CN208056131U - A kind of vertical laying apparatus of flexible web - Google Patents

Abstract

A kind of vertical laying apparatus of flexible web of the utility model offer, it is laid with part, power section and control section including pedestal, coiled material auxiliary, coiled material is arranged on the pedestal to assist being laid with part, power section and control section, the coiled material auxiliary is laid with the output end of the input terminal connection power section of part, and the power section is set as being electrically connected control section；The coiled material auxiliary is laid with part and is set as including mounting base one, mounting base two, tie-beam, steel spool one, groove detection flattening mechanism and fabric guide roll；The power section is set as including frequency control motor and transmission mechanism；The control section is set as including automatically controlled box main body and Digiplex.The utility model uses the device, and transhipment is convenient, easy to operate safe and practical, and laying ditch groove groove wall is close to when flexible web being enabled to be laid with and promotes vertical laying construction efficiency, and simplify difficulty of construction while ensureing laying quality.

Description

A kind of vertical laying apparatus of flexible web

Technical field

The utility model is related to flexible web laying equipment technical fields more particularly to a kind of flexible web to be vertically laid with Device.

Background technology

Currently, with the development of economy and society, some water conservancies, environmental protection project etc. all propose higher want to vertical seepage control It asks, especially is required for taking vertical to prevent pollutant from polluting environment to infiltration of ambient in polluted place among these Straight seepage control measure, but conventional vertical impermeable wall is limited by the limitation of material and technique, relies solely on itself the barrier properties of wall Requirement can be had been unable to meet.And common high performance water proof impervious material now, such as GCL, geomembrane are all flexible webs, by It is limited in construction, using focusing mostly in the horizontal direction, there are larger difficulty for vertical direction construction.It is laid with to solve vertical direction The problem of flexible web has used different solutions in multinomial patent：

1,205224120 U of patent CN have invented a kind of laying apparatus of vertical seepage control film, can coiled film laying, It works continuously, reduces lap joint, but can it only address only the problem of being laid with, and does not ensure that product laying quality；

2,106677199 A of patent CN disclose a kind of HDPE geomembranes and vertically descend laying method, using crane, exhibition Film frame, fixed press strip and counterweight, by control crane speed, exhibition film frame freely combine and separation reaches vertical decentralization Purpose, however its laying method construction requirement is higher, and crane slings more than ten meters even tens meters high of exhibition film frame in addition, right For following operating personnel, there are larger security risks；

3,106193079 A of patent CN disclose a kind of preparation method of GCL vertical impermeable walls, wherein vertical about GCL It is laid with and GCL is vertically laid with using counterweight core and L-type pushing piece, but coordinating with the rewinding heart and L-type pushing piece for its proposition is laid with There are certain operation difficulties for scheme, and L-type push rod need to be furnished with special-purpose assorted machinery in addition, therefore the arrangement and method for construction exists centainly Difficulty.

Invention content

The main purpose of the utility model is that solving problems of the prior art, a kind of transhipment convenience, behaviour are provided Make simple and safe practicality, laying ditch groove groove wall is close to when flexible web being enabled to be laid with and is carried while ensureing laying quality Vertical laying construction efficiency is risen, and simplifies the vertical laying apparatus of flexible web of difficulty of construction.

In order to solve the above technical problems, the technical solution adopted in the utility model is：A kind of flexible web is vertically laid with dress It sets, wherein the vertical laying apparatus of the flexible web includes pedestal, coiled material auxiliary laying part, power section and control section, Coiled material is arranged on the pedestal to assist being laid with part, power section and control section, the coiled material auxiliary is laid with the input of part The output end of end connection power section, the power section are set as being electrically connected control section；

The coiled material auxiliary is laid with part and is set as including mounting base one, mounting base two, tie-beam, steel spool one, ditch Flattening mechanism and fabric guide roll are surveyed in trenching, and the mounting base one is correspondingly arranged with mounting base two-phase and is fixed by tie-beam, described Steel spool has the upper part that central axes are located at mounting base one and mounting base two altogether, and the groove detection flattening mechanism is located at The lower part of mounting base one and mounting base two, and fabric guide roll is arranged in the front end of groove detection flattening mechanism, the fabric guide roll Both ends are respectively arranged on the front face of mounting base one and mounting base two, and the fabric guide roll is rotatable；

The power section is set as including frequency control motor and transmission mechanism, the motor shaft of the frequency control motor Output end connect transmission mechanism, the output end connection steel spool one of the transmission mechanism is defeated with groove detection flattening mechanism Enter end, and the transmission mechanism drives steel spool one and groove detection flattening mechanism rotation；

The control section is set as including automatically controlled box main body and Digiplex, and the automatically controlled box main body is set to pedestal On, and the automatically controlled box main body is set as being electrically connected the motor driver of frequency control motor, the Digiplex is set as Automatically controlled box main body is controlled by radio signal.

Further, it includes spool two, wirerope-winding axle sleeve that the groove detection flattening mechanism, which is set as, assists leading Bar, steel wire rope and detection roller, the both ends of the spool two are each passed through and are rotatably dispose under mounting base one and mounting base two Wall surface, and the output end of the input terminal connection transmission mechanism of the spool two, the wirerope-winding axle sleeve is corresponding to be sheathed on volume On axis two, the secondary guide is arranged in parallel in the front side of spool two, and the both ends of the secondary guide are individually fixed in mounting base One on the internal face of mounting base two, and the beginning of the steel wire rope is fixed on wirerope-winding axle sleeve, and the steel wire rope is separate The both ends of the tangent side wall surface around secondary guide in part at beginning, the detection roller are individually fixed in the end of steel wire rope.

Further, corresponding in the secondary guide to fix two groups of position-limit mechanisms.

Further, the position-limit mechanism is disposed as including two fixture blocks, screw rod, guide rod and two locking members, described in two The corresponding coaxial line of fixture block is arranged in the outside wall surface of secondary guide, and be respectively provided in the interior sidewall surface of two fixture blocks guide part one with Guide part two, the guide part one and the axis of guide part two are mutually perpendicular to, and guide part one and guide part two are respectively along its axis Line direction opens up groove, and the section of the groove is set as being in semi-circular structure, and the radius of the groove is set greater than steel wire Two sections of oppositely oriented external screw threads are arranged on the screw rod for the radius of rope, and the screw rod level screws the antetheca across two fixture blocks Face, the guide rod is horizontal through the rear surface of two fixture blocks, front face and rear surface of the locking member longitudinally through fixture block.

Further, the fabric guide roll is adjacent and is arranged in parallel in the front side of secondary guide, and the fabric guide roll with it is to be laid Spacing range between ditch groove groove wall is 5-8cm.

Further, the length of the detection roller is set greater than the breadth for being laid with coiled material, and the length of the detection roller is set It is set to the length less than groove to be laid.

Further, the transmission mechanism is set as including active double chain wheel, active single sprocket chain, double strand chain, single-row chain Item, driven double chain wheel and driven single sprocket chain, the active double chain wheel is adjacent with active single sprocket chain and is fixed respectively by being keyed In the motor shaft output of frequency control motor, the active double chain wheel drives driven double chain wheel to rotate by double strand chain, institute The input terminal that driven double chain wheel is fixed on steel spool one by key connection is stated, the active single sprocket chain is driven by single strand chain Driven single sprocket chain rotation, the driven single sprocket chain are fixed on the input terminal that groove detects flattening mechanism by key connection.

Further, the automatically controlled box main body is set as including shell, three-phase electric leakage protector, frequency converter, two-phase electric leakage Three-phase electric leakage protector, frequency converter, two-phase leakage are fixed in the inner cavity of protector, step-down transformer and wireless receiver, the shell The input terminal of non-electricity protector, step-down transformer and wireless receiver, the three-phase electric leakage protector is electrically connected external power supply, and The output end of the three-phase electric leakage protector is electrically connected the input terminal of frequency converter and two-phase earth leakage protective device, the frequency converter it is defeated Outlet is electrically connected the motor driver of frequency control motor, and the output end of the two-phase earth leakage protective device is electrically connected decompression and becomes The input terminal of depressor, the output end of the step-down transformer are electrically connected the input terminal of wireless receiver, and the three-phase electric leakage is protected Shield device is disposed as breaker with two-phase earth leakage protective device, and the wireless receiver is set as wireless by radio signal reception The control signal of remote controler.

Further, scale value is set on the steel wire rope.

Further, the mounting base one in mounting base two distinguish two groups of hanging rings of corresponding setting.

The utility model has the advantages and positive effects of：

(1) start and stop of power section are controlled by control section, so that power section drives coiled material auxiliary to be laid with part Work, to complete groove to be laid vertically to the laying work of the flexible webs such as GCL, PE film and composite geo-membrane Make, promotes vertical laying construction efficiency.

(2) core for being laid with coiled material is fixed by steel spool one, is laid with the flexible web on coiled material in the auxiliary of fabric guide roll It helps down, the cell wall that can be close to groove to be laid is vertically laid with, and to ensure the vertical laying quality of flexible web, and groove detects Flattening mechanism can then carry out the measurement of gash depth to be laid, while can carry out smooth, behaviour to ditch groove groove wall after depth survey Make simple and safe practicality, and the structure of coiled material auxiliary laying part simplifies difficulty of construction.

(3) start and stop that the frequency control motor in automatically controlled box main body is controlled by Digiplex, so that frequency control Motor drives steel spool one and groove to detect flattening mechanism spinning movement under the action of transmission mechanism, to realize flexible volume The laying of material and the detection of gash depth to be laid and the finishing operations of cell wall.

(4) it by adjusting the spacing on spool two between wirerope-winding axle sleeve, can be matched with the length of detection roller, Meet the good detection demand of different flute length grooves to be laid, and the setting of secondary guide, then can guarantee detection roller it is vertical under It puts so that detection roller is close to cell wall, to improve measurement accuracy, and is removed during pull-up detects roller and remains obstacle on cell wall Object is effectively improved cell wall flatness, to lay the foundation for the smooth vertical laying of later stage flexible web.

(5) spacing range by fabric guide roll and between ditch groove groove wall to be laid is 5-8cm, can reduce flexible web Around when being vertically laid with after fabric guide roll with the friction of ditch groove groove wall to be laid, to protect flexible web injury-free, while should be away from From range but also flexible web can with ditch groove groove wall good fit to be laid, it is easy to operate safe and practical.

Description of the drawings

Fig. 1 is the main structure diagram of the utility model.

Fig. 2 is the backsight structural representation of Fig. 1.

Fig. 3 is the overlooking structure diagram of Fig. 1.

Fig. 4 is the left view structural representation of Fig. 1.

Fig. 5 is the structural schematic diagram of position-limit mechanism part in Fig. 3.

Fig. 6 is the schematic cross-sectional view of Fig. 5.

Fig. 7 is the circuit diagram of control section.

In figure：Pedestal 10, coiled material auxiliary are laid with part 20, mounting base 1, mounting base 2 202, tie-beam 203, steel Spool 1, fabric guide roll 205, spool 2 206, wirerope-winding axle sleeve 207, secondary guide 208, steel wire rope 209 detect roller 210, position-limit mechanism 211, fixture block 2111, screw rod 2112, guide rod 2113, locking member 2114, guide part 1, guide part two 2116, power section 30, frequency control motor 301, active double chain wheel 302, active single sprocket chain 303, double strand chain 304 is single Chain 305, driven double chain wheel 306, driven single sprocket chain 307, control section 40, Digiplex 401, shell 402, three-phase electric leakage Protector 403, frequency converter 404, two-phase earth leakage protective device 405, step-down transformer 406, wireless receiver 407.

Specific implementation mode

In order to be better understood from the utility model, with reference to specific embodiments and the drawings to the utility model into advance one The description of step.

As shown in Fig. 1-Fig. 7, a kind of vertical laying apparatus of flexible web, including pedestal 10, coiled material auxiliary be laid with part 20, Power section 30 and control section 40, setting coiled material assists being laid with part 20, power section 30 and control section 40 on pedestal 10, Coiled material auxiliary is laid with the output end of the input terminal connection power section 30 of part 20, and power section 30 is set as being electrically connected control Part 40 controls the start and stop of power section 30 by control section 40, so that power section 30 drives coiled material auxiliary laying portion Divide 20 work, to complete laying of the groove to be laid vertically to flexible webs such as GCL, PE film and composite geo-membranes Work, it is easy to operate safe and practical.

As shown in figures 1 and 3, it includes mounting base 1 that coiled material auxiliary, which is laid with part 20 to be set as, mounting base 2 202, is connected Connect beam 203, steel spool 1, groove detection flattening mechanism and fabric guide roll 205, mounting base 1 and 2 202 phase of mounting base It is correspondingly arranged and is fixed by tie-beam 203, steel spool 1 is total to central axes and is located at mounting base 1 and mounting base two 202 upper part, and the core for being laid with coiled material is fixed on the steel spool 1 by pin, steel spool 1 has good Good flexing resistance, can resist the flexural deformation that material is generated by gravity, to ensure the smooth decentralization of flexible web, specifically, When being laid with the flexible web of breadth≤6.2m, selection length is 7m, and a diameter of 120mm, wall thickness is the steel spool one of 10mm 204, which can bear the weight of 1000kg without flexural deformation, if you need to be laid with the broader material of breadth, then Corresponding steel spool 1 is replaced, groove detection flattening mechanism is located at the lower part of mounting base 1 and mounting base 2 202 Point, and fabric guide roll 205 is arranged in the front end of groove detection flattening mechanism, the both ends of fabric guide roll 205 are respectively arranged at mounting base one 201 on the front face of mounting base 2 202, and the fabric guide roll 205 is rotatable, and the both ends of fabric guide roll 205 are arranged by support base On the front face of mounting base 1 and mounting base 2 202, and the gap between two ends of fabric guide roll 205 fit through in support base, Tie-beam 203 is set as including column upper beam and rectangular underbeam, and the core for being laid with coiled material, paving are fixed by steel spool 1 If the flexible web on coiled material is under the auxiliary of fabric guide roll 205, the cell wall that can be close to groove to be laid is vertically laid with, to ensure The vertical laying quality of flexible web, and groove detection flattening mechanism can then carry out the measurement of gash depth to be laid, while Can be smooth to the progress of ditch groove groove wall after depth survey, the structure that coiled material auxiliary is laid with part 20 simplifies difficulty of construction.

As shown in Figure 1, power section 30 is set as including frequency control motor 301 and transmission mechanism, frequency control motor The output end of 301 motor shaft connects transmission mechanism, and the output end connection steel spool 1 of transmission mechanism is flat with groove detection The input terminal of complete machine structure, and the transmission mechanism drives steel spool 1 specifically to become with groove detection flattening mechanism rotation The model specification of frequency modulation speed motor 301 is according to the rule of the specifications parameter of each component and the flexible web that need to be laid in the laying apparatus Lattice range etc. carries out type selecting determination, and calculation for condenser selection is in the prior art to the type selection calculation side of motor model specification etc. Method, therefore be no longer described in detail.

As depicted in figs. 1 and 2, control section 40 is set as including automatically controlled box main body and Digiplex 401, electric cabinet master Body is set on pedestal 10, and the automatically controlled box main body is set as being electrically connected the motor driver of frequency control motor 301, wirelessly Remote controler 401 is set as controlling automatically controlled box main body by radio signal, can at a distance (≤100m) by Digiplex 401 The start and stop of the frequency control motor 301 in automatically controlled box main body are controlled, so that effect of the frequency control motor 301 in transmission mechanism Lower drive steel spool 1 and groove detect flattening mechanism spinning movement, to realize the laying of flexible web and to be laid The detection of gash depth and the finishing operations of cell wall, lifting construction efficiency save labour, and save construction cost.

As shown in figure 3, groove detection flattening mechanism is set as including spool 2 206, wirerope-winding axle sleeve 207, auxiliary Guide rod 208, steel wire rope 209 and detection roller 210, the both ends of spool 2 206 be each passed through and be rotatably dispose in mounting base 1 with The lower wall surface of mounting base 2 202, and the output end of the input terminal connection transmission mechanism of the spool 2 206, wirerope-winding axle sleeve 207 it is corresponding be sheathed on spool 2 206, secondary guide 208 is arranged in parallel in the front side of spool 2 206, and the secondary guide 208 both ends are individually fixed in mounting base 1 on the internal face of mounting base 2 202, and the beginning of steel wire rope 209 is fixed on steel Cord is wound on axle sleeve 207, and the tangent side wall surface around secondary guide 208 in part of the steel wire rope 209 far from beginning, detection The both ends of roller 210 are individually fixed in the end of steel wire rope 209, by adjusting on spool 2 206 between wirerope-winding axle sleeve 207 Spacing, can be matched with the length of detection roller 210, meet the good detection demand of different flute length grooves to be laid, and auxiliary The setting of assistant director of a film or play's bar 208 then can guarantee the vertical decentralization of detection roller 210 so that detection roller 210 is close to cell wall, is measured with improving Precision, and pull-up detect roller 210 during remove cell wall on remain barrier, be effectively improved cell wall flatness, to for The smooth vertical laying of later stage flexible web lays the foundation, easy to operate safe and practical.

Specifically, when carrying out the laying of flexible web, detection roller 210, which is positioned in the counterweight tank for being laid with coiled material, (to be laid with Coiled material and its counterweight tank are not shown, and belong to the prior art, and so it will not be repeated), it is provided for the smooth decentralization of flexible web Bearing down can effectively reduce the influence to construction such as wind weather condition, while can be laid with the mistake for lifting detection roller 210 in place It is rolled in journey to being laid with flexible web, the flexible web being laid with is made to be close to the cell wall of groove to be laid, promoted and be laid with Effect.

As shown in figure 3, corresponding in secondary guide 208 fix two groups of position-limit mechanisms 211, position-limit mechanism 211 is for limiting Position of the steel wire rope 209 in secondary guide 208.

As shown in Figure 5 and Figure 6, position-limit mechanism 211 is disposed as including two fixture blocks 2111, screw rod 2112, guide rod 2113 With two locking members 2114, two fixture blocks, 2111 corresponding coaxial line is arranged in the outside wall surface of secondary guide 208, and two fixture blocks 2111 Interior sidewall surface on be respectively provided with guide part 1 and guide part 2 2116, the axis of guide part 1 and guide part 2 2116 It is mutually perpendicular to, and guide part 1 opens up groove, the section setting of groove along its axis direction respectively with guide part 2 2116 To be in semi-circular structure, and the radius of the groove is set greater than the radius of steel wire rope 209, and two sections of rotation directions are arranged on screw rod 2112 Opposite external screw thread, and 2112 level of screw rod screws the front face across two fixture blocks 2111, guide rod 2113 is horizontal through two The rear surface of fixture block 2111, locking member 2114 is longitudinally through the front face and rear surface of fixture block 2111, and the locking member 2114 is set It is set to and is made of screw bolt and nut, after bolt passes through the front face and rear surface of fixture block 2111, and the bolt passes through fixture block 2111 The part of wall surface is arranged nut, and screw rod 2112 matches the locking for realizing fixture block 2111 in secondary guide 208, two cards with nut Block 2111 is disposed as inverted U-shaped structure, opens up internal thread through hole, the knot of internal thread through hole on the front face of two fixture blocks 2111 respectively Structure is set as consistent with two sections of external screw thread rotation directions of screw rod 2112 respectively, passes through two fixture blocks 2111, screw rod 2112 and guide rod 2113 cooperation, can be in rotation screw rod 2112 manually so that two fixture blocks 2111 mutually lean under the auxiliary of guide rod 2113 Close or separate action, to ensure that the guide part 1 in two fixture blocks 2111 limits steel wire rope 209 with guide part 2 2116 In the guide through hole that its groove is formed, steel wire rope 209 is led in auxiliary during effectively avoiding detection roller 210 from declining or pull up It is moved on bar 208 to the abrasion of steel wire rope 209 itself and the influence of detection accuracy, it is easy to operate safe and practical.

Fabric guide roll 205 is adjacent and is arranged in parallel in the front side of secondary guide 208, and the fabric guide roll 205 and groove to be laid Spacing range between cell wall is 5-8cm, it is preferable that the spacing between fabric guide roll 205 and ditch groove groove wall to be laid is set as 6cm is 5-8cm by the spacing range between fabric guide roll 205 and ditch groove groove wall to be laid, can reduce flexible web around leading With the friction of ditch groove groove wall to be laid when being vertically laid with after cloth rewinder roll 205, to protect flexible web injury-free, while this is apart from model It encloses but also flexible web can be with ditch groove groove wall good fit to be laid.

The length of detection roller 210 is set greater than the breadth for being laid with coiled material, and the length of the detection roller 210 is set smaller than The length of groove to be laid.

As shown in figure 3, transmission mechanism be set as include active double chain wheel 302, active single sprocket chain 303, double strand chain 304, Single strand chain 305, driven double chain wheel 306 and driven single sprocket chain 307, active double chain wheel 302 is adjacent with active single sprocket chain 303 and divides The motor shaft output of frequency control motor 301 is not fixed on by key connection, active double chain wheel 302 passes through double strand chain 304 Driven double chain wheel 306 is driven to rotate, driven double chain wheel 306 is fixed on the input terminal of steel spool 1 by key connection, actively Single sprocket chain 303 drives driven single sprocket chain 307 to rotate by single strand chain 305, and driven single sprocket chain 307 is fixed on ditch by key connection The input terminal of flattening mechanism is surveyed in trenching, and specifically, driven single sprocket chain 307 is fixed on the input terminal of spool 2 206 by key connection, Pass through active double chain wheel 302, active single sprocket chain 303, double strand chain 304, single strand chain 305, driven double chain wheel 306 and driven list The cooperation of sprocket wheel 307 can drive steel spool 1 and 2 206 bidirectional rotation of spool by frequency control motor 301, to Realize on steel spool 1 the fixed release for being laid with coiled material be laid with or spool 2 206 on wirerope-winding axle sleeve 207 The release and recycling of the steel wire rope 209 of middle winding complete the measurement to gash depth to be laid with cooperation detection roller 210.

As shown in Fig. 2, automatically controlled box main body is set as including shell 402, three-phase electric leakage protector 403, frequency converter 404, two Three-phase electric leakage protector is fixed in the inner cavity of phase earth leakage protective device 405, step-down transformer 406 and wireless receiver 407, shell 402 403, frequency converter 404, two-phase earth leakage protective device 405, step-down transformer 406 and wireless receiver 407, three-phase electric leakage protector 403 input terminal is electrically connected external power supply, and the output end of the three-phase electric leakage protector 403 is electrically connected 404 He of frequency converter The output end of the input terminal of two-phase earth leakage protective device 405, frequency converter 404 is electrically connected the motor driving of frequency control motor 301 Device, the output end of two-phase earth leakage protective device 405 are electrically connected the input terminal of step-down transformer 406, the output of step-down transformer 406 End is electrically connected the input terminal of wireless receiver 407, and three-phase electric leakage protector 403 is disposed as with two-phase earth leakage protective device 405 Breaker, wireless receiver 407 are set as the control signal by radio signal reception Digiplex 401, pass through three-phase Earth leakage protective device 403 and two-phase earth leakage protective device 405 can be to frequency converter 404, step-down transformer 406 and wireless receivers 407 Deng progress electricity protection, the excessive equal damage to electricity consumption device of supply current is avoided, to improve Electrical Safety performance, and by frequency conversion The cooperation of device 404, wireless receiver 407 and Digiplex 401 can be realized to 301 working condition of frequency control motor Remotely facilitate control action.

Specifically, wireless receiver 407 selects 4 road wireless receivers of model KGS-A50-1, three-phase electric leakage protector 403 select the breaker of DZ47LE-63C60 3F models, the model VD300A-4T-2.2GE of frequency converter 404, two-phase electric leakage Protector 405 selects the breaker of DZ47SLE C32 2P models, and the model specification of step-down transformer 406 is 380V/220V 150W。

Scale value is set on steel wire rope 209, by the scale value being arranged on steel wire rope 209, can be carried out in detection roller 210 When measurement, the depth value of groove to be laid is intuitively obtained.

Mounting base 1 in mounting base 2 202 distinguish two groups of hanging rings of corresponding setting, pass through the setting of hanging ring so that Coiled material auxiliary, which is laid with part 20, can be facilitated allocation and transportation by crane and be seated to groove to be laid, to ensure coiled material auxiliary paving If the mobility of part 20, transhipment is convenient.

As shown in fig. 7, the circuit diagram of part in order to control, wherein QF1 is three-phase electric leakage protector 403, UF1 is frequency converter 404, QF2 is two-phase earth leakage protective device 405, U2 is step-down transformer 406, U1 is Digiplex 401 and wireless receiver 407 Partly, M1 is frequency control motor 301, the rotating forward of D11 port controllings frequency control motor 301, D12 port controlling frequency controls The reversion of motor 301, the frequency increments of D13 port controllings frequency control motor 301, D14 port controllings frequency control motor 301 Frequency successively decrease, COM is common end, and QF1 is accessed in three phase supply power cord, and the output end connection UF1 and QF2 of the QF1 The output end of input terminal, UF1 connects M1, the input terminal of the output end connection U2 of QF2, and the output end of U2 connects wireless receiver 407, the circuit control of the part is connected as wireless remote control technology in the prior art and connects to the circuit control of frequency control motor 301 Method is connect, therefore is no longer described in detail.

Using the vertical laying apparatus of flexible web provided by the utility model, transhipment is convenient, easy to operate safe and practical, energy Enough so that flexible web is close to be laid with ditch groove groove wall when being laid with, while ensureing laying quality, vertical laying construction effect is promoted Rate, and simplify difficulty of construction.The device is to the process of deployment of flexible web：

1, laying apparatus allocation and transportation are seated to by groove to be laid by hanging ring by crane, and are putting the laying apparatus During, ensure that the spacing range between fabric guide roll 205 and ditch groove groove wall to be laid is 5-8cm, it is preferable that fabric guide roll 205 Spacing between ditch groove groove wall to be laid is set as 6cm, to reduce the friction of flexible web and cell wall, avoids flexible web Damage, while the distance range is but also flexible web is easier to fit with cell wall；

2, two fixture blocks 2111 are arranged on screw rod 2112 and guide rod 2113 so that two fixture blocks in position-limit mechanism 211 2111 are sheathed in secondary guide 208, then according to the breadth of flexible web to be laid, adjust two steel wires on spool 2 206 Spacing between rope winding axle sleeve 207, and two groups of position-limit mechanisms 211 are moved in secondary guide 208 at opposite position, make The tangent side wall surface around secondary guide 208 of ending vertical of steel wire rope 209 is obtained, and is fixed on and is adapted with flexible web breadth Detection roller 210 both ends, rotate screw rod 2112 manually, two fixture blocks 2111 move towards under the auxiliary of guide rod 2113, directly Groove to guide part 1 and guide part 2 2116 is tangential in the outside wall surface of steel wire rope 209, i.e., limits steel wire rope 209 In the limit accommodating cavity that two grooves are formed, finally so that bolt passes through the front face and rear surface of fixture block 2111, and pass through spiral shell Mother passes through the part of 2111 rear surface of fixture block to lock screw rod, to complete the good limit to steel wire rope 209, ensures to visit Survey vertically moving for roller 210；

3, it controls startup frequency control motor 301 by Digiplex 401 to rotate forward, at this time frequency control motor The output end of 301 motor shaft drives active double chain wheel 302 and active single sprocket chain 303 to rotate, active double chain wheel 302 and driven double The double strand chain 304 that external toothing is arranged on sprocket wheel 306 drives driven double chain wheel 306 to rotate, and driven double chain wheel 306 drives steel volume Axis 1 rotates, and the single strand chain 305 of external toothing setting drives driven single-stranded on active single sprocket chain 303 and driven single sprocket chain 307 307 rotation of wheel, driven single sprocket chain 307 drive spool 2 206 to rotate, then the steel wire rope 209 wound on wirerope-winding axle sleeve 207 Release so that detection roller 210 is close to cell wall decentralization, when its decentralization is to slot bottom, records the scale value on steel wire rope 209 at this time, It controls frequency control motor 301 by Digiplex 401 again to rotate backward, then active double chain wheel 302, active single sprocket chain 303, double Row chain item 304, single strand chain 305, driven double chain wheel 306 and driven single sprocket chain 307 action process as hereinbefore, steel wire rope 209 by return twine so that detection roller 210 be close to cell wall pull-up, should during, detection roller 210 also on cell wall remain barrier into Row strikes off, and to be effectively improved cell wall flatness, creates conditions for smooth vertical laying product；

4, it after 210 pull-up of roller to be detected, is controlled by Digiplex 401 and closes frequency control motor 301, in steel spool The core for being laid with coiled material is fixed on one 204 by pin so that the tangent side wall around fabric guide roll 205 in beginning of flexible web Face, and detection roller 210 is positioned in the counterweight tank at flexible web beginning, to provide tenesmus for the smooth decentralization of flexible web Power, until after the beginning of flexible web is positioned over slot bottom, then controlled by Digiplex 401 and start frequency control motor 301 It rotates backward, at this point, detection roller 210 is pulled up, and since it is close to flexible web, then it can be to flexible web during pull-up It is rolled, to be further ensured that flexible web is close to cell wall, promotes laying effect, it is easy to operate safe and practical；

5, last, it after 210 pull-up of roller to be detected, is controlled by Digiplex 401 and closes frequency control motor 301, if needing It carries out band laying groove adjacent slot walls to continue to be laid with, then repeats the above steps 1, so that the device is well in place, so After repeat the above steps 3-4, complete the laying work of flexible web in ditch groove groove wall to be laid；If different size need to be carried out to wait spreading If the laying of ditch groove groove wall, then repeat the above steps 1-5, the laying work of flexible web in the ditch groove groove wall to be laid is completed.

The embodiments of the present invention are described in detail above, but the content is only the preferable of the utility model Embodiment should not be considered as limiting the scope of the present invention.It is all to become according to impartial made by the scope of the utility model Change and improve etc., it should all still belong within this patent covering scope.

Claims (10)

1. a kind of vertical laying apparatus of flexible web, it is characterised in that：The vertical laying apparatus of the flexible web includes pedestal (10), coiled material auxiliary is laid with part (20), power section (30) and control section (40), and it is auxiliary that coiled material is arranged on the pedestal (10) Laying part (20), power section (30) and control section (40), the input terminal that the coiled material auxiliary is laid with part (20) is helped to connect The output end of power section (30) is connect, the power section (30) is set as being electrically connected control section (40)；

The coiled material auxiliary is laid with part (20) and is set as including mounting base one (201), mounting base two (202), tie-beam (203), steel spool one (204), groove detection flattening mechanism and fabric guide roll (205), the mounting base one (201) and mounting base Two (202) are corresponding to be arranged and is fixed by tie-beam (203), and the steel spool one (204) is total to central axes and is located at installation The upper part of seat one (201) and mounting base two (202), the groove detection flattening mechanism are located at mounting base one (201) and peace Fill the lower part of seat two (202), and the front end setting fabric guide roll (205) of groove detection flattening mechanism, the fabric guide roll (205) Both ends be respectively arranged on the front face of mounting base one (201) and mounting base two (202), and the fabric guide roll (205) is rotatable；

The power section (30) is set as including frequency control motor (301) and transmission mechanism, the frequency control motor (301) output end of motor shaft connects transmission mechanism, output end connection steel spool one (204) and the ditch of the transmission mechanism The input terminal of flattening mechanism is surveyed in trenching, and the transmission mechanism drives steel spool one (204) and groove detection flattening mechanism rotation；

The control section (40) is set as including automatically controlled box main body and Digiplex (401), the automatically controlled box main body setting In on pedestal (10), and the automatically controlled box main body is set as being electrically connected the motor driver of frequency control motor (301), the nothing Line remote controler (401) is set as controlling automatically controlled box main body by radio signal.

2. the vertical laying apparatus of flexible web according to claim 1, it is characterised in that：The groove detects flattening mechanism It is set as including spool two (206), wirerope-winding axle sleeve (207), secondary guide (208), steel wire rope (209) and detection roller (210), the both ends of the spool two (206) are each passed through and are rotatably dispose in mounting base one (201) and mounting base two (202) Lower wall surface, and the output end of the input terminal connection transmission mechanism of the spool two (206), wirerope-winding axle sleeve (207) phase Correspondence is sheathed on spool two (206), and the secondary guide (208) is arranged in parallel in the front side of spool two (206), and the auxiliary The both ends of guide rod (208) are individually fixed on the internal face of mounting base one (201) and mounting base two (202), the steel wire rope (209) beginning is fixed on wirerope-winding axle sleeve (207), and part of the steel wire rope (209) far from beginning tangent bypasses The both ends of the side wall surface of secondary guide (208), the detection roller (210) are individually fixed in the end of steel wire rope (209).

3. the vertical laying apparatus of flexible web according to claim 2, it is characterised in that：On the secondary guide (208) It is corresponding to fix two groups of position-limit mechanisms (211).

4. the vertical laying apparatus of flexible web according to claim 3, it is characterised in that：The position-limit mechanism (211) is equal It is set as including two fixture blocks (2111), screw rod (2112), guide rod (2113) and two locking members (2114), two fixture blocks (2111) corresponding coaxial line is arranged in the outside wall surface of secondary guide (208), and in the interior sidewall surface of two fixture blocks (2111) Guide part one (2115) and guide part two (2116), the axis phase of the guide part one (2115) and guide part two (2116) are set It is mutually vertical, and guide part one (2115) opens up groove along its axis direction respectively with guide part two (2116), the groove is cut Face is set as being in semi-circular structure, and the radius of the groove is set greater than the radius of steel wire rope (209), the screw rod (2112) Two sections of oppositely oriented external screw threads of upper setting, and screw rod (2112) level screws the front face across two fixture blocks (2111), institute Rear surface of the guide rod (2113) horizontal through two fixture blocks (2111) is stated, the locking member (2114) is longitudinally through fixture block (2111) Front face and rear surface.

5. the vertical laying apparatus of flexible web according to claim 2, it is characterised in that：The fabric guide roll (205) is adjacent And it is arranged in parallel in the front side of secondary guide (208), and the spacing range between the fabric guide roll (205) and ditch groove groove wall to be laid For 5-8cm.

6. the vertical laying apparatus of flexible web according to claim 2, it is characterised in that：The length of the detection roller (210) Degree is set greater than the breadth for being laid with coiled material, and the length of the detection roller (210) is set smaller than the length of groove to be laid.

7. the vertical laying apparatus of flexible web according to claim 1, it is characterised in that：The transmission mechanism is set as wrapping Include active double chain wheel (302), active single sprocket chain (303), double strand chain (304), single strand chain (305), driven double chain wheel (306) With driven single sprocket chain (307), the active double chain wheel (302) and active single sprocket chain (303) are adjacent and solid by being keyed respectively Due to the motor shaft output of frequency control motor (301), the active double chain wheel (302) is driven by double strand chain (304) Driven double chain wheel (306) rotation, the driven double chain wheel (306) are fixed on the input of steel spool one (204) by key connection End, the active single sprocket chain (303) drive driven single sprocket chain (307) to rotate by single strand chain (305), the driven single sprocket chain (307) input terminal that groove detects flattening mechanism is fixed on by key connection.

8. the vertical laying apparatus of flexible web according to claim 1, it is characterised in that：The automatically controlled box main body is set as Including shell (402), three-phase electric leakage protector (403), frequency converter (404), two-phase earth leakage protective device (405), step-down transformer (406) and three-phase electric leakage protector (403), frequency converter are fixed in wireless receiver (407), the inner cavity of the shell (402) (404), two-phase earth leakage protective device (405), step-down transformer (406) and wireless receiver (407), the three-phase electric leakage protector (403) input terminal is electrically connected external power supply, and the output end of the three-phase electric leakage protector (403) is electrically connected frequency converter (404) and the input terminal of two-phase earth leakage protective device (405), the output end of the frequency converter (404) are electrically connected frequency control electricity The output end of the motor driver of machine (301), the two-phase earth leakage protective device (405) is electrically connected step-down transformer (406) Input terminal, the output end of the step-down transformer (406) are electrically connected the input terminal of wireless receiver (407), the three-phase leakage Non-electricity protector (403) is disposed as breaker with two-phase earth leakage protective device (405), and the wireless receiver (407) is set as logical Cross the control signal of radio signal reception Digiplex (401).

9. the vertical laying apparatus of flexible web according to claim 2, it is characterised in that：It is set on the steel wire rope (209) Set scale value.

10. the vertical laying apparatus of flexible web according to claim 1, it is characterised in that：The mounting base one (201) with Two groups of hanging rings of corresponding setting are distinguished in mounting base two (202).