CN205132396U - Automatic humidity water system that adds of no energy consumption - Google Patents
Automatic humidity water system that adds of no energy consumption Download PDFInfo
- Publication number
- CN205132396U CN205132396U CN201520951528.7U CN201520951528U CN205132396U CN 205132396 U CN205132396 U CN 205132396U CN 201520951528 U CN201520951528 U CN 201520951528U CN 205132396 U CN205132396 U CN 205132396U
- Authority
- CN
- China
- Prior art keywords
- valve
- ball
- water
- travelling belt
- handle
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Active
Links
Landscapes
- Nozzles (AREA)
Abstract
The utility model discloses an automatic humidity water system that adds of no energy consumption, including the supply channel of level setting directly over belt conveyor's transportation belt, set up a plurality of shower nozzles at supply channel upper nozzle orientation transportation belt upper surface, still including setting up the stock ball valve on the supply channel directly over transportation belt feed end, the stock ball valve, including the valve body, set up in the valve body the valve ball and with valve ball linkage complex valve rod, fixed connection is the handle on the valve rod the valve body outside, the handle includes that the column connects the handle to handle bar, the fixed setting at the form of the slab handle bar one end valve rod, fixes the setting at the material perception ball the handle bar other end, when not having the material on the transportation belt, the handle keeps vertical flagging, material perception ball lower surface and transportation belt upper surface clearance fit, and the stock ball valve keeps closing. The utility model discloses pile up circumstances control working water jet capacity according to the material on the transportation belt.
Description
Technical field
The utility model relates to material transportation control technology field, is specifically related to a kind of Non-energy-consumption automatic humidification water system.
Background technology
In industrial production technology field, usual employing band conveyor transports graininess or powder material, as the transport of the limestone crushing material of cement production enterprise, the transport of the broken material after the exploitation of coal and ore extraction enterprise, the transport of the industry material of metallurgical unit or power plant, in order to the dust reduced in material transportation process produces, need to carry out water spray process to the material on travelling belt.Simultaneously in order to subsequent technique operation also, need the material on travelling belt to carry out spraying water or spray raw material liq process, as the water spray process before breeze magnetic separation.
Existing to the material on travelling belt carry out water spray process, that water supply line is set above the travelling belt of band conveyor, water supply line arranges the shower nozzle of multiple nozzle towards travelling belt, water supply line arranging the water supply control valve for controlling output, being controlled the injection flow rate whether opened shower nozzle and control shower nozzle by water supply control valve.
If water supply control valve adopts ordinary ball valve, so need the unlatching and the aperture that adopt manual control ball valve.Because the operating environment around material transporting belt is poor, manual control mode, can cause healthy hidden danger to operating personnel, simultaneously can not according to the solid accumulation situation on travelling belt, the aperture of timely adjustment ball valve, when solid accumulation is many on travelling belt, can cause water spray not, when solid accumulation is few, can cause water spray too much, when also may occur not having material, shower nozzle continues water spray, causes the water pollutions around the waste of water resource and operating environment.
In order to automatically realize the automatic unlatching of water supply control valve, publication number is the Chinese patent literature of CN204735061U, automatic water jetting dust collector after a kind of limestone crushing is disclosed, comprise limestone pre-homogenizing storehouse top belt feeder, establish water jet standpipe at described head of belt conveyor blanking scraper-trough conveyer place, water jet standpipe is established multiple injection hole, water jet standpipe one end is connected with water supply line, the other end is closed, and described water jet standpipe is also provided with electromagnetic valve and shutoff valve.The program by electromagnetic valve and belt motor chain, automatically opening and closing automatically of water supply control valve is realized, but, the aperture that this automatic water jetting dust collector cannot realize water supply control valve controls automatically, also the injection flow rate of shower nozzle namely can not be controlled according to the solid accumulation situation on travelling belt, when simultaneously travelling belt idle running, shower nozzle continues to travelling belt water spray, causes the water pollutions around the waste of water resource and operating environment.
Water spray process is carried out to the material on travelling belt there is material namely to open to reach, without the technique effect that namely material stops, publication number is the Chinese patent literature of CN201176334, a kind of material automatic detection water sprayer is disclosed, water beam and the water pump of band nozzle is provided with in formation, also swing arm is provided with in formation, angular encoder, detect box, bracing frame, detecting box is placed on bracing frame, the suspended axle of swing arm upper end is rotatably supported on and detects in box, the zone face of the corresponding load-transfer device in lower end, be in transmission connection between suspended axle and angular encoder, the logarithmic output signal of angular encoder is electrically connected with the not busy circuit that opens of water pump according to line.But this material automatic detection water sprayer, complex structure, manufactures implementation cost higher, safeguards that use cost is also higher.
In field of agricultural production technologies, needing the rhizome far products to digging out in ground, as potato, ginger, carrying out batch cleaning, removing the earth of attached person on rhizome far products.Manually clean one by one if adopted, cleaning efficiency is very low, has been difficult to the cleaning task of far products in enormous quantities, if adopt stirring-type cleaning, as laundry machine, then can stave rhizome far products, cause damage to far products.
Publication number is the Chinese patent literature of CN203226235U, and for existing ginger cleaning way, or cleaning efficiency is lower, easily cause Ginger Tissue structural failure, disclose a kind of ginger cleaning machine, it has a load-transfer device, and conveyer belt surface is corrosion-resistant steel guipure; Upper section the top of load-transfer device is provided with several upper water jet standpipe, and on every root, water jet standpipe is provided with several top nozzle, and top nozzle is all towards upper section the upper surface of load-transfer device, and the angle of each top nozzle and upper water jet standpipe is between 20 degree to 90 degree; Upper section the below of load-transfer device is provided with several lower water jet standpipe, and under every root, water jet standpipe is provided with several lower nozzle, and lower nozzle is all towards upper section the lower surface of load-transfer device, and the angle of each lower nozzle and lower water jet standpipe is between 20 degree to 90 degree; Described upper water jet standpipe is all connected with water pump with lower water jet standpipe.This ginger cleaning machine, open by manually controlling water pump, even if when load-transfer device not having ginger, nozzle is equally sprayed water, the waste of water resource can be caused, this ginger cleaning machine can not according to the ginger operational throughput on load-transfer device simultaneously, the injection flow rate of adjustment nozzle, if ginger is stacked more on load-transfer device, cleans sordid problem with regard to there will be ginger, if ginger is stacked less on load-transfer device, the problem of water resource waste can be caused.
In sum, existing travelling belt material water injecting system or system, or need manpower to participate in, be difficult to control injection flow rate according to the solid accumulation situation on travelling belt, cause waste and the operating environment water pollutions of water resource; Even if adopt the electromagnetic valve chain with belt motor to control to spray water, also exist and cannot control injection flow rate according to the solid accumulation situation on travelling belt, also waste and the operating environment water pollutions of water resource is caused, there is complex structure in the technical scheme adopting acquisition of signal and whistle control system to control to spray water, manufacture implementation cost higher, safeguard the technical matters that use cost is also higher.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of Non-energy-consumption automatic humidification water system controlling injection flow rate according to the solid accumulation situation on travelling belt, thus improve the validity of the material on travelling belt being carried out to water spray process further, reduce the waste of water resource, reduce water spray processing cost.
The technical scheme that the utility model technical solution problem adopts is:
Non-energy-consumption automatic humidification water system, comprises the water supply line directly over the travelling belt being horizontally set on belt transporter, is arranged on the multiple shower nozzles of water supply line top nozzle towards travelling belt upper surface; Also comprise the stock ball valve be arranged on directly over travelling belt feed end on water supply line; Stock ball valve, comprise valve body, the valve rod being arranged on the valve ball in valve body and being linked with valve ball, be fixedly connected on the handle on the outer valve rod of valve body, handle comprises column handlebar stem, be fixedly installed on the en plaque valve rod connection handle of handlebar stem one end, be fixedly installed on the material perception ball of the handlebar stem other end; When travelling belt not having material, handle keeps vertically sagging, material perception ball lower surface and travelling belt upper surface free-running fit, and stock ball valve keeps closing.
Further, water supply line comprises vibration means for main pipe for supplying water and is arranged on many water supply arms of vibration means for main pipe for supplying water both sides, and many water supply arms are all connected with vibration means for main pipe for supplying water, and many water supply arms are provided with shower nozzle.
Further, the nozzle of shower nozzle is atomizer.
Further, material perception ball is the spherical shape structure with hollow cavity.
Further, handlebar stem is the column structure with hollow cavity.
Further, the material of material perception ball and handlebar stem is corrosion-resistant steel.
Non-energy-consumption automatic humidification water system of the present utility model is applicable to spray water or jetting liquid process to the material on conveyer belt belt, and it is also applicable to carry out earth cleaning to rhizome far products certainly; Also namely Non-energy-consumption automatic humidification water system of the present utility model had both been applicable to industrial and mining enterprises' use, was also applicable to enterprises engaged in processing agricultural products and used.
Compared with prior art, the beneficial effects of the utility model are:
1, Non-energy-consumption automatic humidification water system of the present utility model, owing to adopting the stock ball valve of the band material perception ball be arranged on directly over travelling belt feed end on water supply line, when travelling belt does not transport material, handle is under self gravitation effect, vertically sagging, and stock ball valve keeps closing; When travelling belt transports material, material lifting handle material perception ball, stock ball valve is opened, and the Altitude control stock ball valve aperture that stock ball valve is lifted according to material perception ball, supplies water to shower nozzle, control shower nozzle injection flow rate, also namely with the material thickness on travelling belt for foundation, automatically the injection flow rate of adjustment shower nozzle, accomplishes that on conveyer belt, material is the more sprayed water, material is sprayed water less, does not spray water without material.
The travelling belt material water injecting system participated in relative to needing manpower or system, Non-energy-consumption automatic humidification water system of the present utility model, material is utilized to realize the opening and closing of stock ball valve to the existence of the upper lifting force of material perception ball and disappearance, thus realize only when travelling belt transports material, stock ball valve is just opened, reduce the waste of water resource, reduce operating environment water pollutions; Utilize different-thickness material to the difference of degree of raising on material perception ball, realize controlling stock ball valve aperture by material thickness change on travelling belt, also namely control shower nozzle injection flow rate according to the inventory on travelling belt, the validity of material humidification is better, and homogeneity is higher; Compared to the electromagnetic valve water injecting system chain with travelling belt driver train or system, can only start no according to travelling belt, control shower nozzle whether to spray water to travelling belt upper surface, Non-energy-consumption automatic humidification water system of the present utility model, directly according to whether travelling belt there being material control shower nozzle whether spray water, directly control shower nozzle injection flow rate according to the material thickness on travelling belt, water resource waste is less, and specific aim and the validity of material water spray are better; Compared to employing swing arm, angular encoder, the synergistic water injecting system of detection box or system, complex structure, manufacturing cost be higher, it is professional too strong to safeguard, Non-energy-consumption automatic humidification water system of the present utility model, directly decide shower nozzle injection flow rate according to the piling height of material on travelling belt, means are simpler, effect is more direct, water spray better quality.
2, Non-energy-consumption automatic humidification water system of the present utility model, due to the water supply line adopting both sides to be provided with the water supply arm that many are connected with vibration means for main pipe for supplying water, water supply arm is provided with shower nozzle, thus improve Non-energy-consumption automatic humidification water system of the present utility model water spray efficiency further, improve homogeneity and the validity of water spray, improve the utilization ratio of water resource and utilize quality; Owing to adopting the shower nozzle with atomizer, thus reach the air quality in fast purification operating environment further, reduce the ash loss in material transportation.
3, Non-energy-consumption automatic humidification water system of the present utility model, owing to adopting, there is the handlebar stem that the spherical shape structural materials perception ball of hollow cavity or employing have the column structure of hollow cavity, improve handle to the sensivity of solid accumulation degree, thus improve validity and the specific aim of shower nozzle water spray further; Owing to adopting stainless steel material to make material perception ball and handlebar stem, thus improve the service life of handle assembly further, reduce use cost, improve the validity of stock ball valve for water management.
Accompanying drawing explanation
Fig. 1 is the structural representation of Non-energy-consumption automatic humidification water system of the present utility model.
Structural representation when Fig. 2 is Non-energy-consumption automatic humidification water system of the present utility model work.
Fig. 3 is the structural representation of stock ball valve assembly of the present utility model.
Fig. 4 is the agent structure schematic diagram of stock ball valve assembly of the present utility model.
Reference numeral in Fig. 1 to Fig. 4 is expressed as: 1-stock ball valve, 2-water supply line, 3-shower nozzle, 4-travelling belt, 5-material, 101-valve body, 102-valve ball, 103-valve rod, 104-handle, 105-valve rod connection handle, 106-handlebar stem, 107-material perception ball, 201-vibration means for main pipe for supplying water, 202-water supply arm.
Detailed description of the invention
Below in conjunction with drawings and Examples, the utility model is further illustrated.
As shown in Figures 1 to 4, Non-energy-consumption automatic humidification water system of the present utility model, comprises the water supply line 2 directly over the travelling belt 4 being horizontally set on belt transporter, is arranged on the multiple shower nozzles 3 of water supply line 2 top nozzle towards travelling belt 4 upper surface; Also comprise the stock ball valve 1 be arranged on directly over travelling belt 4 feed end on water supply line 2; Stock ball valve 1, comprise valve body 101, the valve rod 103 being arranged on the valve ball 102 in valve body 101 and being linked with valve ball 102, be fixedly connected on the handle 104 on the outer valve rod 103 of valve body 101, handle 104 comprises column handlebar stem 106, be fixedly installed on the en plaque valve rod connection handle 105 of handlebar stem 106 one end, be fixedly installed on the material perception ball 107 of handlebar stem 106 other end; When travelling belt 4 not having material 5, handle 104 keeps vertically sagging, material perception ball 107 lower surface and travelling belt 4 upper surface free-running fit, and stock ball valve 1 keeps closing.
When the utility model is implemented, also comprise the water source or fluid supply with certain hydraulic pressure, if water or liquid provide by higher than the tower type container implementing in-situ horizontal face, can directly use, if the pressure in water source or liquid source is inadequate, can be extracted by water pump and provide to water supply line 2.
As shown in Figure 1 and Figure 2, simultaneously with reference to shown in Fig. 3, Fig. 4, be arranged on the water supply line 2 directly over travelling belt 4, be provided with towards multiple shower nozzles 3 of belt upper surface water spray, the water supply line 2 directly over travelling belt 4 feed end is also provided with stock ball valve 1; When travelling belt 4 not having material 5, the handle 104 of band material perception ball 107 is vertically sagging, and material perception ball 107 lower surface and travelling belt 4 upper surface free-running fit, stock ball valve 1 keeps closing.When needing to spray water to the material 5 on travelling belt 4, first start belt drive, actuating device drives travelling belt 4 to travel forward, and at this moment travelling belt 4 upper surface can not produce with material perception ball 107 lower surface and contact, and stock ball valve 1 keeps closing;
When adding material 5 at travelling belt 4 feed end, material 5 moves along with the material perception ball 107 of travelling belt 4 to stock ball valve 1.When material 5 moves to stock ball valve 1 place, material 5 impacts material perception ball 107 forward, under the effect of material 5 application force, material perception ball 107 drives handle 104 to rotate, and valve rod 103 also does the rotation that links accordingly, and stock ball valve 1 is opened, start to inject current in water supply line 2, when water flows to shower nozzle 3, spray to the material 5 of travelling belt 4 upper surface through shower nozzle 3, wet trade is added to material 5.After the gravity torque be subject to when moment and the material perception ball 107 of material 5 pairs of material perception ball 107 application forces reaches balance, handle 104 stops operating, and stock ball valve 1 keeps certain aperture to supply water to water supply line 2, and material perception ball 107 floats over above material 5 layers.When travelling belt 4 feed end add material 5 become many time, material on travelling belt 45 layers thickens, material 5 is applied to material perception ball 107 impulse force forward and becomes large, material perception ball 107 is with ovable valve stem 103 to continue upwards to rotate, stock ball valve 1 aperture strengthens, strengthen in water supply line 2 and inject current, shower nozzle 3 sprays more water to the material on travelling belt 45 layers; When travelling belt 4 feed end add material 5 tail off time, material on travelling belt 45 layers is thinning, the application force that material 5 is applied to material perception ball 107 diminishes, material perception ball 107 is with ovable valve stem 103 to turn round, stock ball valve 1 aperture reduces, the current contracting amount injected in water supply line 2, shower nozzle 3 sprays less water to the material on travelling belt 45 layers; Stop after travelling belt 4 charging, material perception ball 107 gets back to initial condition under self gravitation effect, and stock ball valve 1 is closed.
In travelling belt 4 transported material 5 process, the material perception ball 107 of stock ball valve 1 unanimously keeps floating over material 5 layers of top.When material 5 layer thickness increases, the height that material perception ball 107 floats increases, and the aperture of stock ball valve 1 strengthens, and shower nozzle 3 water spray increases; When material 5 layer thickness reduces, the height reduction that material perception ball 107 floats, the aperture of stock ball valve 1 reduces, and shower nozzle 3 is sprayed water and reduced; When travelling belt 4 not having material 5, initial position got back to by material perception ball 107, and stock ball valve 1 is closed, and shower nozzle 3 is not sprayed water.Also namely according to material 5 accumulating amount on travelling belt 4, self-adaptative adjustment stock ball valve 1 aperture, accomplish that material 5 the more sprays, the few spray of material 5, does not spray without material 5, thus utilizes material 5 thickness to change material perception ball 107 position, realize stock ball valve 1 switch control rule, and the adjustment that adapts of stock ball valve 1 aperture, thus with material 5 thickness on travelling belt 4 for foundation, the injection flow rate of adjustment shower nozzle 3 automatically.
As can be seen here, by the water supply line 2 be arranged on shower nozzle 3 directly over travelling belt 4 be arranged on the Non-energy-consumption automatic humidification water system that the stock ball valve 1 of closing voluntarily under gravity directly over travelling belt 4 feed end forms, have according to material 5 ulking thickness on travelling belt 4, self-adaptative adjustment stock ball valve 1 aperture, accomplish that material 5 the more sprays, the few spray of material 5, without the technical role that material 5 does not spray; Wherein, water supply line 2, for supplying water to shower nozzle 3; Shower nozzle 3, for spraying water to the material 5 on travelling belt 4 by water supply line 2 discharge; Stock ball valve 1, by the height that its material perception ball 107 is elevated, is reacted directly into the control of ball valve aperture size, also namely with material 5 thickness on travelling belt 4 for foundation, the automatically injection flow rate of adjustment shower nozzle 3.
As shown in Figure 1 and Figure 2, during enforcement, those skilled in the art, transports total amount according to the material 5 of travelling belt 4 and material 5 transports thickness, determines the discharge having hydraulic pressure needed for water source He can provide; According to the injection flow rate of material 5 unit hour of travelling belt 4, determine specification and the quantity of the specification of water supply line 2, shower nozzle 3, the normal water-flowing amount had needed for the valve ball 102 of stock ball valve 1; On the basis of the injection flow rate of material 5 unit hour of travelling belt 4, in conjunction with the normal water-flowing amount of the valve ball 102 of stock ball valve 1, determine stock ball valve 1 handlebar stem 106 length, and material perception ball 107 volume size; According to the rational height of stock ball valve 1 handle 104 length determination water supply line 2.Wherein, water supply line 2 can be mould pipe, also can be steel pipe fitting, or other metal tube; Shower nozzle 3, can be the shower nozzle 3 that travelling belt 4 material 5 humidification is conventional, also can be the atomizer 3 for depositing dust.The matching relationship of water supply line 2 and shower nozzle 3 can be the both sides of a water supply pipe and immediately below the shower nozzle 3 arranged respectively towards conveyer belt upper surface is set, concrete set-up mode, those skilled in the art depend on actual need and determine; Also can be adopt water supply line 2 to be made up of with the many water supply arms 202 be connected with vibration means for main pipe for supplying water 201 being arranged on vibration means for main pipe for supplying water 201 both sides vibration means for main pipe for supplying water 201, according to the needs that material 5 on travelling belt 4 is sprayed water, every root water supply arm 202 arranges the shower nozzle 3 of respective numbers, the set-up mode that shower nozzle 3 is concrete, the actual needs that those skilled in the art spray water according to material 5 is determined.
As shown in Figure 3, Figure 4, simultaneously with reference to shown in Fig. 1, Fig. 2, during enforcement, stock ball valve 1 assembly of the present utility model, its column handlebar stem 106 can be pole spar, also can be the shaft with hollow cavity, normally adopt industrial structure section bar, as stainless steel industry section bar, sawing is made; Material perception ball 107, be the object of spherical shape structure or oval chondritic, it can be solid sphere, also can be hollow ball, and the material of material perception ball 107 is that wear resisting property is good, and industrial structure material excellent in cushion effect, as corrosion-resistant steel.In order to reduce the procurement cost of material perception ball 107, can directly buy from the market; Valve body 101, valve ball 102, valve rod 103, valve rod connection handle 105 can directly obtain by buying commercially available ball valve, and one end of handlebar stem 106 is fixedly connected with valve rod connection handle 105, and the other end is fixedly connected with material perception ball 107, obtains stock ball valve 1.If handlebar stem 106 and material perception ball 107 are steel product, connection mode between them can adopt and be welded to connect, if there is a side to be non-steel goods, then can adopt and be threaded or clamping connection, certainly will open the corresponding connection structure of system on handlebar stem 106 and material perception ball 107.If should be arranged on horizontally disposed pipeline by stock ball valve 1, handle 104, under self gravitation effect, keeps vertically sagging, and stock ball valve 1 keeps closing, and so just makes stock ball valve 1 assembly of the present utility model.
When using Non-energy-consumption automatic humidification water system of the present utility model to carry out water spray operation to the material 5 on conveyer belt, first open the actuating device of travelling belt 4, idle running test travelling belt 4 upper surface and material perception ball 107 lower surface whether free-running fit; After having confirmed, feed end toward travelling belt 4 adds materials 5 according to the mode that stacking degree increases gradually, and the material perception ball 107 of stock ball valve 1 lifts by material 5 on travelling belt 4 gradually, and stock ball valve 1 ball is opened, aperture increases gradually, and the injection flow rate of shower nozzle 3 increases gradually.When travelling belt 4 is according to normal stacking degree charging, corresponding, material perception ball 107 is also just above lifted to height corresponding to this normal stacking degree, and stock ball valve 1 ball also just supplies water according to this highly corresponding aperture, and shower nozzle 3 injection flow rate is also just determined; Travelling belt 4 stops reinforced process to be reduce the process of charging stacking degree gradually, and on corresponding material perception ball 107, degree of raising also just declines gradually, and material perception ball 107 finally falls back to initial position, and stock ball valve 1 is closed.
It is more than basic embodiment of the present utility model.As can be seen from above-mentioned implementation process, be arranged on the stock ball valve 1 of the band material perception ball 107 directly over travelling belt 4 feed end on water supply line 2, when travelling belt 4 does not transport material 5, handle 104 is under self gravitation effect, vertically sagging, and stock ball valve 1 keeps closing; When travelling belt 4 transports material 5, material 5 lifting handle 104 material perception ball 107, stock ball valve 1 is opened, Altitude control stock ball valve 1 aperture that stock ball valve 1 is lifted according to material perception ball 107, supplies water to shower nozzle 3, control shower nozzle 3 injection flow rate, also namely with material 5 thickness on travelling belt 4 for foundation, automatically the injection flow rate of adjustment shower nozzle 3, accomplishes that on conveyer belt, material 5 is the more sprayed water, the few water spray of material 5, does not spray water without material 5.
Travelling belt 4 material 5 water injecting system participated in relative to needing manpower or system, Non-energy-consumption automatic humidification water system of the present utility model, the existence of the upper lifting force of material 5 pairs of material perception balls 107 and disappearance is utilized to realize the opening and closing of stock ball valve 1, thus realize only when travelling belt 4 transports material 5, stock ball valve 1 is just opened, reduce the waste of water resource, reduce operating environment water pollutions; Utilize the difference of degree of raising on different-thickness material 5 pairs of material perception balls 107, realize controlling stock ball valve 1 aperture by material 5 variation in thickness on travelling belt 4, also namely control shower nozzle 3 injection flow rate according to material 5 amount on travelling belt 4, the validity of material 5 humidification is better, and homogeneity is higher.
Compared to the electromagnetic valve water injecting system chain with travelling belt 4 driver train or system, can only start no according to travelling belt 4, control shower nozzle 3 whether to spray water to travelling belt 4 upper surface, Non-energy-consumption automatic humidification water system of the present utility model, directly according to whether travelling belt 4 there being material 5 control shower nozzle 3 whether spray water, directly according to material 5 THICKNESS CONTROL shower nozzle 3 injection flow rate on travelling belt 4, water resource waste is less, and specific aim and the validity of material 5 water spray are better.
Compared to employing swing arm, angular encoder, the synergistic water injecting system of detection box or system, complex structure, manufacturing cost be higher, it is professional too strong to safeguard, Non-energy-consumption automatic humidification water system of the present utility model, directly decide shower nozzle 3 injection flow rate according to the piling height of material 5 on travelling belt 4, means are simpler, effect is more direct, water spray better quality.
The homogeneity that on travelling belt 4, material 5 is sprayed water and validity, relevant with the setting position of shower nozzle 3 and magnitude setting, the setting position of shower nozzle 3 and magnitude setting depend on again the topology layout of water supply line 2.
In order to improve the validity that shower nozzle 3 is arranged, that improves shower nozzle 3 arranges quality, the utility model is further improved on the basis of basic embodiment, as shown in Figure 1 and Figure 2, first preferred implementation of the present utility model is, water supply line 2 comprises vibration means for main pipe for supplying water 201 and is arranged on many water supply arms 202 of vibration means for main pipe for supplying water 201 both sides, and many water supply arms 202 are all connected with vibration means for main pipe for supplying water 201, and many water supply arms 202 are provided with shower nozzle 3.
Both sides are provided with the water supply line 2 of the water supply arm 202 that many are connected with vibration means for main pipe for supplying water 201, arrange at shower nozzle 3, not only can shower nozzle 3 be arranged on vibration means for main pipe for supplying water 201, shower nozzle 3 can also be arranged on water supply arm 202, thus add protection face and the specific aim of the material 5 on shower nozzle 3 pairs of travelling belts 4.When on travelling belt 4, material 5 is sprayed water, the shower nozzle 3 that multiple spot is arranged can cover water spray to material 5 on travelling belt 4 comprehensively, can also realize carrying out humidification water spray step by step to the material 5 on travelling belt 4, thus improve Non-energy-consumption automatic humidification water system of the present utility model water spray efficiency further, improve homogeneity and the validity of water spray, improve the utilization ratio of water resource and utilize quality.
On travelling belt 4, material 5 is sprayed water, and has plenty of to add water to material 5, for next procedure is prepared, has plenty of in order to the ash loss reduced in material 5 transport and the dust content reduced in operating environment.For by the water spray reduced in operating environment for the purpose of dust content, the coverage of shower nozzle 3 nozzle directly has influence on anti-dust effect.
In order to improve the anti-dust effect of water spray, the utility model is further improved on the basis of basic embodiment or the first preferred implementation, and the second preferred implementation of the present utility model is, the nozzle of shower nozzle 3 is atomizer.
There is the shower nozzle 3 of atomizer, to when on travelling belt 4, material 5 is sprayed water, its water spray evenly, area coverage is larger, water droplets more can combine with the dust in air simultaneously, impel dust fast, effectively to drop to travelling belt 4 upper surface, thus reach the air quality in fast purification operating environment further, reduce the ash loss in material 5 transport.
The handle 104 with handlebar stem 106 and material perception ball 107 is heavier, reach same aperture, the upper lifting force of material 5 pairs of material perception balls 107 is larger, also namely the sensitive of material perception ball 107 pairs of material 5 ulking thickness is poorer, and specific aim and the validity of the 1 pair of shower nozzle 3 injection flow rate control of corresponding stock ball valve are poorer.
In order to improve the sensivity of material 5 stacking degree change on handle 104 pairs of travelling belts 4, the basis of the utility model any one embodiment in basic embodiment, the first preferred implementation, the second preferred implementation is further improved, as shown in Figure 3,3rd preferred implementation of the present utility model is, material perception ball 107 is for having the spherical shape structure of hollow cavity.
There is the handle 104 of the spherical shape structural materials perception ball 107 of hollow cavity, its lighter in weight, also just less to the requirement of material 5 upper lifting force, therefore there is change a little in material 5 thickness, material perception ball about 107 just can be caused to be positioned at, stock ball valve 1 aperture also just makes corresponding adjustment, and the injection flow rate of shower nozzle 3 also just makes self-adaptative adjustment, thus improves validity and the specific aim of shower nozzle 3 water spray further.
In order to improve the sensivity of material 5 stacking degree change on handle 104 pairs of travelling belts 4, the basis of the utility model any one embodiment in basic embodiment, the first to the 3rd preferred implementation is further improved, 4th preferred implementation of the present utility model is that handlebar stem 106 is for having the column structure of hollow cavity.
There is the handle 104 of the column structure handlebar stem 106 of hollow cavity, its lighter in weight, also just less to the requirement of material 5 upper lifting force, therefore there is change a little in material 5 thickness, material perception ball about 107 just can be caused to be positioned at, stock ball valve 1 aperture also just makes corresponding adjustment, and the injection flow rate of shower nozzle 3 also just makes self-adaptative adjustment, thus improves validity and the specific aim of shower nozzle 3 water spray further.
In the work condition environment that stock ball valve 1 long-term work is more at dust, humidity is larger.Material perception ball 107 not only will produce frictional contact with material 5, also can be subject to the corrosion of the chemical substance in material 5.Handlebar stem 106, although the chance contacted with material 5 is less, handlebar stem 106 often has current pass through, and the dust in water and air and air can corrode handlebar stem 106, causes the structural strength of handlebar stem 106 to reduce.
In order to improve the corrosion resistance of material perception ball 107 and handlebar stem 106, the basis of the utility model any one embodiment in basic embodiment, the first to the 3rd preferred implementation is further improved, 4th preferred implementation of the present utility model is that the material of material perception ball 107 and handlebar stem 106 is corrosion-resistant steel.
Stainless material perception ball 107 and handlebar stem 106 have good structural strength and corrosion resistance, the work condition environment that dust is more, humidity is larger can be operated in for more time, thus improve the service life of handle 104 further, reduce use cost, improve the validity of stock ball valve 1 for water management.
It is more than the implementation process of Non-energy-consumption automatic humidification water system of the present utility model.As can be seen from above-mentioned implementation process, the utility model adopt produce, use, the water supply control valve of ball-valve structure that maintenance cost is all lower achieves and controls injection flow rate according to the situation of piling up of the material 5 on travelling belt 4, very big raising carries out to the material 5 on travelling belt 4 validity processed of spraying water, reduce the waste of water resource, reduce water spray processing cost.
Claims (6)
1. Non-energy-consumption automatic humidification water system, comprise be horizontally set on belt transporter travelling belt (4) directly over water supply line (2), be arranged on the multiple shower nozzles (3) of water supply line (2) top nozzle towards travelling belt (4) upper surface; It is characterized in that, also comprise the stock ball valve (1) be arranged on directly over travelling belt (4) feed end on water supply line (2);
Described stock ball valve (1), comprise valve body (101), the valve rod (103) being arranged on the valve ball (102) in valve body (101) and being linked with valve ball (102), be fixedly connected on the handle (104) on valve body (101) outer valve rod (103), described handle (104) comprises column handlebar stem (106), be fixedly installed on the en plaque valve rod connection handle (105) of handlebar stem (106) one end, be fixedly installed on the material perception ball (107) of handlebar stem (106) other end;
When travelling belt (4) there is no material (5), described handle (104) keeps vertically sagging, material perception ball (107) lower surface and travelling belt (4) upper surface free-running fit, stock ball valve (1) keeps closing.
2. Non-energy-consumption automatic humidification water system according to claim 1, it is characterized in that, described water supply line (2) comprises vibration means for main pipe for supplying water (201) and is arranged on many water supply arms (202) of vibration means for main pipe for supplying water (201) both sides, many described water supply arms (202) are all connected with vibration means for main pipe for supplying water (201), and many described water supply arms (202) are provided with shower nozzle (3).
3. Non-energy-consumption automatic humidification water system according to claim 1, is characterized in that, the nozzle of described shower nozzle (3) is atomizer.
4. according to the Non-energy-consumption automatic humidification water system in claim 1-3 described in any one claim, it is characterized in that, described material perception ball (107) is for having the spherical shape structure of hollow cavity.
5. according to the Non-energy-consumption automatic humidification water system in claim 1-3 described in any one claim, it is characterized in that, described handlebar stem (106) is for having the column structure of hollow cavity.
6. according to the Non-energy-consumption automatic humidification water system in claim 1-3 described in any one claim, it is characterized in that, the material of described material perception ball (107) and handlebar stem (106) is corrosion-resistant steel.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520951528.7U CN205132396U (en) | 2015-11-25 | 2015-11-25 | Automatic humidity water system that adds of no energy consumption |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520951528.7U CN205132396U (en) | 2015-11-25 | 2015-11-25 | Automatic humidity water system that adds of no energy consumption |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205132396U true CN205132396U (en) | 2016-04-06 |
Family
ID=55618210
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520951528.7U Active CN205132396U (en) | 2015-11-25 | 2015-11-25 | Automatic humidity water system that adds of no energy consumption |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205132396U (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107628423A (en) * | 2017-09-29 | 2018-01-26 | 南通亚威机械制造有限公司 | A kind of transporting equipment of automatic crushing and its transportation resources |
| CN107826815A (en) * | 2017-11-13 | 2018-03-23 | 庄秋瑶 | Dump humidifies band |
| CN108190389A (en) * | 2018-03-05 | 2018-06-22 | 马钢(集团)控股有限公司 | A kind of unpowered flow automatic control spray dust-arrest device |
| CN108820943A (en) * | 2018-07-09 | 2018-11-16 | 安徽理工大学 | A kind of belt-conveying automatic dust removing system and its dust removal method |
-
2015
- 2015-11-25 CN CN201520951528.7U patent/CN205132396U/en active Active
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107628423A (en) * | 2017-09-29 | 2018-01-26 | 南通亚威机械制造有限公司 | A kind of transporting equipment of automatic crushing and its transportation resources |
| CN107826815A (en) * | 2017-11-13 | 2018-03-23 | 庄秋瑶 | Dump humidifies band |
| CN107826815B (en) * | 2017-11-13 | 2019-09-27 | 罗静 | Dump humidifies band |
| CN108190389A (en) * | 2018-03-05 | 2018-06-22 | 马钢(集团)控股有限公司 | A kind of unpowered flow automatic control spray dust-arrest device |
| CN108820943A (en) * | 2018-07-09 | 2018-11-16 | 安徽理工大学 | A kind of belt-conveying automatic dust removing system and its dust removal method |
| CN108820943B (en) * | 2018-07-09 | 2024-03-26 | 安徽理工大学 | Automatic dust removal system for belt transportation and dust removal method thereof |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN205132396U (en) | Automatic humidity water system that adds of no energy consumption | |
| CN105886118A (en) | Extraction technology for loop type extractor | |
| CN106364869A (en) | Cleaning device for conveying equipment and conveying equipment | |
| CN109303515A (en) | A kind of side compression type high-rise glass curtain cleaning special equipment | |
| CN105820874A (en) | Modular loop type extractor | |
| CN105855219A (en) | Feeding device of cleaning equipment | |
| CN102285747A (en) | Treatment system and method of livestock excrements | |
| CN205118314U (en) | A stock ball valve for transporting belt material water spray is handled | |
| CN207549086U (en) | A kind of preform production line | |
| CN206068998U (en) | A kind of new sandstone Storage Silo | |
| CN110356821B (en) | Prevent belt feeder chute raise dust device | |
| CN208022143U (en) | A kind of anti-blocking control system of coal spout | |
| CN206939644U (en) | A kind of anti-pipe-expanding device of pipe conveyer | |
| CN104648846A (en) | Automatic feeding and discharging and online cleaning method for multilayer storing tank | |
| CN202050803U (en) | Bidirectional conveying device for live fish | |
| CN208247168U (en) | A kind of concrete mixing plant automatic flushing device | |
| CN210761209U (en) | Integral machine-made sand floating body on water | |
| CN102703958A (en) | System for adding balls automatically and rail mechanisms thereof | |
| CN201129187Y (en) | Automatic spraying device | |
| CN209080870U (en) | A kind of pneumatic rotary-cut blockage-clearing device of transfer station coal spout | |
| CN106334689A (en) | Improved automatic industrial cleaning device | |
| CN206345391U (en) | The cleaning device and conveying equipment of a kind of conveying equipment | |
| CN206290263U (en) | A kind of shield machine continuously automatically be unearthed system | |
| CN206358782U (en) | Material lifting device | |
| CN202201788U (en) | Livestock manure treatment system |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |