pipe, 500, 52, 6 00: hydraulic piping, 61 〇: air piping 504. Groove flange, 502B: protrusion at the rear end, 5_ large ^, ^ 23. • • rear edge side joints, 506: inner surface, = outlet, 5 " ... extension, 516: convex , 51 grooves: ridges, 524: troughs, 526: inner surface, 5 sheets of 522, 522. 520B KK are joints, 53. Side: J section, 53 ... " section, 6 ... circular ... I: protruding section, (first embodiment, fourth embodiment) page 89 C: \ 2D-CODE \ 91-O3 \ 9013O784 .ptd V. Description of the invention (85) S, S4: Inner lining construction device (inner circle limit 2: Perimeter adjustment mechanism, 3: Inquiry 徂 德德德 # ^ 成 开 / 箱

Inner surface roller, 6: Outer roller, VL guide roller, V injection mechanism section, 9, 9, 9C: Rotary access to the liver mouth section, section, 8: Solid filling material irrigation

With rotary joints, 9B: Filled with 5 / minutes for material connection: Operating pressure fluid Ί λ *. .1, ψ au m, grain joints for materials, 10: ring body, 10A. Outside % Limb, inner ring body 10B plate, U ... plate, 14: shaft hole, 16: short side plate shaft; .12 plate side 18: round shaft hole, 20: bearing, 99. such as plate 17 month Plate split body, 26: split body, J: 22, 2: 23: stop block, 25: body, 31: adjustment nut, 32. turn two,. Stop block, 30: bolt thread hole, 17a: extension, 31 turn; P, 34: nut insertion hole, 35: plate, 40a: tapered bevel, 40b aJb. Screw part, 40: tapered body, 42: outer space retaining body :; to JFemale 41: Inner: Spacer nut through hole, 47: Cicada U. Screw: 44: Link plate, 46: Structure, 52: Feed mechanism: 5'3 .: F-cylinder section, 51: Gear section, 53B : Lower part, 56 ·: ^, 54: Hydraulic motor, 53A: Upper arm, 59: Connecting rod, 60: Accept V ,; 7 · Closing device, 58:. ≫ 7n.p. ^ ^ ^ , 61: Axial spring, 62: Screw 73a, body tube Yu B / Youqi, 72 · drive sprocket, 73: feed roller,: feed roller , 73b: sprocket section, 74 • chain, 79: fixed 80: rotating body, 81 • round hole, 82 • mounting plate, 83: perfusion connection 84 rotary joint, 86a • screw, 86b: conical screw, 87 ·· Fixed nut, 89 ·: Short tube, 89a: Plug cap, 89b: Screw, Me: Discharge port 89d · Groove, 89e · Wrench engagement point, 90: Ring body, 90a · Groove , 90b: discharge port, 9la · 〇 ring, m: fixing piece, five, description of the invention (86) 2 eight discharge pipe, 6a: cylindrical body, 6b: wheel-shaped crotch, 95a: horizontal two-blade, 95b : Vertical section, 95c: Mounting section, 9 ?: Support section, V-shaped thread, 95. Filling tube for solid filling materials, 96: Filling section, 100: Belt pieces, 120: Arc plate, 121 •• End screw hole member, 122: Middle two screw two hole member, 123: Fixing screw rod, 124: Close-up screw: = 5. Reaction force receiving member, 62: Round rail shape, 621: Turning, 622: Rotary table, 623: Reel (second embodiment) Frame '1 /:.:, Inner lining construction device (inner ring restriction type), 201: forming 205, pull guide roller, 203: inner surface roller , 204: Outside roller, / mechanism , 206, 207: feed roller, 21 solid material filling plate It: 2Η: outer limit frame, 21: 0 side plate, 21A: front side 21, rear side plate, 21 0C: front side plate, 212 : Nut insertion hole, section, 215: Nut insertion hole '217: Drum body, box town ^ 9 Eryou, 220: Engaging drum section, 221: Gear mechanism, 223: Section " 26 2 pressure motor, 260: Cylindrical body, 261: wheel-shaped transposition, 2RR. ^ Force member, 264: support frame, 265: press-out device 280: frame portion, 265b: piston rod portion, 266: guide member, 284: Liansha plate, Roller, 282: Restriction roller, 283: Ring plate, crocodile section °, 300 god nut bolts, 2823: Drum body, 282b: 303: Piston tube, 304 Λ :: Connecting plate, ,, 302: Cylinder Tube, civilian, ♦ • bomb body, 306: feed roller, 307 ·· hydraulic cylinder tube, Ή? · Ϊ small-caliber cylinder tube, 3Π: large-caliber steam • 'tongue plug tube, 31 2a: screw section, 3 1 3: handle,

90130784.ptd 502098 V. Description of the invention (87) 313a: Thread, 314: Rubber body, 32 0: Rod body, 321: Internal thread barrel, 3 2 2: External thread rod (3rd embodiment, 5th embodiment) S3, S5: inner lining construction device (outer ring restriction type), 401: forming frame, 402: guide roller, 403: inner roller, 404: outer roller, 405: joint mechanism (hydraulic motor 420), 40 6: Active feeding mechanism section, 406a: Drive wheel (hydraulic motor 432), 406b: Passive wheel, 4 0 7: Passive feeding mechanism section, 4 0 8: Solid filling material pouring mechanism section

90130784.ptd Page 92 502098 Brief Description of Drawings (First Embodiment) FIG. 1 is a longitudinal sectional view of an entire embodiment of a construction apparatus for lining a pipe canal according to the present invention. Fig. 2 is a front view in which a part of the lining construction device is omitted. Fig. 3 is a sectional plan view of a part of a forming frame constituting the lining construction device (viewed from the direction of arrow 3 in Fig. 4). Fig. 4 is a partial cross-sectional side view of the forming frame (viewed from the direction of arrow 4 in Fig. 3). 5 (a) and 5 (b) are diagrams of a mechanism for preventing folding in the forming frame. Fig. 6 is a side view of the forming frame mounting portion. 7 (a) and 7 (b) are plan views of the forming frame mounting portion (viewed from the direction of arrow 7 in FIG. 6). Fig. 8 is a partial cross-sectional plan view of a perimeter adjusting mechanism and a space maintaining mechanism arranged on a forming frame. FIG. 9 is a sectional view taken along the line 9-9 in FIG. 8. FIG. 10 is a sectional view taken along the line 10-10 in FIG. 8. FIG. 11 is an enlarged cross-sectional view of the interval maintaining mechanism. FIG. 12 is a sectional view taken along the line 1 2-12 in FIG. 11. Fig. 13 is an operation diagram of the interval maintaining mechanism. Fig. 14 is a front view of the joining mechanism portion. FIG. 15 is a longitudinal sectional view of the joining mechanism portion. FIG. 16 is a configuration diagram of a coupling drum of a coupling mechanism portion. FIG. 17 is a partial cross-sectional side view showing the structure of a rotary joint. Figure 18 is a partial cross-section side view of the structure of another rotary joint device

90130784.ptd page 93 Schematic description of __ diagram. FIG. 19 is a diagram viewed from a direction of an arrow 19 in FIG. 18. Fig. 20 shows a side view of the solid filling material injecting machine 22, which is a solid filling material supply device: one. The picture shows the two 'of the solid filling material supply device. Figure 23 is the construction engineering drawing of the inner lining. Inside, ST, and ⑻ are conformal appliances; M of 3 is required. Figure 25 is the α diagram of the construction worker of the inner lining. The σ plane is a circular pipe. Figure 26 shows the bonding machine. Figure 27 shows the state of the lining pipe. Lead picture. % (A rectangular channel with a rectangular cross section) (second embodiment) Figure 28 shows the whole of the embodiment of the pipe tear of the present invention-another view of the construction method and construction device Figure 29 shows the inside of the channel 渠Side-partial longitudinal section view. Fig. 30 is a front view of the f-shaped frame of the S-tool in its side view. FIG. 31 is an engagement mechanism = viewed in the direction of arrow 30 in FIG. 29). Figure 32 is a joint 4; an enlarged front view. Figure). V.丨 Internal structure diagram (Section 32-32 in Fig. 31, Fig. 33 is a passive feed frame. Fig. 34 is a side structure view of the passive feed unit. AJ surface view). Figure 3 shows the front structure of the structure (lines 3 4-3 4 in Figure 3 3). Figure 35 is a side view of the structure of the solid material filling mechanism.

C: \ 2D-CODE \ 91-03 \ 90130784.ptd Page 94 502098 Brief description of the drawing Figure 36 is a partial side view showing a part of the cross section of the rotary joint 闰 q 7 Yan from m according to the master. Fig. 37 is a plan view of q7 ± a 4 of the outer bounding box and its normal state (viewed from the arrow d / direction of Fig. 38). The front view of the same state (from the arrow in Figure 37, Figure 38 is viewed from the direction of the outer limit 38). Fig. 39 is a side view of a part of a section of the restricting roller such as m ^ J. FIG. 40 is an illustration of an example of a coupling mechanism. Figure 41 shows the essentials of the construction project with this construction device. Fig. 42 is a detailed view of the feeding mechanism section. Fig. 43 is a view showing another aspect of the rod body fed into the mechanism section. Fig. 4 ^ is a diagram showing another aspect of the feeding mechanism. (Third embodiment) 45 is a longitudinal sectional view of another embodiment of the construction method of the canal lining of the present invention and its device. / 、 Front view) FIG. 46 is a front view of the inner layer guarding device (arrow 46 in the figure, FIG. 47 is a partial sectional front view of a forming frame of the inner lining construction device, and FIG. 48 is a side view (FIG. 47) (Direction of arrow 48). (4th embodiment) Fig. 49 is another longitudinal sectional view showing the entire structure of the lining construction device of the present invention. 〃 (belt-shaped member) Section 50 (a) is Page 95 C: \ 2D- (DDE \ 91-03 \ 90130784.ptd 502098), which is one of the sample members of the band member used in the invention, is a schematic illustration of the surface. (B) shows the band members are joined to each other. Cross-sectional view of the relationship. Fig. 51 (a) is a cross-sectional view of another state of the belt-shaped member used in the present invention. (B) is a cross-sectional view showing the relationship between the belt-shaped members being joined to each other.

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Claims (1)

Patent application scope1. A band structure in which a tubular body in which a tube-shaped member is rolled in a pipe canal is filled between the aforementioned inner surfaces of the tube. The structure is characterized in that the elasticity of the band-shaped structure is changed from 3. while the tube is concave or after the tube is recessed. 5 · —In the kind of pipe canal, the two windings are screwed in the shape of the front part and then filled with the shape of the canal lining, and the two windings are screwed in the side edge of the construction side of the front part and attached layer. It has been described that it has been formed into a tube forming process. The side edge of the layer construction side is spirally shaped, and the method of forming a pipe has been described. It is characterized by: forming a joint and connecting the joints connected by the long-term continuous joints, and forming a new supply. The method of forming a canal outside the tubular body is as follows: forming a joint in front of the tubular body formed by joining the interconnected joints under a long rule that can be continuously supplied, and the inner liner of the new supply In the construction method, during the formation of the 'closed shape' of any of the aforementioned band-shaped members, any edge portion of the belt-shaped member is pushed toward the side ^ ', and the solid filling material is poured into the concave portion, and the horse concave portion is restored to the outer diameter direction. The construction method of the inner lining of the canal in item 2 of the patent scope is elastic, and the recesses are deformed in this way, and the eight rows are restored. Immediately after, the pipe canal lining can be constructed using the tubular patent scope item 2. After the deformation, the method of constructing the canal lining with the restoration device arranged in the tubular body is: Sixth, the scope of the patent application is within the channel, and the strip-shaped members on both sides are wound into a spiral shape, and formed into a long tube that is connected and can be continuously supplied. The joints are connected to each other under the front and f. The joined and supplied band-shaped members are again. The front side, in addition to the new method, is characterized by: & the limbs of the pipe canal lining construction party can allow to take in the pipe's at least the aforementioned forming frame; ::: f displacement of the inner periphery limit forming frame, surface The roller and the surface roll "" Yibu ", the abutment roller and mechanism that can rotate freely inside the aforementioned belt-shaped member. 卩, and abutment on the wall surface of the channel to allow the private frame of the other forming frame to enter, The arrangement part abutting the rolling direction is concave toward the inner diameter direction, and the tubular static A remaining as described above is folded in, and at the same time, the solid bismuth f is poured into the inner diameter square τ elbow solid filling material into the space where it abuts the drum. The recessed part, the back part, and the recessed part 5 are restored in the outer diameter direction. 6+ Two kinds of construction methods for the inner lining of the pipeline are: a long strip forming a joint and can be continuously supplied with the d! Leave the interconnected joints in addition with a newly supplied band-shaped two: in front of the tubular body that has been formed, ▼ shaped members are additionally attached to form a tubular body, and the giant-to-form construction method is characterized by: The wooden lining of the belly constitutes '1 by ί: 7 shape' using Ring-shaped machine connection formed by connected bodies: coil: installed on the inner surface of the lining pipe around the aforementioned forming frame, forming a spiral shape; C: \ 2D-OODE \ 91-03 \ 90130784.ptd 98th Page ----__ VI. The scope of patent application, including the mechanism department, consists of the lost and joined belt rollers, which are installed through the aforementioned forming frame. The closed position between the outer roller and the inner surface and the newly supplied belt-shaped member -It has been described in 4 that the inner lining pipe is made of a rotating abutting roller, which is arranged on the S side; the outermost part of the lining pipe protrudes and abuts against the pipe-quasi-wall surface joint mechanism, and the filling pipe for the filling material is fixed to the outside, adjacent There is a discharge port for the solid filling material at the side of the outer roller of the joint mechanism behind the advancing direction of the joint mechanism. 'At least the outer roller rotates in the aforementioned forming frame by $ π 1, (\ = then the roller And the aforementioned bonding machine '部 ς 环 二 ^ Z, the aforementioned wall surface: sadness' is wound around the forming frame around the forming frame: a curved shape, and at the same time, the lining is formed to form a lining with the Lining pipe formation synchronous warp 7 :: Construction method of general layer in pipe canal: In the pipe canal, the outer part and the joint can be connected continuously for storage: :: there are grooves at the same time, and the edges of the two sides are formed as above; the head; the tubular body formed by the combination; the additional formation The construction method of the inner lining of the canal of the tubular body is characterized in that: the forming frame of the piece is closed, and the structure connected by the ring body can be freely bent while the bending of each ring body is restricted; more Two guide rollers can be rotatably installed on the inner surface of the inner lining pipe formed by winding the belt-shaped member into a spiral shape, which can reach C: \ 2D-C0DE \ 91-03 \ 90130784.ptd 99th Page 502098 Sixth, the scope of the patent application Multiple guide rollers, A is connected to the belt shape; the exaggerated roll Li f is freely installed around the aforementioned forming frame; the abutting machine rotates: the formed inner lining tube ... constituted by the roller, Between the outer roller and the inner surface of the component which is equal to 1 member: and between the newly-provided belt-shaped member ::; placed on the existing ready-lined pipe; from: = pipe; : P: = :: J Combiner, the outer roller of the part, and the outlet of the solid filling material on the side. ° 4, at least after the outer roller 9 in the d :: canal lining construction device, which is formed as follows: J has grooves and both sides have spiral shapes, leaving a strip-shaped member wound around In front of the previously formed tubular body, another tubular body, J is additionally formed into a tubular pipe inner lining construction device forming frame, which is closed and uses a ring structure: a ring that can bend freely while making each ring The machine has a plurality of guide rollers, which can be freely mounted on the ';:; limit; It is connected to the inner 1 ^ frame surrounding garden formed by winding the belt-like member into a spiral shape, and it is constituted by the rollers and passes through the forming frame. Closing between the safety roller and the inner surface and the newly supplied belt-like member; quote the ready-made liner_ and the outer roller MJ page 01 C: \ 2D-GODE \ 9l-03 \ 90130784.ptd 502098 VI. The scope of the patent application has a crotch portion that can be embedded in the groove of the aforementioned band-shaped member; a free-rotating abutting roller is equipped with the aforementioned joint mechanism portion, and the outermost part thereof protrudes to abut the wall surface of the canal; facing = 3: perfusion officer 'Roll adjacent to the outer surface of the aforementioned joint mechanism portion Rui, cooperate with the mechanism part to carry out the discharge D on both sides with a solid filling material, and then be quilted; the bending limit of the ring body mounted on the forming frame of the joint mechanism part is ^ t ^,, protruding to the outermost side ^ f Chengneng can be linked with the joint mechanism, and its outer 3 driving force is fed to the roller ^ The spiral winding direction of the member is given / Among them, the anti-v roller is specifically for the range of 8 or 9 Pipeline lining construction device, I2 · Please refer to the patent scope (s = cer) strict tube. Among them, the pipe lining construction device of the J9 member of the joint mechanism is used as the inner surface roller driven by the pressure fluid to “rotately receive the driving force connected to the aforementioned human-made motor. The moving ice perfusion connection pipe in the flow path of the force flow is equal to or above, and the second perfusion irrigation is connected to the aforementioned solid filling material. And the aforementioned perfusion connection: the distribution is between the aforementioned solid filling "1 3 · Rushen Clear patent, rotary joint for solid filling materials. Rotary joints, among them, the head device for the construction equipment of the inner lining of the canal surrounding item 8 or 9 is: 502098 The scope of the application for a patent: The motion motor driven by the outer rolling force of the joint mechanism = the inner drum is rotationally driven by the force from the action pressure contacting the aforementioned joint mechanism part jf, and the pressure is applied to the shaft center of the body's rotary joint. The perfusion connection pipe of the action flow tube in the fluid path is freely connected between the perfusion perfusion pipe for the solid filling material and the perfusion connection = 卩 between the solid material head. Between the &, the rotary joint for the filling material is inserted into the pipe. The construction of the inner lining of the pipe is in the pipe, and the seams on both sides are wound. The band-shaped member is wound in a spiral shape. The tube-shaped body that can be continuously supplied can be added to the band-shaped member that is connected to the joint that has been connected to the above head to form a tube 1 :: ;; = square ... The new feature is: Since the construction method of the seven inner linings, a ring-shaped forming frame is used, let alone the forming frame, and at least the outside of the lending and joining ^ = There are two inside members of the belt-like member sandwiched from the inside and the outside; outside ^ The inflammation mechanism part of the tube, and a plurality of guide rollers that can be rotated freely while in contact with the use place, the forming frame gives = = dynamic installation and abuts against the wall of the canal to face the gland to give infusion force. The construction device of the access mechanism section further includes a tubular body ㈣ formed by the band-shaped member restricted by the ring shape of the aforementioned forming frame. During the formation of the tubular body, it slides between the front & The tubular body is enlarged to make it closer to the inner surface of the tube table. Solid construction material filling apparatus infusion tube, in the 6. Scope of patent application ___ Tubular carving in diameter expansion: t: forming shaft with inner diameter,… providing outer limit frame,: already installed and linked with the forming frame; outside of the above forming frame, as determined The outer circumference of the tube is spaced around the inner lining wound around the forming frame, and the outer limit frame 16 ·-# ^ ^ ^ is used to restrict the expansion of the tubular body. Inside the pipe, the working device is a tubular body with a length of f that can be continuously supplied by winding the band-shaped member into a spiral-shaped edge to form a joint, and is joined at the joint that has been connected to each other as described above ^ The band-shaped member is added with the shape of the tube 2 in front of the tubular body. In addition, a new feature is: a pipe-lined lining construction device of the shape, a ring-shaped forming frame, a description of the forming frame, and ... There is a roll from the outer surface and the inner surface that are joined, = the belt-shaped member can be sandwiched, the inner surface or the outer surface of the belt-shaped member can be connected to the belt, and the belt can be connected to the forming frame f 2 A plurality of guide rollers, and a feeding mechanism that imparts a conveying force to the forming frame = put and abut the wall of the channel to face the solid with t through the aforementioned forming frame = t 17.-a kind of pipe lining construction equipment, Wide injection tube. Inside the pipe, the outer rectangle is formed as: a joint that can be continuously supplied; and: a belt-shaped member with a groove on the side and a long elastic on both sides is wound C: \ 2D-C0DE \ 91-03 \ 90130784.ptd Page 104 ---------6. Scope of patent application _____ Use the inner-peripheral restricted forming frame that can tolerate the telescopic / a + i frame and the telescopic displacement in the direction, at least with the outer roller and The inner surface of the drum is sandwiched between the outer side and the outer wall of the belt-shaped member: the abutting drum that can rotate freely, the crotch, and the abutment on the pipe: around the frame :::::: the inward position It is recessed in the radial direction, and the edges of the two sides are opened in the channel. ^ Μ ： is: a long-length elastic band-shaped member is wound in a spiral shape = a tubular body formed by joining can be continuously supplied. One, leaving the interconnected joints in front of the newly formed tubular structure and the tubular body formed by the seat, the construction method is characterized in that: a pipe inner liner forming frame forming a tubular body is additionally used, using The ring is curled and closed; the ring mechanism can be bent freely, a plurality of guide rollers, and can be rotated and installed freely ... It is connected to the spiral shape of the belt-shaped member = ^ around the forming frame , Against the joint mechanism, through the aforementioned forming frame scoop liner tube The closure between the main tube and the newly supplied belt-shaped member is matched to the outer roller and the inside of the aforementioned built-in, and joined to the belt-shaped member; and, at the same time, the abutting roller that is lost from free rotation is fitted to the aforementioned connection ί: and the outermost part protrudes and abuts against the wall surface of the channel, the mouth is a structural part, and the outer surface rotates in the aforementioned forming frame while making contact with the wall surface of the channel to make the aforementioned bonding machine Page 106 C: \ 2D-roDE \ 91-03 \ 90130784.ptd / 、、 Scope of application for patents: Ϊ Carcass; from the state of folding in the middle, in the forming frame, " ° spirals to form an inner lining pipe. σ encircle band H is a construction method of the inner lining of a pipe canal. In the official canal, the outside can be connected in the long direction and ... * can be continuously supplied to the bank. Spiral shape, leaving a band-shaped member with long elasticity 2 :: Shier ^ connected joints are connected and the curtain μ r covers the front of the tubular body that has been described. Official body: additional pipe lining construction to form a tubular body Construction method: f 2 band-shaped members are: ⑪ method, which is characterized by a shaped frame, closed, using structure, can flex freely while making each limb The ring machine is connected to a plurality of guide bearings η ^% of the body. The bending is limited; it is connected to the coil-shaped member wound in a spiral shape, and ^ ^ is described around the forming frame, abuts the joint mechanism, and passes through the front的 The inner surface of the inner lining pipe formed; the lining pipe and the door of the newly supplied belt structure ^ = installed, fitted with the aforementioned built-in interior, joining the belt-shaped member :: = = at the same time, by the clip The outer roller has a crotch, which can be constituted by the inner roller, and the abutting roller is matched with the front ::: = Inside the groove of the shaped member; and the outside protrudes to the outermost side and abuts on :: and 忐 is free to rotate, and it is installed adjacent to the aforementioned joint mechanism = soil surface, lifted, 4 of the ring of the forming frame Bending is restricted while the forming frame rotates and abuts the rollers to make the joint ^; the belt-shaped member is rolled around the forming frame abutting on the wall surface of the channel & The middle roll is spirally shaped to form a lined tube. Page 107 C: \ 2D-CODE \ 9 Bu 0 3 \ 9013〇784.Ptd Six, patent application scope Two pipes and one canal of internal pipes, canals: lining construction device, are: Long elastic band: = The edge part forms a joint and can be continuously connected to each other under continuous winding:;: In addition, a new pipe is used to form a pipe and the post is formed. + Construction device 2 彳 r =: Reattach the force to form a tubular heart r2 Curvature: using a ring-shaped mechanism connected by a ring-shaped body, it can freely bend a roller, and can rotate freely to connect the coiled member to a spiral shape; ΐ =? Around the frame, abut The mechanism department is installed through the aforementioned forming frame :::: inside; between the official and the newly-provided belt-like member, the existing lining is lined from: :: the member of the shape: the roller and the inner surface. The abutment roll _ is arranged on the outermost part of the joint and abuts against the wall surface of the channel. Mouth σ, "outside to 2 2 · — a kind of pipe canal lining construction device, is: in the canal, the outer direction has a concave in the long direction = Cheng: head and can be continuously supplied with a long-foot elastic core Spiral shape, leaving stones; I: Sun; Zara & 4 立 α μ a # 1 thousand coils formed by joining the interconnected joints under sixty two HW = In front of the already formed tubular body … With a new supply = ^ additional pipe lining construction device to form a tubular body, its characteristics = ^ pieces of forming frame, closed shape 'using a structure connected by a ring body, can be freely bent while making each The degree of bending of the ring body = Limit _________ C: \ 2D-OODE \ 93-03 \ 90130784.ptd Page 108 6. Application for patent scope system; Multiple guide rollers can be freely mounted on the connection The strip-shaped member is wound in a spiral shape: the lining: around the frame, abuts the joint mechanism portion, and passes through the aforementioned forming frame, i. The inner surface of the :, the closed position between the tube and the newly supplied strip-shaped member ^ The outer roller and the inner roller of the belt-like member described in the ready-made lining are clamped by the clamp It has a cymbal part, which can be embedded in the aforesaid belt-shaped member = inside and the abutting roller that rotates freely inside the aforesaid, and the most 2, which protrudes and abuts against the wall surface of the channel, the 妾 σ mechanism part, and the outside Facing ηP = the sculpted engraving M of the forming frame of the joint mechanism part described above is lifted. The 23 · ^ kind of official canal lining construction method, which is thick and curved from the inside of the pipe canal, is to be placed on both sides. The edge of the head "and · the band-shaped member is wound in a spiral shape, and a continuous supply of a long-length J-shaped tubular body has been formed as described above; the head is joined to form the feature of the official canal lining of the limb Method: ^ Use a ring-shaped forming frame, and the above-mentioned forming frame, using at least and prepared. 1 taxi: the outer drum sandwiched and joined by the cow; the inner surface; A construction device that is installed in conjunction with a plurality of rotating guide roll walls facing the forming frame, and is installed in contact with a pipe channel to feed the aforementioned belt-shaped member in front of the mechanism 1 to the loop of the forming frame. Shape restrictions to form a smaller diameter than the diameter of the pipeline 6. At the same time, sliding between the shape members will make the aforementioned: ', the tubular body formation process enables the aforementioned band surface to continuously form an internal view = the dog body diameter is enlarged to bring it closer to the pipe can. 5 The aforementioned construction device: based on The horn-like sound of the official body expands, and the forward speed advances on its own, and 24. A pipe inner lining ^ 2 controls the feeding speed of the strong belt-shaped member. Inside the canal, the two sides of the jig are placed, and the belt-shaped member is wound into a spiral shape Γ ^ 卩 to form a joint and can be continuously supplied as a tubular body, which has been connected to each other as described above. The band-shaped members joined by the joints are attached to the front of the tubular body. In addition, the pipe lining construction device 7 is provided with a new body and features a ring-shaped structure. The forming pivot, let alone the forming frame, uses an outer roll that is clamped and joined by small pieces. It has a clamping mechanism that abuts the aforementioned belt on the inner surface of the belt-shaped member or the inner surface of the t-shaped roller from the inside and outside. Multiple guides that can rotate freely are equipped with the aforementioned surface! The forming frame is mounted with a conveying force and abuts against the wall of the channel. The driving mechanism of the feeding mechanism is staggered by the feeding mechanism. The feeding speed of the belt-like member allows the clamping mechanism to expand the diameter of the tubular body. The angle is for the purpose: 押: rotate the speed to obtain the degree of lock. & feeding of the aforementioned belt-shaped member C: \ 2D-GODE \ 91-03 \ 90130784.ptd page no