CN101011690A - Thermal rotational molding technique and device for inner wall and outer wall of metal pipe - Google Patents
Thermal rotational molding technique and device for inner wall and outer wall of metal pipe Download PDFInfo
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- CN101011690A CN101011690A CN 200710020143 CN200710020143A CN101011690A CN 101011690 A CN101011690 A CN 101011690A CN 200710020143 CN200710020143 CN 200710020143 CN 200710020143 A CN200710020143 A CN 200710020143A CN 101011690 A CN101011690 A CN 101011690A
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Abstract
The invention relates to the process and equipment for rolling molding for inside and outside metal tubes. It uses the self equipped guide and running vehicles for the previous inspection before the heat molding of the metal tube, electrical heating oven, inner wall heat rolling molding using rotational working bench without natural cooling and then for final production inspection. Rotational working bend needs to send the outer wall molded metal tube to the outer wall heat rolling molding machine, then constant temperature constant plasticizing, natural cooling and final product inspection. It enjoys high production efficiency, good product quality control, with standardized production.
Description
Technical field
The present invention relates to a kind of metal tube pipeline corrosion protection Processes and apparatus, specifically be meant hot rotational moulding anticorrosion process of metallic conduit inside and outside wall and equipment.
Background technology
The metallic conduit preservative treatment occupies crucial status in pipeline construction, also be guarantee pipeline safe, improve the important step in service life.The metallic conduit surface heat rotational moulding anticorrosion process of Chu Xianing was widely applied to a plurality of fields such as oil, chemical industry, power plant in recent years.But present thermal rotational molding technique and the equipment that adopts, its technological process is single, can't realize continuous productive process, and inside and outside wall rotomoulding apparatus is relatively independent, device simple, rotational moulding difficult quality guarantee.In inside and outside wall rotational moulding process, the workpiece transhipment is shouldered by the artificial hand half the circumference of the sleeve where it joins the shoulder, and labour intensity is big, and safety in production can't guarantee that production efficiency is low, damages the surface of rotational moulding work easily.
Summary of the invention
The invention provides a kind of metallic conduit inside and outside wall thermal rotational molding technique and equipment, realize the overall process pipelining.Earlier the pipe fitting rust cleaning that processes laggardly gone into rotational moulding product check in the streamline, heat interior rotational moulding successively by the guide rail on the line body or driving and rotary table then, oneself is cooled to product inspection outer rotational moulding and constant temperature.
The present invention realizes with following technical scheme: the hot rotational moulding anticorrosion process of a kind of metallic conduit inside and outside wall, comprise two kinds of the hot rotational moulding anticorrosion process of inner surface heat rotational moulding anticorrosion process and inside and outside wall, it is characterized in that: the technological process of the hot rotational moulding anticorrosion process of described metal pipe internal wall is: will process qualified metal tube and carry out inside and outside rust cleaning back lifting
The technological process of the hot rotational moulding anticorrosion process of described metallic conduit inside and outside wall is: will process qualified metal tube
The employed equipment of the hot rotational moulding anticorrosion process of a kind of realization metallic conduit inside and outside wall, it comprises the anticorrosion preceding verifying bench of rotational moulding, electric furnace, inner surface heat rotational moulding machine, rotary table, hot rotational moulding nature cooler, the hot rotational moulding machine of outer wall, hot rotational moulding insulating box, the product inspection platform.
Verifying bench comprised rectangle table top and some legs that are vertically fixed on the table top lower surface before described rotational moulding was anticorrosion.
Described electric furnace comprises the rectangle body of heater, is vertically mounted on some supporting legs of body of heater lower end, is installed in some the electric boiling plates and the defeated material guide rail of body of heater inner chamber; Described body of heater interfixes into the rectangular tubular casing by the rectangular slab of four band heat-insulation layers, side door before and after install by hinge respectively at the two ends of tubular carton; Article two, the guideway that is parallel to each other tilts to be installed on the base plate of body of heater inner chamber by two highly different railroad shoes respectively, the high-end preceding verifying bench and contour with the table top upper surface of the outer close rotational moulding of body of heater that stretches out of guide rail; The low side of guide rail stretches out body of heater and is connected with inner surface heat rotational moulding machine.
Described inner surface heat rotational moulding machine comprises cabinet, supporting leg, initiative roll shaft, supporting roller assembly and motor;
Described cabinet interfixes into the rectangular tubular casing by the rectangular slab of four band heat-insulation layers, and front and back sides is installed by hinge respectively in the two ends of tubular carton; Roll shaft is installed in by two bearing block levels to be transferred to motor on the base plate of machine nationality inner chamber and by chain and is connected, and two active rolls are fixed on the roll shaft; Two supporting roller assemblies are installed in the opposite side of chassis backplane, and the guide rail low side in two electric furnaces is installed in a side of chassis backplane by rail brackets; Two discharging guide rails are high-end to be installed in the opposite side of chassis backplane by rail brackets, and the other end is that low side is installed on the supporting leg near rotary table and by rail brackets;
Described supporting roller assembly comprises support, leading screw, nut and backing roll, described troffer is installed in chassis backplane one side, centre, support lower end hold-down nut, silk is installed in the nut in vain, leading screw upper end sliding fit is installed in the lower end of roller bracket, the lower end is handwheel fixedly, and backing roll is installed in roller bracket top by the axle sliding fit.
Described rotary table comprises tiltable workbench, rotary table, worm couple, plane bearing and the frame of being made up of fixed head and supporting leg; Centre, described rectangle tiltable workbench lower surface is connected with shape rotary table upper surface, garden by the hinge joint bearing, and length direction center, tiltable workbench upper surface makes circular groove, and long limit one side is made boss, opposite side hold-down nut; Leading screw is vertically mounted in the screw of nut, and the leading screw upper end is handwheel fixedly, lower end and the hinge joint of rotary table upper surface; The lower end of rotary table is worm gear fixedly, is connected with the motor that is fixed on the fixed head upper surface by the band transmission with the handle bar that worm gear is meshed; Mounting plane bearing between garden shape fixed head and the worm gear, some supporting legs are fixed in the lower end.
The hot rotational moulding machine of described outer wall comprises fixed frame, moving frame, is installed in the cabinet between two frames, gas tank and stuff-spraying pipe, hopper; The motor that install described fixed frame bottom is connected with initiative roll shaft by the band transmission, initiative roll shaft is installed in the middle part of fixed frame by the bearing level, drive roll is fixed on the middle part of initiative roll shaft, is installed in the top of fixed frame by axle, bearing with the tangent garden shape supporting disk in the outer garden of drive roll; The motor that install described moving frame bottom is connected with four wheels that are installed in the moving frame bottom by gearbox, band transmission, and two guide rails are installed in the wheel lower end; Supporting disk is installed in the top of moving frame by axle, bearing; The outside vertical of two supporting disks is fixed some cramp bars; Rectangular box is horizontally fixed between two frames by some supporting legs, and case lid is installed on the upper end of casing by claw, and the back chamber door of cabinet is installed in the guide groove movingly; Two parallel guide rails tilt to be installed in the rear side of casing by two supporting legs, it is high-end near rotary table that its low side inserts cabinets cavity, the rectangle hopper is installed on the base plate of casing front side, peripheral narrow meshed plastic-blasting pipe is installed on the hopper, and the gas tank that is installed in lower box is connected with stuff-spraying pipe and hopper respectively by appendix valve and threeway.
Described hot rotational moulding insulating box comprises that casing is installed in two supporting disks and the electric boiling plate of cabinets cavity; Some supporting legs are fixed in described flute profile casing lower end, and loam cake is installed in the upper end of casing by some hinges; Some electric boiling plates are installed in the inner chamber of casing; Support is fixed on casing one side, nut is horizontally fixed on the outer end of support, be screwedly mounted on the fixing handwheel in leading screw outer end in the nut, the inner is connected with axle by shaft joint, axle is installed in an end of cabinets cavity by two two bearing blocks that are fixed in the casing, the other end vertical fixing garden shape supporting disk of axle; Axle is connected the inner vertical fixing supporting disk of axle, some cramp bars of two supporting disk inner face vertical fixing by the other end and the logical chain transmission that bearing block, bearing level are installed in casing with motor.
Described hot rotational moulding nature cooler comprises two frames, rack-mounted two supporting disks; Described frame (one) upper end hold-down nut, be screwedly mounted in the nut the leading screw outer end fixedly handwheel, the inner by bearing block and garden vertical connection of shape supporting disk; Two bearing blocks are fixed in frame (two) upper end, axle be installed in two bearings in and be transferred to motor by chain and be connected, motor is installed in frame (two) bottom, the inner vertical fixing supporting disk of axle, some cramp bars of two supporting disk the inner vertical fixing; Place the traversing carriage that two inclined guide rails are equipped with in the upper end between frame () and the frame (two).
Described product inspection platform, some supporting legs of its rectangle table top lower end vertical fixing.
Good effect of the present invention is: the pipe fitting that is up to the standards before the rotational moulding enters heating furnace automatically successively by guide rail; interior hot rotational moulding; outer rotational moulding plastifies up to constant temperature; naturally cooling; the end product check; the running of overall process; thermal rotational molding technique is all finished on a streamline; do not need manually to move production efficiency height, safety; labor strength is low; product quality is controlled easily, realizes the full process automatization pipelining, provides favourable material conditions for realizing scale standardization, scientific management.
Description of drawings
Below in conjunction with drawings and Examples the present invention is described in further detail.
Fig. 1 is verifying bench structural representation before the rotational moulding;
Fig. 2 is the heating furnace structure schematic diagram;
Fig. 3 is the A-A profile of Fig. 2;
Fig. 4 is an inner surface heat rotational moulding machine structural representation;
Fig. 5 is the A-A profile of Fig. 4;
Fig. 6 is the A place partial enlarged drawing of Fig. 4;
Fig. 7 is the rotary table structural representation;
Fig. 8 is hot rotational moulding nature Refrigerator structure schematic diagram;
Fig. 9 is the hot rotational moulding machine of an outer wall structural representation;
Figure 10 is the A-A profile of Fig. 9;
Figure 11 is hot rotational moulding insulating box structural representation;
Figure 12 is a product inspection platform structure schematic diagram;
Figure 13 is a technological process sketch map of the present invention.
Among the figure: 1,2, verifying bench before the rotational moulding, 1-1, table top, 1-2, supporting leg, 2, add electrothermal furnace, 2-1, body of heater, 2-2, guide rail, 2-3, track base, 2-4, electric boiling plate, 2-5, supporting leg, 2-6, hinge, 2-7, side door, 2-8, spacing handle, 3, inner surface heat rotational moulding machine, 3-1, cabinet, 3-2, hinge, 3-3, roll shaft, 3-4, the chain transmission, 3-5, supporting roller assembly, 3.5-1 backing roll, 3.5-2, axle, 3.5-3 roller bracket, 3.5-4 leading screw, 3.5-5 nut, 3.5-6, support, 3.5-7 handwheel, 3-6 active roll, the 3-7 bearing block, 3-8, feeding door, 3-9, batching hole, 3-10, side door, 3-11, motor, 3-12, the discharging guide rail, 3-13, rail brackets, 3-14, rail brackets, 3-15, supporting leg, 4, rotary table, 4-1, the tiltable workbench, 4-2, the hinge joint bearing, 4-3, leading screw, 4-4, handwheel, 4-5, nut, 4-6, rotary table, 4-7, worm gear, 4-8, worm screw, 4-9, motor, 4-10, plane bearing, 4-11, fixed head, 4-12, supporting leg, 5, hot rotational moulding nature cooler, 5-1, handwheel, 5-2, nut, 5-3, leading screw, 5-4, bearing block, 5-5, supporting disk, 5-6, cramp bar, 5-7, bearing block, 5-8, axle, 5-9, the chain transmission, 5-10, frame (one), 5-11, motor, 5-12, frame (two), 5-13, guide rail, 5-14, the removable movements and postures of actors, 6, the hot rotational moulding machine of outer wall, 6-1, motor, 6-2, fixed frame, 6-3, the band transmission, 6-4, initiative roll shaft, 6-5, bearing, 6-6, drive roll, 6-7, axle, 6-8, bearing, 6-9, supporting disk, 6-10, cramp bar, 6-11, claw, 6-12, case lid, 6-13, supporting disk, 6-14, move a frame, 6-15, axle, 6-16, motor, 6-17, gearbox, 6-18, the band transmission, 6-19, wheel, 6-20, guide rail, 6-21, the plastic-blasting pipe, 6-22, hopper, 6-23, gas tank, 6-24, appendix, 6-25, valve, 6-26, casing, 6-27, supporting leg, 6-28, guide rail, 6-29, supporting leg, 6-30 guide groove, 6-31, back chamber door, 7, hot rotational moulding insulating box, 7-1, handwheel, 7-2, leading screw, 7-3, nut, 7-4, support, 7-5, shaft joint, 7-6, bearing block, 7-7, axle, 7-8, supporting disk, 7-9, hinge, 7-10, loam cake, 7-11, casing, 7-12, bearing, 7-13, axle, 7-14, the chain transmission, 7-15, motor, 7-16, electric boiling plate, 7-17, supporting leg, 7-18, cramp bar, 8, the product inspection platform, 8-1, table top, 8-2, supporting leg.
The specific embodiment
As shown in figure 13, the inside and outside thermal rotational molding technique of metallic conduit of the present invention divide the inner surface heat rotational molding technique and inside and outside mould two technologies of thermal rotational molding technique, its inner surface heat rotational molding technique flow process is:
The outer wall hot-fluid is moulded technological process:
Before metal tube enters this streamline, earlier the pipe fitting that processes is eliminated rust.Verifying bench 1 before the rotational moulding shown in Figure 1 is made up of rectangle table top 1-1 and supporting leg 1-2, and its table top upper end is highly contour with the high-end upper surface of Fig. 3 middle guide 2-2.Pipe fitting is after the assay was approved shifted onto and is led on the 2-2, and the guide rail 2-2 of inclination 8 is installed on the base plate of heating furnace 2, and pipe fitting can roll into heating furnace automatically, and one near a full whole heating furnace inner chamber of row.
Fig. 2, heating furnace 2 shown in Figure 3, the side door 2-7 plate of its rectangle body of heater 2-1 both sides can be opened around hinge 2-6, rolls out so that pipe fitting rolls into.Body of heater 2-1 inner chamber is uniform some electric boiling plate 2-4 and show temperature in the stove with thermometer up and down, just close the electric heater power supply when temperature reaches technique initialization numerical value automatically, realize the automation heating.Guide rail 2-2 low side in the heating furnace directly is elongated to next equipment inner surface heat rotational moulding machine.
Fig. 4, Fig. 5, hot rotational moulding machine 3 its cabinet 3-1 of inner wall of metal tube shown in Figure 6 are rectangular box, and the front and back side door 3-10 of guide rail 2-2 and guide rail 3-2 in-out end can open by hinge 3-3, and purpose is that pipe fitting rolls into and rolls out casing.Pipe fitting is supported by two active roll 3-6 and two backing roll 3.5-1 after guide rail 2-2 enters casing, active roll 3-6 drives the pipe fitting rotation under the drive of motor 3-11, open the feeding door 3-8 at cabinet 3-1 two ends, plastic pellet is sent into the pipe fitting endoporus from batching hole 3-9 equably, just can enter the inner surface heat rotational moulding.Only need operating grip 3.5-7 during the pipe fitting discharging, two backing roll 3.5-1 descend, and pipe fitting just can be led 3-12 from discharging automatically and be rolled out on the rotary table 4.Discharging track 3-12 is by two high-end being installed on the cabinet 3-1 of track support 3-14, and low side is installed on the supporting leg 3-15.
As shown in Figure 6, backing roll 3.5-1 is connected with leading screw 3.54 upper ends by axle 3.5-2 running roller bolster 3.5-3, and leading screw 3.5-4 is installed among the nut 3.5-5, and the bottom that nut 3.5-5 support 3.5-6 is installed in cabinet 3.2 is installed.
As shown in Figure 7, the pipe fitting that comes out from inwall rotational moulding machine 3, roll out through guide rail 3-12 in the groove of tiltable workbench 4-1 upper surface of rotary table 4, start motor 4-9, worm screw 4-8, rotate the rotary table rotation of drive worm gear 4-7, can incline simultaneously and expect that workbench 4-1 also together rotates together with the pipe fitting on top together with top.When pipe fitting revolve turn 90 degrees enter hot rotational moulding nature cooler 5 and carry out the nature cooling after, driving is hung the product inspection platform with pipe fitting and is tested, and finishes single inner surface heat rotational molding technique flow process.Pipe fitting Rotate 180 degree on rotary table, pipe fitting enter the hot rotational moulding machine 6 of outer wall.
Be illustrated in figure 7 as rotary table 4, the rotary table 4-6 of its tiltable workbench 4-1 and bottom is by hinge joint bearing 4-2 hinge joint, and use handwheel 4-4, and leading screw 4-3 and nut 4-5 realize the inclination of workbench, purpose is that pipe fitting can roll into automatically on workbench and rolls out.Boss on the tiltable workbench 4-1 also is for pipe fitting rolls into the security consideration that rolls out, and its Baltimore groove is the usefulness for the pipe fitting location.
Figure 8 shows that hot rotational moulding nature cooler 5, inclined guide rails 5-13 on the movable supporting frame 5-14 at its middle part is rolled into the pipe fitting that transfers on the rotary table 4 at the middle part of cooler, operation handwheel 5-1, some cramp bar 5-6 on two garden shape supporting disk 5-5 are installed to pipe fitting on the cooler, open motor 5-11 and make the cooling of pipe fitting rotation carrying out nature.
As shown in figure 12, the pipe fitting that cooling is good lifts by driving and carries out product inspection on the product inspection platform 8 naturally, and then the pipe fitting of acceptance or rejection is hung appointed positions with driving.Finish whole work of inner wall of metal tube thermoplastic.
As shown in Figure 9, it is to realize like this that metal tube inside and outside wall heat is rolled the wall flow process, rotary table 4 Rotate 180 degree, the pipe fitting of finishing the inner surface heat rotational moulding is rolled among the casing 6-26 of the hot rotational moulding machine 6 of outer wall through track 6-28, starter motor 6-16 makes moving frame 6-4 motion, utilizes two cramp bar 6-10 on supporting disk 6-9, the 6-13 that pipe fitting is clamped.Starter motor 6-1,6-3 drives drive roll 6-6 rotation by the band transmission, and drive roll 6-6 drives supporting disk 6-9 rotation, also rotation thereupon of pipe fitting simultaneously.The high pressure gas of Open valve 6-25 gas tank 6-23 enters hopper 6-22 and stuff-spraying pipe 6-21, and high pressure gas blows afloat the plastics among the hopper 6-22 and is full of whole case groove 6-26, and progressively is adsorbed on the pipe fitting of heating, and realization pipe fitting outer wall heat is rolled wall.After the hot rotational moulding of outer wall is finished, open upper box lid 6-12, mobile traversing carriage 6-14 lifts pipe fitting in the hot rotational moulding insulating box 7.
Shown in Figure 11, pipe fitting after outer wall heat is rolled hangs among the casing 7-11 of hot rotational moulding insulating box 7, operation handwheel 7-1, pole 7-18 on the supporting disk 7-8 is installed pipe fitting, open motor 7-15 and make the pipe fitting rotation, electric boiling plate 6-16 heating makes pipe fitting keep certain constant temperature time in insulating box, reaches the effect of plasticizing.After finishing the constant temperature plasticizing, open loam cake 7-10, with driving pipe fitting is hung on the hot rotational moulding nature cooler 5 and carry out the nature cooling, (natural cooler front is told about) hangs 8 checks of product inspection platform, the qualified metal tube inside and outside wall thermal rotational molding technique flow process of finishing at last.
Claims (10)
1, the hot rotational moulding anticorrosion process of a kind of metallic conduit inside and outside wall, comprise two kinds of the hot rotational moulding anticorrosion process of inner surface heat rotational moulding anticorrosion process and inside and outside wall, it is characterized in that: the technological process of the hot rotational moulding anticorrosion process of described metal pipe internal wall is: will process qualified metal tube and carry out lifting after the inside and outside rust cleaning verifying bench before the rotational moulding, and carry out successively
The technological process of the hot rotational moulding anticorrosion process of described metallic conduit inside and outside wall is: will process qualified metal tube and carry out lifting behind the surface derusting verifying bench before the rotational moulding, and carry out successively
2, the employed equipment of the hot rotational moulding anticorrosion process of a kind of realization metallic conduit inside and outside wall, it is characterized in that: it comprises the anticorrosion preceding verifying bench (1) of rotational moulding, electric furnace (2), inner surface heat rotational moulding machine (3), rotary table (4), hot rotational moulding nature cooler (5), the hot rotational moulding machine of outer wall (6), hot rotational moulding insulating box (7), product inspection platform (8).
3, the employed equipment of the hot rotational moulding anticorrosion process of realization metallic conduit inside and outside wall according to claim 2 is characterized in that: the anticorrosion preceding verifying bench (1) of described rotational moulding comprises rectangle table top (1-1) and is vertically fixed on some the legs (1-2) of table top (1) lower surface.
4, the employed equipment of the hot rotational moulding anticorrosion process of realization metallic conduit inside and outside wall according to claim 2, it is characterized in that: described electric furnace (2) comprises rectangle body of heater (2-1), be vertically mounted on some the supporting legs (2-5) of body of heater (2-1) lower end, be installed in some the electric boiling plates (2-4) and the defeated material guide rail (2--3) of body of heater inner chamber; Described body of heater (2-1) interfixes into the rectangular tubular casing by the rectangular slab of four band heat-insulation layers, side door (2-7) before and after install by hinge (2-6) respectively at the two ends of tubular carton; Article two, the guideway that is parallel to each other (2-2) tilts to be installed on the base plate of body of heater (2-1) inner chamber by two highly different railroad shoes (2-3) respectively, the high-end preceding verifying bench (1) and contour with table top (1-1) upper surface of the outer close rotational moulding of body of heater that stretches out of guide rail (2-2); The low side of guide rail (2-2) stretches out body of heater and is connected with inner surface heat rotational moulding machine (3).
5, the employed equipment of the hot rotational moulding anticorrosion process of realization metallic conduit inside and outside wall according to claim 2, it is characterized in that: described inner surface heat rotational moulding machine (3) comprises cabinet (3-1), supporting leg (3-15), initiative roll shaft (3-6), supporting roller assembly (3-5) and motor (3-11); Described cabinet (3-1) interfixes into the rectangular tubular casing by the rectangular slab of four band heat-insulation layers, and front and back sides (3-10) is installed by hinge (3-2) respectively in the two ends of tubular carton; Roll shaft (3-3) is installed on the base plate of cabinet (3-1) inner chamber and is transferred to (3-4) by chain and is connected with motor (3-11) by two bearing blocks (3-7) level, two active rolls (3-6) are fixed on the roll shaft (3-3); Two supporting roller assemblies (3-5) are installed in the opposite side of cabinet (3-1) base plate, and guide rail (2-2) low side in two electric furnaces (2) is installed in a side of cabinet (3-1) base plate by rail brackets (3-13); Two discharging guide rails (3-12) are high-end to be installed in the opposite side of cabinet (3-1) base plate by rail brackets (3-14), and the other end is that low side is near rotary table (4) and be installed on the supporting leg (3-15) by rail brackets (3-14);
Described supporting roller assembly (3-5) comprises support, leading screw, nut and backing roll, described troffer (3.5-6) is installed in cabinet (1) base plate one side, support (3.5-6) centre, lower end hold-down nut (3.5-5), leading screw (3.5-4) is installed in the nut (3.5-5), leading screw (3.5-4) upper end sliding fit is installed in the lower end of roller bracket (3.5-3), the lower end is handwheel (3.5-7) fixedly, and backing roll (3.5-1) is installed in roller bracket (3.5-3) top by axle (3.5-2) sliding fit.
6, the employed equipment of the hot rotational moulding anticorrosion process of realization metallic conduit inside and outside wall according to claim 2 is characterized in that: described rotary table (4) comprises tiltable workbench (4-1), rotary table (4-6), worm couple, plane bearing (4-10) and the frame of being made up of fixed head (4-11) and supporting leg (4-12); Described rectangle tiltable workbench (4-1) centre, lower surface is connected with upper surface, garden shape rotary table (4-6) by hinge joint bearing (4-2), length direction center, tiltable workbench (4-1) upper surface makes circular groove, long limit one side is made boss, opposite side hold-down nut (4-5); Leading screw (4-3) is vertically mounted in the screw of nut (4-5), and leading screw (4-3) upper end is handwheel fixedly, the hinge joint of lower end and rotary table (4-6) upper surface; The lower end of rotary table (4-6) is worm gear (4-7) fixedly, is connected with the motor (4-9) that is fixed on fixed head (4-11) upper surface by the band transmission with the handle bar (4-8) that worm gear (4-7) is meshed; Mounting plane bearing (4-10) between garden shape fixed head (4-11) and the worm gear (4-7), some supporting legs (4-12) are fixed in the lower end.
7, the employed equipment of the hot rotational moulding anticorrosion process of realization metallic conduit inside and outside wall according to claim 2, it is characterized in that: the hot rotational moulding machine of described outer wall (6) comprises fixed frame (6-2), moving frame (6-14), be installed in the cabinet (6-26) between two frames, gas tank (6-23) and stuff-spraying pipe (6-21), hopper (6-22); The motor (6-1) that install described fixed frame (6-2) bottom is connected with initiative roll shaft (6-4) by band transmission (6-3), initiative roll shaft (6-4) is installed in the middle part of fixed frame (6-2) by bearing (6-5) level, drive roll (6-6) is fixed on the middle part of initiative roll shaft (6-4), is installed in the top of fixed frame (6-2) by axle (6-7), bearing (6-8) with the tangent garden shape supporting disk (6-9) in the outer garden of drive roll (6-5); The motor (6-16) that install described moving frame (6-14) bottom is connected with four wheels (6-19) that are installed in moving frame (6-14) bottom by gearbox (6-17), band transmission (6-18), and two guide rails (6-20) are installed in the wheel lower end; Supporting disk (6-13) is installed in the top of moving frame (6-14) by axle (6-15), bearing (6-8); The outside vertical of two supporting disks (6-9), (6-13) is fixed some cramp bars (6-10); Rectangular box (6-26) is horizontally fixed between two frames by some supporting legs (6-27), case lid (6-12) is installed on the upper end of casing (6-26) by claw (6-11), and the back chamber door (6-31) of cabinet (6-26) is installed in the guide groove (6-30) movingly; Two parallel guide rails (6-28) tilt to be installed in the rear side of casing (6-26) by two supporting legs (6-27), (6-29), it is high-end near rotary table (4) that its low side inserts casing (6-26) inner chamber, rectangle hopper (6-22) is installed on the base plate of casing (6-26) front side, hopper (6-22) is gone up peripheral narrow meshed plastic-blasting pipe (6-21) is installed, and the gas tank (6-23) that is installed in casing (6-26) bottom is connected with stuff-spraying pipe (6-21) and hopper (6-22) respectively by appendix (6-24) valve (6-25) and threeway.
8, the employed equipment of the hot rotational moulding anticorrosion process of realization metallic conduit inside and outside wall according to claim 2 is characterized in that: described hot rotational moulding insulating box (7) comprises that casing (7-11) is installed in two supporting disks (7-8) and the electric boiling plate (7-16) of cabinets cavity; Some supporting legs (7-17) are fixed in described flute profile casing (7-11) lower end, and loam cake (7-10) is installed in the upper end of casing (7-11) by some hinges (7-9); Some electric boiling plates (7-16) are installed in the inner chamber of casing (7-11); Support (7-4) is fixed on casing (7-11) side, nut (7-3) is horizontally fixed on the outer end of support (7-4), be screwedly mounted on the fixing handwheel (7-1) in leading screw (7-2) outer end in the nut (7-3), the inner shaft joint (7-5) that passes through is connected with axle (7-7), axle (7-7) is fixed on the end that interior two bearing blocks (7-6) of casing (7-11) are installed in casing (7-11) inner chamber, the other end vertical fixing garden shape supporting disk (7-8) of axle (7-7) by two; Axle (7-13) is connected with motor (7-15) by the other end and the logical chain transmission (7-14) that bearing block (7-6), bearing (7-12) level are installed in casing (7-11), the inner vertical fixing supporting disk (7-8) of axle (7-13), two supporting disks (7-8) some cramp bars of inner face vertical fixing (7-18).
9, the employed equipment of the hot rotational moulding anticorrosion process of realization metallic conduit inside and outside wall according to claim 2 is characterized in that: described hot rotational moulding nature cooler (5) comprises two frames, rack-mounted two supporting disks (5-5); Described frame (one) is upper end hold-down nut (5-2) (5-12), is screwedly mounted on leading screw (5-3) outer end fixedly handwheel (5-1), the inner bearing block (5-4) and vertical connection of garden shape supporting disk (5-5) of passing through in the nut (5-2); Frame (two) (5-10) upper end is fixed two bearing blocks (5-7), axle (5-8) is installed in two bearings in (5-7) and be transferred to (5-9) by chain and be connected with motor (5-11), motor (5-11) is installed in (5-10) bottom of frame (two), axle (5-8) inner vertical fixing supporting disk (5-5), some cramp bars of the inner vertical fixing of two supporting disks (5-5) (5-6); Frame (one) (5-12) and frame (two) place the traversing carriage (5-14) that two inclined guide rails (5-13) are equipped with in the upper end between (5-10).
10, the employed equipment of the hot rotational moulding anticorrosion process of realization metallic conduit inside and outside wall according to claim 2 is characterized in that: described product inspection platform (8), its rectangle table top (8-1) some supporting legs of lower end vertical fixing (8-2).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710020143A CN101011690B (en) | 2007-02-16 | 2007-02-16 | Thermal rotational molding technique and device for inner wall and outer wall of metal pipe |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200710020143A CN101011690B (en) | 2007-02-16 | 2007-02-16 | Thermal rotational molding technique and device for inner wall and outer wall of metal pipe |
Publications (2)
| Publication Number | Publication Date |
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| CN101011690A true CN101011690A (en) | 2007-08-08 |
| CN101011690B CN101011690B (en) | 2010-05-19 |
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Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103370145A (en) * | 2011-01-19 | 2013-10-23 | 哈利伯顿能源服务公司 | A method of coating a porous substrate with a thermoplastic material from the outside of the substrate |
| CN103623978A (en) * | 2013-11-26 | 2014-03-12 | 天津翔盛粉末涂料有限公司 | Special production system for anticorrosion hot roll coating of steel pipe and special roll coating method using special production system |
| CN106076792A (en) * | 2016-08-11 | 2016-11-09 | 山东澳星陶瓷复合管有限公司 | A kind of preparation method of polymer base composite steel tube |
| CN109465159A (en) * | 2018-10-23 | 2019-03-15 | 济南德士净水管道制造有限公司 | A kind of plastic coating method and plastic-coated device |
| CN111167642A (en) * | 2020-02-21 | 2020-05-19 | 三门秋兰喷涂机科技有限公司 | Anticorrosive wear-resisting liquid spraying device of surface in pipeline |
-
2007
- 2007-02-16 CN CN200710020143A patent/CN101011690B/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103370145A (en) * | 2011-01-19 | 2013-10-23 | 哈利伯顿能源服务公司 | A method of coating a porous substrate with a thermoplastic material from the outside of the substrate |
| CN103370145B (en) * | 2011-01-19 | 2015-09-09 | 哈利伯顿能源服务公司 | From the outside of matrix with the method for thermoplastic material-coated first porous matrix |
| CN103623978A (en) * | 2013-11-26 | 2014-03-12 | 天津翔盛粉末涂料有限公司 | Special production system for anticorrosion hot roll coating of steel pipe and special roll coating method using special production system |
| CN103623978B (en) * | 2013-11-26 | 2016-02-10 | 天津翔盛粉末涂料有限公司 | The special production system of the hot roller coating of a kind of steel pipe corrosion-proof and utilize the special rolling process of this special production system |
| CN106076792A (en) * | 2016-08-11 | 2016-11-09 | 山东澳星陶瓷复合管有限公司 | A kind of preparation method of polymer base composite steel tube |
| CN109465159A (en) * | 2018-10-23 | 2019-03-15 | 济南德士净水管道制造有限公司 | A kind of plastic coating method and plastic-coated device |
| CN111167642A (en) * | 2020-02-21 | 2020-05-19 | 三门秋兰喷涂机科技有限公司 | Anticorrosive wear-resisting liquid spraying device of surface in pipeline |
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| Publication number | Publication date |
|---|---|
| CN101011690B (en) | 2010-05-19 |
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