METHOD OF CONSTRUCTING ECO-FRIENDLY WATER CHANNEL INCLUDING SLOPE
The present invention refers to the field of concrete embodiment like water quickly and eco-friendly construction including a construction method (inclined) to the firm soil bricks are disclosed. The present invention is employed in the embodiment, form fitted with a water surface of the stepwise cut earth, cut earth inclined surface fitted with a non-woven fabric disposed horizontal vertical [...] detour route attached plant if the law, if the law if the law with wire net disposed above said horizontal if the law with wire net together if the law wire net horizontal if the law wire net vertical [...] nonwoven fabric fitted with a hinge connecting the horizontal, said horizontal if the law wire net vertical if the law with wire net including several [...] insertion step, the number of bridge pier [...] in conjunction with the number of the number of the floor side configures a, the number of plants both sides fitted with a non-woven fabric disposed floor detour route attached, fitted with a non-woven fabric disposed on the bottom of the finger a manhole set which number, connected to both sides of a cylindrical bent to fitted with a bottom of wire net both withdrawn, the number of the non-woven fabric disposed on one side of said floor side garage and auxiliary wire is allowed to grow out of the wire covered with auxiliary wire caving and regardless to non-woven fabric, non-woven fabric covered with further includes installing the auxiliary wire filled outside regardless, regardless to caving in and out of the wire wing auxiliary wire non-woven fabric, non-woven fabric covered with wing wire fitted with a filled outside regardless disclosed pipes, regardless if the law with wire net to cover further includes installing the vertical horizontal if the law wire net out of non-woven fabric, non-woven fabric exposed wire exposed to the outside wing fitted with extracted bond connections to vertical if the law, said side and bottom of construction in the chin which it puts a cylindrical [...] and inserting the construction method to generate environment-friendly constructing channel including sand and to positively and rigidly securing the appliance are disclosed. The present invention construction method by applying a rotation step and the various portions constituting a material structure may then be subsystem so that they can be folded portion consisting of a hinge, the method used at the bottom of the different angles can be tensely number size adjusting the inclination of a wall configured to channel pipe are disclosed. The present invention structure is arranged in the bottom of the waterway bottom razer, bottom wire in conjunction with a number of both wall erected wall razer, the number of blades in the chin which it puts the film disposed beyond said wall and bottom wire wire wire configuration and the inner wall surface between the blade depth can also be inserted into a chute configuration and further a cylindrical auxiliary wing hinge-connected by folding each each wire storage channel pipe by using beam are disclosed. Generally sand and reinforcing a stone formed stepwise method if the law that make up or vertical sub-the sand to prevent overflow outlet and configured to, including sand and are collected at the beginning if the law is connected to a plain kaech'on sand and flumes are in number as well as the rain is connected to an end portion configured to move quickly and the amount of rain water to overflow when becomes impaired and construction for the number of sand around construction embodiment oil are switched on door measured disclosed. Said water amount each time the residues such as plastic or concrete construction such as water flows down the construction self-aligned U amount within each door number [hip it sweeps measured disclosed. Engineering of the existing method embodiment in the number of patent registration number 10 - 1124646 construction method was 1 wt (residues to residues using the same construction method for constructing net assembly and to latitude, of the existing method invention) call publicly known in the nanometer range. Said inner surface of the existing method the invention refers to residues such as floor mat binds to residues to latitude latitude net is formed after the buried in the net and, so that the chute is formed on the wire mesh in the chin which it puts in excess of the net and mat inside the number of latitude latitude combining binding over the auxiliary wire mesh mat inner wall in conjunction with auxiliary latitude net so that the latitude of the seed are germinating net flow rate of flowing water to grow rapidly throughout the pool water channel so that it has can be configured to prevent shorten the movement. The mountain zone and generally engineering field is temporarily stepped down if rain since most sand and results in lost to the number of membrane overflow [...] is restored by, the bottom wall and sidewalls generally the number of the grooves since the height of construction after installing the is insufficient to keep constant the door number cannot be measured disclosed. A method for producing said of the existing method invention latitude net appliance such as latitude net and plastic rings is disposed on the wire mesh disposed first module and a valley or even upon the chin which it puts the number of soil water overflow date soil bricks and the soil underneath the chin which it puts message message because the water flow to the uprising gas construction construction and flow tides number exists in the entire reconfigured within the message construction for tooth number. The present invention refers to said door of the existing method of the invention in order to improve the conventional door number number point such as point number was not. The present invention construction method by use several construction so that they can be connected by a hinge that is securely joined to a rotation angle according to the number of conditions can be applied to the pin is configured to deform. The present invention construction method by the appliance when overflow water by preventing the water from flowing down the construction is transferred construction for the pin is used to prevent. The present invention refers to having a feature in the membrane and rapid work, the number of the pin is for preventing damage to small loss of sand from the sound. The present invention refers to a membrane to collapse [...] rainwater and the pin is used to prevent overflow. The present invention is different from the number of sand and concrete construction method by in-situ to the first substrate. In the present invention (slope) applying a smooth number that does not exceed the size of the soil bricks 1 provided 3m but not limited conditions is characterized. In the present invention applying the construction method for slowing down flow rate so as to detach the number of NaOCl pool appliance for rotation of the non-woven fabric disposed first detour route including 2000. Of the present invention is accessed in-situ concrete exposed to prevent rainwater and soil especially micrographs. The present invention can be used by connecting wire is applying the aberration compensator. Applying a structure of the present invention arranged in the bottom of the bottom wire number razer, amount of water applied to the inner side a cylindrical support inserted into the number of barrier simultaneous supplying pressurized air side razer auxiliary razer, wherein both sides of said bottom which bind flanked by a cylindrical wire back and forth so that they can be adapted in such a way configured hinge, bind to the hinge-connected by auxiliary wire side auxiliary wire side wire of wire net back and forth so that they can be JPO. Said connecting wire which is inserted into the center of wire net side auxiliary iron net can be further arranged underground conditions. Wherein said auxiliary support force generally bent zigzag into over its length for length of wire net base layer and configured to further both side portions of the side a cylindrical auxiliary steel wires underground increasing an injection pressure the aberration compensator. The present invention applied to each wafer by hinge means comprise a drain end bent collar connected to the aberration compensator hereinafter for O-ring connection and separation. First embodiment embodiment water soil bricks reinforcement area when soil bricks to substrate. If the law whenever the cut earth surface of the stepped annular vertical surface and a horizontal plane and a vertical surface and a horizontal surface portions which shape over a nonwoven by repeating the configuration for a printed wiring board substrate. Removing said nonwoven fabric is full detour route in the form of a ruler attachment of the nonwoven fabric rough pull. Constructing a cylindrical vertical surface and a horizontal surface on the non-woven fabric arranged to be connected in vertical [...] horizontal sand and separately so as to output. Non-woven fabric disposed on a cylindrical vertical if the law of common tires if the law by inserting a plurality of [...][...] pass so as to a rotation. Said corrugating operation and to uniformly pillars [ang car when not inserted outside the aberration compensator. The present invention is significant when applied to a longitudinal spacing of wire net horizontal length of the ground of wire net is larger when the number of reinforcing a cylindrical bottom a cylindrical bottom and a lateral nonwoven fabric disposed on a measuring ruler. Said reinforcing wire such as the use of use in case of soft ground not all appliance configured to each other. Said wire into two-story such as sand and the sand holding one appliance if the law calculates a number can be cut off to prevent. If the law number when the number of proximity destruction in the chin which it puts up diffuse to the earth plate. It will destroy water when sufficiently wider parser bottom a cylindrical bottom surface sufficiently to be positioned at the horizontal water bottom a cylindrical bottom arranged to engage wire to the bottom and side of wire net interval therein. For example; the number of 300 mm to 400 mm inlet and bottom edges as to number the support wire when the wire at the end of each 100 mm to 500 mm in making the walls a cylindrical bottom wire bent to the bottom on the other side of both the sample and the retracted by 100 mm composed of wire net, the number of said wire when the wire is 35 mm by 50 mm to 300 mm in size both in widening bottom wall extended from the bottom of the number and size to size a table size mounted at the opposite side at the bottom of the embodiment method and vice versa can be the rear end of the number. Said bottom wall a cylindrical wire withdrawn or advanced to control such as when the number of edges, formed ring will only embodiment of wire net end wall means can. Work order of water by bridge pier is configured membrane after installing the bottom, the bottom of the full detour route including a rotation number on non-woven fabric disposed bottom a cylindrical auxiliary economical preparation method of a secondary wire adapted to be arranged as follows. Wire bind to bottom walls a cylindrical hinge state. Said one end of the auxiliary wire coupled a cylindrical wall such as non-woven fabric of auxiliary wire of wire net and a bottom wall below along in the chin which it puts the number of nonwoven fabric configured to deploy a stone over wire so that the wire configured to releasably connect to each other and disposed beneath the soil bricks extracted. Said configuration appliance such as the wall when engaged with the wire and the hinge is composed of raised wings a cylindrical filling in perform work substrate. Said nonwoven fabric once a batch is complete wall thereto while maintaining a spacing between the wall and wall of wire net slope razer wire wire constructed in one piece with wall-story out to fill each other regardless. Such as filling said floor is constructed in one piece with a nonwoven fabric with an auxiliary wire netting regardless composed of wire is formed at a wall fills both wall respectively regardless if the law wire net of wire net wing after levelling work between soil bricks razer wire story connected if the law with wire net connected integrally with the wall of construction if the law wire net razer wing a cylindrical nonwoven fabric configured as follows. Said [...] appliance configuration such as the number of exposed above wing a cylindrical barrier cannot of construction as follows. Said method such as a floor through the chute is completed and inserted into a rotation [...] underground, the number of the number of the number of barrier wall by inserting a wall in the chin which it puts the number of the construction even [...] rigidly fixed to diffuse to the floor. The present invention refers to the number of rapidly embodiment construction can be equal to or less than. The present invention consisting of a wire engaged with each other by the construction a nonwoven fabric with wire connected by folding said hinge is configured such that it can position maintaining the collapsed state and store for hereinafter since if the law applicable to the number of angle or angle that is superior even for skilled worker and workability is hereinafter not easily capable of equal to or less than. The same structure can be arranged in a number of successive, width is changed by the number of edges can be applied if a payment may correspond to the fixed material is equal to or less than. The construction of integrally formed shaft and toggles the [...] system having a dispensing can be equal to or less than. Figure 1 shows a construction of the present invention also process. Figure 2 shows a finished construction also state. Figure 3 shows a cross-section of construction also can be performed. Also a manhole set which Figure 4 shows a folded state. Figure 5 shows a total of wire net reinforcing also. Figure 6 shows a cross-section of the present invention also a projected state state The present invention refers to a selected surface of the stepwise form water cut earth, cut earth inclined surface fitted with a non-woven fabric disposed horizontal vertical [...] detour route attached plant if the law, if the law if the law with wire net disposed above said horizontal if the law with wire net together if the law wire net horizontal if the law wire net vertical [...] nonwoven fabric fitted with a hinge connecting the horizontal, said horizontal if the law wire net vertical if the law with wire net including several [...] insertion step, the number of bridge pier [...] in conjunction with the number of the number of the floor side configures a, the number of plants both sides fitted with a non-woven fabric disposed floor detour route attached, fitted with a non-woven fabric disposed on the bottom of the finger a manhole set which number, connected to both sides of a cylindrical bent to fitted with a bottom of wire net both withdrawn, the number of the non-woven fabric disposed on one side of said floor side garage and auxiliary wire is allowed to grow out of the wire covered with auxiliary wire caving and regardless to non-woven fabric, non-woven fabric covered with further includes installing the auxiliary wire filled outside regardless, regardless to caving in and out of the wire wing auxiliary wire non-woven fabric, non-woven fabric covered with wire fitted with a filled regardless installing the outside wing, wing wire fitted with a non-woven fabric [...] out extracted bond connections to exposed vertical if the law, if the law with wire net to cover further includes installing the vertical horizontal if the law wire net regardless out of nonwoven fabric, in the chin which it puts a cylindrical side and said bottom of construction and inserting a manhole set which is formed by connecting each said [...] continuously construction for water including sand and the number of constituting construction method which are disclosed. Construction method of the present invention applying a structure (11) structure comprises a cylindrical wire installed on various material constituting a connection ring (18) and connected to a longitudinal-and stores and a cylindrical hinge, configured to be positioned continuously along an appliance as well as, by using a rotation number in accordance with the method of adjusting the inclination of the bottom of the different angles to size and wall is used, the present invention by a structure (11) arranged in the bottom of bottom wire construct of the number (12) and, bottom wire (12) in conjunction with a number of both wall erected side wire (13a, 13b) and, the number of wall beyond the barrier (24) wire disposed blades (14a, 14b) from which said wing wire (14a, 14b) and a bottom wire (12) laterally inserting depth between the number of auxiliary wire (15a, 15b) further constituting a structure (11) and each wire or metal layer (12, 13a, 13b, 14a, 14b, 15a, 15b) hinge coupled to the longitudinal lock (19) and transverse lock (21) connected to the ring (18) the present invention is formed by a structure (11) and can be used by storage and capable of folding the beam configured to disclosed. Figure 1 shows a construction of the present invention also process timing are disclosed. Back number Figure 2 shows a finished construction timing state also are disclosed. Figure 3 shows a complete cross-section of construction timing also are disclosed. Figure 4 shows a folded state timing also a manhole set which are disclosed. Figure 5 shows a reinforcement of wire net state timing configured to reinforcing a manhole set which also are disclosed. Figure 6 shows a cross-section of the present invention is construction state timing state also are disclosed. The present invention by a structure (11) is continuous sand and sloping, inclined plain, valley, regardless plain can be provided. The present invention refers to generally constructed using wire around in traffic to the number and the sand and the most frequent occurrence of door is constructed from a number noted point are disclosed. If the law whenever the vertical inclination angle represents the stepwise cut earth sand and soil bricks (25) and horizontal soil bricks (26) to prevent the collapse if the law to repeatedly cut earth micrographs. If the law cut earth a nonwoven fabric (27) prevent collapse sand a footpath process if the law and nonwoven fabric (27) can be attached to the exterior of plant seeds if the law to vegetation micrographs. If the law said vertical soil bricks (25) and horizontal soil bricks (26) disposed steel wires (16a, 16b, 16 a-1a, 16 a-1b) and binds the hinge for a long time and if the law vertical soil bricks (25) and horizontal soil bricks (26) non-woven fabric (27) on the wire (16a, 16b) is placed and lock (28) nonwoven fabric inserting process (27) if the law if the law fence support to prevent the collapse the entire vertical soil bricks (25) and horizontal soil bricks (26) disposed steel wires (16a, 16b) connecting ring (18) constituting said hingedly to the vertical soil bricks (25) and horizontal soil bricks (26) even if an inclination angle of non-uniform wire (16a, 16b) soil bricks vertically (25) and horizontal soil bricks (26) configured to seal are disclosed. Said buddhist name (25, 26) in conjunction with a number of the decoded signal when the water bridge pier destruction method (25, 26) to the number in the polysilicon layer to prevent the collapse of the earth to bridge pier micrographs. The number of bottom (22) and the number of both wall (23a, 23b) nonwoven fabric attached pull c (27) represents the non-woven fabric disposed on the (27) has a curved surface roughness protected under conditions that allow for the color removing pull easily germinating ground moisture and has a number different from the number of the pool of water moving speed may be configured to regulate the light intensity for protecting wall number are disclosed. The number of bottom (22) non-woven fabric (27) on reinforcing wire (17) represents the number of arranged bottom (22) and a storage unit with a bottom wafer flatness is installing the suspected (12) a nonwoven mesh (27) compress at least partially uniformly there partially wire (12) nonwoven fabric with an (27) is that the water now flows to the lowest number members spaced or vortex of nonwoven fabric (27) with the outside to prevent damage of micrographs. The number of bottom wire (12) at opposite ends withdrawn to both the number of wall (23a, 23b) side wire (13a, 13b) represents the bottom number of connecting wire (12) and wherein the length of the side (13a, 13b) connection points exposed at the exposed portion is formed longer than an additional underground pressure boundary stone (11) for rigidly securing the appliance are disclosed. The number of bottom (22) and the number of wall (23a, 23b) each wire (12, 13a, 13b, 14a, 14b)) twisting yarns to the non-woven fabric (27) is arranged method (25, 26) non-woven fabric (27) via on a nonwoven fabric (27) even though the ground wire rather than separately from bottom and side surfaces with a footpath (12, 13a, 13b, 14a, 14b) when water flows integrally connected the entire nonwoven fabric (27) performed to prevent effluent in an alophone in ester are disclosed. The number of nonwoven fabric (27) caving soil out of a nonwoven fabric (27) a wire (12, 13a, 13b, 15a, 15b) and matched with the nonwoven fabric (27) that is filled with soil on space between the non-woven fabric (27) dead wire (12, 13a, 13b, 15a, 15b) of soil cohesion when water flows to swirl the nonwoven fabric by a depression (27) to prevent the occurrence of water pressures are out of the micrographs. Each wire (12, 13a, 13b, 15a, 15b) in a longitudinal core (19) link (18) on the lateral core (21) is hingedly connected by a via wire (12, 13a, 13b, 15a, 15b) constituting the lateral core (21) and longitudinal core (19) at opposite ends to the coupling ring O-ring (18) by forming a bottom wire (12) laterally in a garage (13a, 13b) side connecting wire (13a, 13b) in wing wire (14a, 14b) connected to a hinge coupled with angle and wherein the number of the (12, 13a, 13b, 15a, 15b) for constructing the embodiment hereinafter for contact with items to are disclosed. Such as said coupling ring (18) has a structure (11) lengthwise for a connector capable of connecting even configured are disclosed. Wing wire (14a, 14b) soil bricks and wire (25, 26) is a hingedly connected by a via 40 and each wire (12, 13a, 13b, 15a, 15b) continuously by a structure (11) is formed said chute (11) a number over the length of the nod (18) connected to the chute (11) can be consecutively and embodiment, embodiment after lock (28) alnd number a bottom (22), side (23a, 23b), seaside or embankment (25, 26) fit into the chute (11) is soil bricks (25, 26) and rigidly securing the appliance and the method which are disclosed. Of the present invention a structure (11) is a cylindrical material constituting a number of wire net mesh does not relayed. The present invention by a structure (11) includes a bottom wire (12) and, said bottom wire (12) connected to a side wire (13a, 13b) and, said side wire (13a, 13b) connected to the wing wire (14a, 14b) and is composed of, wing wire (14a, 14b) and a bottom wire (12) between the wing wire (14a, 14b) assist wire (15a, 15b) further can be configured. Each said wire (12, 13a, 13b, 15a, 15b) are defined core (21) and longitudinal core (19) each comprised of a core (19, 21) at opposite ends is in an O-ring (18) is formed each wire (12, 13a, 13b, 15a, 15b) that can be formed with connecting and nod (18) each is connected to a wire (12, 13a, 13b, 15a, 15b) for folding the hingedly to be hereinafter. Said coupling ring (18) is arranged seaside or embankment (25, 26) formed between each one of two wire 2 (12, 13a, 13b, 15a, 15b) when freely connected with and adapted to connect to in the nanometer range. Said coupling ring (18) is longitudinal core (19) is formed on the coupling ring (18) is transverse core (21) and adapted to connect to the coupling ring (18) in the lateral core (21) is formed on the coupling ring (18) has a longitudinal core (19) by the present invention is adapted to connect to the netting (12, 13a, 13b, 15a, 15b) each coupled in the direction of the 4 that can be formed in the nanometer range. A bottom configuration such as said wire (12) side wire (13a, 13b) connect a bottom wire (12) on either side of the retracted flanked by a wire (13a, 13b) of the lateral core (21) link (18) and wherein on the floor (12) longitudinal core (19) flanked by a connecting wire (13a, 13b) of the bottom wire (12) so that they can be hingedly in 2000. Also shown on the bottom 3 such as a wire (12) is along a 2 wire (13a, 13b) bottom wire (12) is connected to a prior episode configured to the nanometer range. Said side wire (13a, 13b) end wing attached garage (14a, 14b) connected in the nanometer range. Wherein said blade (14a, 14b) and further coupled to the wire blade embodiment (14a, 14b) side wire (13a, 13b) can be configured to firmly support. Wherein said blade (14a, 14b) and a bottom wire (12) between the auxiliary wire (15a, 15b) wing is further connected wire (14a, 14b) configured for insertion into the same direction as the underground flanked by a wire (13a, 13b) support force can be implemented further configured disclosed. Said bottom such as wire (12) to both sides of garage (13a, 13b) side coupling connecting wire (13a, 13b) wings garage (14a, 14b) interconnect, auxiliary wire (15a, 15b) such as shown in fig. 2 connecting to shaped chute (11) configured to form in the nanometer range. Said lateral configuration such as wire (13a, 13b) of the bottom wire (12) laterally in a thermostat is connected to a wire (13a, 13b) by the number of edges and upper portion of the fin inlet capable of modulating wing wire (14a, 14b) and auxiliary wire (15a, 15b) a horizontal state of a front of the control wire pitch (14a, 14b) and auxiliary wire (15a, 15b) is inserted into the horizontal state without underground side wire (13a, 13b) without change in the inclination angle set configured in the nanometer range. Said wing either wire (14a, 14b) connected to vertical if the law wire net (16a) and horizontal if the law wire net 16b) can be connected to connection ring configured disclosed. If the law wire net vertical if the law wire net (16a) and horizontal if the law wire net (16b) comprises a connecting ring (18) is fixed by the vertical surface and a horizontal tilt angle of tilt angle of the hinge connected to state regardless if the law is used to contact, if the law wire net 6 also shown in a diagram in an horizontal (16b) vertical if the law wire net (16a) soil bricks through vertical shadow ring is used if the law wire net (16a) and horizontal if the law wire net (16b) is configured such that it can tightly secures over if the law. Example -1 embodiment The number of construction method in the present invention refers to of the existing method patent registration number 10 - 1124646 (residues to residues using the same construction method for constructing net assembly and to latitude, of the existing method invention) improving door call number are disclosed. The number of standard size according to the distributor to be said of the existing method the invention refers to forming. Wire is connected to the second bottom side wire of a body of the entire construction within each product is a 296 on either side inside of a door number when the bent the entire construction for repairing a structure within each working becomes the number of control signals and to prevent troubles in the prediction of the door number point which is normalizing, the number of lost water side of the chin which it puts an underlying flowing amount of articles is beneath the net flow the entire membrane and removing the pin is levitating a door number point net and construction. The present invention refers to the table to address values because damage is applied within each ring connected partially to easily exchange the coupling ring portion side of which is stored in the number, regardless of the number of smaller or larger than the size of wire net assembly position so as to control each of the first and second membrane when hereinafter can be formed as well for, side wings connected separate space around the wire wire can be an interrupt control method of construction for pumping of water depth. Examples of the present invention embodiment [...] constituting at least from areas associated with site water by applying embodiment as follows. In the embodiment of the present invention embodiment application in the example if the law has height of 1 a-3m soil bricks to each other. Since the entire underground pressure [...] more soil bricks drawing part wall embodiment are disclosed. Bottom wire (12) and, side wire (13a, 13b) and, wing wire (14a, 14b) are defined core (21) and longitudinal core (19) link (18) connected to a longitudinal core (19) and lateral core (21) nod (18) connected to the up-and a longitudinal engagement with each wire (12, 13a, 13b, 14a, 14b) which bind to hinge is hereinafter for folding cover for a structure (11) is further configured for transferring paving compound have hereinafter keeping management, appliance for use when the wire (12) from the number of a bottom (22) for contacting the side wire (13a, 13b) opened the wing wire (14a, 14b) to the number of barrier (24) is equal to spread over moving. Such as said configured chute (11) collapsibly side when a wire (13a, 13b) bottom wire (12) flanked by connecting both ends of the signal wire (13a, 13b) to a brake booster when folded side wire (13a, 13b) bottom ends of the wire (12) configured to centrally located to each other. I.e., the finger chute (11) is divided side wire (13a, 13b) bottom wire (12) in both ends of connecting chute (11) constituting the chute (11) side when applying the number field wire (13a, 13b) bottom wire (12) on both sides of the number by the horizontal bottom wire (12) is equal to retract the central connector. In the rain when concrete adversely affect the construction because of the construction delay, if often be a pipe material. The light rain in said concrete such as number of ranges from rainwater can be modified is configured to arbitrarily number are disclosed. In addition, is disposed in the field of the present invention displayed for constructing the pin is rapidly dissolved in water. Said terrain such as sand and concrete construction if the water is restored including soil bricks below therefore often be. In addition, rainwater flowing in copper test event when the number in the databases of the to 10sup16. In particular, if the degree of slope and if the law in sand and rain water flow according to the present invention refers to the construction within each membrane overflow and is in many cases to remove since that the same are disclosed. Acid proximity sensor with a portion of the adjustor highly, including sand and is masonry outer wall of lane is generally disclosed. Sand and constitutes a plain road or when a [pyep with cotton between or equal to between plain water to the road. If the law 1 provided 3m height limitation of the predetermined gradient sand and constituting a stepped cut earth to the TFTs. For example; such as sand and horizontally to said vertical stepped when sand and if the law of 200 a-300mmm 500 a-600 mm 2 - 6 step provides the step formed therein. If the law if the law wire net vertical [...] configured such as horizontal if the law is equal to said cover. If the law wire net as the net of the law out from said covered wire (16a) and horizontal if the law wire net (16b) when connecting the coupling ring (18) connected vertical if the law wire net (16a) and horizontal if the law wire net (16b) is configured such that the hinge is hereinafter for 2000. Such as said vertical if the law wire net (16a) and horizontal if the law wire net (16b) soil bricks are same horizontal hinge (26) soil bricks perpendicular (25) are different from each other even if each vertical if the law wire net (16a) and horizontal if the law wire net (16b) vertical soil bricks (25) and horizontal soil bricks (26) can be brought into intimate contact with each wire to [...] (16a, 16b) can be firmly held to be coated. If the law such as said vertical if the law wire net (16a) and horizontal if the law wire net (16b) horizontal when covered with wire net of the law (16b) and wherein vertical net of the law (16a) configured for insertion into soil bricks depth past horizontal wire net of the law (16b) is arranged more securely if the law to the TFTs. The entire plant seeds such as soil bricks [...] said structure complete with nonwoven fabric (27) to a vinyl vertical soil bricks if the law (25) and horizontal soil bricks (26) to be coated completely covered. Said nonwoven fabric (27) in turn from below on vertical if the law wire net (16a), 16b) covered with vertical if the law wire net (16a) connected to horizontal if the law wire net (16b) covered with an upper second operation such as the method if the law to be coated. The entire soil bricks such as said wire (16a, 16b) that the jacketed wire (16a, 16b) soil bricks comprising vertical support (25) and horizontal soil bricks (26) to lock (28) inserted into a slab (28) constituting crumple column of embedded lock (28) is equal to a rotation if the law both side portions of the. If the law such as cooperation with the lower waterproof [...] excavating said water to be coated. Excavating flumes are in its bottom (22) bottom wire (12) to be positioned at scope excavating sufficiently to be coated. Such as the number of excavating said water after installing the bottom of 100. The method different from the number of bottom installing the bottom (22) of the seed plants with water nonwoven fabric (27) disposing a number of both wall (23a, 23b) can be placed sufficiently turning length. Said bottom such as wire (12) is disposed and wherein a floor (12) laterally in a garage (13a, 13b) flanked by a separate wire (13a, 13b) of the bottom wire (12) also shown in shape such as to move the central 2 is concatenated with the other. Said bottom such as wire (12) side wire (13a, 13b) interconnect and vertically upright standing trapezoidal shape to be coated. Side wire (13a, 13b) and the non-woven fabric for placement on the floor such as shown in the right and also 5 (27) is allowed to grow a drain (12) and on either side of the upper, side wire (13a, 13b) on either side of the net and auxiliary (15a, 15b) on either side of the upper and, wing wire (14a, 14b) to be formed at a lower portion is equal to deploy. Each such as said wire (12, 13a, 13b, 14a, 14b, 15a, 15b) out of the nonwoven fabric (27) clad after the non-woven fabric (27) is equal to compacted soil while filling out. When the soil fill wire (15a, 15b) a selector to the fill wire (15a, 15b) nonwoven fabric (27) are predisposed towards mud with an infant laid on the auxiliary wire (15a, 15b) on fill soil to be coated. Said auxiliary such as wire (15a, 15b) and auxiliary wire (15a, 15b) other nonwoven fabric (27) out of the soil barrier (24) fills up wing wire (14a, 14b) to said barrier (24) is equal to an infant laid on. When installing the soil such as said wire both sides (13a, 13b) changes a tilt angle of not installing the characterized. Such as when the number of filling said stepwise soil by installing the soil wall (23a, 23b) and the number of bottom (22) of making the nonwoven fabric (27) of respective wire (12, 13a, 13b, 14a, 14b, 15a, 15b) is different from the number of closely close bottom (22) and wall (23a, 23b) of the number of especially soil reinforcement is put on the flow to prevent substrate. Said such as appliance for chute (11) associated with a wrong [...] completed wing wire (14a, 14b) under non-woven fabric (27) if the law a nonwoven fabric (27) connected to the TFTs. Soil bricks nonwoven fabric (27) on the number of nonwoven fabric (27) after blade connecting wire (14a, 14b) and if the law vertical if the law wire net (16a) connecting to be coated. If the law such as said wire (16a, 16b) and the number of wing wire (14a, 14b) is connected to a appliance for chute (11) toward appliance construction for longitudinal connection (11) is equal to or higher which can. The finger chute (11) when initially connected to the system for a structure (11) such as to unfold the chute (11) all longitudinal core (19) formed on the coupling ring (18) in the lateral core (21) series-connected to by means of a structure (11) is equal to the block. Said such as appliance for a structure (11) is completed [...] the water appliance in the form of a nonwoven fabric (27) attached to the slideways germination of the seed plant configured to protect water surge [...][...] appliance for grass flowing water is equal to or higher. If the law and a rotation number such as the number of provided said wire when said [...][...] and inserting a cylindrical case rigidly fixed to be coated. Said lock (28) is the wife whom it will hang its length (not shown) inserted into the underground wrinkles formed a lock (28) is not consists of outside. Example -2 embodiment Said non-woven fabric such as (27) is arranged nonwoven (27) also on 4 shown in reinforcing wire (17) when placing the flow tides. Said reinforcing wire (17) hingedly connected by a connector capable of connecting to the bottom and the bottom of the both sides and both sides of a body of can. The present invention is embodiment such as for example by -2 said reinforcing wire (17) and the lower wire (12) below to reinforcing and placement method are disclosed. By installing the water even if the number of said task if the number of the ground to prevent depression frangible wire bottom (12) is configured such that the reinforcing wire mesh more compact (17) nonwoven fabric (27) arranged below the heat exchanger even when the number of depression nonwoven fabric (27) is formed integrally with the membrane to prevent prevent within each of concrete are disclosed. Said reinforcing such as wire (17) when a embodiment auxiliary wire (15a, 15b) can be embodiment to the auxiliary wire (15a, 15b) side omitting wire (13a, 13b) can to the embodiment. 11: Chute 12: wire bottom 13: (A, b) side wafer 14: wire (a, b) wing 15: (A, b) auxiliary wire 16: if the law wire net (a, b) 17: Reinforcing wire 18: nod 19: Longitudinal core 21: transverse core 22:23 Bottom number: wall (a, b) number 24; Number barrier 25: vertical soil bricks 26: Horizontal soil bricks 27: nonwoven fabric 28; lock The present invention relates to an irrigation pipe, and a method of constructing a water channel using the irrigation pipe. The method of constructing a waterway comprises the steps of: cutting a slope in a stepwise manner to form the waterway in a place meeting the slope; placing nonwoven fabric on the cut slope and a flat surface; disposing a wire mesh hinged between the slope and the flat surface; excavating to form a channel in connection with the slope; disposing the nonwoven fabric on which seeds are spread on the bottom of the water channel; disposing a wire net on the nonwoven fabric on the bottom of the water channel; constructing a wall tilted to the water channel and including both side ends of the wire mesh on the bottom of the water channel; placing the nonwoven fabric on the wall and connecting the nonwoven fabric with the nonwoven fabric on the cut slop; disposing a wire mesh on the nonwoven fabric on the wall of the water channel, disposing a wire mesh on the flat surface connected with the wall while hinged to the wire mesh on the nonwoven fabric, and connecting the wire mesh on the flat surface and the wire mesh on the cut slope by hinges, wherein the wire meshes are continuously formed to form an irrigation pipe, and anchors are inserted into the bottom of the water channel at regular intervals along the irrigation pipe. COPYRIGHT KIPO 2018 Form fitted with a water surface of the stepwise cut earth, soil bricks cut earth vertical inclined surface (25) and horizontal soil bricks (26) detour route plants attached nonwoven fabric (27) the steps of placing, said vertical soil bricks (25) and horizontal soil bricks (26) non-woven fabric (27) above if the law wire net (16a) and horizontal if the law wire net (16b) is placed and vertical if the law wire net (16a) and horizontal if the law wire net (16b) connecting the hinge is fitted with a, horizontal if the law wire net (16b) vertical if the law wire net (16a) beyond the vertical if the law wire net (16a) than if the law depth insertion step, said vertical if the law wire net (16a) and horizontal if the law wire net (16b) including several lock (28) inserting step, the number of the number of bridge pier [...] in cooperation with the bottom (22) and the number of side (23) and configures a, the number of bottom (22) and both sides (23) detour route plants attached nonwoven fabric (27) the steps of placing, the number of bottom (22) non-woven fabric (27) on the finger chute (11) fitted with a arranged, bottom wire (12) on either side of the wire retracted to both sides (13a, 13b) fitted with a connecting bent to, the number of said bottom (22) and side surfaces (23) arranged on the non-woven fabric (27) is allowed to grow a drain (12) side wire (13a, 13b) and auxiliary wire (15a, 15b) covered with non-woven fabric (27) out of the auxiliary wire (15a, 15b) regardless to the caving and, auxiliary wire (15a, 15b) covered with non-woven fabric (27) further includes installing the filled outside regardless, auxiliary wire (15a, 15b) in wing wire (14a, 14b) to the nonwoven fabric (27) regardless out caving and, wing wire (14a, 14b) covered with non-woven fabric (27) further includes installing the filled outside regardless, wing wire (14a, 14b) exposed out of a nonwoven fabric (27) soil bricks vertically (25) exposed nonwoven fabric (27) coupled via and, vertical if the law wire net (16a) and horizontal if the law wire net (16b) nonwoven fabric covered with out further includes installing the regardless, said chute (11) number of bottom (22) and a side (23) and a barrier (24) to a cylindrical and lock (28) by inserting the chute (11) rigidly fixed to the appliance characterized including sand and method to generate environment-friendly constructing channel. Back number According to Claim 1, wing wire (14a, 14b) other nonwoven fabric (27) if the law on vertical if the law wire net (16a) exposed below the non-woven fabric (27) connected to the non-woven fabric if the law (27) on the number of nonwoven fabric (27) if the law which integrally vertical if the law wire net (16a) and wherein the blades (14a, 14b) connection ring (18) are connected in vertical if the law wire net (16a) and a structure (11) via a drain (14a, 14b) connected integrally with, horizontal if the law wire net (16b) vertical if the law wire net (16a) through vertical if the law wire net (16a) than if the law characterized including sand and environment-friendly constructing channel depth insertion method. Back number According to Claim 1, wire (12, 13a, 13b, 14a, 14b, 15a, 15b) underground and inserted lock (28) has a curved column wrinkles on not formed outside and are specially configured to inserted into the underground characterized including sand and environment-friendly constructing channel method. Back number Back number According to Claim 1, bottom wire (12) laterally in a garage (13a, 13b) and wing wire (14a, 14b) and auxiliary wire (15a, 15b) in both sides when applying the appliance to unfold the wire (13a, 13b) bottom wire (12) at both ends in a number and the bottom wire (12) to move the central bottom wire (12) and wherein both sides of both ends (13a, 13b) exposed out of the users sand filled with an exposed bottom wire (12) which can support a chute (11) and the adjacent appliance characterized including sand and environment-friendly constructing channel ㅅ[...] method. According to Claim 1, the number of bottom (22) and a side (23) disposed nonwoven fabric (27) integrated to bottom wire (12) and, and wherein both sides (13a, 13b) and auxiliary wire (15a, 15b) and wing wire (14a, 14b) covered out in nonwoven fabric (27) can be protect the nonwoven fabric reconfigured within the are specially configured to prevent characterized including sand and environment-friendly constructing channel method. According to Claim 9, further underground pressure receiving wire to the side face (13a, 13b) to further both side portions of the auxiliary wire (15a, 15b) formed in a zigzag characterized including sand and environment-friendly constructing channel method. According to Claim 9, when appliance ground wire reinforcing membrane (17) characterized by further including placing sand and environment-friendly constructing channel method. According to Claim 11, reinforcing wire (17) only chute (11) are specially configured to form characterized including sand and environment-friendly constructing channel method.
