CN106276044B - The compound conveyer belt of apron feeder and its manufacturing method - Google Patents
The compound conveyer belt of apron feeder and its manufacturing method Download PDFInfo
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- CN106276044B CN106276044B CN201610691015.6A CN201610691015A CN106276044B CN 106276044 B CN106276044 B CN 106276044B CN 201610691015 A CN201610691015 A CN 201610691015A CN 106276044 B CN106276044 B CN 106276044B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G15/00—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration
- B65G15/30—Belts or like endless load-carriers
- B65G15/32—Belts or like endless load-carriers made of rubber or plastics
- B65G15/34—Belts or like endless load-carriers made of rubber or plastics with reinforcing layers, e.g. of fabric
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G15/00—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration
- B65G15/30—Belts or like endless load-carriers
- B65G15/32—Belts or like endless load-carriers made of rubber or plastics
- B65G15/34—Belts or like endless load-carriers made of rubber or plastics with reinforcing layers, e.g. of fabric
- B65G15/36—Belts or like endless load-carriers made of rubber or plastics with reinforcing layers, e.g. of fabric the layers incorporating ropes, chains, or rolled steel sections
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65G—TRANSPORT OR STORAGE DEVICES, e.g. CONVEYORS FOR LOADING OR TIPPING, SHOP CONVEYOR SYSTEMS OR PNEUMATIC TUBE CONVEYORS
- B65G15/00—Conveyors having endless load-conveying surfaces, i.e. belts and like continuous members, to which tractive effort is transmitted by means other than endless driving elements of similar configuration
- B65G15/30—Belts or like endless load-carriers
- B65G15/48—Belts or like endless load-carriers metallic
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Belt Conveyors (AREA)
Abstract
The invention belongs to mine mechanism technical fields, are related to a kind of compound conveyer belt of apron feeder, including multiple first piece groups, more broadwise steel wire ropes, more steel radial ropes and rubber layer；First piece group includes upper first piece and lower first piece, there is warp-wise circular hole and broadwise circular hole, steel radial rope insertion warp-wise circular hole above, and broadwise steel wire rope is embedded in broadwise circular hole, and rubber layer is fitted in the side of first piece inwardly under endless belt, rubber layer and lower first piece and passes through vulcanization combination.Installation process of the present invention is simple, and friction is smaller, and service life is longer, and there is no elongated nonsynchronous phenomenon, strong shock resistances.
Description
Technical field
The invention belongs to mine mechanism technical fields, are related to a kind of critical component of apron feeder, i.e. conveyer belt,
More particularly to a kind of compound conveyer belt of apron feeder and its manufacturing method.
Background technology
A kind of popular first apron feeder, the feeding device as each plant feed bin, structure feature are on the market in recent years：
The bottom of deflector chute sets the first band of a closing under feed bin, and first band is driven by driving drum at one end, and the other end sets bend pulley,
Centre sets several groups of idler pulley bearing first bands, and driving drum or bend pulley are equipped with tensioning apparatus；To obtain better usability
Energy sets the adhesive tape of a closing in first band.This technology has the advantage that compared with prior art：1. running, power is small, and energy disappears
Consumption is few, and performance driving economy is good；2. lightweight construction, low cost, convenient transportation；3. feeding coal is big, stablizes, and easy to adjust；4.
It operates steadily, noise is small, environmental protection；5. wearing small, a little repair, service life is long；6. component universality is strong, installation,
Repair is easy；7. replaceable existing batcher, so being vigorously promoted the use in feed bin feed industry.
Above-described first band and adhesive tape are key fitments in first apron feeder running part.First band includes multiple first pieces
With more string items, first piece is formed using 16Mn or highly wear-resisting alloy steel hot investment casting, has good wearability, toughness, string
Item is made of nylon 1010, and string item has good wearability and self lubricity, substantially increases the impact resistance of first band, works as first
When band is by material severe impact, its own structure type is just spread impact force by shock point around first, secondly, under
Adhesive tape self-deformation also absorb certain shock loading, and remaining shock loading is conducted to impact idler and buffering simultaneously
Roller seat carries out snubber, thus improves the impact resistance of first apron feeder well.
Most representative first piece, please refers to entitled《A kind of Novel shield and the first band comprising the first piece》, application number
First piece by retouching art in the Chinese utility model patent of 200720131242.X, including preceding connecting pin and rear connecting pin, preceding company
The preceding mounting hole for having the string item for connection front first piece to pass through at end is connect, has the string item for connection rear first piece to wear at rear connecting pin
The rear mounting hole crossed, first piece front and positioned at preceding connecting pin and rear connecting pin between equipped with concave shape transition part, transition part by
In outward in extension shape.It is linked and packed between the first piece connecting hole of composition first band using string item.First piece there is provided recess portion can be with
Feed effect is greatly improved, and after forming and being linked and packed using flexible string item between the first piece connecting hole of first band, extend first band
Service life, improve the impact resistance of first band, ensured the normal operation of batcher.Adhesive tape provides intensity, can also prevent
Material is fallen from gap.
Compared to the reciprocating feeder and oscillating feeder used in the past, it is continuous that first apron feeder, which changes discontinuously feed,
Feed, greatly improved production capacity, so nearly more than ten year has obtained promoting the use of on a large scale in bargh, it is state's people's livelihood
Production is made that the big contribution of tool.
Then, there is also some shortcomingss for First Tape Feeder.
1. the installation process of first band is more time-consuming.Current mounting means is first that first piece is mutual on mounting platform
It is chimeric, Kong Yukong alignment arrangements are neat, there are about 2 millimeters of gap between the end face of adjacent holes, in favor of mutually rotating, then
String item is clamped using pliers to be worn with strength into the hole of first piece by the position of proximal end, the resistance encountered is just struck when too big using hammer
Pliers is hit, when jaw is close to first piece, mobile pliers makes jaw leave a little distance of first piece, taps pliers after clamping again, constantly
Above action is repeated, item of being gone here and there until whole is penetrated in transversely arranged all first pieces.
The installation labor intensity of this mode is very big, and efficiency is very low, and string item is easily pressed from both sides crackle by pliers, is also easy to do
Disconnected string item, if string item breaks inside, it is also necessary to string item be pulled out and wear new string item again, working efficiency is lower, breaks string
Item causes to waste.
2. abrasion is very fast.First band and adhesive tape are two independent elements, and adhesive tape is wound between two rollers.Adhesive tape is one
Elastomer has neutral line, if steel cable belt, then the layer where the center line of Steel cord is neutral line, if
Canvas core belt, then for neutral line inside adhesive tape, specific location depends on the spacing arrangement feelings between the number of plies of canvas core, each layer
Condition, the coefficient of elasticity of each layer canvas and upper cover glue, lower cover glue, core rubber coefficient of elasticity several factors.The neutral line of first band is
Layer where string center line.Above-described neutral line refer to when being rotated around roller length it is not changed it is imaginary that
One layer, on first band or adhesive tape, the layer far from roller centerline is than neutral line length, and the layer close to roller centerline is than neutral
The length of layer shortens.In short, the neutral line of adhesive tape, inside adhesive tape, the neutral line of first band is inside first band.To be wound on roller
Part for research object, adhesive tape is wound on roller, and first band is wound on adhesive tape, and the neutral layer radius of first band is greater than in adhesive tape
Property layer radius, since the angular speed of the two is equal, then linear velocity of the first with neutral line is greater than the linear speed of adhesive tape neutral line
Degree.The straight portion between two rollers on conveyer belt is research object again, when there is no material in deflector chute, first band and glue
Band is close together while translates, and is both tensioned, and the normal pressure between them is little, and the linear velocity of first band is more than glue
The linear velocity of band, abrasion are not too serious.But when heap full with substance in deflector chute, and the storehouse pressure of feed bin is all pressed on first band
When, first band is just very big to the normal pressure of adhesive tape, is supported below adhesive tape by several groups of idler pulleies, the first when first apron feeder is run
Still sliding friction occurs between band and adhesive tape, frictional force is very big, and the abrasion of particularly adhesive tape is very fast, the average longevity of adhesive tape
Life i.e. two or three months need to be replaced as frequently as adhesive tape, increase the maintenance cost of first apron feeder.
3. first band troublesome maintenance.First apron feeder first band and adhesive tape in manufacture are all tensioned simultaneously, are being used
Length both in journey is all increasing, and first strip length increase is the string item dress because of unilateral abrasion between string item and first piece connecting hole
The side material deficiency matched, it is exactly that first band is elongated to show.Elongated adhesive tape is that part has occurred forever since long-time stretches
Deformation long, the length of Tape Pull are the superpositions of permanent deformation and flexible deformation.
However the two is elongated and asynchronous, always the elongated speed ratio of first band is very fast, adhesive tape it is elongated slow, at this moment
It needs to adjust the spacing increased between driving drum and bend pulley by tensioning apparatus, even if but having arrived adhesive tape to a certain degree
It opens very tight, all soon breaks or driving drum or bend pulley will be broken, first band is still very loose, at this moment
Have to the first band to remove removal and one row's first piece and then install again, the work for removing first band be it is extremely difficult, string item and
The abration position of the mating surface of two neighboring first piece is that the first from left right side is just opposite, and string item is difficult from an extraction in first piece
Come.
Although there are the drawbacks of this or that, people do not have better choice again for the combination of first band and adhesive tape.
Invention content
In place of improving the deficiencies in the prior art, it is compound to provide a kind of monoblock type apron feeder
Conveyer belt.
The present invention is achieved through the following technical solutions：
A kind of compound conveyer belt of apron feeder, including multiple first piece groups, more broadwise steel wire ropes, more steel radials
Rope and rubber layer；
The fag end one and fag end two of steel radial rope are connected to form electrodeless steel wire rope, axis of the more steel radial ropes along roller
Heart line direction arranges；
The length of broadwise steel wire rope is equal to the width of the compound conveyer belt of apron feeder, and direction of axis line is parallel to roller
Direction of axis line；
First piece group includes upper first piece and lower first piece, and the manufacture material of upper first piece and lower first piece is steel, and upper first on piece has diameter
Half bore in upward half bore and broadwise, lower first on piece have under warp-wise half bore under half bore and broadwise；Upper first piece is fixedly connected with lower first piece
Together, the radially opposite composition warp-wise circular hole of half bore under half bore and warp-wise, steel radial rope insertion warp-wise circular hole；Broadwise upper half
The opposite composition broadwise circular hole of half bore under hole and broadwise, broadwise steel wire rope insertion broadwise circular hole, multiple first piece groups are in this way
It is connected on broadwise steel wire rope and warp-wise cord, outwardly, lower first piece forms endless belt conveyer to upper first piece inwardly；
Rubber layer is fitted in lower first piece and is combined towards the side in endless belt, rubber layer and lower first piece by vulcanizing.
Half bore is with respect to half bore and broadwise lower half in composition warp-wise circular hole, broadwise under above-described radially half bore and warp-wise
The opposite composition broadwise circular hole in hole in order to ensure two pairs of half bore are just aligned composition circular hole, is equipped with tenon, in Xia Jia in upper first on piece
On piece is equipped with locating slot, and tenon and locating slot cooperation play the role of positioning, offer convenience in this way to installation, in use upper first
Piece and lower first piece are also not easy to slide dislocation.
Above-described upper first piece and lower first piece are fixed together, and refer to weld or pass through rivet interlacement.Under
First on piece is equipped with welding hole, and when the two fits together, welding rod reaches upper first piece and the adjacent position of lower first piece by welding hole
It puts, the two is welded together.The two can also be fixed by rivet respectively in upper first piece and lower first on piece setting rivet hole
It position and links together.
Above-described upper first on piece is equipped with groove, can increase frictional force of the upper surface to material of upper first piece, improves
Transmit the efficiency of material.
The fag end one and fag end two of above-described steel radial rope are connected to form electrodeless steel wire rope, wherein,
Fag end one includes one core strand of fag end, fag end one one, fag end one three, fag end of one two, fag end one four, fag end
One five and fag end one six, one core strand of fag end is linear, one three, fag end one of fag end one two, fag end of one one, fag end
Stock four, fag end one five and fag end one six be spirally coiled in respectively around one core strand of fag end；
In one axial direction of fag end：Fag end one six and one core strand of fag end keep former long；Fag end one five cut off a length
Unit；Fag end one four cut off two length units；Fag end one three cut off three length units；Fag end one two cut off four
Length unit；Fag end one one cut off five length units；
Fag end two includes two core strand of fag end, two strand one of fag end, two strand two of fag end, two strand three of fag end, two strand four of fag end, fag end
Two strand five and two strand six of fag end, two core strand of fag end are linears, two strand one of fag end, two strand two of fag end, two strand three of fag end, fag end two
Two strand six of stock four, two strand five of fag end and fag end are spirally coiled in respectively around two core strand of fag end；
In two axial direction of fag end：Two strand of one length of fag end is constant, and two strand six of two core strand of fag end and fag end cut off five respectively
Length unit；Two strand five of fag end cuts off four length units；Two strand four of fag end cuts off three length units；Two strand three of fag end is cut off
Two length units；Two strand two of fag end cuts off a length unit；
The end part aligning of two core strand of one core strand of fag end and fag end；Two strand of one rotation direction of the fag end and lay pitch is constant is coiled in fag end one
In core strand, the end that two strand one of fag end and fag end one one end part aligning；Two strand of two rotation direction of the fag end and lay pitch is constant is coiled in
In one core strand of fag end, the end that two strand two of fag end and fag end one two end part aligning；Two strand of three rotation direction of fag end and the lay pitch are constant
It is coiled in one core strand of fag end, the end that two strand three of fag end and fag end one three end part aligning；Two strand of four rotation direction of fag end and sth. made by twisting
It is coiled in one core strand of fag end away from constant, the end that two strand four of fag end and fag end one four end part aligning；Two strand of five rotation of fag end
To with the lay pitch is constant is coiled in one core strand of fag end, the end that two strand five of fag end and fag end one five end part aligning；Fag end two
Six ends of stock and fag end one two end part aligning.
Note：One core strand of fag end and two core strand of fag end are actually the both ends of same share split.One He of fag end of steel radial rope
Two connecting portion of fag end is not often located next to, and is offset from each other, because joint area is the weak portion of electrodeless steel wire rope
Position, weak position and normal portions are located next to, and strength is strong and weak mutually to mend, the amplitude for weakening the integral strength of whole conveyor
It is less apparent.
An above-described length unit refers to 3 to 10 times of the steel radial rope lay pitch.
The constant ontology for referring to steel radial rope of above-described rotation direction and the lay pitch is identical with connecting portion rotation direction, i.e., is all
Left-handed or be all dextrorotation, the lay pitch is also identical.
Above-described steel radial rope is arranged along the direction of axis line of roller, and adjacent two steel radial ropes curl up
Direction differs, i.e., one of them is left-handed, then another must be dextrorotation, can make in this way in conveyer belt by rotation direction generation
Stress is cancelled out each other.
Above-described rubber layer and lower first piece are combined by vulcanizing, refer to add in raw rubber is formulated adhesive into
Part, raw rubber and steel are close together vulcanization, then under the action of adhesive, raw rubber on interface with steel
Crosslinking is learned, and can accomplish that boundary strength is more than rubber body intensity with present technology, even if rubber in use
The faying face of layer internal lacerations rubber and steel will not be peeled away.
Vulcanize the conveyer belt of the present invention, main equipment is vulcanizer, and vulcanizer includes upper vulcanizing board, lower vulcanizing board, pad
Iron has electric heater in upper vulcanizing board, lower vulcanizing board respectively.
The manufacturing method of the present invention includes the following steps：
1) broadwise steel wire rope is intercepted, length is equal to the width of the compound conveyer belt of apron feeder；
2) warp-wise steel wire rope is intercepted, the perimeter that length is equal to the compound conveyer belt of apron feeder adds five length lists
Position；One length unit is equal to 3 to 10 times of one lay pitch of warp-wise steel wire rope；
3) warp-wise steel wire rope is made electrodeless steel wire rope：
In one axial direction of fag end：Fag end one six and one core strand of fag end keep former long；Fag end one five cut off a length
Unit；Fag end one four cut off two length units；Fag end one three cut off three length units；Fag end one two cut off four
Length unit；Fag end one one cut off five length units；
In two axial direction of fag end：Two strand of one length of fag end is constant, and two strand six of two core strand of fag end and fag end cut off five respectively
Length unit；Two strand five of fag end cuts off four length units；Two strand four of fag end cuts off three length units；Two strand three of fag end is cut off
Two length units；Two strand two of fag end cuts off a length unit；
The end part aligning of two core strand of one core strand of fag end and fag end；Two strand of one rotation direction of the fag end and lay pitch is constant is coiled in fag end one
In core strand, the end that two strand one of fag end and fag end one one end part aligning；Two strand of two rotation direction of the fag end and lay pitch is constant is coiled in
In one core strand of fag end, the end that two strand two of fag end and fag end one two end part aligning；Two strand of three rotation direction of fag end and the lay pitch are constant
It is coiled in one core strand of fag end, the end that two strand three of fag end and fag end one three end part aligning；Two strand of four rotation direction of fag end and sth. made by twisting
It is coiled in one core strand of fag end away from constant, the end that two strand four of fag end and fag end one four end part aligning；Two strand of five rotation of fag end
To with the lay pitch is constant is coiled in one core strand of fag end, the end that two strand five of fag end and fag end one five end part aligning；Fag end two
Six ends of stock and fag end one six end part aligning；
4) lower vulcanizing board is horizontal positioned steady, the electric heater energization in lower vulcanizing board and upper vulcanizing board is preheated to 150
~170 degrees Celsius；
5) upper first piece is laid on lower vulcanizing board, is arranged in a row along conveyor width direction, on warp-wise half bore upward, latitude
Upward half bore alignment；
6) broadwise steel wire rope in half bore in the broadwise of alignment, the edge end face of first piece in fag end alignment edge；
7) step 5) is repeated to multiple rows of upper first piece that 6), tiles, and half bore on warp-wise is made to be aligned, and more broadwise steel wire ropes are embedding
In the broadwise of multiple alignment in half bore；
8) more warp-wise steel wire ropes in half bore under the warp-wise of alignment；
9) first piece and upper first piece are embedded in composition first piece group together under, and make broadwise steel wire rope in half bore under broadwise, diameter
To steel wire rope in half bore under warp-wise, lower first piece is fixedly connected with upper first piece, that is, is welded or riveted；
10) two parallels are placed against the both sides edge for the multiple first piece groups completed；
11) in the multiple first piece group upper berths raw rubber layer completed；
12) upper vulcanizing board is pressed on raw rubber layer, upper vulcanizing board and lower vulcanizing board is fixed together compression life
Rubber layer keeps 3~5MPa of pressure, is kept for 150~170 degrees Celsius of temperature, 30~40 minutes retention times；In the process,
Raw rubber layer, which is heated to melt, becomes sticky flow-like, and the bubbly flow of the inside comes out under pressure, and thick liquid is under
First piece fits closely together, and can flow to any one corner, including in warp-wise circular hole or in broadwise circular hole, steel wire rope
Gap between rope silk；Raw rubber starts to vulcanize in such a case, and the element sulphur that the inside is included crosslinks reaction, and upper
Reaction is also crosslinked on the interface that first piece, lower first piece, steel radial rope and broadwise steel wire rope fit and interface is tight
Thickly it is combined together；
13) retention time terminates, and stops heating；
14) it opens upper vulcanizing board after 15 minutes to put aside, natural cooling 15 minutes, raw rubber layer become in air
The rubber layer vulcanizated；
15) part that vulcanization is completed is moved on to the outside of lower vulcanizing board, next to exposed warp-wise steel wire rope move
To the surface of lower vulcanizing board, step 5) is repeated several times to 14), until all exposed warp-wise steel wire ropes all by first piece group and
Rubber layer coats.
Pay attention to：
1) in order to enough pressure can be generated when ensureing vulcanization, often make the thickness of the thickness of raw rubber layer rubber layer than expected
Spend big 5% to 10%, just have so enough sizing materials be flowed into each hole and gap in.
2) in order to ensure first piece in sulfidation, lower first piece, broadwise steel wire rope and warp-wise steel wire rope can closely with
Rubber layer vulcanization is combined together, in advance that the removing surface of these metalworks is clean, such as broadwise steel wire rope or warp-wise steel
Cord can select plating zinc-type, can prevent oxide layer, and be conducive to vulcanization and combine, and upper first piece and lower first piece can lead to
Cross fully polishing, Shot Blasting or using harmful substances such as chemical solvent scale removal, greasy dirts.
3) raw rubber layer is frequently not individual one layer, but is stacked by multiple thin layers, is often accompanied between two layers
Bubble, for the ease of the air in discharge interlayer, multiple holes can be pierced using awl on raw rubber layer by often pasting one layer；Often paste one
Before layer raw rubber layer, appropriate rubber cement is brushed on raw rubber piece surface to be pasted and metal surface, to enhance its adhesive effect
And discharge the bubble being mingled with.
4) the position heat close to upper vulcanizing board or lower vulcanizing board one scatters and disappears comparatively fast, and often temperature is promoted slower, so
Often this position is also pressed in vulcanizing board when vulcanizing adjacent part and repeats to vulcanize once, to ensure the matter of joint
Amount.
Beneficial effects of the present invention：
1) installation process is simpler, does not need to penetrate string item in the hole of first piece, but steel wire rope is embedded in semicircle orifice,
Being not required to too big external force can be embedded in, and operate time saving and energy saving, steel wire rope flexible, not easy to break, fragile relative to using
String item, will not be caused to waste because of accessory is made a mess of, and working efficiency improves, and waste is reduced.
2) become original two independent elements of first band and adhesive tape as an element, where neutral line is warp-wise steel wire rope
Layer, eliminates the interface of phase mutual friction, does not wear, service life greatly improved, reduce the dimension of first apron feeder
Protect cost.
3) become original two independent elements of first band and adhesive tape as an element, there is no elongated nonsynchronous problem,
It is even if elongated, it is not required that first piece is removed a section, maintenance time and the amount of labour is greatly reduced.
4) impact resistance is stronger.When the compound conveyer belt of apron feeder of the present invention is by material severe impact, first
Piece group can resist impact, and rubber layer is protected not to be damaged, impact energy along warp-wise steel wire rope and broadwise steel wire rope both direction to
Surrounding is propagated, and final remaining shock loading is conducted to impact idler and buffering support roller seat carries out snubber.Rubber layer is deposited
It can prevent material from being fallen from the gap of first piece group, can also increase frictional force of the present invention to roller.
Description of the drawings
Fig. 1 is the vertical view of the embodiment of the present invention；
Fig. 2 is along the sectional view of line A-A in Fig. 1；
Fig. 3 is along the sectional view of line B-B in Fig. 1；
Fig. 4 is along the sectional view of line C-C in Fig. 2；
Fig. 5 is the front view of the first piece group 1 of welded type；
Fig. 6 is along the sectional view of line D-D in Fig. 5；
Fig. 7 is E direction views in Fig. 5；
Fig. 8 is the three dimensional structure diagram at upper 11 first visual angle of first piece；
Fig. 9 is the three dimensional structure diagram at upper 11 second visual angle of first piece；
Figure 10 is the three dimensional structure diagram at lower 12 third visual angle of first piece；
Figure 11 is the three dimensional structure diagram at lower the 4th visual angle of first piece 12；
Figure 12 is the arrangement schematic diagram of broadwise steel wire rope 2 and steel radial rope 4, hypothetically removes first piece group 1 and rubber layer 3
Situation；
Figure 13 is the three dimensional structure diagram using vulcanization machining the present embodiment；
Figure 14 is that the fag end 1 of steel radial rope 4 and fag end 2 42 remove the positive direction view after extra share split respectively；
Figure 15 is the three-dimensional knot together with the fag end 1 of steel radial rope 4 is mutually intertwined and connected with 2 42 each share split of fag end
Structure schematic diagram；
Figure 16 is F direction views in Figure 14；
Figure 17 is G direction views in Figure 14；
Figure 18 is the side view of the first piece group 1 of riveted type；
Figure 19 is along the sectional view of H-H lines in Figure 18；
Figure 20 is that upper first piece 11 is laid on lower vulcanizing board 6, the schematic diagram being arranged in a row along conveyor width direction；
Figure 21 is the multiple rows of upper first piece 11 of tiling, is aligned half bore 13 on warp-wise, and more broadwise steel wire ropes 2 embedded in multiple
Schematic diagram in the broadwise of alignment in half bore 15；
Figure 22 is that more warp-wise steel wire ropes 4 are embedded under the warp-wise of alignment schematic diagram in half bore 14；
Figure 23 is embedded in the schematic diagram for forming first piece group 1 together lower first piece 12 and upper first piece 11；
Figure 24 is the schematic diagram that two parallels 7 are placed against the edge for the multiple first piece groups 1 completed；
Figure 25 is in the schematic diagram of 1 upper berth raw rubber layer 31 of multiple first piece groups completed；
Figure 26 is the schematic diagram that upper vulcanizing board 8 is pressed on raw rubber layer 31 and is fixed together with lower vulcanizing board 6；
Shown in figure：1. first piece group；First piece on 11.；12. lower first piece；13. half bore on warp-wise；14. half bore under warp-wise；15.
Half bore in broadwise；16. half bore under broadwise；17. welding hole；18. weld seam；111. tenon；112. groove；121. locating slot；19. riveting
Nail；2. broadwise steel wire rope；3. rubber layer；31. raw rubber layer；4. warp-wise steel wire rope；41. fag end one；410. fag end, one core strand；
411. fag ends one one；412. fag ends one two；413. fag ends one three；414. fag ends one four；415. fag ends one five；
416. fag ends one six；42. fag end two；420. fag end, two core strand；421. two strand one of fag ends；422. two strand two of fag ends；423. rope
First two strand three；424. two strand four of fag ends；425. two strand five of fag ends；426. two strand six of fag ends；43. left-handed warp-wise steel wire rope；It is 44. right
Revolve warp-wise steel wire rope；5. roller；6. lower vulcanizing board；7. parallels；Vulcanizing board on 8..
Specific embodiment
The present invention is further described with reference to the accompanying drawings and examples：
Embodiment：Referring to Fig. 1 to Figure 26.
A kind of compound conveyer belt of apron feeder, including multiple first piece groups 1, more broadwise steel wire ropes 2, more radial direction steel
Cord 4 and rubber layer 3；
The fag end 1 and fag end 2 42 of steel radial rope 4 are connected to form electrodeless steel wire rope, and more steel radial ropes 4 are along rolling
The direction of axis line arrangement of cylinder 5；
The length of broadwise steel wire rope 2 is equal to the width of the compound conveyer belt of apron feeder, and direction of axis line is parallel to rolling
The direction of axis line of cylinder 5；
First piece group 1 includes upper first piece 11 and lower first piece 12, and the manufacture material of upper first piece 11 and lower first piece 12 is steel, upper first
There is half bore 15 in radially half bore 13 and broadwise on piece 11, there is under warp-wise half bore 16 under half bore 14 and broadwise on lower first piece 12；On
First piece 11 and lower first piece 12 are fixed together, radially the opposite composition warp-wise circular hole of half bore 14, diameter under half bore 13 and warp-wise
Warp-wise circular hole is embedded in steel wire rope 4；The opposite composition broadwise circular hole of half bore 16, broadwise steel wire rope 2 under half bore 15 and broadwise in broadwise
Embedded broadwise circular hole, multiple first piece groups 1 are connected in this way on broadwise steel wire rope 2 and warp-wise steel wire rope 4, upper first piece 11
Outwardly, lower first piece 12 forms endless belt inwardly；
Rubber layer 3 is fitted in the side of first piece 12 inwardly under endless belt, rubber layer 3 and lower first piece 12 and is combined by vulcanizing.
Half bore 14 is with respect to half bore 15 and latitude in composition warp-wise circular hole, broadwise under above-described radially half bore 13 and warp-wise
Downward half bore 16 is opposite to form broadwise circular hole, in order to ensure two pairs of half bore are just aligned composition circular hole, is equipped on upper first piece 11
Tenon 111 is equipped with locating slot 112 on lower first piece 12, and tenon 111 and the cooperation of locating slot 112 play the role of positioning, in this way to installation
It offers convenience, upper first piece 11 and lower first piece 12 are also not easy to slide dislocation in use.
Above-described upper first piece 11 and lower first piece 12 are fixed together, and refer to weld or pass through rivet interlacement.
Welding hole 17 is equipped on lower first piece 12, when the two fits together, welding rod reaches upper first piece 11 under by welding hole 17
The adjacent position of first piece 12, welds together the two, as shown in Fig. 5 to Figure 11.It can also be respectively in upper first piece 11 and lower first
Rivet hole is set on piece 12, the two is fixed by rivet 19 by position and is linked together, as shown in Figure 18 and Figure 19.
Above-described upper first piece 11 is equipped with groove 112, can increase friction of the upper surface of upper first piece 11 to material
Power improves the efficiency of transmission material.
The fag end 1 and fag end 2 42 of above-described steel radial rope 4 are connected to form electrodeless steel wire rope, with left-handed steel
It is illustrated for cord, wherein,
Fag end 1 include one core strand 410 of fag end, one one 411, fag end of fag end one 2 412, fag end one 3 413,
Fag end one 4 414, fag end one 5 415 and fag end one 6 416, one core strand 410 of fag end is linear, fag end one one
411st, one 4 414, fag end of one 3 413, fag end of one 2 412, fag end of fag end one 5 415 and one 6 416 points of fag end
It is not coiled in spirally around one core strand 410 of fag end；
In one 41 axial direction of fag end：Fag end one 6 416 and one core strand 410 of fag end keep former length；Fag end one 5 415 cut
Except a length unit；Fag end one 4 414 cut off two length units；Fag end one 3 413 cut off three length units；Rope
First stock 2 412 cuts off four length units；Fag end one one 411 cut off five length units；
Fag end 2 42 include two core strand 420 of fag end, two strand 1 of fag end, two strand 2 422 of fag end, two strand 3 423 of fag end,
Two strand 6 426 of two strand 4 424 of fag end, two strand 5 425 of fag end and fag end, two core strand 420 of fag end are linears, two strand one of fag end
421st, two strands 6 426 points of two strand 2 422 of fag end, two strand 3 423 of fag end, two strand 4 424 of fag end, two strand 5 425 of fag end and fag end
It is not coiled in spirally around two core strand 420 of fag end；
In 2 42 axial direction of fag end：Two strand of 1 length of fag end is constant, two strands 6 426 points of two core strand 420 of fag end and fag end
Five length units are not cut off；Fag end cuts off four length units for two strand 5 425；Fag end cuts off three length lists for two strand 4 424
Position；Fag end cuts off two length units for two strand 3 423；Fag end cuts off a length unit for two strand 2 422；
The end part aligning of two core strand 420 of one core strand 410 of fag end and fag end；Two strand of 1 rotation direction of fag end and the constant disk of the lay pitch
It is wound in one core strand 410 of fag end, the end that two strand 1 of fag end and fag end one one 411 end part aligning；Two strand two of fag end
The 422 rotation directions and lay pitch is constant is coiled in one core strand 410 of fag end, the end and one 2 412 end of fag end that two strand 2 422 of fag end
Portion is aligned；Two strand of 3 423 rotation direction of the fag end and lay pitch is constant is coiled in one core strand 410 of fag end, the end that two strand 3 423 of fag end and
One 3 413 end part aligning of fag end；Two strand of 4 424 rotation direction of the fag end and lay pitch is constant is coiled in one core strand 410 of fag end, fag end
Two strand 4 424 of end and fag end one 4 414 end part aligning；Two strand of 5 425 rotation direction of the fag end and lay pitch is constant is coiled in rope
In first core strand 410, the end that two strand 5 425 of fag end and fag end one 5 415 end part aligning；Two strand of 6 426 end of fag end
With one 2 416 end part aligning of fag end.
Note：One core strand 410 of fag end and two core strand 420 of fag end are the both ends of same share split.The rope of steel radial rope 4
First 41 and 2 42 connecting portion of fag end be not often located next to, and be offset from each other, because joint area is steel radial rope 4
Weak position, weak position and normal portions are located next to, and make the amplitude that the integral strength of whole conveyor weakens not
It is too apparent.
An above-described length unit refers to 3 to 10 times of 4 lay pitch of steel radial rope, and the present embodiment has selected 5 times.
The constant ontology for referring to steel radial rope 4 of above-described rotation direction and the lay pitch is identical with connecting portion rotation direction, i.e., all
It is left-handed or is all dextrorotation, the lay pitch is also identical.
Above-described steel radial rope 4 is arranged along the direction of axis line of roller 5, adjacent two steel radial ropes 4
It curls up direction to differ, i.e., one of them is left-handed, then another must be dextrorotation, can make to be generated by rotation direction in conveyer belt in this way
Internal stress cancel out each other.As shown in figure 12, there must be a dextrorotation warp-wise steel wire rope between two left-handed warp-wise steel wire ropes 43
44, there must be a left-handed warp-wise steel wire rope 43 between two dextrorotation warp-wise steel wire ropes 44.
Above-described rubber layer 3 and lower first piece 12 are combined by vulcanizing, and refer to add in adhesive in raw rubber formula
Composition is close together raw rubber and steel vulcanization, then under the action of adhesive, raw rubber occurs on interface with steel
Chemical crosslinking, and can accomplish that boundary strength is more than rubber body intensity with present technology, even if rubber in use
Glue-line tears rubber and the faying face of steel and will not peel away.
Vulcanize the conveyer belt of the present embodiment, main equipment is vulcanizer, and vulcanizer includes upper vulcanizing board 8, lower vulcanizing board
6th, there are electric heater in parallels 7 in upper vulcanizing board 8, lower vulcanizing board 6 respectively.
The manufacturing method of the present embodiment, includes the following steps：
1) interception broadwise steel wire rope 2, length is equal to the width of the compound conveyer belt of apron feeder；
2) interception warp-wise steel wire rope 4, the perimeter that length is equal to the compound conveyer belt of apron feeder adds five length lists
Position；A length unit in this manufacturing method is equal to 5 times of 4 one lay pitch of warp-wise steel wire rope；
3) warp-wise steel wire rope 4 is made electrodeless steel wire rope：
In one 41 axial direction of fag end：Fag end one 6 416 and one core strand 410 of fag end keep former length；Fag end one 5 415 cut
Except a length unit；Fag end one 4 414 cut off two length units；Fag end one 3 413 cut off three length units；Rope
First stock 2 412 cuts off four length units；Fag end one one 411 cut off five length units；
In 2 42 axial direction of fag end：Two strand of 1 length of fag end is constant, two strands 6 426 points of two core strand 420 of fag end and fag end
Five length units are not cut off；Fag end cuts off four length units for two strand 5 425；Fag end cuts off three length lists for two strand 4 424
Position；Fag end cuts off two length units for two strand 3 423；Fag end cuts off a length unit for two strand 2 422；
The end part aligning of two core strand 420 of one core strand 410 of fag end and fag end；Two strand of 1 rotation direction of fag end and the constant disk of the lay pitch
It is wound in one core strand 410 of fag end, the end that two strand 1 of fag end and fag end one one 411 end part aligning；Two strand two of fag end
The 422 rotation directions and lay pitch is constant is coiled in one core strand 410 of fag end, the end and one 2 412 end of fag end that two strand 2 422 of fag end
Portion is aligned；Two strand of 3 423 rotation direction of the fag end and lay pitch is constant is coiled in one core strand 410 of fag end, the end that two strand 3 423 of fag end and
One 3 413 end part aligning of fag end；Two strand of 4 424 rotation direction of the fag end and lay pitch is constant is coiled in one core strand 410 of fag end, fag end
Two strand 4 424 of end and fag end one 4 414 end part aligning；Two strand of 5 425 rotation direction of the fag end and lay pitch is constant is coiled in rope
In first core strand 410, the end that two strand 5 425 of fag end and fag end one 5 415 end part aligning；Two strand of 6 426 end of fag end
With one 6 416 end part aligning of fag end；
4) lower vulcanizing board 6 is horizontal positioned steady, the electric heater energization in lower vulcanizing board 6 and upper vulcanizing board 8 is preheated to
150~170 degrees Celsius；
5) upper first piece 11 is laid on lower vulcanizing board 6, is arranged in a row along conveyor width direction, 13 court of half bore on warp-wise
On, half bore 15 is aligned in broadwise, as shown in figure 20；
6) broadwise steel wire rope 2 in half bore 15 in the broadwise of alignment, the edge end of first piece 11 in fag end alignment edge
Face；
7) step 5) is repeated to multiple rows of upper first piece 11 that 6), tiles, and is aligned half bore 13 on warp-wise, and more broadwise steel wires
Rope 2 is in half bore 15 in the broadwise of multiple alignment, as shown in figure 21；
8) more warp-wise steel wire ropes 4 in half bore 14 under the warp-wise of alignment, as shown in figure 22；
9) first piece 12 and upper first piece 11 are embedded in composition first piece group 1 together under, and make broadwise steel wire rope 2 embedded in half bore under broadwise
In 16, steel radial rope 4 is embedded under warp-wise in half bore 14, and lower first piece 12 is fixedly connected with upper first piece 11, that is, is welded or riveted, such as
Shown in Figure 23；
10) two parallels 7 are placed against the edge for the multiple first piece groups 1 completed, as shown in figure 24；
11) in the 1 upper berth raw rubber layer 31 of multiple first piece groups completed, as shown in figure 25；
12) upper vulcanizing board 8 is pressed on raw rubber layer 31, upper vulcanizing board 8 is pressed in above raw rubber layer 31, upper vulcanization
Plate 8 is fixed together with lower vulcanizing board 6 and compresses raw rubber layer 31, keeps 3~5MPa of pressure, and temperature 150~170 is kept to take the photograph
Family name's degree, 30~40 minutes retention times；In the process, heated melt of raw rubber layer 31 becomes sticky flow-like, in pressure
The bubbly flow of the lower the inside of effect comes out, and together with thick liquid is fitted closely with lower first piece 12, and can flow to any one
A corner, including the gap in warp-wise circular hole or in broadwise circular hole, between wire rope；Raw rubber starts in such a case
Vulcanization, the element sulphur that the inside is included crosslinks reaction, with upper first piece 11, lower first piece 12, steel radial rope 4 and broadwise steel wire
Reaction is also crosslinked on the interface that rope 2 fits and interface is bound tightly together；
13) retention time terminates, and stops heating；
14) it opens upper vulcanizing board 8 after 15 minutes to put aside, natural cooling 15 minutes, raw rubber layer 31 become in air
Into the rubber layer 3 vulcanizated；
15) part that vulcanization is completed is moved on to the outside of lower vulcanizing board 6, next to exposed warp-wise steel wire rope 4
It moves on to the surface of lower vulcanizing board 6, step 5) is repeated several times to 14), until all exposed warp-wise steel wire ropes 4 are all by first piece
Group 1 and rubber layer 3 coat.
Pay attention to：
1) in order to which enough pressure can be generated when ensureing vulcanization, often make the thickness of raw rubber layer 31 rubber layer 3 than expected
Thickness it is big by 8%, just have so enough sizing materials be flowed into each hole and gap in.
2) in order to ensure that first piece 11 in sulfidation, lower first piece 12, broadwise steel wire rope 2 and warp-wise steel wire rope 4 can be tight
Thickly it is combined together with rubber layer vulcanization, it is in advance that the removing surface of these metalworks is clean, such as 2 He of broadwise steel wire rope
Warp-wise steel wire rope 4 can select plating zinc-type, can prevent oxide layer, and be conducive to vulcanization and combine, and upper first piece 11 is under
First piece 12 can by fully polishing, Shot Blasting or use the harmful substances such as chemical solvent scale removal, greasy dirt.
3) raw rubber layer 31 is frequently not individual one layer, but is stacked by multiple thin layers, is often pressed from both sides between two layers
There is bubble, for the ease of the air in discharge interlayer, multiple holes can be pierced using awl on raw rubber layer 31 by often pasting one layer；Often
Before pasting one layer of raw rubber layer 31, appropriate rubber cement is brushed on raw rubber piece surface to be pasted and metal surface, it is viscous to enhance it
It connects effect and discharges the bubble being mingled with.
4) the position heat close to upper vulcanizing board 8 or lower vulcanizing board 6 one scatters and disappears comparatively fast, and often temperature promotes slower, institute
It repeats to vulcanize once, to ensure the matter of joint to be often also pressed in vulcanizing board this position when vulcanizing adjacent part
Amount.
The advantageous effect of the present embodiment：
1) installation process is simpler, does not need to penetrate string item in the hole of first piece, but steel wire rope is embedded in semicircle orifice,
Being not required to too big external force can be embedded in, and operate time saving and energy saving, steel wire rope flexible, not easy to break, fragile relative to using
String item, will not be caused to waste because of accessory is made a mess of, and working efficiency improves, and waste is reduced.
2) for the original two independent elements of first band and adhesive tape of change into an element, neutral line is 4 place of warp-wise steel wire rope
Layer, eliminate the interface of phase mutual friction, do not wear, service life greatly improved, reduce first apron feeder
Maintenance cost.
3) become original two independent elements of first band and adhesive tape as an element, there is no elongated nonsynchronous problem,
It is even if elongated, it is not required that first piece is removed a section, maintenance time and the amount of labour is greatly reduced.
4) impact resistance is stronger.When the compound conveyer belt of apron feeder of the present invention is by material severe impact, first
Piece group can resist impact, and rubber layer is protected not to be damaged, impact energy along warp-wise steel wire rope and broadwise steel wire rope both direction to
Surrounding is propagated, and final remaining shock loading is conducted to impact idler and buffering support roller seat carries out snubber.Rubber layer is deposited
It can prevent material from being fallen from the gap of first piece group, can also increase frictional force of the present invention to roller.
Claims (10)
1. a kind of compound conveyer belt of apron feeder, it is characterised in that including multiple first piece groups, more broadwise steel wire ropes, more
Steel radial rope and rubber layer；
The fag end one and fag end two of steel radial rope are connected to form electrodeless steel wire rope, axial line of the more steel radial ropes along roller
Direction arranges；
The length of broadwise steel wire rope is equal to the width of the compound conveyer belt of apron feeder, and direction of axis line is parallel to the axis of roller
Heart line direction；
First piece group includes upper first piece and lower first piece, and the manufacture material of upper first piece and lower first piece is steel, and upper first on piece has radially
Half bore in half bore and broadwise, lower first on piece have under warp-wise half bore under half bore and broadwise；Upper first piece and lower first piece are fixedly connected on one
It rises, radially the opposite composition warp-wise circular hole of half bore under half bore and warp-wise, steel radial rope insertion warp-wise circular hole；In broadwise half bore and
The opposite composition broadwise circular hole of half bore under broadwise, broadwise steel wire rope insertion broadwise circular hole, outwardly, lower first piece forms ring to upper first piece inwardly
Shape band；
Rubber layer is fitted in first piece under endless belt and is combined towards the side in endless belt, rubber layer and lower first piece by vulcanizing.
2. the compound conveyer belt of apron feeder according to claim 1, it is characterised in that tenon is equipped in upper first on piece,
Locating slot, tenon and locating slot cooperation are equipped in lower first on piece.
3. the compound conveyer belt of apron feeder according to claim 1, it is characterised in that upper first piece and lower first piece are fixed
It links together, refers to weld or pass through rivet interlacement.
4. the compound conveyer belt of apron feeder according to claim 1, it is characterised in that upper first on piece is equipped with groove.
5. the compound conveyer belt of apron feeder according to claim 1, it is characterised in that the fag end one of steel radial rope
Electrodeless steel wire rope is connected to form with fag end two, wherein,
Fag end one include one core strand of fag end, fag end one one, fag end one three, fag end of one two, fag end one four, fag end one
Five and fag end one six, one core strand of fag end is linear, fag end one two, fag end of one one, fag end one three, fag end one
4th, fag end one five and fag end one six be spirally coiled in respectively around one core strand of fag end；
In one axial direction of fag end：Fag end one six and one core strand of fag end keep former long；Fag end one five cut off a length unit；
Fag end one four cut off two length units；Fag end one three cut off three length units；Fag end one two cut off four length
Unit；Fag end one one cut off five length units；
Fag end two includes two core strand of fag end, two strand one of fag end, two strand two of fag end, two strand three of fag end, two strand four of fag end, two strands of fag end
Five and two strand six of fag end, two core strand of fag end is linear, two strand one of fag end, two strand two of fag end, two strand three of fag end, two strands of fag end
4th, two strand six of two strand five of fag end and fag end are spirally coiled in respectively around two core strand of fag end；
In two axial direction of fag end：Two strand of one length of fag end is constant, and two strand six of two core strand of fag end and fag end cut off five length respectively
Unit；Two strand five of fag end cuts off four length units；Two strand four of fag end cuts off three length units；Two strand three of fag end cuts off two
Length unit；Two strand two of fag end cuts off a length unit；
The end part aligning of two core strand of one core strand of fag end and fag end；Two strand of one rotation direction of the fag end and lay pitch is constant is coiled in one core strand of fag end
On, the end that two strand one of fag end and fag end one one end part aligning；Two strand of two rotation direction of the fag end and lay pitch is constant is coiled in fag end
In one core strand, the end that two strand two of fag end and fag end one two end part aligning；Two strand of three rotation direction of fag end and the constant coiling of the lay pitch
In one core strand of fag end, the end that two strand three of fag end and fag end one three end part aligning；Two strand of four rotation direction of fag end and the lay pitch are not
Change is coiled in one core strand of fag end, the end that two strand four of fag end and fag end one four end part aligning；Two strand of five rotation direction of fag end and
The lay pitch is constant to be coiled in one core strand of fag end, the end that two strand five of fag end and fag end one five end part aligning；Two strand six of fag end
End and fag end one two end part aligning.
6. the compound conveyer belt of apron feeder according to claim 5 a, it is characterised in that length unit refers to diameter
To 3 to 10 times of wire rope lay pitch.
7. the compound conveyer belt of apron feeder according to claim 1, it is characterised in that two adjacent steel radials
The direction of curling up of rope differs.
8. a kind of manufacturing method of the compound conveyer belt of apron feeder described in claim 1, it is characterised in that including following
Step：
1) broadwise steel wire rope is intercepted, length is equal to the width of the compound conveyer belt of apron feeder；
2) warp-wise steel wire rope is intercepted, the perimeter that length is equal to the compound conveyer belt of apron feeder adds five length units；One
A length unit is equal to 3 to 10 times of one lay pitch of warp-wise steel wire rope；
3) warp-wise steel wire rope is made electrodeless steel wire rope：
In one axial direction of fag end：Fag end one six and one core strand of fag end keep former long；Fag end one five cut off a length unit；
Fag end one four cut off two length units；Fag end one three cut off three length units；Fag end one two cut off four length
Unit；Fag end one one cut off five length units；
In two axial direction of fag end：Two strand of one length of fag end is constant, and two strand six of two core strand of fag end and fag end cut off five length respectively
Unit；Two strand five of fag end cuts off four length units；Two strand four of fag end cuts off three length units；Two strand three of fag end cuts off two
Length unit；Two strand two of fag end cuts off a length unit；
The end part aligning of two core strand of one core strand of fag end and fag end；Two strand of one rotation direction of the fag end and lay pitch is constant is coiled in one core strand of fag end
On, the end that two strand one of fag end and fag end one one end part aligning；Two strand of two rotation direction of the fag end and lay pitch is constant is coiled in fag end
In one core strand, the end that two strand two of fag end and fag end one two end part aligning；Two strand of three rotation direction of fag end and the constant coiling of the lay pitch
In one core strand of fag end, the end that two strand three of fag end and fag end one three end part aligning；Two strand of four rotation direction of fag end and the lay pitch are not
Change is coiled in one core strand of fag end, the end that two strand four of fag end and fag end one four end part aligning；Two strand of five rotation direction of fag end and
The lay pitch is constant to be coiled in one core strand of fag end, the end that two strand five of fag end and fag end one five end part aligning；Two strand six of fag end
End and fag end one six end part aligning；
4) lower vulcanizing board is horizontal positioned steady, the electric heater energization in lower vulcanizing board and upper vulcanizing board is preheated to 150~170
Degree Celsius；
5) upper first piece is laid on lower vulcanizing board, is arranged in a row along conveyor width direction, on warp-wise half bore upward, in broadwise
Half bore is aligned；
6) broadwise steel wire rope in half bore in the broadwise of alignment, the edge end face of first piece in fag end alignment edge；
7) step 5) is repeated to multiple rows of upper first piece that 6), tiles, and is aligned half bore on warp-wise, and more broadwise steel wire ropes embedded in more
In the broadwise of a alignment in half bore；
8) more warp-wise steel wire ropes in half bore under the warp-wise of alignment；
9) first piece and upper first piece are embedded in composition first piece group together under, and make broadwise steel wire rope in half bore under broadwise, radial direction steel
Cord is embedded under warp-wise in half bore, and lower first piece is fixedly connected with upper first piece；
10) two parallels are placed against the both sides edge for the multiple first piece groups completed；
11) in the multiple first piece group upper berths raw rubber layer completed；
12) upper vulcanizing board is pressed on raw rubber layer, upper vulcanizing board and lower vulcanizing board is fixed together compression raw rubber
Layer keeps 3~5MPa of pressure, is kept for 150~170 degrees Celsius of temperature, 30~40 minutes retention times；
13) retention time terminates, and stops heating；
14) it opens upper vulcanizing board after 15 minutes to put aside, natural cooling 15 minutes, raw rubber layer become vulcanization in air
Good rubber layer；
15) part that vulcanization is completed is moved on to the outside of lower vulcanizing board, next to exposed warp-wise steel wire rope move on to down
Step 5) is repeated several times to 14) in the surface of vulcanizing board, until all exposed warp-wise steel wire ropes are all by first piece group and rubber
Layer cladding.
9. the manufacturing method of the compound conveyer belt of apron feeder according to claim 8, it is characterised in that raw rubber layer
Thickness ratio rubber layer thickness big 5% to 10%.
10. the manufacturing method of the compound conveyer belt of apron feeder according to claim 8, it is characterised in that broadwise steel wire
Rope or warp-wise steel wire rope surface are zinc-plated.
Priority Applications (4)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201810302646.3A CN108438730B (en) | 2016-08-20 | 2016-08-20 | Manufacturing method of composite conveyor belt of belt feeder |
| CN201810302652.9A CN108423365B (en) | 2016-08-20 | 2016-08-20 | Belt feeder conveyer belt |
| CN201810302647.8A CN108455171B (en) | 2016-08-20 | 2016-08-20 | Compound conveyer belt of belt feeder |
| CN201610691015.6A CN106276044B (en) | 2016-08-20 | 2016-08-20 | The compound conveyer belt of apron feeder and its manufacturing method |
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| CN201810302646.3A Division CN108438730B (en) | 2016-08-20 | 2016-08-20 | Manufacturing method of composite conveyor belt of belt feeder |
| CN201810302652.9A Division CN108423365B (en) | 2016-08-20 | 2016-08-20 | Belt feeder conveyer belt |
| CN201810302647.8A Division CN108455171B (en) | 2016-08-20 | 2016-08-20 | Compound conveyer belt of belt feeder |
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| CN106276044B true CN106276044B (en) | 2018-06-08 |
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| CN201610691015.6A Active CN106276044B (en) | 2016-08-20 | 2016-08-20 | The compound conveyer belt of apron feeder and its manufacturing method |
| CN201810302652.9A Active CN108423365B (en) | 2016-08-20 | 2016-08-20 | Belt feeder conveyer belt |
| CN201810302647.8A Active CN108455171B (en) | 2016-08-20 | 2016-08-20 | Compound conveyer belt of belt feeder |
| CN201810302646.3A Active CN108438730B (en) | 2016-08-20 | 2016-08-20 | Manufacturing method of composite conveyor belt of belt feeder |
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| CN201810302647.8A Active CN108455171B (en) | 2016-08-20 | 2016-08-20 | Compound conveyer belt of belt feeder |
| CN201810302646.3A Active CN108438730B (en) | 2016-08-20 | 2016-08-20 | Manufacturing method of composite conveyor belt of belt feeder |
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| CN109368123A (en) * | 2018-11-27 | 2019-02-22 | 爱西贝特传输系统(云南)有限公司 | A kind of multipurpose wear-resistant conveyor belt and its preparation process |
| CN109835656A (en) * | 2019-04-12 | 2019-06-04 | 四方科技集团股份有限公司 | Conveyer belt |
| CN111702001A (en) * | 2020-06-15 | 2020-09-25 | 夏喜明 | Full-automatic low-temperature plasma soil remediation device |
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Also Published As
| Publication number | Publication date |
|---|---|
| CN108423365B (en) | 2020-08-25 |
| CN108423365A (en) | 2018-08-21 |
| CN108455171B (en) | 2020-07-24 |
| CN108438730A (en) | 2018-08-24 |
| CN108438730B (en) | 2020-07-10 |
| CN108455171A (en) | 2018-08-28 |
| CN106276044A (en) | 2017-01-04 |
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