CN201791649U - Feeding and recycling system of floor groove coating machine - Google Patents
Feeding and recycling system of floor groove coating machine Download PDFInfo
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- CN201791649U CN201791649U CN2010205172887U CN201020517288U CN201791649U CN 201791649 U CN201791649 U CN 201791649U CN 2010205172887 U CN2010205172887 U CN 2010205172887U CN 201020517288 U CN201020517288 U CN 201020517288U CN 201791649 U CN201791649 U CN 201791649U
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Abstract
The utility model relates to a feeding and recycling system of a floor groove coating machine. The feeding and recycling system of the floor groove coating machine consists of a feeding system and a recycling system, wherein the feeding system comprises a raw material device, a raw material conveying device and a raw material pipeline clearing device; the raw material device comprises a raw material frame, a raw material box, an electric heater, a temperature sensor and a liquid level meter; and the electric heater, the temperature sensor and the liquid level meter are arranged in the raw material box respectively. The feeding and recycling system is characterized in that: the raw material box is movably arranged on the raw material frame. A movable raw material device is adopted, so that raw material replacing time can be shortened, labor intensity can be lowered, the proportion and color of a raw material are convenient to change and adjust, the situations of mechanical parts and electrical appliance elements inside the box are easy to grasp and maintenance and operation are convenient; a sprayed raw material has high uniformity and enhances the molding quality of a floor; and a pipeline can be kept smooth, raw materials are saved, pollution is reduced and energy sources are saved.
Description
Technical field
The utility model relates to the feed and the recovery system of a kind of floor tongue and groove flush coater.
Background technology
The floor flush coater is applied to floor processing enterprise, the tongue and groove on floor is carried out water-proof spraying handle, and improves protection against the tide, the distortion-free ability on floor; Conventional water-proofing treatment material is primary raw material with paraffin.
There are the following problems for the feed of present floor tongue and groove flush coater and recovery system:
1, Chang Gui former materials device is to be supplied raw material by single former hopper, its raw material casing immobilizes, the raw material that can use is single, be not easy to change the color of proportion of raw materials and raw material, raw material box house cleaning difficulty, the cleaning Ji that consumes in raw material casing scale removal process is many, and the time that cleaning is consumed is long, and progress is slow.
2, floor tongue and groove spraying equipment raw material commonly used is the cerul waterproof material, further raising along with waterproof requirement, in comprehensive contrast to the water resistance of solid lacquer and the water resistance of cerul waterproof material, show solid coat with lacquer protection against the tide, anti-deformation, can be painted and color many-sided advantage such as can adjust.The solid lacquer is formed by multiple combinations of substances, and the proportion of some materials wherein, viscosity etc. have nothing in common with each other, and have also comprised a part of small particulate material.Therefore, raw material under static state produces precipitation.Because of existing feeding system is not provided with agitating device, the raw material of spraying is inhomogeneous.
3, tongue and groove water-proof spraying in floor is raw materials used is materials such as paraffin, solid lacquer.Raw material is solid particle at normal temperatures, be heated to uniform temperature after, raw material is by solid-state liquefy gradually; After raw material was cooled to uniform temperature, raw material became solid-state by liquid state gradually.The raw material that spraying operation sprayed all must be the liquid with certain flowability.In the tongue and groove water-proof spraying operation process of floor, the transfer pipeline of raw material is the carrier that raw material is carried; Guarantee transfer pipeline unimpeded be one of primary condition of guaranteeing the ordinary production operation.Raw material is solid at normal temperatures, at high temperature is the characteristic of liquid, requires the employed pipeline of transferring raw material to possess two basic conditions: one, pipeline inside are to have mobile liquid material; Its two, pipeline inside does not have raw material.Like this, the pipeline of raw material conveying could keep unimpeded.Conventional floor tongue and groove spraying equipment is that the compressed air valve is installed in the position, feed(raw material)inlet that feed is responsible for to the manner of cleaning up of pipeline; When needs carried out the pipeline cleaning, the raw material in the pipeline was to import compressed air by the inlet of raw material to the Way out of raw material, causes wastage of material, and contaminated environment.
4, the redundance after the spraying returns in the former hopper by flowing fast of air, and the pipeline of collection box leading portion promptly is the raw material backward channel for the first time, is again air duct.Liquid material can return collection box for the first time after entering recovery channel substantially, but have partly raw material because of form vaporific or gaseous state (the air channel inlet is a cold air, the raw material that may form gaseous state there is cooling effect), follow quick flow air and enter in the pipeline of spiral vortex type air blast, be discharged in the settling tank by wind-force at last.Enter the liquid material of spiral vortex type air blast inside, if rest in the housing of spiral vortex type air blast, the cooling back forms solid, and the blade in the possible clamping stagnation blower fan makes the spiral vortex type air blast can not normally start or start back damage impeller.Get rid of the interior raw material remnants of housing of blower fan, must set up drain passage blower fan inside.Drain and the liquid material of the pump housing inside of existing spiral vortex type blower fan is difficult.
Summary of the invention
The purpose of this utility model is to provide the feed and the recovery system of a kind of floor tongue and groove flush coater, and this system can reduce raw material and change the time, reduces labor intensity, and it is convenient to change former hopper.
To achieve these goals, the technical solution of the utility model is: the feed and the recovery system of floor tongue and groove flush coater, it is made up of feeding system and recovery system, feeding system comprises former materials device, raw material conveying device, raw material pipeline cleaning plant, former materials device comprises raw material frame, former hopper, electric heater, temperature sensor, liquid level meter, and electric heater, temperature sensor, liquid level meter are provided with respectively in the former hopper; It is characterized in that: former hopper is movable to be arranged on the raw material frame.
Described former hopper is arranged on the lowering or hoisting gear, and lowering or hoisting gear is arranged on the raw material frame.
Described lowering or hoisting gear comprises oil cylinder, chain, support roller, lifting support, base plate, guiding mechanism, the cylinder body of oil cylinder is provided with pedal, unloader, the cylinder body of oil cylinder is fixed on the raw material frame, the upper end of the piston rod of oil cylinder is provided with support roller, one end of chain is fixedlyed connected with the raw material frame, the other end of chain is fixedlyed connected with lifting support after walking around support roller, and base plate is linked to each other with lifting support by 2-10 buffer gear, is placed with former hopper on the base plate; Guiding mechanism comprises directive wheel, gathering sill, and gathering sill is arranged on the raw material frame, and gathering sill arranges that along short transverse directive wheel is positioned at gathering sill, and directive wheel is arranged on the lifting support.
Described buffer gear comprises bar, compression spring, spring overcoat, the lower end of bar is equipped with block, the compression spring housing is on bar, the compression spring is shelved on the block, block, compression spring lay respectively in the spring overcoat, and the lower end of spring overcoat is welded on the base plate, and the upper end of spring overcoat is provided with the bar hole, the external diameter of block is greater than the bar aperture, and weld with lifting support after passing the bar hole, upper end of spring overcoat the upper end of bar.Spring is flexible in the middle of spring overcoat and block.
The upper end of raw material frame is a panel, be hinged with first screw mandrel, second screw mandrel, the 3rd screw mandrel, the 4th screw mandrel on the panel, the bottom of first screw mandrel screws on nut after passing first screw hole on the base plate, the bottom of second screw mandrel screws on nut after passing second screw hole on the base plate, the bottom of the 3rd screw mandrel screws on nut after passing the 3rd screw hole on the base plate, and the bottom of the 4th screw mandrel screws on nut after passing the 4th screw hole on the base plate.
Be fixed with agitating device on the raw material frame, the stirring vane of agitating device is positioned at former hopper.
Raw material pipeline cleaning plant comprises air compressor machine, compressed air is responsible for, first compressed air is in charge of, second compressed air hose, first valve, second valve, the 3rd valve, the 4th valve, the 5th valve, the 6th valve, first valve, second valve is arranged on first feed of raw material conveying device and is in charge of, the input that first valve is in charge of near first feed, the output that second valve is in charge of near first feed, the 3rd valve, the 4th valve is arranged on second feed of raw material conveying device and is in charge of, the input that the 3rd valve is in charge of near second feed, the output that the 4th valve is in charge of near second feed; The input that compressed air is responsible for links to each other with the delivery outlet of air compressor machine, the output that compressed air is responsible for is in charge of with first compressed air respectively, the input of second compressed air hose links to each other, the output that first compressed air is in charge of is in charge of with first feed of raw material conveying device and is connected, the output that the output that first compressed air is in charge of is in charge of near first feed and between first valve and second valve, the output of second compressed air hose is in charge of with second feed of raw material conveying device and is connected, the output that the output of second compressed air hose is in charge of near second feed and between the 3rd valve and the 4th valve, first compressed air is in charge of and is provided with the 5th valve, and second compressed air hose is provided with the 6th valve.
Recovery system comprises left recovery tube, right recovery tube, collection box for the first time, first airduct, collection box for the second time, second airduct, the spiral vortex type air blast of band porus excretorius, the 3rd airduct, settling tank, exhaust duct, air duct on the jet limit of input and the left shower nozzle of left side recovery tube links to each other, a left side recovery tube output with the first time collection box be connected, the input of right recovery tube links to each other with air duct on the jet limit of right shower nozzle, the output of right recovery tube with the first time collection box be connected, the bottom of collection box is provided with the feed back pipe for the first time, and the feed back pipe communicates with the former hopper of feeding system; For the first time collection box by first airduct with the second time collection box be connected, collection box is connected by the air input channel joint of second airduct with the spiral vortex type air blast of band porus excretorius for the second time, the air output channel joint of the spiral vortex type air blast of band porus excretorius is connected with settling tank by the 3rd airduct, and settling tank is provided with exhaust duct.
The spiral vortex type air blast of described band porus excretorius comprises blower motor, support, blower casing, rotating shaft, impeller, blower motor is fixed on the support, blower casing is fixed on the blower motor, in the blower casing is impeller cavity, blower casing is provided with air input channel joint, air output channel joint, air input channel joint, air output channel joint are connected with impeller cavity respectively, impeller is positioned at impeller cavity, and the output shaft of blower motor is fixedlyed connected with impeller after penetrating axis hole on the blower casing; The bottom of blower casing is provided with porus excretorius, and porus excretorius is connected with impeller cavity.The place, bottom discharge hole of blower casing connects an excretory duct, and valve is set on the excretory duct.
The beneficial effects of the utility model are:
1, former materials device adopts movable former materials device, can reduce raw material and change the time, reduces labor intensity, and change and adjustment proportion of raw materials and color are convenient, and the machine components of box house and the situation of electric elements are grasped easily, are convenient to maintenance and operation.
2, the configuration of agitating device and use for removing inhomogeneous situation in the coating, prevent precipitation, can play a key effect.
If the advantage of agitating device:
1.. agitating device can stir uniformly to the raw material of spraying, and the raw material good uniformity of spraying has improved the moulding quality on floor.
2.. can eliminate uneven grain in the raw material to the influence of the discharge stability of centrifugal pump.
3, the reasonable setting of raw material pipeline cleaning plant, unimpeded for service conduit realized the normal supply of raw material, effect obviously can keep pipeline unimpeded, conservation, pollution abatement, energy savings.
4, the bottom of blower casing is provided with the advantage of porus excretorius:
1.. can be as the outlet that enters the liquid material of pump housing inside.
2.. need not increases investment, simple and practical.
Description of drawings
Fig. 1 is the feed of the utility model floor tongue and groove flush coater and the structural representation of recovery system;
Fig. 2 is the structural representation of former materials device of the present utility model;
Fig. 3 is the structural representation of raw material pipeline cleaning plant of the present utility model;
Fig. 4 is the structural representation of agitating device of the present utility model (mixer);
Fig. 5 is the structural representation of spiral vortex type air blast of the present utility model;
Among the figure: 1-sprays frame, and 2-left side shower nozzle is regulated support, and the right shower nozzle of 3-is regulated support, 4-left side shower nozzle, the right shower nozzle of 5-, 6-first feed is in charge of, 7-first compressed air is in charge of, and 8-compressed air is responsible for, the 9-floor, 10-second compressed air hose, 11-second feed is in charge of, and the 12-feed is responsible for, the 13-centrifugal pump, 14-agitating device (mixer), 15-is collection box for the first time, 16-first airduct, 17-left side recovery tube, the right recovery tube of 18-, the 19-lowering or hoisting gear, 20-raw material frame, the former hopper of 21-, 22-is collection box for the second time, 23-second airduct, the spiral vortex type air blast of 24-band porus excretorius, 25-the 3rd airduct, 26-settling tank, 27-exhaust duct, the 28-pedal, 29-back-moving spring, 30-oil cylinder (hydraulic cylinder), the 31-unloader, 32-piston rod, 33-chain, the 34-directive wheel, 35-support roller (sprocket wheel), 36-panel, 37-first screw mandrel, 38-lifting support, 39-bar, 40-compresses spring, 41-spring overcoat, 42-base plate, 43-second screw mandrel, 44-first valve, 45-second valve, 46-the 3rd valve, 47-the 4th valve, 48-the 5th valve, 49-the 6th valve, 50-stirring motor, the 51-gear reduction unit, the 52-silica gel plate, 53-shaft coupling, 54-axle, the 55-stirring vane, 56-air output channel joint, 57-blower motor, 58-support, the 59-blower casing, the 60-impeller, 61-impeller cavity, 62-porus excretorius.
The specific embodiment
As shown in Figure 1, the feed and the recovery system of floor tongue and groove flush coater, it is made up of feeding system and recovery system.Feeding system comprises former materials device, raw material conveying device, agitating device, raw material pipeline cleaning plant.
As shown in Figure 2, former materials device (movable former materials device) comprises raw material frame 20, former hopper 21, lowering or hoisting gear 19, electric heater, temperature sensor, former hopper 21 is arranged on the lowering or hoisting gear 19, lowering or hoisting gear 19 is arranged on (being former hopper 21 movable being arranged on the raw material frame 20) on the raw material frame 20, and electric heater (electric heating tube), temperature sensor are provided with respectively in the former hopper 21; Former hopper 21 is the stainless steel heat-preserving container, is the raw material hold-up vessel.
Lowering or hoisting gear can be multiple version, as: the direct jacking lifting support of hydraulic cylinder, former hopper 21 is arranged on the lifting support, establishes guiding mechanism between lifting support and the raw material frame 20; Also can adopt lifting support to drive lifting by motor, screw pair; Or the like, the version of all energy liftings all is applicable to the utility model.Be an embodiment of the present utility model below: described lowering or hoisting gear 19 comprises oil cylinder 30, chain 33, support roller 35, lifting support 38, base plate 42, guiding mechanism, the cylinder body of oil cylinder 30 is provided with pedal 28, unloader 31, the cylinder body of oil cylinder 30 is fixed on the raw material frame 20, the upper end of the piston rod 32 of oil cylinder 30 is provided with support roller 35, one end of chain 33 is fixedlyed connected with raw material frame 20, the other end of chain 33 is walked around support roller 35 back and is fixedlyed connected (lifting drive lifting support 38 liftings of piston rod 32) with lifting support 38, base plate 42 is linked to each other with lifting support 38 by 2-10 buffer gear, and (the present embodiment buffer gear can adopt 3, choose as required), be placed with former hopper 21 (lifting of base plate 42 is convenient for changing former hopper) on the base plate 42; Guiding mechanism comprises directive wheel 34, gathering sill, and gathering sill is arranged on the raw material frame 20, and gathering sill is arranged (lifting direction layout) along short transverse, and directive wheel 34 is positioned at gathering sill, and directive wheel 34 is arranged on the lifting support 38.
Described buffer gear comprises bar 39, compression spring 40, spring overcoat 41, the lower end of bar 39 is equipped with block, compression spring 40 is enclosed within on the bar 39, compression spring 40 is shelved on the block, block, compression spring 40 lay respectively in the spring overcoat 41, and the lower end of spring overcoat 41 is welded on the base plate 42, and the upper end of spring overcoat 41 is provided with the bar hole, the external diameter of block is greater than the bar aperture, and the upper end of bar 39 is passed behind the bar hole, upper end of spring overcoat 41 and lifting support 38 welding.Spring pine in the middle of spring overcoat and block contracts.
The upper end of raw material frame 20 is a panel 36, be hinged with first screw mandrel 37 on the panel 36, second screw mandrel 43, the 3rd screw mandrel, the 4th screw mandrel, the bottom of first screw mandrel 37 screws on nut after passing first screw hole on the base plate 42, the bottom of second screw mandrel 43 screws on nut after passing second screw hole on the base plate 42, the bottom of the 3rd screw mandrel screws on nut after passing the 3rd screw hole on the base plate 42, the bottom of the 4th screw mandrel is passed and is screwed on nut behind the 4th screw hole on the base plate 42 (after former hopper rises to the position, by first screw mandrel 37, second screw mandrel 43, the 3rd screw mandrel, the 4th screw mandrel hangs, and increases security).
As shown in Figure 1, raw material conveying device comprises conveying pipeline, centrifugal pump 13, feed is responsible for 12, first feed is in charge of 6, second feed is in charge of 11, the input of conveying pipeline is positioned at former hopper 21 (being used for the raw material of former hopper 21 is drawn), the output of conveying pipeline links to each other with the input of centrifugal pump 13, centrifugal pump 13 is fixed on the raw material frame 20 of former materials device, the output of centrifugal pump 13 links to each other with the feed person in charge 12 input, the feed person in charge 12 output is in charge of 6 with first feed respectively, second feed is in charge of 11 input and is linked to each other, first feed is in charge of 6 output and is linked to each other with the input port of left shower nozzle 4, and second feed is in charge of 11 output and is linked to each other with the input port of right shower nozzle 5.
Left side shower nozzle 4 is arranged on left shower nozzle and regulates on the support 2, and left shower nozzle 4 is positioned at the left side on floor 9, and right shower nozzle 5 is arranged on right shower nozzle and regulates on the support 3, and right shower nozzle 5 is positioned at the right side on floor 9, and left shower nozzle is regulated support 2, right shower nozzle is regulated support 3 and is arranged on the spraying frame 1.Shower nozzle (left shower nozzle 4, right shower nozzle 5) inside is provided with raw material transfer passage and jet, is used for spraying operation; An air duct is arranged on the limit of jet.
As Fig. 1, shown in Figure 4, be fixed with agitating device on the raw material frame 20, the stirring vane of agitating device is positioned at former hopper 21.Agitating device comprises stirring motor 50, gear reduction unit 51, silica gel plate 52, shaft coupling 53, axle 54, stirring vane 55, the output shaft of stirring motor 50 links to each other with the input of gear reduction unit 51, the output shaft of gear reduction unit 51 is linked to each other by the upper end of shaft coupling 53 with axle 54, the bottom of axle 54 is fixed with stirring vane 55, gear reduction unit 51 is fixing with the panel 36 of the raw material frame 20 of former materials device, is provided with silica gel plate 52 (being used for heat insulation and sealing) between panel 36 and the gear reduction unit 51.
As shown in Figure 3, raw material pipeline cleaning plant comprises air compressor machine, compressed air is responsible for 8, first compressed air is in charge of 7, second compressed air hose 10, first valve 44, second valve 45, the 3rd valve 46, the 4th valve 47, the 5th valve 48, the 6th valve 49, first valve 44, second valve 45 is arranged on first feed of raw material conveying device and is in charge of on 6, first valve 44 is in charge of 6 input near first feed, second valve 45 is in charge of 6 output near first feed, the 3rd valve 46, the 4th valve 47 is arranged on second feed of raw material conveying device and is in charge of on 11, the 3rd valve 46 is in charge of 11 input near second feed, and the 4th valve 47 is in charge of 11 output near second feed; The compressed air person in charge 8 input links to each other with the delivery outlet of air compressor machine, the compressed air person in charge 8 output is in charge of 7 with first compressed air respectively, the input of second compressed air hose 10 links to each other, first compressed air is in charge of 7 output and is in charge of 6 with first feed of raw material conveying device and is connected, first compressed air is in charge of that 7 output is in charge of 6 output near first feed and between first valve 44 and second valve 45, the output of second compressed air hose 10 is in charge of 11 with second feed of raw material conveying device and is connected, the output of second compressed air hose 10 is in charge of 11 output near second feed and between the 3rd valve 46 and the 4th valve 47, first compressed air is in charge of 7 and is provided with the 5th valve 48, the second compressed air hoses 10 and is provided with the 6th valve 49.
As shown in Figure 1, recovery system comprises left recovery tube 17, right recovery tube 18, collection box 15 for the first time, first airduct 16, collection box 22 for the second time, second airduct 23, the spiral vortex type air blast 24 of band porus excretorius, the 3rd airduct 25, settling tank 26, exhaust duct 27, air duct on the jet limit of input and the left shower nozzle 4 of left side recovery tube 17 links to each other (under the graviational interaction of spiral vortex type air blast, be used to reclaim raw material), a left side recovery tube 17 output with the first time collection box 15 be connected, the input of right recovery tube 18 links to each other (under the graviational interaction of spiral vortex type air blast with air duct on the jet limit of right shower nozzle 5, be used to reclaim raw material), the output of right recovery tube 18 with the first time collection box 15 be connected, the bottom of collection box 15 is provided with the feed back pipe for the first time, and the feed back pipe communicates with the former hopper 21 of feeding system; For the first time collection box 15 by first airduct 16 with the second time collection box 22 be connected, collection box 22 is connected by the air input channel joint of second airduct 23 with the spiral vortex type air blast 24 of band porus excretorius for the second time, the air output channel joint 56 of the spiral vortex type air blast of band porus excretorius is connected with settling tank 26 by the 3rd airduct 25, and settling tank 26 is provided with exhaust duct 27.Air duct on the shower nozzle is the air intake of the spiral vortex type air blast of band porus excretorius, and the exhaust duct on the settling tank is the air outlet slit of spiral vortex type air blast.
As Fig. 1, shown in Figure 5, the spiral vortex type air blast of described band porus excretorius comprises blower motor 57, support 58, blower casing 59, rotating shaft, impeller 60, blower motor 57 is fixed on the support 58, blower casing 59 is fixed on the blower motor 57, in the blower casing 59 is impeller cavity 61, blower casing 59 is provided with air input channel joint, air output channel joint 56, air input channel joint, air output channel joint 56 is connected with impeller cavity 61 respectively, impeller 60 is positioned at impeller cavity 61, and the output shaft of blower motor 57 is fixedlyed connected with impeller 60 after penetrating axis hole on the blower casing 59; The bottom of blower casing 59 is provided with porus excretorius 62, and porus excretorius 62 is connected with impeller cavity 61.The place, bottom discharge hole of blower casing 59 connects an excretory duct, and valve is set on the excretory duct.
Feeding system of the present utility model can spray waterproof materials such as solid lacquer when satisfying the spraying of paraffinic base waterproof material.During spraying operation, the raw material that centrifugal pump 13 will stir through agitating device (mixer) 14, from centrifugal delivery side of pump, by feed be responsible for, first feed is in charge of, second feed is in charge of (valve of Flow-rate adjustment), be transported to the jet of shower nozzle, finish spraying operation the floor tongue and groove.In raw material spraying, the spiral vortex type air blast is in running order all the time, in the air rapid movement of the air duct of shower nozzle, raw material unnecessary in the spraying operation process, is extracted into for the first time in the collection box 15; Collection box is connected with former hopper 21 for the first time, and being extracted into for the first time, the raw material of collection box 15 directly enters in the former hopper 21.Like this, realized the recycling of raw material.The employed raw material of flush coater is solid-state under the normal temperature state, and raw material need be warmed to certain temperature range just can carry out spraying operation.The time lengthening that stops operation when spraying, or shutdown is when stopping all to need feed line road (feed is responsible for, first feed is in charge of, second feed be in charge of) cleared up, and prevents that raw material from solidifying under low temperature environment, guarantees that pipeline is unimpeded.Press the 5th valve 48, opening and closing when the 6th valve 49 need be cleared up on the feed line road; Use the raw material of compressed air cleaning and removal pipe interior, guaranteed the unimpeded of pipeline.For the second time collection box 22 be for collect along with quick flow air enter the spiral vortex type air blast pipeline raw material and be provided with.When raw material entered blower fan, blower fan was provided with porus excretorius; The settling tank of installing later of blower fan is collected the remainder of pipeline Central Plains material.
Former materials device adopts movable former materials device, is used for floor tongue and groove spraying process, and the former hopper (Raw material pail) 21 that the employed raw material in needs change floor of expecting according to product designs is changing device more.Use, standby raw material is placed in the Raw material pail, change bucket and just can reload, can reach the purpose of timely replacing raw material.Raw material frame 20 is one and is connected by electric welding, is of a size of the rectangular bar of steel member of 680 * 680 * 1100mm; The support bar on the raw material frame left side is a channel-section steel, when it supports the panel of raw material frame, is again the guide rail of directive wheel; Directive wheel is connected with lifting support 38, when lifting support need rise or descend, and the upper and lower rectilinear motion of guiding crop rotation.The power source of oil cylinder is with foot-operated mode pedal to be repeated to trample acquisition by operating personnel; The bottom of pedal is equipped with a back-moving spring 29, pedal is whenever stepped on once, and spring can both make pedal involution original position, the piston reciprocates that is connected with pedal, make hydraulic oil inject the inner chamber of cylinder body, be subjected to the effect of hydraulic oil, the piston rod lifting of oil cylinder, thus make the related components motion, support roller has been installed in the piston rod upper end of oil cylinder, hang chain on the support roller, an end of chain is connected with lifting support, and the other end is connected with the raw material frame; When lifting support rose, chain was around support roller displacement, the lifting support that is connected with chain displacement thereupon.The stroke of oil cylinder is determined according to the height of Raw material pail, when lifting support rises to certain altitude, piston rod arrives the automatic deloading of stroke assigned address, the merit of being done on pedal no longer makes lifting support continue to rise, guarantee can not be damaged after Raw material pail rises to certain altitude, and the pressure of counter plate can excess load; When lifting support need rise, tighten unloader, trample pedal; When lifting support need descend, open unloader, be subjected to the effect from gravity, lifting support descends.The compression spring of buffer gear, works to relax the pressure between Raw material pail and the panel in limited time on oil cylinder rises to; The adjusting of the length of the stroke of oil cylinder is finished jointly by two aspects of length of compression spring and prolongation chain.
The operation of former materials device and use: when the base plate that links to each other with lifting support is in raw material frame bottom, former hopper 21 is placed on the base plate, the baffle plate on the base plate is to former hopper 21 location; After screwing unloader, step on the pedal of oil cylinder bottom repeatedly with pin, the piston rod of oil cylinder rises, and is installed in support roller on the piston rod in company with rising; Hang over the chain displacement on the support roller, the lifting support that is connected with chain is followed displacement; At this moment, base plate rises, and the former hopper on base plate rises.After the Raw material pail rising is put in place, screw four nuts on the screw mandrel respectively, like this, the raw material that is placed in the Raw material pail just is in dormant state.When needs are changed raw material, unclamp four nuts on the screw mandrel, suitably open unloader, under the self-gravity action of lifting support and former hopper, former hopper slowly drops to the bottom, finishes the work of unloading bucket.
The manner of former hopper and structure can be varied.The application of the movable former materials device of floor tongue and groove spraying equipment in floor tongue and groove spraying field, has changed traditional feed pattern.
The operation of agitating device and use: 1. beginning to spray before the tongue and groove of floor 5-8 minute, start agitating device (mixer) raw material is stirred, the particle in the liquid material is evenly distributed.2. in the spraying process, agitating device is in running order all the time.3. agitating device cut out when raw material replacing or main frame quit work.
The operation and the use of raw material pipeline cleaning plant: in the spraying operation process, first valve 44, the 3rd valve 46 are all opened, and make pipeline unimpeded; Second valve 45, the 4th valve 47 local unlatchings are in flow and adjust state; The 5th valve 48, the 6th valve 49 are closed.Spraying operation stops, and in the time of need carrying out the raw material handling of pipe interior, pipeline is cleared up.Before the cleaning, first compressed air is in charge of 7, second compressed air hose 10, first valve 44, second valve 45, the 3rd valve 46, the 4th valve 47 Close All.The step of cleaning is:
1. open first valve 44, make first feed be in charge of 6 with feed be responsible for 12 UNICOMs.
2. open the 5th valve 48, make first feed of being responsible for 12 UNICOMs with feed be in charge of 6 and enter compressed air, the raw material that compressed air will enter this segment pipe returns former hopper 21 by the inlet of raw material.
3. after this segment pipe is cleaned out, close the 5th valve 48 and first valve 44.
4. open second valve 45, make first feed be in charge of 6 with the spout UNICOM of shower nozzle.
5. open the 5th valve 48, make the pipeline with spout UNICOM enter compressed air, at this moment, the raw material in from the feed(raw material)inlet to the spout pipeline is compressed the air complete liquidation.
6. after this segment pipe is cleaned out, close the 5th valve 48 and second valve 45.
7. clear up the pipeline on other one side with same step and mode, like this, the raw material of all pipe interiors is cleared up fully, has realized that pipeline is unimpeded.
The recovery of the redundance after the spraying of floor tongue and groove when being the impeller fast rotational by the spiral vortex type blower fan, forms pressure differential in the front and back of pipe passage, when air is flowed fast, enters reclaim line with raw material and finishes.Mobile formed negative pressure of air in the pipeline and vacuum reclaim and the recycling key that plays a part raw material.
The spiral vortex type air blast: behind the starter motor, the rotation of the impeller of enclosure interior is transported to the air in the input channel in the output channel, forms the quick circulation of air in housing, thereby makes the air of input channel enter output channel fast.In the bottom of housing (extreme lower position), be provided with one and be used for the porus excretorius that raw material flows out.Raw material becomes liquid after by heat temperature raising; In removal process, the heat energy in the raw material is transferred in the air of pipeline, and whole recovery pipeline and operation element temperature are risen.Blower fan in the course of the work, the friction of air movement makes the air channel of blower fan and housing heating, the hot-air that enters the air channel makes the temperature of the air channel of blower fan and housing higher.When raw material enters the housing of blower fan, be subjected to the effect of temperature, can not solidify rapidly; When the raw material on the inner walls is liquid, can progressively flow to lower part of frame,, under the situation that the blower fan temperature inside descends gradually, can develop into solid-state raw material gradually by liquid state as can not in time getting rid of.The lower housing portion of blower fan is provided with porus excretorius, exactly in order to discharge these raw materials.
The operation and the use of the spiral vortex type air blast of band porus excretorius: 1. when blower fan was made, porus excretorius was in the extreme lower position of housing, impeller bottom.2. when blower fan was installed, porus excretorius was perpendicular to the level ground.3. check the drainage situation every day, in time clear up excreta, and often keep porus excretorius unimpeded.
Claims (10)
1. the feed of floor tongue and groove flush coater and recovery system, it is made up of feeding system and recovery system, feeding system comprises former materials device, raw material conveying device, raw material pipeline cleaning plant, former materials device comprises raw material frame (20), former hopper (21), electric heater, temperature sensor, liquid level meter, and electric heater, temperature sensor, liquid level meter are provided with respectively in the former hopper (21); It is characterized in that: former hopper (21) is movable to be arranged on the raw material frame (20).
2. the feed and the recovery system of floor according to claim 1 tongue and groove flush coater is characterized in that: described former hopper (21) is arranged on the lowering or hoisting gear (19), and lowering or hoisting gear (19) is arranged on the raw material frame (20).
3. the feed and the recovery system of floor according to claim 2 tongue and groove flush coater, it is characterized in that: described lowering or hoisting gear (19) comprises oil cylinder (30), chain (33), support roller (35), lifting support (38), base plate (42), guiding mechanism, the cylinder body of oil cylinder (30) is provided with pedal (28), unloader (31), the cylinder body of oil cylinder (30) is fixed on the raw material frame (20), the upper end of the piston rod (32) of oil cylinder (30) is provided with support roller (35), one end of chain (33) is fixedlyed connected with raw material frame (20), the other end of chain (33) is fixedlyed connected with lifting support (38) after walking around support roller (35), base plate (42) is linked to each other with lifting support (38) by 2-10 buffer gear, is placed with former hopper (21) on the base plate (42); Guiding mechanism comprises directive wheel (34), gathering sill, and gathering sill is arranged on the raw material frame (20), and gathering sill arranges that along short transverse directive wheel (34) is positioned at gathering sill, and directive wheel (34) is arranged on the lifting support (38).
4. the feed and the recovery system of floor according to claim 3 tongue and groove flush coater, it is characterized in that: described buffer gear comprises bar (39), compression spring (40), spring overcoat (41), the lower end of bar (39) is equipped with block, compression spring (40) is enclosed within on the bar (39), compression spring (40) is shelved on the block, block, compression spring (40) lays respectively in the spring overcoat (41), the lower end of spring overcoat (41) is welded on the base plate (42), the upper end of spring overcoat (41) is provided with the bar hole, the external diameter of block is greater than the bar aperture, and weld with lifting support (38) after passing the bar hole, upper end of spring overcoat (41) upper end of bar (39).
5. the feed and the recovery system of floor according to claim 1 tongue and groove flush coater, it is characterized in that: the upper end of raw material frame (20) is panel (36), be hinged with first screw mandrel (37) on the panel (36), second screw mandrel (43), the 3rd screw mandrel, the 4th screw mandrel, the bottom of first screw mandrel (37) screws on nut after passing first screw hole on the base plate (42), the bottom of second screw mandrel (43) screws on nut after passing second screw hole on the base plate (42), the bottom of the 3rd screw mandrel screws on nut after passing the 3rd screw hole on the base plate (42), and the bottom of the 4th screw mandrel screws on nut after passing the 4th screw hole on the base plate (42).
6. the feed and the recovery system of floor according to claim 1 tongue and groove flush coater is characterized in that: the raw material frame is fixed with agitating device on (20), and the stirring vane of agitating device is positioned at former hopper (21).
7. the feed and the recovery system of floor according to claim 1 tongue and groove flush coater, it is characterized in that: raw material pipeline cleaning plant comprises air compressor machine, compressed air is responsible for (8), first compressed air is in charge of (7), second compressed air hose (10), first valve (44), second valve (45), the 3rd valve (46), the 4th valve (47), the 5th valve (48), the 6th valve (49), first valve (44), second valve (45) is arranged on first feed of raw material conveying device and is in charge of on (6), first valve (44) is in charge of the input of (6) near first feed, second valve (45) is in charge of the output of (6) near first feed, the 3rd valve (46), the 4th valve (47) is arranged on second feed of raw material conveying device and is in charge of on (11), close second feed of the 3rd valve (46) is in charge of the input of (11), and the 4th valve (47) is in charge of the output of (11) near second feed; The input that compressed air is responsible for (8) links to each other with the delivery outlet of air compressor machine, compressed air is responsible for the output of (8) and is in charge of (7) with first compressed air respectively, the input of second compressed air hose (10) links to each other, the output that first compressed air is in charge of (7) is in charge of (6) with first feed of raw material conveying device and is connected, the output that first compressed air is in charge of (7) be in charge of the output of (6) near first feed and be positioned at first valve (44) and second valve (45) between, the output of second compressed air hose (10) is in charge of (11) with second feed of raw material conveying device and is connected, the output of second compressed air hose (10) near second feed be in charge of the output of (11) and be positioned at the 3rd valve (46) and the 4th valve (47) between, first compressed air is in charge of (7) and is provided with the 5th valve (48), and second compressed air hose (10) is provided with the 6th valve (49).
8. the feed and the recovery system of floor according to claim 1 tongue and groove flush coater, it is characterized in that: recovery system comprises left recovery tube (17), right recovery tube (18), collection box (15) for the first time, first airduct (16), collection box (22) for the second time, second airduct (23), the spiral vortex type air blast (24) of band porus excretorius, the 3rd airduct (25), settling tank (26), exhaust duct (27), air duct on the jet limit of input and the left shower nozzle (4) of left side recovery tube (17) links to each other, the output of left side recovery tube (17) is connected with the collection box first time (15), the input of right recovery tube (18) links to each other with air duct on the jet limit of right shower nozzle (5), the output of right recovery tube (18) is connected with the collection box first time (15), the bottom of collection box (15) is provided with the feed back pipe for the first time, and the feed back pipe communicates with the former hopper (21) of feeding system; Collection box (15) is connected with the collection box second time (22) by first airduct (16) for the first time, collection box (22) is connected by the air input channel joint of second airduct (23) with the spiral vortex type air blast (24) of band porus excretorius for the second time, the air output channel joint (56) of the spiral vortex type air blast of band porus excretorius is connected with settling tank (26) by the 3rd airduct (25), and settling tank (26) is provided with exhaust duct (27).
9. the feed and the recovery system of floor according to claim 8 tongue and groove flush coater, it is characterized in that: the spiral vortex type air blast of described band porus excretorius comprises blower motor (57), support (58), blower casing (59), rotating shaft, impeller (60), blower motor (57) is fixed on the support (58), blower casing (59) is fixed on the blower motor (57), in the blower casing (59) is impeller cavity (61), blower casing (59) is provided with air input channel joint, air output channel joint (56), air input channel joint, air output channel joint (56) is connected with impeller cavity (61) respectively, impeller (60) is positioned at impeller cavity (61), and the output shaft of blower motor (57) is fixedlyed connected with impeller (60) after penetrating axis hole on the blower casing (59); The bottom of blower casing (59) is provided with porus excretorius (62), and porus excretorius (62) is connected with impeller cavity (61).
10. the feed and the recovery system of floor according to claim 9 tongue and groove flush coater is characterized in that: the place, bottom discharge hole of blower casing (59) connects an excretory duct, and valve is set on the excretory duct.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205172887U CN201791649U (en) | 2010-09-03 | 2010-09-03 | Feeding and recycling system of floor groove coating machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205172887U CN201791649U (en) | 2010-09-03 | 2010-09-03 | Feeding and recycling system of floor groove coating machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201791649U true CN201791649U (en) | 2011-04-13 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205172887U Expired - Fee Related CN201791649U (en) | 2010-09-03 | 2010-09-03 | Feeding and recycling system of floor groove coating machine |
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| Country | Link |
|---|---|
| CN (1) | CN201791649U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103832001A (en) * | 2014-01-06 | 2014-06-04 | 蚌埠市振华包装机械有限责任公司 | Circulating device on paperboard integrated forming machine |
| CN107081242A (en) * | 2017-04-13 | 2017-08-22 | 绥阳县宝雅装饰材料有限责任公司 | Application device for plastic plate |
| CN107755155A (en) * | 2017-10-25 | 2018-03-06 | 马鞍山湖滨无纺布科技有限公司 | A kind of Portable spraying machine |
| CN114534946A (en) * | 2022-02-14 | 2022-05-27 | 深圳市洲明科技股份有限公司 | Display screen processing technology and processing equipment |
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2010
- 2010-09-03 CN CN2010205172887U patent/CN201791649U/en not_active Expired - Fee Related
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103832001A (en) * | 2014-01-06 | 2014-06-04 | 蚌埠市振华包装机械有限责任公司 | Circulating device on paperboard integrated forming machine |
| CN107081242A (en) * | 2017-04-13 | 2017-08-22 | 绥阳县宝雅装饰材料有限责任公司 | Application device for plastic plate |
| CN107081242B (en) * | 2017-04-13 | 2023-12-15 | 绥阳县宝雅装饰材料有限责任公司 | Coating device for plastic plate |
| CN107755155A (en) * | 2017-10-25 | 2018-03-06 | 马鞍山湖滨无纺布科技有限公司 | A kind of Portable spraying machine |
| CN114534946A (en) * | 2022-02-14 | 2022-05-27 | 深圳市洲明科技股份有限公司 | Display screen processing technology and processing equipment |
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