CN205381789U - Automatic rolling film machine of RO membrane - Google Patents

Automatic rolling film machine of RO membrane Download PDF

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Publication number
CN205381789U
CN205381789U CN201521133640.6U CN201521133640U CN205381789U CN 205381789 U CN205381789 U CN 205381789U CN 201521133640 U CN201521133640 U CN 201521133640U CN 205381789 U CN205381789 U CN 205381789U
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CN
China
Prior art keywords
gauze
adhesive plaster
automatic
cylinder
film
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CN201521133640.6U
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Chinese (zh)
Inventor
李运海
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深圳市世椿智能装备股份有限公司
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Priority to CN201521133640.6U priority Critical patent/CN205381789U/en
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Publication of CN205381789U publication Critical patent/CN205381789U/en

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Abstract

The utility model relates to a rolling film machine, especially, automatic rolling film machine of RO membrane, comprises a worktable, a gauze feeding mechanism for cup jointing gauze and rolling up the gauze is put, an automatic straining device of gauze for inciting somebody to action the gauze presss from both sides tightly and drags, an ultrasonic bonding mechanism for inciting somebody to action gauze and RO membrane center tube carry out ultrasonic bonding, a dian jiao manipulator for being directed at place RO membrane on the gauze and carry out some glue, a RO membrane center tube is fixed and pivoted coil stock mechanism for inciting somebody to action place, an automatic book is glued and shutdown mechanism for being directed at the gauze cuts off the gauze shutdown mechanism of operation and is used for carrying out the adhesive tape and gluing that roll up and the adhesive tape cuts off the operation gluing good RO membrane with the gauze book, the utility model has the advantages of the mechanical automation is competent, production efficiency is high and the product quality is good.

Description

A kind of RO film automatic film rolling machine

Technical field

This utility model relates to a kind of wound membrane machine, especially a kind of RO (ReverseOsmosis reverse osmosis) film automatic film rolling machine.

Background technology

RO film has the function that solvent in solution and solute can be made under stress to be easily separated, and it has the advantages such as good separating effect, simple and convenient operation and maintenance, operating cost are low and is widely used.

The process of manufacturing of RO film needs be bonded on the central canal of RO film by RO film and complete wound membrane by bag gauze.And the mode of production of RO film is to adopt craft or semi automatic machine operation in the market, there is complex operation in it, cost of labor is high, production efficiency is low and the problem that is easily generated defective products.

Utility model content

Technical problem to be solved in the utility model is in that to provide the RO film automatic film rolling machine of a kind of automatization level height, production efficiency height and superior product quality.

This utility model is realized in, a kind of RO film automatic film rolling machine, including workbench, for be socketed gauze feed mechanism that gauze gauze is rolled up puts, for gauze automatic tensioning mechanism gauze being clamped and dragging, for gauze and RO center membrane pipe are carried out ultrasonic bonding ultrasonic welding institution, for the RO film being placed on gauze being carried out point gum machine tool hands for dispensing glue, be used for coiler that the RO center membrane pipe of placement is fixed and is rotated and be used for the gauze shut-off mechanism that gauze is carried out cuts off operation;

Described gauze feed mechanism is arranged on the side of described workbench;Described gauze automatic tensioning mechanism, ultrasonic welding institution, coiler are arranged at, with gauze shut-off mechanism, the opposite side that described workbench is relative;Wherein, described gauze automatic tensioning mechanism is near described workbench, described ultrasonic welding institution is away from described workbench, and described gauze shut-off mechanism is between described ultrasonic welding institution and gauze automatic tensioning mechanism, and described coiler is positioned at the top of described ultrasonic welding institution.

Further, described gauze feed mechanism includes spool and torsion motor, and described spool socket gauze, the outfan of described torsion motor and described spool are in transmission connection.

Further, described workbench is provided with gauze guide holder near one end of described gauze automatic tensioning mechanism, and described workbench is provided with the gauze axis of guide near the opposite other end of described gauze feed mechanism.

Further, described gauze automatic tensioning mechanism includes fixture, pneumatic-finger, Pneumatic slid platform, the first line slideway and connects pedestal;

Described fixture is fastened on described pneumatic-finger, and described pneumatic-finger is fixed on described Pneumatic slid platform, and described Pneumatic slid platform is slidably connected on described first line slideway by described connection pedestal.

Further, described ultrasonic welding institution includes bottom jack-up cylinder, ultrasonic welding machine, central canal jack-up cylinder and lowermost limit block;

The piston rod of described bottom jack-up cylinder connects described ultrasonic welding machine, and the piston rod of described central canal jack-up cylinder connects described lowermost limit block, and described lowermost limit block is arranged on the side of described ultrasonic welding machine.

Further, described coiler includes fixed mount, laterally ejects cylinder, RO center membrane pipe compressor arm, compressor arm support, top compression cylinder, centralized positioning apical axis, uppermost limit block, drive motor, rear hold out against cylinder, rotating shaft and the second line slideway;

Described fixed mount is slidably connected on the second line slideway, described rotating shaft is arranged on the side of described fixed mount, and be in transmission connection with the outfan of described drive motor, described centralized positioning apical axis is arranged on the opposite side that described fixed mount is relative, and the piston rod ejecting cylinder with described transverse direction is connected, described rotating shaft is coaxially relative with centralized positioning apical axis, described RO center membrane pipe compressor arm is arranged in described fixed mount, described RO center membrane pipe compressor arm connects described rear by described compressor arm support and holds out against the piston rod of cylinder, described uppermost limit block connects the piston rod of described top compression cylinder through described fixed mount.

Further, described automatic film rolling machine also includes gluing volume and adhesive plaster cuts off automatically volume glue and the shut-off mechanism of operation for the RO film glued with roller carries out adhesive plaster;

Described automatic volume glue and shut-off mechanism are arranged on the side of described ultrasonic welding institution, and are positioned at the lower section of described coiler.

Further, described automatic volume glue and shut-off mechanism include volume glue support, adhesive plaster sliding axle, adhesive plaster socked shaft, adhesive plaster absorption base plate, cut glue blade, sliding cylinder, adhesive plaster depression bar, support jack-up cylinder;

Described volume glue support connects the piston rod of described support jack-up cylinder, described adhesive plaster sliding axle is arranged on the upper end of described volume glue support, described adhesive plaster socked shaft is arranged on the lower section of described adhesive plaster sliding axle, described adhesive plaster absorption floor level is arranged on the upper end of described volume glue support, and it is positioned at the side of described adhesive plaster sliding axle, described adhesive plaster depression bar is arranged between described adhesive plaster sliding axle and adhesive plaster absorption base plate, described sliding cylinder is fixed on the lower section of described adhesive plaster absorption base plate, described glue blade of cutting is fixedly connected on the glide base of described sliding cylinder, and stretch out the upper surface of described adhesive plaster absorption base plate.

Further, described automatic film rolling machine also include to described point gum machine tool hands carry out glue supply for colloid system.

This utility model is compared with prior art, have the beneficial effects that: 1) by gauze feed mechanism the volume of gauze drawn and the clamping of gauze can be made gauze be in tensioning state by gauze automatic tensioning mechanism, the elasticity that can make gauze when coiled strip keeps consistent, thus ensure that homogeneity of product, improve product quality;2) gauze and RO center membrane pipe carried out ultrasonic bonding by ultrasonic welding institution, by coiler, the RO center membrane pipe of placement is fixed and rotates, instead of the complicated procedures of forming of hand paste gauze, save material and cost of labor, and substantially increase the gentle production efficiency of Automated water.

Accompanying drawing explanation

Fig. 1 is the RO film automatic film rolling machine one preferred embodiment overall structure schematic diagram that this utility model provides;

Fig. 2 is that in Fig. 1, gauze is carried out tensioning schematic diagram by gauze feed mechanism and gauze automatic tensioning mechanism;

Fig. 3 is that in Fig. 1, gauze is carried out bonding schematic diagram by coiler and ultrasonic welding institution;

Fig. 4 rolls up glue and shut-off mechanism schematic diagram automatically in Fig. 1.

Detailed description of the invention

In order to make the purpose of this utility model, technical scheme and advantage clearly understand, below in conjunction with drawings and Examples, this utility model is further elaborated.Should be appreciated that specific embodiment described herein is only in order to explain this utility model, be not used to limit this utility model.

nullAs shown in Figure 1,It it is a preferred embodiment of this utility model RO film automatic film rolling machine,This RO film automatic film rolling machine includes frame 10、Workbench 2、Control panel 3、For being socketed gauze A and gauze A being rolled up the gauze feed mechanism 1 put、For the gauze automatic tensioning mechanism 4 that gauze A is clamped and drags、For gauze A and RO center membrane pipe C being carried out the ultrasonic welding institution 5 of ultrasonic bonding、For the RO film being placed on gauze being carried out point gum machine tool hands 7 for dispensing glue、The confession colloid system (not shown) of glue supply is carried out to point gum machine tool hands 7、For gauze A carries out cutting off the gauze shut-off mechanism 9 of operation、For by the RO center membrane pipe C of the placement coiler 6 being fixed and rotating and be used for gluing volume and adhesive plaster B cuts off the glue of volume automatically and the shut-off mechanism 8 of operation to carrying out adhesive plaster B with the gauze A RO film that glues of volume.

Workbench 2, control panel 3, gauze feed mechanism 1, gauze automatic tensioning mechanism 4, gauze shut-off mechanism 9, coiler 6, ultrasonic welding institution 5 and automatic volume glue are arranged in frame 10 with shut-off mechanism 8.Point gum machine tool hands 7 is positioned at the rear side of workbench 2, and can move along the horizontal and vertical of workbench 2, conveniently RO film is carried out a glue.Control panel 3 is positioned at the front side of workbench 2, conveniently whole RO film automatic film rolling machine is automatically controlled operation.Gauze feed mechanism 1 is arranged on the side of workbench 2, i.e. the right side of workbench 2;Gauze automatic tensioning mechanism 4, ultrasonic welding institution 5, coiler 6, gauze shut-off mechanism 9 are arranged at, with shut-off mechanism 8, the opposite side that workbench 2 is relative with volume glue automatically, i.e. the left side of workbench 2.Wherein, gauze automatic tensioning mechanism 4 is near the left side of workbench 2, and can move left and right relative to workbench 2;Ultrasonic welding institution 5 is away from the left side of workbench 2, and can move up and down relative to workbench 2;Gauze shut-off mechanism 9 is between ultrasonic welding institution 5 and gauze automatic tensioning mechanism 4;Coiler 6 is positioned at the top of ultrasonic welding institution 5, and can move left and right above ultrasonic welding institution 5;Automatically volume glue and shut-off mechanism 8 are arranged on the side of ultrasonic welding institution 5, and namely volume glue and shut-off mechanism 8 are arranged on the right side of ultrasonic welding institution 5 automatically, and are positioned at the lower section of coiler 6, can move up and down relative to coiler 6.

Utility model works process is as follows: first, by be manually placed on coiler 6 by RO center membrane pipe C to carry out hold out against fixing, and it is moved to the surface of ultrasonic welding institution 5, it is clamped by the gauze A on gauze feed mechanism 1 is pulled on gauze automatic tensioning mechanism 4 through workbench 2, and by gauze feed mechanism 1, gauze A is carried out volume and draw control, make gauze A keep tensioning state;Afterwards, gauze A is dragged to the surface of ultrasonic welding institution 5 and the underface of RO center membrane pipe C by gauze automatic tensioning mechanism 4 to the left, now, ultrasonic welding institution 5 moves up and is connected on the pipe face of RO center membrane pipe C by the gauze A of surface by supersonic welding, RO film then lies in one end and has been bonded on the gauze A on RO central canal C;Afterwards, by the colloid provided for colloid system, RO film is carried out crosswise spots glue by point gum machine tool hands 7 and put glue with longitudinal;After a glue completes, gauze A is carried out degree of tightness action by gauze automatic tensioning mechanism 4, again through coiler 6, RO center membrane pipe C is rotated, the RO film roll being stained with glue is made to be bonded between RO center membrane pipe C and gauze A, after completing RO film roll is glued, gauze A is clamped by gauze automatic tensioning mechanism 4 again, and is carried out cutting off operation to gauze A by gauze shut-off mechanism 9, thus completing the volume stickup conjunction of RO center membrane pipe C and RO film, gauze A.

After the volume stickup conjunction of RO center membrane pipe C with RO film, gauze A completes, coiler 6 is moved to the left the top of volume glue and shut-off mechanism 8 automatically;Automatically volume glue moves up with shut-off mechanism 8 and is bonded in by adhesive plaster B on the RO center membrane pipe C glued with gauze A volume;RO center membrane pipe C is rotated by coiler 6 again, so that adhesive plaster B volume is attached on the RO center membrane pipe C glued with gauze A volume;After completing adhesive plaster B volume patch, adhesive plaster B is cut off with shut-off mechanism 8 finally by volume glue automatically, thus it is encapsulated to complete the automatic film rolling to RO film.

As in figure 2 it is shown, the gauze feed mechanism 1 of this utility model embodiment includes spool 12 and torsion motor 11.Spool 12 is used for being socketed gauze A, and the outfan of torsion motor 11 and spool 12 are in transmission connection, and gauze A is carried out volume puts so that torsion motor 11 drives spool 12 to rotate.

Workbench 2 is each provided with a gauze guide holder 22 near one end (i.e. the left end of the workbench 2) both sides of gauze automatic tensioning mechanism 1, when making gauze A pass through between two gauze guide holders 22, it is possible to prevent gauze A from carrying out rolling up generation skew in the process put.Workbench 2 is fixedly installed the gauze axis of guide 21 near the opposite other end (i.e. the right-hand member of workbench 2) of gauze feed mechanism 1, and the gauze axis of guide 21 is positioned at the surface of spool 12, allows gauze A be well on transmission by this gauze axis of guide 21.Being provided with gauze guideway 23 on the gauze axis of guide 21, gauze guideway 23 is prevented from producing skew in gauze A transmits.

Gauze automatic tensioning mechanism 4 includes fixture 41, pneumatic-finger 42, Pneumatic slid platform the 43, first line slideway 45 and connects pedestal 44.Fixture 41 is fastened on pneumatic-finger 42, and pneumatic-finger 42, by utilizing compression air as power, is used for controlling fixture 41 and gauze A is clamped or unclamps.Pneumatic-finger 42 is fixed on the enterprising line slip of Pneumatic slid platform 43, makes fixture 41 effectively gauze A to be clamped.Pneumatic slid platform 43 is slidably connected on the first line slideway 45 by connecting pedestal 44, first line slideway 45 is arranged on the left side of workbench 2, it is thus possible to after making fixture 41 that gauze A to be clamped, make gauze A carry out being dragged to ultrasonic bonding place along the first line slideway 45.

In above-described embodiment, before gauze A and RO center membrane pipe C carries out ultrasonic bonding, gauze A is clamped by the fixture 41 on gauze automatic tensioning mechanism 4 by the control of pneumatic-finger 42, spool 12 by torsion motor 11 gauze A carried out volume tension tight after, the gauze A on workbench 2 is carried out being dragged to ultrasonic bonding place by gauze automatic tensioning mechanism 4.In the present embodiment, torsion motor 11 is controlled by electric machine controller (not shown), the gauze A tensile that Real-time Feedback is current with control, so that gauze A is operationally constantly in the tensioning state of constant force, so, the elasticity that can make RO film when coiled strip keeps consistent, provides quality guarantee for RO film roll material technique.

As it is shown on figure 3, the ultrasonic welding institution 5 of this utility model embodiment includes bottom jack-up cylinder 51, ultrasonic welding machine 52, RO center membrane pipe jack-up cylinder 53 and lowermost limit block 54.

The piston rod of bottom jack-up cylinder 51 connects ultrasonic welding machine 52, controls to drive ultrasonic welding machine 52 to move up and down, for gauze A and RO center membrane pipe C is carried out ultrasonic bonding.The piston rod of central canal jack-up cylinder 53 connects lowermost limit block 54, controls lowermost limit block 54 and moves up and down;Lowermost limit block 54 is arranged on the side of ultrasonic welding machine 52, when lowermost limit block 54 is for being manually placed to be fixed on coiler 6 by RO center membrane pipe C, RO center membrane pipe C carries out jacking auxiliary fixing.

Coiler 6 includes fixed mount 61, laterally ejects cylinder 62, RO center membrane pipe compressor arm 64, compressor arm support 640, top compression cylinder 66, centralized positioning apical axis 63, uppermost limit block 65, drive motor 69, rear hold out against cylinder 68, rotating shaft 60 and the second line slideway 67.

Fixed mount 61 is slidably connected on the second line slideway 67, and rotating shaft 60 is arranged on the side of fixed mount 61, and is in transmission connection with the outfan of drive motor 69, and drive motor 69 controls rotating shaft 60 and rotates.Centralized positioning apical axis 63 is arranged on the opposite side that fixed mount 61 is relative, and be connected with the piston rod laterally ejecting cylinder 62, laterally eject cylinder 62 control centre location apical axis 63 to stretch, rotating shaft 60 is coaxial with centralized positioning apical axis 63 relative, so, by laterally ejecting cylinder 62, centralized positioning apical axis 63 is laterally ejected, RO center membrane pipe C is pressed on rotating shaft 60, thus RO center membrane pipe C is held out against fixing.RO center membrane pipe compressor arm 64 is positioned at fixed mount 61, RO center membrane pipe compressor arm 64 connects rear by compressor arm support 640 and holds out against the piston rod of cylinder 68, rear holds out against cylinder 68 and controls RO center membrane pipe compressor arm 64 and move forward and backward, for to roll up the RO center membrane pipe C gluing gauze A carry out encapsulated time, it is possible to will be close to encapsulated to rolling up the RO center membrane pipe C gluing gauze A well.Uppermost limit block 65 connects the piston rod of top compression cylinder 66 through fixed mount 61, top compression cylinder 66 controls uppermost limit block 65 and moves up and down, for ultrasonic welding machine 52 when RO center membrane pipe C and gauze A is welded, uppermost limit block 65 moves down and is adjacent to spacing to RO center membrane pipe C, and increase ultrasonic welding machine 52 moves up and carries out RO center membrane pipe C extruding the welding stability in welding process.

In above-described embodiment, first control fixed mount 61 and slide into the top of ultrasonic welding machine 52 along the second line slideway 67, RO center membrane pipe C is by being placed on rotating shaft 60 by hand, controlled by RO center membrane pipe jack-up cylinder 53 by lowermost limit block 54, move up and RO center membrane pipe C is carried out jacking auxiliary limit to after equilbrium position, centralized positioning apical axis 63 is made to be pressed on rotating shaft 60 on RO center membrane pipe C top exactly, thus completing fixing RO center membrane pipe C.After gauze A is dragged to the lower section of RO center membrane pipe C, uppermost limit block 65 is driven decline by top compression cylinder 66, is undertaken spacing by RO center membrane pipe C, it is prevented that RO center membrane pipe C offsets up;Then, ultrasonic welding machine 52 is driven rising by bottom jack-up cylinder 51, makes the plumb joint of ultrasonic welding machine 52 push down the gauze A of top, the pipe face making gauze A and RO center membrane pipe C is in close contact, now, ultrasonic welding machine 52 works, and completes the bonding of gauze A and RO center membrane pipe C.

Gauze A and RO center membrane pipe C is bonding complete after, RO film is lain in one end and has been welded on the gauze A on RO center membrane pipe C pipe face, point gum machine tool hands 7 (shown in Fig. 1) is controlled to drive by controlling system, and provided colloid by for colloid system, the RO film being flat on gauze A to be carried out crosswise spots glue and longitudinally some glue operation.After RO film spot glue is completed, drive motor 69 is rotated axle 60 and rotates, and so, RO film roll is bonded between RO center membrane pipe C and gauze A by the rotation of RO center membrane pipe C, completes the bonding of RO film.

Coiler 6 in the present embodiment avoids the mode of the bonding RO film of traditional-handwork with the automatic welding of ultrasonic welding institution 5, decreases labour force and cost of material, and can substantially increase bonding efficiency, ensure that adhesive effect simultaneously.

As shown in Figure 4, the glue of volume automatically of this utility model embodiment and shut-off mechanism 8 include volume glue support 81, adhesive plaster sliding axle 82, adhesive plaster socked shaft 83, adhesive plaster absorption base plate 84, cut glue blade 85, sliding cylinder 86, adhesive plaster depression bar 87, support jack-up cylinder 88.

Volume glue support 81 connects the piston rod of support jack-up cylinder 88, and support jack-up cylinder 88 controls volume glue support 81 and moves up and down.Adhesive plaster sliding axle 82 is arranged on the upper end of volume glue support 81, adhesive plaster sliding axle 82 is provided with for adhesive plaster B carries out spacing adhesive plaster guideway 89.Adhesive plaster socked shaft 83 is arranged on the lower section of adhesive plaster sliding axle 82, and adhesive plaster absorption base plate 84 is horizontally set on the upper end of volume glue support 81, and is positioned at the side of adhesive plaster sliding axle 82, and adhesive plaster depression bar 87 is arranged between adhesive plaster sliding axle 82 and adhesive plaster absorption base plate 84.Adhesive plaster B is that coiled strip packing case is connected in adhesive tape cover spindle 83, the adhesive plaster B pull-out material adhesive plaster sliding axle 82 by top, and is pressed on adhesive plaster absorption base plate 84 by adhesive plaster B through adhesive plaster depression bar 87, makes the end horizontal of adhesive plaster B be fixed on adhesive plaster absorption base plate 84.Sliding cylinder 86 is arranged on the lower section of adhesive plaster absorption base plate 84, cuts glue blade 85 and is fixedly connected in the glide base (not shown) of sliding cylinder 86, and stretches out the upper surface of adhesive plaster absorption base plate 84.Sliding cylinder 86 controls to cut glue blade 85 and carries out transverse shifting, cuts off operation for encapsulated good RO film carries out adhesive plaster B.

In above-described embodiment, when support jack-up cylinder 88 promotes volume glue support 81 to rise, the RO center membrane pipe C glued with gauze A volume being horizontally placed at the adhesive plaster B on adhesive plaster absorption base plate 84 and top is fully contacted, and makes adhesive plaster B stick to and rolls up on the RO center membrane pipe C gluing gauze A.Afterwards, RO center membrane pipe C starts to rotate, and such adhesive tape B is free to stretch and be wrapped in roll up on the RO center membrane pipe C gluing gauze A, so just completes automatic tape-wrapping process.

Encapsulated complete after, cut glue blade 85 and carried out crosswise joint by sliding cylinder 86, carry out adhesive plaster B cutting off operation, complete last to automatically cut off operation, so, whole RO film automatic film rolling completes.

Automatically volume glue in the present embodiment achieves automatic tape-wrapping with shut-off mechanism 8 and automatically cuts off operation, it is to avoid manual encapsulated cumbersome process, reduces labour force, improves encapsulated efficiency.

In sum, this utility model has the advantage that

1) by gauze feed mechanism 1, the volume of gauze A being drawn and the gauze automatic tensioning mechanism 4 clamping to gauze A, it is possible to make gauze A be in tensioning state, the elasticity that can make gauze A when coiled strip is consistent, thus ensure that homogeneity of product, improves product quality.

2) by ultrasonic welding institution 5, gauze A and RO center membrane pipe C is carried out ultrasonic bonding, by coiler 6, the RO center membrane pipe C of placement is fixed and rotates, instead of the manual complicated procedures of forming pasting gauze A, save material and cost of labor, and the gentle production efficiency of Automated water can be substantially increased.

3) matched with shut-off mechanism 8 and coiler 6 by volume glue automatically, carry out automatic tape-wrapping to rolling up the RO film glued and automatically cut off adhesive plaster B operation, avoid manual encapsulated operation, decrease labour force and improve encapsulated efficiency, there is the advantage that mechanical automation degree is high.

The foregoing is only preferred embodiment of the present utility model, not in order to limit this utility model, all any amendment, equivalent replacement and improvement etc. made within spirit of the present utility model and principle, should be included within protection domain of the present utility model.

Claims (9)

1. a RO film automatic film rolling machine, including workbench, it is characterised in that: described automatic film rolling machine also include for be socketed gauze feed mechanism that gauze gauze is rolled up puts, for gauze automatic tensioning mechanism gauze being clamped and dragging, for gauze and RO center membrane pipe are carried out ultrasonic bonding ultrasonic welding institution, for the RO film being placed on gauze being carried out point gum machine tool hands for dispensing glue, be used for coiler that the RO center membrane pipe of placement is fixed and is rotated and be used for the gauze shut-off mechanism that gauze is carried out cuts off operation;
Described gauze feed mechanism is arranged on the side of described workbench;Described gauze automatic tensioning mechanism, ultrasonic welding institution, coiler are arranged at, with gauze shut-off mechanism, the opposite side that described workbench is relative;Wherein, described gauze automatic tensioning mechanism is near described workbench, described ultrasonic welding institution is away from described workbench, and described gauze shut-off mechanism is between described ultrasonic welding institution and gauze automatic tensioning mechanism, and described coiler is positioned at the top of described ultrasonic welding institution.
2. RO film automatic film rolling machine as claimed in claim 1, it is characterised in that: described gauze feed mechanism includes spool and torsion motor, and described spool socket gauze, the outfan of described torsion motor and described spool are in transmission connection.
3. RO film automatic film rolling machine as claimed in claim 1 or 2, it is characterized in that: described workbench is provided with gauze guide holder near one end of described gauze automatic tensioning mechanism, described workbench is provided with the gauze axis of guide near the opposite other end of described gauze feed mechanism.
4. RO film automatic film rolling machine as claimed in claim 1, it is characterised in that: described gauze automatic tensioning mechanism includes fixture, pneumatic-finger, Pneumatic slid platform, the first line slideway and connects pedestal;
Described fixture is fastened on described pneumatic-finger, and described pneumatic-finger is fixed on described Pneumatic slid platform, and described Pneumatic slid platform is slidably connected on described first line slideway by described connection pedestal.
5. RO film automatic film rolling machine as claimed in claim 1, it is characterised in that: described ultrasonic welding institution includes bottom jack-up cylinder, ultrasonic welding machine, central canal jack-up cylinder and lowermost limit block;
The piston rod of described bottom jack-up cylinder connects described ultrasonic welding machine, and the piston rod of described central canal jack-up cylinder connects described lowermost limit block, and described lowermost limit block is arranged on the side of described ultrasonic welding machine.
6. RO film automatic film rolling machine as claimed in claim 1, it is characterised in that: described coiler includes fixed mount, laterally ejects cylinder, RO center membrane pipe compressor arm, compressor arm support, top compression cylinder, centralized positioning apical axis, uppermost limit block, drive motor, rear hold out against cylinder, rotating shaft and the second line slideway;
Described fixed mount is slidably connected on described second line slideway, described rotating shaft is arranged on the side of described fixed mount, and be in transmission connection with the outfan of described drive motor, described centralized positioning apical axis is arranged on the opposite side that described fixed mount is relative, and the piston rod ejecting cylinder with described transverse direction is connected, described rotating shaft is coaxially relative with centralized positioning apical axis, described RO center membrane pipe compressor arm is arranged in described fixed mount, described RO center membrane pipe compressor arm connects described rear by described compressor arm support and holds out against the piston rod of cylinder, described uppermost limit block connects the piston rod of described top compression cylinder through described fixed mount.
7. RO film automatic film rolling machine as claimed in claim 1, it is characterised in that: described automatic film rolling machine also includes the automatic volume glue and the shut-off mechanism that glue volume and adhesive plaster cut-out operation with roller for the RO film glued carries out adhesive plaster;
Described automatic volume glue and shut-off mechanism are arranged on the side of described ultrasonic welding institution, and are positioned at the lower section of described coiler.
8. RO film automatic film rolling machine as claimed in claim 7, it is characterised in that: described automatic volume glue and shut-off mechanism include volume glue support, adhesive plaster sliding axle, adhesive plaster socked shaft, adhesive plaster absorption base plate, cut glue blade, sliding cylinder, adhesive plaster depression bar, support jack-up cylinder;
Described volume glue support connects the piston rod of described support jack-up cylinder, described adhesive plaster sliding axle is arranged on the upper end of described volume glue support, described adhesive plaster socked shaft is arranged on the lower section of described adhesive plaster sliding axle, described adhesive plaster absorption floor level is arranged on the upper end of described volume glue support, and it is positioned at the side of described adhesive plaster sliding axle, described adhesive plaster depression bar is arranged between described adhesive plaster sliding axle and adhesive plaster absorption base plate, described sliding cylinder is fixed on the lower section of described adhesive plaster absorption base plate, described glue blade of cutting is fixedly connected on the glide base of described sliding cylinder, and stretch out the upper surface of described adhesive plaster absorption base plate.
9. RO film automatic film rolling machine as claimed in claim 1, it is characterised in that: described automatic film rolling machine also includes the confession colloid system carrying out glue supply to described point gum machine tool hands.
CN201521133640.6U 2015-12-30 2015-12-30 Automatic rolling film machine of RO membrane CN205381789U (en)

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Cited By (6)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106064753A (en) * 2016-07-22 2016-11-02 珠海格力电器股份有限公司 A kind of wound membrane Apparatus and method for
CN106219278A (en) * 2016-08-31 2016-12-14 苏州迈硕自动化设备有限公司 RO film automatic film rolling machine put film encapsulating unit
CN109482068A (en) * 2018-12-28 2019-03-19 上海福赛特机器人有限公司 A kind of whole linear system system of production using reverse osmosis membrane RO filter core
CN109665385A (en) * 2018-12-21 2019-04-23 威海市龙升精密机械股份有限公司 A kind of RO film automatic film rolling machine and a kind of preparation method of RO film
CN109794169A (en) * 2018-12-28 2019-05-24 上海福赛特机器人有限公司 A kind of rotation film rolling mechanism of household reverse osmosis membrane RO filter core
CN110027221A (en) * 2019-03-14 2019-07-19 广州市森利包装设备有限公司 A kind of feeder

Cited By (8)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN106064753A (en) * 2016-07-22 2016-11-02 珠海格力电器股份有限公司 A kind of wound membrane Apparatus and method for
CN106219278A (en) * 2016-08-31 2016-12-14 苏州迈硕自动化设备有限公司 RO film automatic film rolling machine put film encapsulating unit
CN106219278B (en) * 2016-08-31 2018-07-13 苏州迈硕自动化设备有限公司 RO film automatic film rolling machines put film encapsulating unit
CN109665385A (en) * 2018-12-21 2019-04-23 威海市龙升精密机械股份有限公司 A kind of RO film automatic film rolling machine and a kind of preparation method of RO film
CN109665385B (en) * 2018-12-21 2020-05-12 威海市龙升精密机械股份有限公司 Automatic RO (reverse osmosis) membrane rolling machine and preparation method of RO membrane
CN109482068A (en) * 2018-12-28 2019-03-19 上海福赛特机器人有限公司 A kind of whole linear system system of production using reverse osmosis membrane RO filter core
CN109794169A (en) * 2018-12-28 2019-05-24 上海福赛特机器人有限公司 A kind of rotation film rolling mechanism of household reverse osmosis membrane RO filter core
CN110027221A (en) * 2019-03-14 2019-07-19 广州市森利包装设备有限公司 A kind of feeder

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