CN203158848U - Manganese-zinc ferrite powder output device and powder fetching device for manganese-zinc ferrite powder output device - Google Patents
Manganese-zinc ferrite powder output device and powder fetching device for manganese-zinc ferrite powder output device Download PDFInfo
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- CN203158848U CN203158848U CN 201320127427 CN201320127427U CN203158848U CN 203158848 U CN203158848 U CN 203158848U CN 201320127427 CN201320127427 CN 201320127427 CN 201320127427 U CN201320127427 U CN 201320127427U CN 203158848 U CN203158848 U CN 203158848U
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- manganese
- zinc ferrite
- ferrite powder
- cover board
- seal cover
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Abstract
A manganese-zinc ferrite powder output device and a powder fetching device for the manganese-zinc ferrite powder output device belong to an auxiliary facility of manganese-zinc ferrite production. The manganese-zinc ferrite powder output device and the powder fetching device for the manganese-zinc ferrite powder output device comprise a powder automatic output mechanism, a set of sealing cover plate lifting function cylinders, a sealing cover plate and a soft transition sealing sleeve. The powder automatic output mechanism is connected with a discharge port on the box bottom wall of a vibration grinding box body in a matched mode, the set of sealing cover plate lifting function cylinders is fixed on the box bottom wall, and a function cylinder post of the set of sealing cover plate lifting function cylinders is downward. The sealing cover plate is connected with the set of function cylinders, a sealing cover plate discharge hole is formed in the center position of the sealing cover plate, a sealing gasket is fixedly arranged on one side, back to the box bottom wall, of the sealing cover plate, and pressing strips are fixed at the edge positions of the periphery of the sealing gasket and matched with the manganese-zinc ferrite powder fetching device. One end of the soft transition sealing sleeve is connected with the powder automatic output mechanism, and the other end of the soft transition sealing sleeve is connected with the sealing cover plate at a position corresponding to the sealing cover plate discharge hole. The manganese-zinc ferrite powder output device and the powder fetching device for the manganese-zinc ferrite powder output device have the advantages of guaranteeing environment of a working spot, protecting health of workers, preventing waste of powder, and being convenient to unload.
Description
Technical field
The utility model belongs to the technical field of auxiliary facilities in the manganese-zinc ferrite production, is specifically related to a kind of manganese-zinc ferrite powder output unit, and relates to the material-receiving device that this manganese-zinc ferrite powder output unit is used.
Background technology
Aforesaid manganese-zinc ferrite powder refer to by ferric oxide, manganese oxide and zinc oxide mix through doing successively after the weighing in proportion, pre-burning and the vibration of vibration case and the primary raw material mixture that obtains, this primary raw material mixture is emitted by the discharging opening that is positioned at vibration case bottom and is sent into subsequent handling, for example adding auxiliary material is molybdena, bismuth oxide, calcium oxide and niobium oxide etc., and carry out sand milling, obtain granulation slurry behind the sand milling, then carry out granulation and base, send into electronic kiln at last and carry out sintering, after going out electronic kiln, obtain manganese-zinc ferrite.
Because the vibration pulverizing process is between pre-burning operation and sand milling operation, again because vibration pulverizing and sand milling are in different station, namely be in different places, therefore after the powder after the vibration case is to pre-burning has been finished vibration, need aforesaid sand milling operation is emitted and delivered to the primary raw material mixture in the vibration case.Usually will have enough to meet the need container (being generally the dolly that connects material) by the workman when blowing moves to the position of the discharging opening bottom the vibration case, then open the discharging opening of vibration case with manual mode or mechanical system, the primary raw material mixture in the vibration case is discharged in the turnover container.But, because with there being a diff-H between the discharging opening that changes container and vibration case, that is to say this to have a segment distance between the two and can't dock rightly, particularly vibrating ball-mill can produce vibratory flow in the vibration process, thereby the primary raw material mixture forms dense haze shape to aerial disperse when discharging, influence the environment of operation field on the one hand, influence the healthy of workman on the other hand, cause pre-burning to pulverize the serious waste of material more on the one hand.
The problems referred to above suffer from industry for a long time, and expectation can solve, for this reason, the applicant has carried out relevant literature search, yet there is no all referential technology enlightenments that has at disclosed China and foreign countries' patent and non-patent literature up to now, so the applicant has done positive and useful design, finally formed technical scheme described below, and the vibration case in the applicant plant area has carried out analogue test under the strict secrecy provision having taked, and it is practicable that the result proves.
Summary of the invention
Top priority of the present utility model be to provide a kind of help automatically the discharging opening of vibration case to be opened or closed and use embody good automation effect and alleviate workman's manipulation strength, the primary raw material mixture that is conducive to avoid to come from the discharging opening of vibration case produces the material dust pollution and uses the clean environment that ensures operation field and avoid the manganese-zinc ferrite powder output unit of material waste in the process of introducing material-receiving device.
The material-receiving device that provides a kind of manganese-zinc ferrite powder output unit to use is provided another task of the present utility model, and this material-receiving device can be sealed and matched ideally with the manganese-zinc ferrite powder output unit and have discharging strong point easily.
For top priority of the present utility model is finished in embodiment, the technical scheme that the utility model provides is: a kind of manganese-zinc ferrite powder output unit is included under the use state the matched automatic output mechanism of a powder of discharging opening on the case diapire that is used for the vibration box body; One group of seal cover board lift action cylinder, this group of seal cover board lift action cylinder is fixed on the described case diapire with vertical state, and the acting cylinder post of this group of seal cover board lift action cylinder is towards following; One is used for the seal cover board that is sealed and matched with the manganese-zinc ferrite powder material-receiving device, the sealing cover plate is connected with the acting cylinder post of described one group of seal cover board lift action cylinder, and the middle position at the sealing cover plate offers a seal cover board discharge opening, and be installed with a packing seal at seal cover board back to a side of described case diapire, and fixedly there is press strip at the position, edge at packing seal, and press strip and described manganese-zinc ferrite powder material-receiving device are sealed and matched; One flexible transition sealing shroud, an end of this flexible transition sealing shroud is connected with the automatic output mechanism of described powder, and the other end is connected with seal cover board in the position corresponding to described seal cover board discharge opening.
In a specific embodiment of the present utility model, the automatic output mechanism of described powder comprises motor, retarder and blade-type pump, blade-type pump inlet point and the described discharging opening of blade-type pump connect, the blade-type pump discharging opening of blade-type pump is connected with a described end of described flexible transition sealing shroud, the pump shaft of blade-type pump and the reducer output shaft of retarder are in transmission connection and constitute blade at pump shaft, and blade advances corresponding to described blade-type pump, between the discharging opening, retarder is fixed on the retarder seat, and retarder seat and blade-type pump are fixed, motor and retarder are fixed, and cooperate with the retarder transmission.
In another specific embodiment of the present utility model, described one group of seal cover board lift action cylinder is respectively fixed by cylinder body fix screw and cylinder body fixed mount, and cylinder body fixed mount and described case diapire are fixed.
In another specific embodiment of the present utility model, on described case diapire and in the stationkeeping corresponding to described cylinder body fixed mount, permanent seat is arranged, the cylinder body fixed mount is fixed by fixed mount screw and permanent seat.
In another specific embodiment of the present utility model, described seal cover board lift action cylinder is cylinder or oil cylinder.
Also have in the specific embodiment of the present utility model, described flexible transition sealing shroud is rubber coating, and described press strip is rubber strip.
For another task of the present utility model is finished in embodiment, the technical scheme that the utility model provides is: the material-receiving device that a kind of manganese-zinc ferrite powder output unit is used, comprise ladder and a head that connects material that connects material, the ladder that connects material is the frame-like structure, and be provided with a top board at the top of this ladder that connects material, middle section at this top board offers a material receiving port, and constituting a sealing stack limit that is raised in the surface of top board around the position, edge of this material receiving port, be provided with one group of road wheel in the bottom of the ladder that connects material, receiving hopper is fixed on the ladder that connects material, the top of this receiving hopper is connected with described material receiving port and communicates, and the bottom of receiving hopper is equipped with an emptying door with pluggable mode.
More of the present utility model and in specific embodiment, on described top board and the correspondence position in both sides respectively be installed with a handle.
In of the present utility model and then specific embodiment, at described emptying door one handle is arranged fixedly.
The technical scheme that the utility model provides is in the time will emitting the pulverizing of the pre-burning in vibration box body material, then by one group of seal cover board lift action cylinder with the direction displacement of seal cover board towards the manganese-zinc ferrite powder interface arrangement, the manganese-zinc ferrite powder interface arrangement is sealed, under the work of the automatic output mechanism of powder, open discharging opening, primary raw material mixture in the vibration box body is successively through discharging opening, the automatic output mechanism of powder, flexible transition sealing shroud and seal cover board discharge opening draw off, the material disperse in drawing off process, can not occur to extraneous phenomenon, thereby be ensured the environment of operation field, protect the healthy of workman and prevent the material waste; The manganese-zinc ferrite powder material-receiving device that provides can with seal cover board on press strip be sealed and matched, and owing to be provided with emptying door in the bottom of receiving hopper, thereby have discharging strong point easily.
Description of drawings
Fig. 1 is embodiment of the present utility model and application examples scheme drawing.
Fig. 2 is the lateral plan of Fig. 1.
The specific embodiment
For the inspector that the makes Patent Office especially public can be expressly understood technical spirit of the present utility model and beneficial effect more, the applicant general elaborates in the mode of embodiment below, but all be not restriction to the utility model scheme to the description of embodiment, any according to the utility model design done only for pro forma but not substantial equivalent transformation all should be considered as the technical solution of the utility model category.
See also Fig. 1 and Fig. 2, provided vibration box body 1, a discharging opening 111 has fixedly been arranged on the case diapire 11 of this vibration box body 1, and in that each fixedly has a permanent seat 112 corresponding to a side of discharging opening 111 and opposite side, it is a pair of to that is to say that permanent seat 112 has, and parallel.
Provided the automatic output mechanism 2 of powder, the automatic output mechanism 2 of this powder preferably but not the structure that definitely is limited to is as follows: comprise motor 21, retarder 22 and blade-type pump 23, the blade-type pump inlet point 231 of blade-type pump 23 is fixing by screw and aforesaid discharging opening 111, the blade-type pump discharging opening 232 of blade-type pump 23 is connected with the following flexible transition sealing shroud 5 that will illustrate, the pump shaft 233 of blade-type pump 23 is in transmission connection with the reducer output shaft of retarder 22, and constitute blade 2331 at pump shaft 233, blade 2331 advances corresponding to blade-type pump, discharging opening 231, between 232, retarder 22 is fixed on the retarder seat 221, and retarder seat 221 is fixing with blade-type pump 23, motor 21 is fixing with retarder 22, and is in transmission connection with retarder 22.
The quantity of one group of seal cover board lift action cylinder 3 has four in the present embodiment, because the rectangular body of geometric configuration of seal cover board 4, more precisely be square, therefore four seal cover board lift action cylinders 3 are distributed in four bights of seal cover board 4, per two seal cover board lift action cylinders 3 share one piece of cylinder body fixed mount 33, so cylinder body fixed mount 33 has parallel a pair of, the cylinder body of each seal cover board lift action cylinder 3 is fixing with cylinder body fixed mount 33 by cylinder body fix screw 32, and cylinder body fixed mount 33 employing fixed mount screws 331 and aforesaid permanent seat 112 are fixing; The acting cylinder post 31 of each seal cover board lift action cylinder 3 is fixing with seal cover board 4 by cylinder post permanent seat 311.
Aforesaid seal cover board lift action cylinder 3 adopts cylinder, yet, if use oil cylinder, should be considered as equivalence so.
The central part of the seal cover board of mentioning in the above 4 offers a seal cover board discharge opening 41, and preferably using adhesives at seal cover board 4 back to a side of the case diapire 11 of aforementioned vibration box body 1 is that adhesion agent or screw fixedly have a packing seal 42, and same preferred adhesion agent or the screw cementation of using has press strip 421 in the position, edge of sealing pad 42.The packing seal 42 preferred rubber that use, press strip 421 is rubber strip.
A preferred end that uses the flexible transition sealing shroud 5 that rubber coating fills the post of is that graphic upper end is by means of last trim ring 51 and use trim ring fix screw 511 and fix with the flange on the blade-type pump discharging opening 232.The other end of flexible transition sealing shroud 5 is that graphic lower end is by means of downforce circle 52 and fixing at edge part bit position and seal cover board 4 corresponding to seal cover board discharge opening 41 with lower clamping ring fix screw 521.According to common practise, the length of flexible transition sealing shroud 5 is reserved with the surplus that is enough to compensating action cylinder 31 maximal dilations, that is to say that flexible transition sealing shroud 5 has telescopic redundancy section.
For the primary raw material mixture that scoops out by 2 outputs of the automatic output mechanism of aforesaid powder is the alleged powder of this patent, and in order to ensure cooperate friendly with manganese-zinc ferrite powder output unit of the present utility model, therefore recommended structure reasonably to aim at a manganese-zinc ferrite powder material-receiving device of manganese-zinc ferrite powder output unit " customization of amount body ".
Above mentioned manganese-zinc ferrite powder material-receiving device comprises connect material ladder 6 and a receiving hopper 7, connect material ladder 6 for around and the frame-like structure of bottom hollow out, and the welded top at this ladder 6 that connects material fixedly has a top board 61, middle section at top board 61 offers a material receiving port 611, and on the sealing stack limit 6111 that constitutes a surface that is raised in top board 61 that surrounds around the position, edge of material receiving port 611, sealing stack limit 6111 is corresponding with aforesaid press strip 421.Four bights in the bottom of the ladder 6 that connects material respectively are provided with one group of road wheel 62.Receiving hopper 7 is fixed in the ladder 6 that connects material, and the top of this receiving hopper 7 and aforesaid material receiving port 611 are corresponding and communicate.According to general knowledge, the top of receiving hopper 7 and material receiving port 611 tight welds are one.Bottom at receiving hopper 7 is equipped with an emptying door 71 with pluggable mode.
Preferably, can be on top board 61 and at the correspondence position of both sides each fixes a handle 612, pinch moving to hold when connecting material ladder 6 for the operator by a pair of handle.Preferably, at aforesaid emptying door 71 handle 711 is arranged fixedly, play the effect of convenient plug emptying door 71 by this handle 711.
Pack in 7 when connecting material behind the primary raw material mixture, and after moving to subsequent processing and be promoted on the blowing platform with the ladder 6 that connects material, pull out emptying door 71, just the primary raw material mixtures in the receiving hopper 7 can be put and remove.
The applicant sketches application of the present utility model in conjunction with Fig. 1 and Fig. 2, and when the vibration box body of the vibrating ball-mill on being installed on vibration block 12 1 was in running order, the acting cylinder post 31 of one group of seal cover board lift action cylinder 3 was positioned at cylinder body.Yet, when will be by discharging opening 111 during with having finished the primary raw material mixture after the vibration and emit in the vibration box body 1, moved to the position corresponding to the below of seal cover board 4 by operator's ladder 6 that will connect material so, then shown being used for cylinder 3 work of control seal cover board lift action or out-of-work acting cylinder master cock 34(Fig. 2 by the workman) operation, the acting cylinder post 31 of one group of seal cover board lift action cylinder 3 stretches outside cylinder body simultaneously, because acting cylinder post 31 is fixing with seal cover board 4 by cylinder post permanent seat 311, therefore promote seal cover board 4 towards the direction displacement of receiving hopper 7 by acting cylinder post 31, the press strip 421 on the packing seal 42 of seal cover board 4 is reliable closed with sealing stack limit 6111.Then make motor 21 work by the operation to electric controling switch, drive retarder 22 by motor 21, and slowed down by retarder 22, and then driven the pump shaft 233 of blade-type pumps 23 by retarder 22, under the rotation of pump shaft 233, drive blade 2331, thereby the primary raw material mixture is entered in the receiving hopper 7 through blade-type pump inlet point 231, blade-type pump discharging opening 232, flexible transition sealing shroud 5, seal cover board discharge opening 41 and material receiving port 611 successively by discharging opening 111.Blowing finishes or need change empty receiving hopper 7 halfway the time, so according to aforesaid reverse order operation.
As shown in the above description, when blowing, because the sealing stack limit 6111 of material receiving port 611 is controlled by seal cover board 4 positiver sealings of the acting cylinder post 31 of seal cover board lift action cylinder 3, namely sealed by press strip 421, therefore the dust climing phenomenon of covering can not appear, the technique effect described in the technique effect hurdle of having cashed the applicant all sidedly.
Claims (9)
1.
A kind of manganese-zinc ferrite powder output unit is characterized in that being included under the use state the matched automatic output mechanism 2 of a powder of discharging opening 111 on the case diapire 11 that is used for vibration box body 1; One group of seal cover board lift action cylinder 3, this one group of seal cover board lift action cylinder (3) is fixed on the described case diapire (11) with vertical state, and the acting cylinder post (31) of this one group of seal cover board lift action cylinder (3) is towards following; One is used for the seal cover board (4) that is sealed and matched with the manganese-zinc ferrite powder material-receiving device, sealing cover plate (4) is connected with the acting cylinder post (31) of described one group of seal cover board lift action cylinder (3), and the middle position at sealing cover plate (4) offers a seal cover board discharge opening (41), and be installed with a packing seal (42) at seal cover board (4) back to a side of described case diapire (11), and at the position, edge of packing seal (42) press strip (421) is arranged fixedly, press strip (421) is sealed and matched with described manganese-zinc ferrite powder material-receiving device; One flexible transition sealing shroud (5), an end of this flexible transition sealing shroud (5) is connected with the automatic output mechanism of described powder (2), and the other end is connected with seal cover board (4) in the position corresponding to described seal cover board discharge opening (41).
2.
Manganese-zinc ferrite powder output unit according to claim 1, it is characterized in that the automatic output mechanism of described powder (2) comprises motor (21), retarder (22) and blade-type pump (23), the blade-type pump inlet point (231) of blade-type pump (23) connects with described discharging opening (111), the blade-type pump discharging opening (232) of blade-type pump (23) is connected with a described end of described flexible transition sealing shroud (5), the pump shaft (233) of blade-type pump (23) is in transmission connection with the reducer output shaft of retarder (22) and constitutes blade (2331) at pump shaft (233), and blade (2331) advances corresponding to described blade-type pump, discharging opening (231,232) between, retarder (22) is fixed on the retarder seat (221), and retarder seat (221) is fixing with blade-type pump (23), motor (21) is fixing with retarder (22), and cooperates with retarder (22) transmission.
3.
Manganese-zinc ferrite powder output unit according to claim 1, it is characterized in that described one group of seal cover board lift action cylinder (3) is respectively fixing by cylinder body fix screw (32) and cylinder body fixed mount (33), and cylinder body fixed mount (33) is fixing with described case diapire (11).
4.
Manganese-zinc ferrite powder output unit according to claim 3, it is characterized in that upward and in the stationkeeping corresponding to described cylinder body fixed mount (33) permanent seat (112) being arranged at described case diapire (11), cylinder body fixed mount (33) is fixing by fixed mount screw (331) and permanent seat (112).
5.
According to claim 1 or 3 described manganese-zinc ferrite powder output units, it is characterized in that described seal cover board lift action cylinder (3) is cylinder or oil cylinder.
6.
Manganese-zinc ferrite powder output unit according to claim 1 is characterized in that described flexible transition sealing shroud (5) is rubber coating, and described press strip (421) is rubber strip.
7.
The material-receiving device that a kind of manganese-zinc ferrite powder output unit as claimed in claim 1 is used, it is characterized in that comprising one connect material ladder (6) and connect material the head (7), the ladder (6) that connects material is the frame-like structure, and be provided with a top board (61) at the top of this ladder that connects material (6), middle section at this top board (61) offers a material receiving port (611), and constituting a sealing stack limit (6111) that is raised in the surface of top board (61) around the position, edge of this material receiving port (611), be provided with one group of road wheel (62) in the bottom of the ladder that connects material (6), receiving hopper (7) is fixed on the ladder that connects material (6), the top of this receiving hopper (7) is connected with described material receiving port (611) and communicates, and the bottom of receiving hopper (7) is equipped with an emptying door (71) with pluggable mode.
8.
The material-receiving device that manganese-zinc ferrite powder output unit according to claim 7 is used is characterized in that correspondence positions last at described top board (61) and in both sides respectively are installed with a handle (612).
9.
The material-receiving device that manganese-zinc ferrite powder output unit according to claim 7 is used is characterized in that at described emptying door (71) handle (711) being arranged fixedly
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320127427 CN203158848U (en) | 2013-03-20 | 2013-03-20 | Manganese-zinc ferrite powder output device and powder fetching device for manganese-zinc ferrite powder output device |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201320127427 CN203158848U (en) | 2013-03-20 | 2013-03-20 | Manganese-zinc ferrite powder output device and powder fetching device for manganese-zinc ferrite powder output device |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203158848U true CN203158848U (en) | 2013-08-28 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201320127427 Withdrawn - After Issue CN203158848U (en) | 2013-03-20 | 2013-03-20 | Manganese-zinc ferrite powder output device and powder fetching device for manganese-zinc ferrite powder output device |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203158848U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103144972A (en) * | 2013-03-20 | 2013-06-12 | 常熟市信立磁业有限公司 | Mn-Zn ferrite powder conveying device and material receiving device used by same |
-
2013
- 2013-03-20 CN CN 201320127427 patent/CN203158848U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103144972A (en) * | 2013-03-20 | 2013-06-12 | 常熟市信立磁业有限公司 | Mn-Zn ferrite powder conveying device and material receiving device used by same |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20130828 Effective date of abandoning: 20150325 |
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| RGAV | Abandon patent right to avoid regrant |