CN204944085U - Drying materials system - Google Patents
Drying materials system Download PDFInfo
- Publication number
- CN204944085U CN204944085U CN201520520306.XU CN201520520306U CN204944085U CN 204944085 U CN204944085 U CN 204944085U CN 201520520306 U CN201520520306 U CN 201520520306U CN 204944085 U CN204944085 U CN 204944085U
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- Prior art keywords
- baker
- hopper
- fixed
- feeding cylinder
- materials system
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Abstract
Drying materials system, comprise baker (1) and be fixed on the feeding cylinder (2) on baker (1) side, the discharge barrel (3) be fixed on another side, described feeding cylinder (2) top is provided with hopper (4), hopper (4) lower end of described reverse pyramid is fixed with grinder (5), grinder (5) lower end is fixedly mounted on feeding cylinder (2) upper opening place, be provided with flight (1d) in described baker (1), flight (1d) is vertical along the cylindrical shell (1c) of baker (1); At least there is feeding fast, and avoid feeding to cause crushed material to block the effect of baker (1) soon.
Description
Technical field
The utility model relates to drying field, is specifically related to drying materials system.
Background technology
Dry and refer to that removing solvent by some way retains the technical process of solids content, typically refer to and pass into hot-air moisture in material is evaporated and the process taken away.
In prior art, application number: 201420707438.9, the applying date: 2014-11-21, application title: a kind of hermetically sealed many revolution internal and external screw induced air type dryers, deals with problems: long distance rotates the baking advantage of rolling type.
But, in the process of baking, because the too fast baker that causes of material supply blocks, affect working (machining) efficiency.
Above patent application due to their utility model object and technical problem to be solved all different, cause their technical scheme to comprise the difference of structure and method for this reason, they can not combine in order to present patent application simply, otherwise structural design can be caused more complicated, or can not implement, etc.
How to design a kind of drying materials system, at least there is feeding fast, and avoid feeding to cause crushed material to block the effect of baker 1 soon, become the technical problem that we are badly in need of solving.
Utility model content
The purpose of this utility model is the deficiency overcoming prior art existence, and provides a kind of drying materials system.
The purpose of this utility model has been come by following technical solution, a kind of drying materials system, comprise baker 1 and be fixed on the feeding cylinder 2 on baker 1 one side, the discharge barrel 3 be fixed on another side, described feeding cylinder 2 top is provided with hopper 4, hopper 4 lower end of described reverse pyramid is fixed with grinder 5, grinder 5 lower end is fixedly mounted on feeding cylinder 2 upper opening place, is provided with flight 1d in described baker 1, and flight 1d is vertical along the cylindrical shell 1c of baker 1.Opening part is set on the top of feeding cylinder 2 corresponding with the bottom of grinder 5, feeding cylinder 2 is directly entered after crushing material in hopper 4, dry hot-air enters wherein by feeding cylinder 2 right part opening, promotes to carry out acceleration in material feeding baker 1 dry by hot-air.
The top of described hopper 4 is downward-sloping conveyer 6, conveyer 6 comprises the housing 63 of hollow cuboid, driving belt 61 is socketed with in housing 63, the end sleeve of driving belt 61 is connected to conveyer belt motor 64, driving belt 61 is transversely fixed with the blade 62 of rectangle, and housing 63 bottom is fixed with block feet 65.Material is delivered in hopper 4 by outside by conveyer 4, by hopper 4 by material collection wherein, undertaken unifying feeding by hopper 4, to in grinder 5, centralized collection material, unified convey materials, ensures that material is supplied in baker 1 with identical speed and carries out unifying drying, fundamentally avoids the direct feeding of conveyer 6 to cause charging unstable.
Described discharge barrel 3 one side is connected to the left end of baker 1, another side of discharge barrel 3 is installed with pusher 7, is provided with brace table 71 bottom pusher 7.Accelerate discharge barrel 3 place material by pusher 7 to flow out rapidly, pusher 7, along the material sucking-off of discharge barrel 3 by baker 1 inside, accelerates material further and flows out.
The external stability of described baker 1 has control cabinet 8, is provided with driver 81 in the control cabinet 8 of described cuboid.Arrange multiple driver 8 to be electrically connected with pusher 7, baker 1, grinder 5, conveyer belt motor 64 respectively, can be connected by copper conductor, multiple driver 8 adopts identical Frequency to drive respectively, by controlling multiple driver 8.
The middle part of described hopper 4 is extended with climbing ladder 9 downwards, easy access personnel climb up hopper 4 and detect, described hopper 4 circumference is installed with the bracing frame 10 of cuboid, a certain amount of material of uniting is carried out on the top by the bracing frame 10 of rule hopper 4 being fixed on baker 1, ensures the stability of convey materials.
Described baker 1 is cylindrical shape, and the two ends of baker 1 are provided with electric rotating machine 11, and cylinder circumference is provided with the gears meshing on circular tooth bar and electric rotating machine 11.Controlled the speed of rotation of cylindrical shape by the rotation of electric rotating machine 11, thus determine the speed of processing materials in baker 1.
The conveyer 6 that described hopper 4 upper end is provided with charging aperture 41 downward-sloping with hopper 4 top is corresponding, and the lower end of hopper 4 is provided with blow tank 42, is provided with scroll bar 43 in described blow tank 42.Conveyer 6 transported material is unified to be entered in the charging aperture 41 of hopper 4 upper end, by the blow tank 42 of the cuboid laterally placed is unified, mass transport is gone out, in blow tank 42, arrange scroll bar 43, the speed of rotation of scroll bar 43 controls being delivered in pulverizer 5 of material dosing.
Described grinder 5 is fixed with the feed hopper 51 being inverted the hollow cone bodily form, the quantitative material that in blow tank 42, scroll bar 43 is released collected by feed hopper 51, then by feed hopper 51 being collected in grinder 5 gradually.
The bottom of described feeding cylinder 2 upper opening place and grinder 5 is fixed, the side of feeding cylinder 2 is fixed with open cap 21, open cap 21 can be set to transparent case, safety glass manufacture can be adopted, the admixture of feeding cylinder 2 place's material and hot-air is observed, maintenance when facilitating out of service by open cap 21 by open cap 21.When avoiding not having material to enter in hopper 4, can observe by dynamic concept in time.
The bottom of feeding cylinder 2 is provided with barrel frame 22.Supported by the grinder 5 on barrel frame 22 pairs of feeding cylinders 2 and feeding cylinder 2 top, ensure that grinder 5 can run at the upper stabilizer of feeding cylinder 2.
Described baker 1 entirety is in cylindrical shape, baker 1 comprises right plectane 1a, left plectane 1b, cylindrical shell 1c, right plectane 1a and left plectane 1b is fixedly mounted on the right left two ends of cylindrical shell 1c respectively, flight 1d is fixed with in described baker 1, baker 1 is interspersed with rotating shaft 1e, rotating shaft 1e is provided with riser body 1f and the transverse slat body 1g of symmetrical structure, flight 1d spirals on riser body 1f, transverse slat body 1g, and described flight 1d is welded on riser body 1f, transverse slat body 1g by multiple fan blades 1h and is spliced into helical form.Material and hot-air enter in baker 1 along the gap between rotating shaft 1e and riser body 1f, transverse slat body 1g; The blade that fan-shaped blade is formed is fan blades 1h, and more fan blades 1h is unified to be fixedly welded on riser body 1f and transverse slat body 1g, forms flight 1d.
It is fast that the utility model at least has feeding, and avoid feeding to cause crushed material to block the effect of baker 1 soon.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is the structural representation of baker in the utility model;
Fig. 3 is the structural representation of fan blades in the utility model;
In figure, baker 1, right plectane 1a, left plectane 1b, cylindrical shell 1c, flight 1d, rotating shaft 1e, riser body 1f, transverse slat body 1g, fan blades 1h, electric rotating machine 11, feeding cylinder 2, open cap 21, barrel frame 22, discharge barrel 3, hopper 4, charging aperture 41, blow tank 42, scroll bar 43, grinder 5, feed hopper 51, conveyer 6, driving belt 61, blade 62, housing 63, conveyer belt motor 64, feet 65, pusher 7, brace table 71, control cabinet 8, driver 81, climbing ladder 9, bracing frame 10.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described in detail: as shown in fig. 1, drying materials system described in the utility model, comprise baker 1 and be fixed on the feeding cylinder 2 on baker 1 one side, the discharge barrel 3 be fixed on another side, described feeding cylinder 2 top is provided with hopper 4, hopper 4 lower end of described reverse pyramid is fixed with grinder 5, and grinder 5 lower end is fixedly mounted on feeding cylinder 2 upper opening place; At least there is feeding fast, and avoid feeding to cause crushed material to block the effect of baker 1 soon.
As shown in Fig. 1 ~ 3, drying materials system, comprising baker 1 is cylindric baker, can adopt the baker of cylindrical shape of the prior art; And be fixed on feeding cylinder 2 on baker 1 one side, feeding cylinder 2 is hollow cylinder, adopts stainless steel material to make, be convenient to make and service life lasting.Be fixed on the discharge barrel 3 on another side of baker 1, feeding cylinder 2 is identical with discharge barrel 3 structure, is also hollow cylinder, adopts stainless steel material to make.Material, along entering in feeding cylinder 2, after drying, is discharged to baker 1 along discharge barrel 3 outside in baker 1.
Described feeding cylinder 2 top is provided with hopper 4, centralized collection material in hopper 4, hopper 4 lower end of described reverse pyramid is fixed with grinder 5, material carries out unifying feeding in grinder 5 along the bottom of hopper 4 reverse pyramid, carrying out grinder 5 through grinder 5 avoids the material entered in feeding cylinder 2 to produce blocking because bulk is comparatively large, this pulverizing is again pulverized on the basis that material has been pulverized, undried material hardens in the process of intermediate transportation, and grinder 5 is mainly in order to pulverize the material hardened in pilot process.Grinder 5 is micromill, and small-sized pulverizer is easy to install.
Grinder 5 lower end is fixedly mounted on feeding cylinder 2 upper opening place.The gravitional force of material self is utilized to omit in feeding cylinder 2, the upper opening of feeding cylinder 2 enters material, the left end of feeding cylinder 2 is fixedly connected with baker 1, the right-hand member of feeding cylinder 2 connects hot-air duct, utilize the gravitional force of material and the promotion effect of hot-air, the material after grinder 5 is pulverized is carried out drying by hot-air being blown in baker 1 at the uniform velocity, not only improves the speed that material enters baker 1, and material is dispelled that to drive row into dry by hot-air, improve drying efficiency.
The top of described hopper 4 is downward-sloping conveyer 6, and conveyer 6 is the conveyer that band transmits, and adopt belt to transmit, speed is very fast, or adopts chain band to transmit, and stability is higher.Conveyer 6 comprises the housing 63 of hollow cuboid, housing 63 adopts metal material to make, stainless steel material can be adopted to make, the two ends of housing 63 are fixed with power transmission shaft, the steel body power transmission shaft arranging two solid cylinders is fixed on the two ends of housing 63, driving belt 61 is socketed with in housing 63, driving belt 61 is socketed on two solid cylinder steel axles and transmits, the motor shaft of conveyer belt motor 64 is fixedly connected with the solid cylinder steel axle of housing 63 one end, thus drive driving belt 61, the upper end of driving belt 61 is socketed on the fixing solid cylinder steel axle of conveyer belt motor 64, carry out stable transmission, driving belt 61 is transversely fixed with the blade 62 of rectangle, the blade 62 of rectangle can be metal material, make service life lasting, it can be copper or stainless steel material, corrosion resistance is high, further raising service life, also plastic material can be adopted to make, and material is light, is easy to install, reduce the power of conveyer belt motor 64, economize energy, housing 63 bottom is fixed with block feet 65, and feet 65 can be metallic plate or metal derby or metal column, the bottom of housing 63 is fixedly connected with ground, improves the stability of conveyer 6 convey materials.
Described discharge barrel 3 one side is connected to the left end of baker 1, another side of discharge barrel 3 is installed with pusher 7, discharge barrel 3 right-hand member is fixedly connected with baker 1, the material of the drying of conveying place in access baker 1, discharge barrel 3 left end is fixedly connected with pusher 7, pusher 7 is induced-draught fan kind equipment, or vavuum pump, by material sucking-off, discharge barrel 3 is helped to access material dry in baker 1, be material smoothly and send from discharge barrel 3 fast, improve the drying efficiency of baker 1 further.
Brace table 71 is provided with bottom pusher 7.Brace table 71 can be that the cement platform stability of cuboid is higher, also can be metal frame, the position of fixing pusher 7, ensures the work that pusher 7 is stable.The operation of pusher 7 is undertaken unifying to control by driver 81, ensures the operation that whole system is stable.
The external stability of described baker 1 has control cabinet 8, is provided with driver 81 in the control cabinet 8 of described cuboid.Multiple driver 81 controls by control cabinet 8 is unified, in control cabinet 8, Programmable Logic Controller is set, or the running status of single-chip microcomputer to driver 81 is unified to control, the discharging that accelerates to of pusher 7 is avoided to make dry materials in baker 1 not thorough too soon, while the dried material of baker 1, material also in baker 1 externally discharge barrel 3 send, grinder 5 comminuting matter gradually enters in feeding cylinder 2 avoids the too high generation blocking of specific breakage rate, conveyer belt motor 64 feeding gradually in hopper 4, avoid feeding too many, by controlling multiple driver 81, make pusher 7, baker 1, grinder 5, the effect of dynamic equilibrium is realized between conveyer belt motor 64 4, control discharge velocity, rate of drying, specific breakage rate, rate of feed guarantee speed is synchronous, realize the dynamic equilibrium of dried material speed, fundamentally solve the stopping state in dry materials process.
The middle part of described hopper 4 is extended with climbing ladder 9 downwards, and climbing ladder 9 is the ladder of aluminium alloy, makes maintainer can enter the top of baker 1 under stopped status, and enters in hopper 4 and overhaul.
Described hopper 4 circumference is installed with the bracing frame 10 of cuboid.The metal frame of hollow frame posture, such as bracing frame 10 pairs of hoppers 4 of steel pipe composition support.Ensure the stable top being arranged on baker 1 of hopper 4, material crashing in grinder 5 is gradually pulverized.
Described baker 1 is cylindrical shape, and the two ends of baker 1 are provided with electric rotating machine 11, and cylinder circumference is provided with the gears meshing on circular tooth bar and electric rotating machine 11.Electric rotating machine 11 is connected with driver 81, and driver 81 controls the speed of rotation of baker 81, and two circular tooth bars are looped around the cylinder two ends of baker 1, ensures that the two ends of baker 1 synchronously rotate, improves the speed of rotation of baker 1.
The conveyer 6 that described hopper 4 upper end is provided with charging aperture 41 downward-sloping with hopper 4 top is corresponding, and the material that conveyer 6 is delivered in hopper 4 falls in hopper 4 along charging aperture 41, and then gradual massing is in the bottom of hopper 4.
The lower end of hopper 4 is provided with blow tank 42, blow tank 42 is horizontal hollow cylinder or hollow cuboid, scroll bar 43 is provided with, scroll bar 43 i.e. worm screw, the gap of generation when utilizing rotation by rotating and advance material to progress in grinder 5 in described blow tank 42.
Described grinder 5 is fixed with the feed hopper 51 being inverted the hollow cone bodily form, the material dropped in blow tank 42 is collected by the feed hopper 51 of the hollow cone bodily form, then be concentrated in grinder 5, pulverize, avoid material to produce in the process of conveying and drop.
The bottom of described feeding cylinder 2 upper opening place and grinder 5 is fixed, this fixing mode that can adopt welding, avoids material from leakage to produce waste to outside.
The side of feeding cylinder 2 is fixed with open cap 21, open cap 21 can the circular arc housing of circular, square or sheet, the bottom of feeding cylinder 2 is provided with barrel frame 22, barrel frame 22 is the brandreth of cuboid, the grinder 5 on feeding cylinder 2 and feeding cylinder 2 top fixes on the ground by brandreth, ensures that feeding cylinder 2 docks with between baker 1.
As shown in Figure 2, described baker 1 entirety in cylindrical shape, baker 1 in cored screw shape, the helical structure that material forms along the flight 1d rotated constantly by the conveying that feeding cylinder 2 one end is stable to discharge barrel 3 one end,
Baker 1 comprises right plectane 1a, left plectane 1b, cylindrical shell 1c, and right plectane 1a, left plectane 1b are the circular metal plate of same thickness, arranges circular opening and feeding cylinder 2, discharge barrel 3 is corresponding in the centre position of plectane.
Right plectane 1a and left plectane 1b is fixedly mounted on the right left two ends of cylindrical shell 1c respectively, cylindrical shell 1c and right plectane 1a, the structure of hollow cylinder is formed between left plectane 1b, flight 1d is fixed with in described baker 1, baker 1 is interspersed with rotating shaft 1e, rotating shaft 1e is provided with riser body 1f and the transverse slat body 1g of symmetrical structure, riser body 1f and transverse slat body 1g is the metallic plate being fixedly welded on vertical stratification, utilize the gap between riser body 1f and transverse slat body 1g, material is made to enter in flight 1d, spiral, flight 1d is looped around riser body 1f, transverse slat body 1g is formed the helical structure with gap, hot-air is also blown into along the gap between riser body 1f and transverse slat body 1g, flight 1d helically paddle structure, flight 1d spirals at riser body 1f, on transverse slat body 1g, described flight 1d is welded on riser body 1f by multiple fan blades 1h, transverse slat body 1g is spliced into helical form, adopt more fan-shaped sheet metal plate, welding gradually forms propeller arrangement, be convenient to processing and manufacturing.
Be provided with flight 1d in described baker 1, flight 1d is vertical along the cylindrical shell 1c of baker 1, and the laminated structure of flight 1d is perpendicular to the surface of cylindrical shell 1c on locus, and namely fan blades 1h can be fixedly mounted on the inwall of hollow cylinder shell 1c,
Fan-shaped 1h can be 0 degree fan-shaped to the sheet within the scope of 180 degree, fan-shaped 1h can adopt metal material to make, and adopts copper or iron plate material to make service life lasting.
Material enters in the baker 1 of rotation and rotates, and continues to rotate in baker 1, and material rotates back and forth 3-7 the backhaul rotated at baker 1, just can be sent baker 1 by flight 1d, and carry out circulative drying by rotating, drying efficiency is higher.
By foregoing description, those skilled in the art can implement.
Above content described in this description is only to the explanation of the utility model structure example; And the utility model parts title of getting also can be different, all equivalences of doing according to structure, feature and the principle described in the utility model inventional idea or simple change, be included in the protection domain of the utility model patent.
Claims (10)
1. drying materials system, comprise baker (1) and be fixed on the feeding cylinder (2) on baker (1) side, the discharge barrel (3) be fixed on another side, it is characterized in that: described feeding cylinder (2) top is provided with hopper (4), hopper (4) lower end of described reverse pyramid is fixed with grinder (5), grinder (5) lower end is fixedly mounted on feeding cylinder (2) upper opening place, be provided with flight (1d) in described baker (1), flight (1d) is vertical along the cylindrical shell (1c) of baker (1).
2. drying materials system according to claim 1, it is characterized in that: the top of described hopper (4) is downward-sloping conveyer (6), conveyer (6) comprises the housing (63) of hollow cuboid, driving belt (61) is socketed with in housing (63), the end sleeve of driving belt (61) is connected to conveyer belt motor (64), driving belt (61) is transversely fixed with the blade (62) of rectangle, and housing (63) bottom is fixed with block feet (65).
3. drying materials system according to claim 1, it is characterized in that: described discharge barrel (3) side is connected to the left end of baker (1), discharge barrel (3) another side is installed with pusher (7), pusher (7) bottom is provided with brace table (71).
4. drying materials system according to claim 1, is characterized in that: the external stability of described baker (1) has control cabinet (8), is provided with driver (81) in the control cabinet (8) of described cuboid.
5. drying materials system according to claim 1, is characterized in that: the middle part of described hopper (4) is extended with climbing ladder (9) downwards, described hopper (4) circumference is installed with the bracing frame (10) of cuboid.
6. drying materials system according to claim 1, it is characterized in that: described baker (1) is cylindrical shape, the two ends of baker (1) are provided with electric rotating machine (11), and cylinder circumference is provided with the gears meshing on circular tooth bar and electric rotating machine (11).
7. drying materials system according to claim 1, it is characterized in that: the conveyer (6) that described hopper (4) upper end is provided with charging aperture (41) downward-sloping with hopper (4) top is corresponding, the lower end of hopper (4) is provided with blow tank (42), is provided with scroll bar (43) in described blow tank (42).
8. drying materials system according to claim 1, is characterized in that: described grinder (5) is fixed with the feed hopper (51) being inverted the hollow cone bodily form.
9. drying materials system according to claim 1, it is characterized in that: the bottom of described feeding cylinder (2) upper opening place and grinder (5) is fixed, the side of feeding cylinder (2) is fixed with open cap (21), and the bottom of feeding cylinder (2) is provided with barrel frame (22).
10. drying materials system according to claim 1, it is characterized in that: described baker (1) entirety is in cylindrical shape, baker (1) comprises right plectane (1a), left plectane (1b), cylindrical shell (1c), right plectane (1a) and left plectane (1b) are fixedly mounted on the right left two ends of cylindrical shell (1c) respectively, flight (1d) is fixed with in described baker (1), baker (1) is interspersed with rotating shaft (1e), rotating shaft (1e) is provided with riser body (1f) and the transverse slat body (1g) of symmetrical structure, flight (1d) spirals at riser body (1f), on transverse slat body (1g), described flight (1d) is welded on riser body (1f) by multiple fan blades (1h), transverse slat body (1g) is spliced into helical form.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520520306.XU CN204944085U (en) | 2015-07-17 | 2015-07-17 | Drying materials system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520520306.XU CN204944085U (en) | 2015-07-17 | 2015-07-17 | Drying materials system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204944085U true CN204944085U (en) | 2016-01-06 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520520306.XU Expired - Fee Related CN204944085U (en) | 2015-07-17 | 2015-07-17 | Drying materials system |
Country Status (1)
| Country | Link |
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| CN (1) | CN204944085U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105066608A (en) * | 2015-07-17 | 2015-11-18 | 富阳瑞丰新能源有限公司 | Material drying system |
-
2015
- 2015-07-17 CN CN201520520306.XU patent/CN204944085U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105066608A (en) * | 2015-07-17 | 2015-11-18 | 富阳瑞丰新能源有限公司 | Material drying system |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160106 Termination date: 20170717 |