CN201603611U - Double-acting composite water and air mixing ore separator - Google Patents
Double-acting composite water and air mixing ore separator Download PDFInfo
- Publication number
- CN201603611U CN201603611U CN201020107295XU CN201020107295U CN201603611U CN 201603611 U CN201603611 U CN 201603611U CN 201020107295X U CN201020107295X U CN 201020107295XU CN 201020107295 U CN201020107295 U CN 201020107295U CN 201603611 U CN201603611 U CN 201603611U
- Authority
- CN
- China
- Prior art keywords
- combination
- water
- shelf
- ore deposit
- air
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
Links
Images
Landscapes
- Manufacture And Refinement Of Metals (AREA)
Abstract
The utility model relates to a double-acting composite water and air mixing ore separator, which mainly comprises a rear shaft lever assembly, an upper frame assembly, a middle frame assembly, a lower frame assembly and a front shaft assembly. The upper frame assembly, the middle frame assembly and the lower frame assembly are arranged from top to bottom sequentially. The rear shaft lever assembly is simultaneously connected with one end of the upper frame assembly, one end of the middle frame assembly and one end of the lower frame assembly. The front shaft assembly is positioned at the other end of the upper frame assembly, the other end of the middle frame assembly and the other end of the lower frame assembly. The double-acting composite water and air mixing ore separator has the advantages of conveniently mastering yield and quality of ore production by a quality observation window, effectively avoiding ore loss, having simple and convenient operation, completing double-acting function (primary action and auxiliary action), directly improving ore separating speed which is higher 8 to 15 times than that of the common pure gravity water ore separator, also effectively reducing machine loading, greatly reducing production cost, generating the pressure by devices such as a self-adsorbing air device, a water inlet pipe, a water and air mixing separating ore impurity box, a sealing pressurizing soft cushion and the like and directly improving separation rate and quality of the ore.
Description
Technical field
The utility model relates generally to the ore separators field, mainly is a kind of dual-action composite water and air hybrid concentrating machine.
Background technology
The ore separators of Xiao Shouing has gravity concentrator, centrifugal ore separator, dried ore separators, jig washer, rotation spin slot ore separators etc. in the market.Above-mentioned ore separators, the production cost height, energy consumption is big, production efficiency is low, ore dressing speed is slow, run off in the ore deposit, and quality and quantity big, ore removal all is difficult to grasp, is unfavorable for the development of enterprise.
Summary of the invention
The utility model will solve the shortcoming of above-mentioned prior art, and a kind of dual-action composite water and air hybrid concentrating machine of efficient energy-saving is provided.
The utility model solves the technical scheme that its technical problem adopts: this dual-action composite water and air hybrid concentrating machine, mainly comprise back shaft lever assembly, the combination of putting on the shelf, the combination of middle frame, undercarriage combination and front axle assembly, put on the shelf combination of combination, middle frame and undercarriage combination arranged successively from top to bottom, back shaft lever assembly position connects an end of the combination of putting on the shelf, the combination of middle frame and undercarriage combination simultaneously, and front axle assembly is arranged in the other end of the combination of putting on the shelf, frame combination and undercarriage combination.
The described combination of putting on the shelf mainly comprises puts on the shelf, advance the assorted case in ore deposit groove and water and air hybrid separation ore deposit, the assorted case in water and air hybrid separation ore deposit is positioned at the top of putting on the shelf, advance the side that the ore deposit groove is positioned at the assorted case of water and air hybrid separation ore deposit, be provided with the air self-suction device in the assorted case in water and air hybrid separation ore deposit, hide pressurizing tank, impurities removal groove and impurity-discharging pipe, the bottom of air self-suction device is to there being air flue, the top of the assorted case in water and air hybrid separation ore deposit is provided with upright dividing plate, the bottom of the assorted case in water and air hybrid separation ore deposit is provided with thick storage ore bucket, water is provided with the angle dividing plate with the assorted case in air hybrid separation ore deposit and observation window is separated with impurity in the ore deposit, be communicated with out rough pipe on the thick storage ore bucket, go out rough pipe and be provided with slotting gate valve.
The frame combination mainly comprises middle frame, water inlet pipe, semicircle water and thin ore deposit blending bin and the thin pipe of ball valve in described, in frame be provided with seal booster soft between the putting on the shelf of making up with putting on the shelf, middle frame bottom is provided with water inlet pipe and semicircle water and thin ore deposit blending bin, be communicated with by bending branching pipe between water inlet pipe and semicircle water and the thin ore deposit blending bin, water inlet pipe is provided with butterfly valve, and semicircle water is provided with the thin pipe of ball valve with thin blending bin bottom, ore deposit.
Described undercarriage combination mainly comprises undercarriage, pylon, man-like shelf and under-chassis, and the top of undercarriage is provided with pylon and man-like shelf, and the bottom of undercarriage is provided with under-chassis.
Described back shaft lever assembly mainly comprises rear axle, lever, buncher and connecting rod, rear axle is fixed on the man-like shelf of undercarriage combination by back arbor wheel block set, be connected with lever on the rear axle, be connected with 5 connecting rods by universal joint on the lever, 2 connecting rods are fixed on the putting on the shelf of the combination of putting on the shelf by universal joint, on the middle frame of frame combination, 1 connecting rod linked to each other with the bent cake of buncher by the arbor wheel cover during 2 connecting rods were fixed on by universal joint, and buncher is fixed on the undercarriage of undercarriage combination.
Described front axle assembly mainly comprises front axle, and front axle is fixed on the pylon of undercarriage combination by the front axle wheel seat.
The effect that the utility model is useful is: by the quality observation window be convenient to grasp ore removal output and quality, effectively avoid the ore deposit run off, easy and simple to handle.Finish two moving functions (active and attached moving) by front axle and back shaft lever assembly, directly improve ore dressing speed, doubly than the fast 8-15 of common pure bulk water log washer.Simultaneously, effectively reduce machine burden, reduce production costs greatly.By air self-suction device, water inlet pipe, water and the air hybrid separation ore deposit device such as case, seal booster soft of mixing produces pressure, directly improves ore separation rate and quality.
Description of drawings
Fig. 1 is the utility model master TV structure schematic diagram.
Description of reference numerals: buncher 1, bent cake 2, arbor wheel cover 3, connecting rod 4, universal joint 5, back arbor wheel block set 6, lever 7, rear axle 8, advance ore deposit groove 9, angle dividing plate 10, rough quality observation window 11, observation window 12 is separated in the ore deposit with impurity, water and the air hybrid separation ore deposit case 13 of mixing is slightly store ore bucket 14, air-breathing check-valves 15, aspirating air pipe 16, suction modulation 17 is hidden pressurizing tank 18, upright dividing plate 19, impurities removal groove 20, top sieve 21, impurity-discharging pipe 22, air flue 23 puts 24 on the shelf, front axle 25, front axle wheel seat 26, pylon 27, middle frame 28, under sieve 29, insert gate valve 30, go out rough pipe 31, undercarriage 32, butterfly valve 33, water inlet pipe 34, semicircle water and thin ore deposit blending bin 35, seal booster soft 36, the thin pipe 37 of ball valve, curved branching pipe 38, man-like shelf 39, under-chassis 40.
The specific embodiment
The utility model is described in further detail below in conjunction with drawings and Examples:
As shown in the figure, this dual-action composite water and air hybrid concentrating machine, mainly comprise back shaft lever assembly, the combination of putting on the shelf, the combination of middle frame, undercarriage combination and front axle assembly, put on the shelf combination of combination, middle frame and undercarriage combination arranged successively from top to bottom, back shaft lever assembly position connects an end of the combination of putting on the shelf, the combination of middle frame and undercarriage combination simultaneously, and front axle assembly is arranged in the other end of the combination of putting on the shelf, frame combination and undercarriage combination.
The combination of putting on the shelf mainly comprises puts 24 on the shelf, advance the assorted case 13 in ore deposit groove 9 and water and air hybrid separation ore deposit, the assorted case 13 in water and air hybrid separation ore deposit is positioned at 24 the top of putting on the shelf, advance the side that ore deposit groove 9 is positioned at the assorted case 13 of water and air hybrid separation ore deposit, assorted case 13 2 limits in water and air hybrid separation ore deposit are provided with a plurality of air self-suction devices, hide pressurizing tank 18, impurities removal groove 20 and impurity-discharging pipe 22, the air self-suction device mainly contains aspirating air pipe 16, suction modulation 17 and air-breathing check-valves 15 are formed, suction modulation 17 and air-breathing check-valves 15 are positioned on the aspirating air pipe 16, and the air self-suction device mainly makes air feed in the machine.The bottom of each air self-suction device is all to there being air flue 23, the top of the assorted case 13 in water and air hybrid separation ore deposit is provided with upright dividing plate 19, the bottom of the assorted case 13 in water and air hybrid separation ore deposit is provided with top sieve 21 and thick storage ore bucket 14, the top of thick storage ore bucket 14 is provided with down sieve 29 and a plurality of rough quality observation window 11, water is provided with angle dividing plate 10 with the assorted case 13 in air hybrid separation ore deposit and observation window 12 is separated in a plurality of ore deposit with impurity, be communicated with out rough pipe 31 on the thick storage ore bucket 14, go out rough pipe 31 and be provided with slotting gate valve 30.The combination of putting on the shelf is mainly used in finishes the assorted carse, medium and small separation in ore deposit and thick, chats discharging.
The undercarriage combination mainly comprises undercarriage 32, pylon 27, man-like shelf 39 and under-chassis 40, and the top of undercarriage 32 is provided with pylon 27 and man-like shelf 39, and the bottom of undercarriage 32 is provided with under-chassis 40.The function that ore separators supports is played in the undercarriage combination.
Back shaft lever assembly mainly comprises rear axle 8, lever 7, buncher 1 and connecting rod 4, rear axle 8 is fixed on the man-like shelf 39 of undercarriage combination by back arbor wheel block set 6, be connected with lever 7 on the rear axle 8, be connected with 5 connecting rods 4 by universal joint 5 on the lever 7,2 connecting rods 4 are fixed on putting on the shelf on 24 of the combination of putting on the shelf by universal joint 5, on the middle frame 28 that frame made up during 2 connecting rods 4 were fixed on by universal joint 5,1 connecting rod 4 links to each other with the bent cake 2 of buncher 1 by arbor wheel cover 3, and buncher 1 is fixed on the undercarriage 32 that undercarriage makes up.Back shaft lever assembly is as the main head of ore separators.
Front axle assembly mainly comprises front axle 25, and front axle 25 is fixed on the pylon 27 of undercarriage combination by front axle wheel seat 26.Front axle assembly is as the attached head of ore separators.
In addition to the implementation, all employings are equal to the technical scheme of replacement or equivalent transformation formation, all drop on the protection domain of the utility model requirement.
Claims (8)
1. dual-action composite water and air hybrid concentrating machine, mainly comprise back shaft lever assembly, the combination of putting on the shelf, the combination of middle frame, undercarriage combination and front axle assembly, it is characterized in that: the combination of putting on the shelf, the combination of middle frame and undercarriage combination are arranged successively from top to bottom, back shaft lever assembly position connects an end of the combination of putting on the shelf, the combination of middle frame and undercarriage combination simultaneously, and front axle assembly is arranged in the other end of the combination of putting on the shelf, frame combination and undercarriage combination.
2. dual-action composite water according to claim 1 and air hybrid concentrating machine, it is characterized in that: the described combination of putting on the shelf mainly comprises put on the shelf (24), advance the assorted case (13) in ore deposit groove (9) and water and air hybrid separation ore deposit, the assorted paper tinsel (13) in water and air hybrid separation ore deposit is positioned at the top of put on the shelf (24), advance the side that ore deposit groove (9) is positioned at the assorted case (13) of water and air hybrid separation ore deposit, be provided with the air self-suction device in the assorted case (13) in water and air hybrid separation ore deposit, hide pressurizing tank (18), impurities removal groove (20) and impurity-discharging pipe (22), the bottom of air self-suction device is to there being air flue (23), the top of the assorted case (13) in water and air hybrid separation ore deposit is provided with upright dividing plate (19), the bottom of the assorted case (13) in water and air hybrid separation ore deposit is provided with thick storage ore bucket (14), water is provided with angle dividing plate (10) with the assorted case (13) in air hybrid separation ore deposit and observation window (12) is separated in the ore deposit with impurity, be communicated with out rough pipe (31) on the thick storage ore bucket (14), go out rough pipe (31) and be provided with slotting gate valve (30).
3. dual-action composite water according to claim 2 and air hybrid concentrating machine, it is characterized in that: described air self-suction device mainly contains aspirating air pipe (16), suction modulation (17) and air-breathing check-valves (15) to be formed, and suction modulation (17) and air-breathing check-valves (15) are positioned on the aspirating air pipe (16).
4. dual-action composite water according to claim 2 and air hybrid concentrating machine is characterized in that: be provided with top sieve (21), following sieve (29) and rough quality observation window (11) in the assorted case (13) in described water and air hybrid separation ore deposit.
5. dual-action composite water according to claim 1 and air hybrid concentrating machine, it is characterized in that: the frame combination mainly comprises middle frame (28) in described, water inlet pipe (34), semicircle water and thin ore deposit blending bin (35) and the thin pipe of ball valve (37), the middle frame (28) and the putting on the shelf of combination of putting on the shelf are provided with seal booster soft (36) between (24), middle frame (28) bottom is provided with water inlet pipe (34) and semicircle water and thin ore deposit blending bin (35), be communicated with by bending branching pipe (38) between water inlet pipe (34) and semicircle water and the thin ore deposit blending bin (35), water inlet pipe (34) is provided with butterfly valve (33), and semicircle water is provided with the thin pipe of ball valve (37) with thin ore deposit blending bin (35) bottom.
6. dual-action composite water according to claim 1 and air hybrid concentrating machine, it is characterized in that: described undercarriage combination mainly comprises undercarriage (32), pylon (27), man-like shelf (39) and under-chassis (40), the top of undercarriage (32) is provided with pylon (27) and man-like shelf (39), and the bottom of undercarriage (32) is provided with under-chassis (40).
7. dual-action composite water according to claim 1 and air hybrid concentrating machine, it is characterized in that: described back shaft lever assembly mainly comprises rear axle (8), lever (7), buncher (1) and connecting rod (4), rear axle (8) is fixed on the man-like shelf (39) of undercarriage combination by back arbor wheel block set (6), be connected with lever (7) on the rear axle (8), lever (7) is gone up and is connected with 5 connecting rods (4) by universal joint (5), 2 connecting rods (4) are fixed on put on the shelf (24) of the combination of putting on the shelf by universal joint (5), on the middle frame (28) that frame made up during 2 connecting rods (4) were fixed on by universal joint (5), 1 connecting rod (4) links to each other with the bent cake (2) of buncher (1) by arbor wheel cover (3), and buncher (1) is fixed on the undercarriage (32) of undercarriage combination.
8. dual-action composite water according to claim 1 and air hybrid concentrating machine is characterized in that: described front axle assembly mainly comprises front axle (25), and front axle (25) is fixed on the pylon (27) of undercarriage combination by front axle wheel seat (26).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020107295XU CN201603611U (en) | 2010-01-19 | 2010-01-19 | Double-acting composite water and air mixing ore separator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201020107295XU CN201603611U (en) | 2010-01-19 | 2010-01-19 | Double-acting composite water and air mixing ore separator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201603611U true CN201603611U (en) | 2010-10-13 |
Family
ID=42948321
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201020107295XU Expired - Fee Related CN201603611U (en) | 2010-01-19 | 2010-01-19 | Double-acting composite water and air mixing ore separator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201603611U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101767053B (en) * | 2010-01-19 | 2013-09-11 | 黄宝双 | Dual-action composite water and air hybrid concentrating machine |
-
2010
- 2010-01-19 CN CN201020107295XU patent/CN201603611U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101767053B (en) * | 2010-01-19 | 2013-09-11 | 黄宝双 | Dual-action composite water and air hybrid concentrating machine |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN101767053B (en) | Dual-action composite water and air hybrid concentrating machine | |
| CN201565325U (en) | Novel stone mill | |
| CN207794277U (en) | The negative pressure for mixing dirt is collected and solid-liquid separation recovery device | |
| CN201603611U (en) | Double-acting composite water and air mixing ore separator | |
| CN102704045B (en) | Four-compartment feather separating device | |
| CN103520979B (en) | A kind of process ultrafiltration tank bottoms Special vacuum rotary drum filter and ultrafiltration tank bottoms processing method | |
| CN101537384A (en) | Crushing and restoring system of broken noodles | |
| CN202087395U (en) | Suspension piston type double-layer three-level concentrating machine with parallel front part and rear part and opening and closing movement up and down | |
| CN205990912U (en) | A kind of marine full-automatic gold dust diamond exploration washing integral type unit equipment | |
| CN201211476Y (en) | Multifunctional high efficiency ion exchanging apparatus | |
| CN106076802A (en) | A kind of cauline leaf separation equipment and method | |
| CN202881349U (en) | Dry powder hybrid wire copper graining machine for waste copper dry-type recovery production line | |
| CN206986174U (en) | A kind of koji tray tipper | |
| CN208390225U (en) | Coal dust and broken coal shift to an earlier date separate type spiral screen coal picker | |
| CN102391692B (en) | Preparation method and preparation device for superfine carbon black | |
| CN202860839U (en) | Winnowing mechanism of environment-friendly aluminum dust classificator | |
| CN202845325U (en) | Rice-and-bran separating device | |
| CN202011640U (en) | Grain lees stacking box stacking apparatus | |
| CN201552069U (en) | Cyclone separator for manufacturing spherical graphite | |
| CN201195129Y (en) | Rotary elastic bastard coal separation equipment | |
| CN200992529Y (en) | Main separator top flow treating device for starch production | |
| CN202962621U (en) | Calcium lactate crystal grinder dust collector | |
| CN212893945U (en) | Salt drying device | |
| CN201500647U (en) | Device for separating light impurities in blighted wheat | |
| CN201613221U (en) | Feeding and separating device for fodder production |
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 |
Granted publication date: 20101013 Termination date: 20130119 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |