CN109530235A - A kind of multi-use architecture Sand screen - Google Patents
A kind of multi-use architecture Sand screen Download PDFInfo
- Publication number
- CN109530235A CN109530235A CN201811531765.2A CN201811531765A CN109530235A CN 109530235 A CN109530235 A CN 109530235A CN 201811531765 A CN201811531765 A CN 201811531765A CN 109530235 A CN109530235 A CN 109530235A
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- CN
- China
- Prior art keywords
- fixedly connected
- hole
- bevel gear
- sand
- sieve
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- 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.)
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Classifications
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B9/00—Combinations of apparatus for screening or sifting or for separating solids from solids using gas currents; General arrangement of plant, e.g. flow sheets
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/28—Moving screens not otherwise provided for, e.g. swinging, reciprocating, rocking, tilting or wobbling screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/42—Drive mechanisms, regulating or controlling devices, or balancing devices, specially adapted for screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/46—Constructional details of screens in general; Cleaning or heating of screens
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B07—SEPARATING SOLIDS FROM SOLIDS; SORTING
- B07B—SEPARATING SOLIDS FROM SOLIDS BY SIEVING, SCREENING, SIFTING OR BY USING GAS CURRENTS; SEPARATING BY OTHER DRY METHODS APPLICABLE TO BULK MATERIAL, e.g. LOOSE ARTICLES FIT TO BE HANDLED LIKE BULK MATERIAL
- B07B1/00—Sieving, screening, sifting, or sorting solid materials using networks, gratings, grids, or the like
- B07B1/46—Constructional details of screens in general; Cleaning or heating of screens
- B07B1/4609—Constructional details of screens in general; Cleaning or heating of screens constructional details of screening surfaces or meshes
Landscapes
- Combined Means For Separation Of Solids (AREA)
Abstract
The present invention relates to a kind of building implements, it in particular is a kind of multi-use architecture Sand screen, including sand screening mechanism, feed leakage bucket, sand transport device, the discharge bucket mechanism of discharge adjustable amount, lifting pedestal mechanism, device can sieve sand, and sand can be subjected to regrading and obtain the sand of high-quality quality, device can transport sand, device can control discharge of the sand from discharge bucket, device can be gone up and down, and the Sheng Sha device for meeting different height, which is placed below discharge bucket, contains sand.The bottom end of sand screening mechanism is connected with feed leakage bucket, the bottom end of sand screening mechanism is connected with sand transport device, the bottom end of sand transport device is connected with the discharge bucket mechanism of discharge adjustable amount, and the bottom end of sand transport device is connected with lifting pedestal mechanism.
Description
Technical field
The present invention relates to a kind of building implements, are in particular a kind of multi-use architecture Sand screens.
Background technique
In urban construction, sand is very important raw material in construction, and the quality of sand, fineness are for engineering
Quality play conclusive effect, so to be sieved before the use to sand, so designing a kind of multi-use architecture
This is solved the problems, such as with Sand screen.
Summary of the invention
The invention mainly solves the technical problem of providing a kind of multi-use architecture Sand screen, device can be sand
It is sieved, and sand can be subjected to regrading and obtain the sand of high-quality quality, device can transport sand, device energy
Discharge of the sand from discharge bucket is enough controlled, device can be gone up and down, and the Sheng Sha device for meeting different height is placed under discharge bucket
Side contains sand.
In order to solve the above technical problems, the present invention relates to a kind of building implements, it is in particular a kind of multi-use architecture
With Sand screen, including sand screening mechanism, feed leakage bucket, sand transport device, the discharge bucket mechanism of discharge adjustable amount, lifting
Base mechanism, device can sieve sand, and sand can be carried out regrading and obtain the sand of high-quality quality,
Device can transport sand, and device can control discharge of the sand from discharge bucket, and device can be gone up and down, and meet different height
Sheng Sha device, which is placed below discharge bucket, contains sand.
Sand screening mechanism includes cabinet one, rectangle limit hole one, vibration spring one, T-type vibration limited block one, sieve
It is fixed frame one, primary dcreening operation sieve, rectangle limit hole two, vibration spring two, T-type vibration limited block two, sieve fixed frame two, secondary
It sieves husky sieve, motor housing, motor one, motor fixing frame, motor shaft one, bevel gear one, bevel gear two, through-hole one, sliding block one, slide
Block two, through-hole two, connecting shaft one, curved bar one, curved bar two, curved bar three, leading truck fixed link one, leading truck fixed link two, guiding
The fixed turntable of frame one, leading truck two, sliding block three, sliding block four, curved bar, connecting shaft two, fixing sleeve one, bevel gear three, bevel gear four,
Fixing sleeve two, pilot hole one, pilot hole two, the top of cabinet one are provided with rectangle limit hole one, and T-type vibration limited block one is worn
Cross rectangle limit hole one, T-type vibration limited block one is fixedly connected with the both ends of sieve fixed frame one, sieve fixed frame one with it is first
Sieve sieve is fixedly connected, and the top of sieve fixed frame one is fixedly connected with the bottom end of vibration spring one, shakes the top of spring one
It is fixedly connected with the top of cabinet one, the centre of sieve fixed frame one is fixedly connected with one end of sliding block one, and leading truck one is arranged
There is pilot hole one, the other end activity of sliding block one is limited in pilot hole one, and sieve fixed frame one and leading truck one connect,
The both ends of leading truck one are fixedly connected with one end of leading truck fixed link one, and the other end and cabinet one of leading truck fixed link one are solid
Fixed connection, the bottom end of sliding block one are connect with the tip contact of sliding block two, and two activity of sliding block is limited in pilot hole one, sliding block two and
One end axis connection of curved bar one, the other end of curved bar one and one end axis connection of curved bar two, the bottom end of cabinet one is provided with rectangular
Shape limit hole two, T-type shake limited block two and pass through rectangle limit hole two, and T-type shakes limited block two and sieve fixed frame two
Both ends are fixedly connected, and sieve fixed frame two is fixedly connected with the husky sieve of secondary sieve, the bottom end of sieve fixed frame two and vibration spring
Two top is fixedly connected, vibration spring two bottom end be fixedly connected with the bottom end of cabinet one, the centre of sieve fixed frame two and
One end of sliding block three is fixedly connected, and leading truck two is provided with pilot hole two, and the other end activity of sliding block three is limited in pilot hole two
In, leading truck two and sieve fixed frame two connect, and the top of sliding block three and the bottom end of sliding block four connect, and sliding block four is living
It is dynamic to be limited in pilot hole two, one end axis connection of sliding block four and curved bar three, one end axis of the other end and curved bar two of curved bar three
Connection, curved bar one and curved bar two connect, the fixed turntable axis connection of the other end and curved bar of curved bar two, the fixed turntable of curved bar
The intermediate both ends with connecting shaft two are keyed, and the both ends of connecting shaft two are connect with one bearing of fixing sleeve, the top of fixing sleeve one and
The bottom end of leading truck one is fixedly connected, and the bottom end of fixing sleeve one is fixedly connected with the top of leading truck two, and leading truck two is located at song
The right side of the fixed turntable of bar, connecting shaft two and bevel gear four are keyed, and bevel gear four is located at the right side of leading truck two, bevel gear four
It is meshed with bevel gear three, the bottom end of bevel gear three and connecting shaft one is keyed, an end bearing of connecting shaft one and fixing sleeve two
Connection, the other end of fixing sleeve two are fixedly connected with the top of fixing sleeve one, and fixing sleeve two is located at the top of bevel gear three, sieve
One end of fixed frame one is provided with through-hole two, and the top of cabinet one is provided with through-hole one, and connecting shaft one sequentially passes through through-hole two, leads to
Kong Yi, the top of connecting shaft one and bevel gear two are keyed, and bevel gear two is meshed with bevel gear one, bevel gear one and motor shaft
One one end key connection, the other end of motor shaft one are connect with one bearing of motor, and motor one and the top of motor fixing frame are fixed
Connection, the bottom end of motor fixing frame are fixedly connected with the top of cabinet one, and motor one is located inside motor housing, the bottom end of motor housing
It is fixedly connected with the top of cabinet one；
Sand transport device include cabinet two, motor fixing frame two, motor two, motor shaft two, shaft coupling, worm screw, turbine,
Support rod one, idler wheel fixed frame, idler wheel one, belt, idler wheel two, support rod two, support plate, support plate fixed link, motor are fixed
One end of frame two is fixedly connected with the side of cabinet two, and the other end of motor fixing frame two is fixedly connected with motor two, motor two
It is connect with an end bearing of motor shaft two, the other end of motor shaft two and one end of shaft coupling are keyed, the other end of shaft coupling
It is keyed with worm screw, worm screw is meshed with turbine, and turbine and support rod one are keyed, and support rod one and idler wheel one are keyed, rolling
Wheel one is located at the rear of turbine, and the both ends of support rod one are connect with an end bearing of idler wheel fixed frame, and the one of idler wheel one and belt
Frictional connection, the other end and two frictional connection of idler wheel of belt are held, idler wheel two and support rod two are keyed, the both ends of support rod two
It is connect with another end bearing of idler wheel fixed frame, support plate is connect with belt gap, the both ends of support plate and support plate fixed link
Top be fixedly connected, the bottom end of support plate fixed link is fixedly connected with idler wheel fixed frame；
The discharge bucket mechanism of discharge adjustable amount includes discharge bucket ontology, T-type plate, adjustment spring, positioning plate, screw thread
Bar, rectangle blind hole, rectangular through holes, location nut, one end of discharge bucket ontology are provided with rectangular through holes, discharge bucket ontology
The other end be provided with rectangle blind hole, T-type plate passes through rectangular through holes, and rectangle blind hole, T are inserted into one end of T-type plate
The other end of type plate is fixedly connected with one end of threaded rod, and threaded rod is connect with adjustment spring gap, one end of adjustment spring
It is fixedly connected with the other end of T-type plate, the other end of adjustment spring is fixedly connected with positioning plate, the top of positioning plate and cabinet
Two bottom end is fixedly connected, and threaded rod passes through the hole on positioning plate, and positioning plate is threadedly coupled with location nut, location nut with calmly
Position plate connects；
Lifting pedestal mechanism includes T-type threaded rod one, movable plate one, fixing sleeve three, bevel gear five, base member case, rocking bar, leads to
Hole three, through-hole four, bevel gear six, fixing sleeve four, bevel gear seven, bevel gear eight, through-hole five, fixing sleeve five, T-type threaded rod two,
One end of movable plate two, tapped blind hole one, tapped blind hole two, movable plate one is fixedly connected with the both ends of cabinet two, movable plate one
It is provided with tapped blind hole one, T-type threaded rod one is threadedly coupled with tapped blind hole one, and T-type threaded rod one and three bearing of fixing sleeve connect
It connects, the bottom end of fixing sleeve three is fixedly connected with the top of base member case, and the left end of base member case is provided with through-hole three, T-type threaded rod one
Across through-hole three, the bottom end of T-type threaded rod one and bevel gear five are keyed, and bevel gear five is meshed with bevel gear six, bevel gear
Six are keyed with the left end of rocking bar, and the left end of base member case is provided with through-hole four, and rocking bar is connect with four gap of through-hole, rocking bar and fixation
The top bearing connection of set four, the bottom end of fixing sleeve four are fixedly connected with the bottom end of base member case, the right end of rocking bar and bevel gear seven
Key connection, bevel gear seven are meshed with bevel gear eight, and the bottom end of bevel gear eight and T-type threaded rod two is keyed, the right side of base member case
End is provided with through-hole five, and T-type threaded rod two is connect with five gap of through-hole, and T-type threaded rod two is connect with five bearing of fixing sleeve, fixed
The bottom end of set five is fixedly connected with the top of base member case, and movable plate two is provided with tapped blind hole two, and T-type threaded rod two and screw thread are blind
Hole two is threadedly coupled, and one end of movable plate two is fixedly connected with the both ends of cabinet two；
The bottom end of sand screening mechanism is connected with feed leakage bucket, and the bottom end of sand screening mechanism is connected with sand transport device
It connects, the bottom end of sand transport device is connected with the discharge bucket mechanism of discharge adjustable amount, the bottom end of sand transport device and liter
Drop base mechanism is connected.
As advanced optimizing for the technical program, primary dcreening operation described in a kind of multi-use architecture Sand screen of the present invention is sieved
The husky sieve of net, secondary sieve is identical with the material of base member case, is stainless steel.
As advanced optimizing for the technical program, rectangle described in a kind of multi-use architecture Sand screen of the present invention
Blind hole and through-hole rectangle are corresponding.
As advanced optimizing for the technical program, rocking bar described in a kind of multi-use architecture Sand screen of the present invention is set
There is anti-skid chequer.
A kind of multi-use architecture Sand screen of the invention has the beneficial effect that
A kind of multi-use architecture Sand screen of the present invention, device can sieve sand, and can be by sand
It carries out regrading and obtains the sand of high-quality quality, device can transport sand, and device can control stream of the sand from discharge bucket
Output, device can be gone up and down, and the Sheng Sha device for meeting different height, which is placed below discharge bucket, contains sand.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of structural schematic diagram of multi-use architecture Sand screen of the present invention.
Fig. 2 is a kind of structural schematic diagram of the sand screening mechanism 1 of multi-use architecture Sand screen of the present invention.
Fig. 3 is a kind of structure right view of the sand screening mechanism 1 of multi-use architecture Sand screen of the present invention.
Fig. 4 is the partial enlarged view of A in Fig. 3.
Fig. 5 is a kind of structural schematic diagram of one 1-1 of cabinet of multi-use architecture Sand screen of the present invention.
Fig. 6 is a kind of structure top view of one 1-1 of cabinet of multi-use architecture Sand screen of the present invention.
Fig. 7 is a kind of group of one 1-5 of sieve fixed frame and primary dcreening operation sieve 1-6 of multi-use architecture Sand screen of the present invention
Fill top view.
Fig. 8 is a kind of structure top view of the feed leakage bucket 2 of multi-use architecture Sand screen of the present invention.
Fig. 9 is a kind of structural schematic diagram of the sand transport device 3 of multi-use architecture Sand screen of the present invention.
Figure 10 is a kind of structure of the discharge bucket mechanism 4 of the discharge adjustable amount of multi-use architecture Sand screen of the present invention
Schematic diagram.
Figure 11 is a kind of the structure left view of the discharge bucket ontology 4-1 of multi-use architecture Sand screen of the present invention.
Figure 12 is a kind of structural schematic diagram of the lifting pedestal mechanism 5 of multi-use architecture Sand screen of the present invention.
Figure 13 is a kind of the structure left view of the lifting pedestal mechanism 5 of multi-use architecture Sand screen of the present invention.
In figure: sand screening mechanism 1；One 1-1 of cabinet；One 1-2 of rectangle limit hole；Shake one 1-3 of spring；T-type vibration
One 1-4 of limited block；One 1-5 of sieve fixed frame；Primary dcreening operation sieve 1-6；Two 1-7 of rectangle limit hole；Shake two 1-8 of spring；T-type shake
Dynamic two 1-9 of limited block；Two 1-10 of sieve fixed frame；The husky sieve 1-11 of secondary sieve；Motor housing 1-12；One 1-13 of motor；Motor is solid
Determine frame 1-14；One 1-15 of motor shaft；One 1-16 of bevel gear；Two 1-17 of bevel gear；One 1-18 of through-hole；One 1-19 of sliding block；Sliding block two
1-20；Two 1-21 of through-hole；One 1-22 of connecting shaft；One 1-23 of curved bar；Two 1-24 of curved bar；Three 1-25 of curved bar；Leading truck fixed link one
1-26；Two 1-27 of leading truck fixed link；One 1-28 of leading truck；Two 1-29 of leading truck；Three 1-30 of sliding block；Four 1-31 of sliding block；Curved bar
Fixed turntable 1-32；Two 1-33 of connecting shaft；One 1-34 of fixing sleeve；Three 1-35 of bevel gear；Four 1-36 of bevel gear；Two 1- of fixing sleeve
37；One 1-38 of pilot hole；Two 1-39 of pilot hole；Feed leakage bucket 2；Sand transport device 3；Two 3-1 of cabinet；Two 3-2 of motor fixing frame；
Two 3-3 of motor；Two 3-4 of motor shaft；Shaft coupling 3-5；Worm screw 3-6；Turbine 3-7；One 3-8 of support rod；Idler wheel fixed frame 3-9；Rolling
Take turns a 3-10；Belt 3-11；Two 3-12 of idler wheel；Two 3-13 of support rod；Support plate 3-14；Support plate fixed link 3-15；It is adjustable
The discharge bucket mechanism 4 of load；Discharge bucket ontology 4-1；T-type plate 4-2；Adjustment spring 4-3；Positioning plate 4-4；Threaded rod 4-5；
Rectangle blind hole 4-6；Rectangular through holes 4-7；Location nut 4-8；Lifting pedestal mechanism 5；One 5-1 of T-type threaded rod；Movable plate one
5-2；Three 5-3 of fixing sleeve；Five 5-4 of bevel gear；Base member case 5-5；Rocking bar 5-6；Three 5-7 of through-hole；Four 5-8 of through-hole；Six 5- of bevel gear
9；Four 5-10 of fixing sleeve；Seven 5-11 of bevel gear；Eight 5-12 of bevel gear；Five 5-13 of through-hole；Five 5-14 of fixing sleeve；T-type threaded rod two
5-15；Two 5-16 of movable plate；One 5-17 of tapped blind hole；Two 5-18 of tapped blind hole.
Specific embodiment
Specific embodiment 1:
Illustrate this below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13
Embodiment, the present invention relates to a kind of building implements, are in particular a kind of multi-use architecture Sand screen, including sand
Screening mechanism 1, feed leakage bucket 2, sand transport device 3, the discharge bucket mechanism 4 of discharge adjustable amount, lifting pedestal mechanism 5, device
Sand can be sieved, and sand can be subjected to regrading and obtain the sand of high-quality quality, device can transport
Sand, device can control discharge of the sand from discharge bucket, and device can be gone up and down, and the Sheng Sha device for meeting different height is placed
Sand is contained below discharge bucket.
Sand screening mechanism 1 includes one 1-1 of cabinet, one 1-2 of rectangle limit hole, vibration one 1-3 of spring, T-type vibration limit
Position one 1-4 of block, one 1-5 of sieve fixed frame, primary dcreening operation sieve 1-6, two 1-7 of rectangle limit hole, vibration two 1-8 of spring, T-type vibration
The husky sieve 1-11 of two 1-9 of limited block, two 1-10 of sieve fixed frame, secondary sieve, motor housing 1-12, one 1-13 of motor, motor are fixed
Frame 1-14, one 1-15 of motor shaft, one 1-16 of bevel gear, two 1-17 of bevel gear, one 1-18 of through-hole, one 1-19 of sliding block, two 1- of sliding block
20, two 1-21 of through-hole, one 1-22 of connecting shaft, one 1-23 of curved bar, two 1-24 of curved bar, three 1-25 of curved bar, one 1- of leading truck fixed link
26, two 1-27 of leading truck fixed link, one 1-28 of leading truck, two 1-29 of leading truck, three 1-30 of sliding block, four 1-31 of sliding block, curved bar are solid
Determine turntable 1-32, two 1-33 of connecting shaft, one 1-34 of fixing sleeve, three 1-35 of bevel gear, four 1-36 of bevel gear, two 1-37 of fixing sleeve,
One 1-38 of pilot hole, two 1-39 of pilot hole, the top of one 1-1 of cabinet are provided with one 1-2 of rectangle limit hole, T-type vibration limit
One 1-4 of block passes through one 1-2 of rectangle limit hole, and T-type shakes the fixed company in both ends of one 1-4 of limited block and one 1-5 of sieve fixed frame
It connects, one 1-5 of sieve fixed frame is fixedly connected with primary dcreening operation sieve 1-6, the top of one 1-5 of sieve fixed frame and vibration one 1-3 of spring
Bottom end be fixedly connected, vibration one 1-3 of spring top be fixedly connected with the top of one 1-1 of cabinet, one 1-2 of rectangle limit hole
The vibration range of primary dcreening operation sieve 1-6 is limited, the centre of one 1-5 of sieve fixed frame is fixedly connected with one end of one 1-19 of sliding block, leads
One 1-28 of frame is provided with one 1-38 of pilot hole, the other end activity of one 1-19 of sliding block is limited in one 1-38 of pilot hole, sliding block
One 1-19 can be move freely on one 1-28 of leading truck, and one 1-5 of sieve fixed frame and one 1-28 of leading truck are connected, guiding
The both ends of one 1-28 of frame are fixedly connected with one end of one 1-26 of leading truck fixed link, the other end of one 1-26 of leading truck fixed link with
One 1-1 of cabinet is fixedly connected, and the bottom end of one 1-19 of sliding block is connect with the tip contact of two 1-20 of sliding block, two 1-20 activity of sliding block limit
It makes in one 1-38 of pilot hole, two 1-20 of sliding block can be move freely on one 1-28 of leading truck, two 1-20 of sliding block and curved bar one
One end axis connection of 1-23, the other end of one 1-23 of curved bar and one end axis connection of two 1-24 of curved bar, the bottom end of one 1-1 of cabinet is set
It is equipped with two 1-7 of rectangle limit hole, T-type shakes two 1-9 of limited block and passes through two 1-7 of rectangle limit hole, and T-type shakes limited block two
1-9 is fixedly connected with the both ends of two 1-10 of sieve fixed frame, two 1-10 of sieve fixed frame and the fixed company of secondary sieve sand sieve 1-11
Connect, the bottom end of two 1-10 of sieve fixed frame is fixedly connected with the top of vibration two 1-8 of spring, shake the bottom end of two 1-8 of spring with
The bottom end of one 1-1 of cabinet is fixedly connected, and two 1-7 of rectangle limit hole limits the secondary vibration range for sieving husky sieve 1-11, sieve
The centre of two 1-10 of net fixed frame is fixedly connected with one end of three 1-30 of sliding block, and two 1-29 of leading truck is provided with two 1- of pilot hole
39, the other end activity of three 1-30 of sliding block is limited in two 1-39 of pilot hole, and three 1-30 of sliding block can be on two 1-29 of leading truck
It moves freely, two 1-29 of leading truck and two 1-10 of sieve fixed frame are connected, the top of three 1-30 of sliding block and four 1-31 of sliding block
Bottom end connect, four 1-31 activity of sliding block is limited in two 1-39 of pilot hole, and four 1-31 of sliding block can be in two 1- of leading truck
It is moved freely on 29, one end axis connection of four 1-31 of sliding block and three 1-25 of curved bar, the other end and two 1- of curved bar of three 1-25 of curved bar
24 one end axis connection, one 1-23 of curved bar and two 1-24 of curved bar are connected, and the other end and curved bar of two 1-24 of curved bar is fixed to be turned
Disk 1-32 axis connection, the centre of the fixed turntable 1-32 of curved bar and the both ends of two 1-33 of connecting shaft are keyed, two 1-33's of connecting shaft
Both ends are connect with one 1-34 bearing of fixing sleeve, provide Positive rotational for two 1-33 of connecting shaft, the top of one 1-34 of fixing sleeve with lead
It is fixedly connected to the bottom end of one 1-28 of frame, the bottom end of one 1-34 of fixing sleeve is fixedly connected with the top of two 1-29 of leading truck, guiding
Two 1-29 of frame is located at the right side of the fixed turntable 1-32 of curved bar, and two 1-33 of connecting shaft and four 1-36 of bevel gear are keyed, bevel gear four
1-36 is located at the right side of two 1-29 of leading truck, and four 1-36 of bevel gear is meshed with three 1-35 of bevel gear, three 1-35 of bevel gear and company
The bottom end of one 1-22 of spindle is keyed, and one 1-22 of connecting shaft is connect with an end bearing of two 1-37 of fixing sleeve, is one 1- of connecting shaft
22 provide Positive rotational, and the other end of two 1-37 of fixing sleeve is fixedly connected with the top of one 1-34 of fixing sleeve, two 1-37 of fixing sleeve
Positioned at the top of three 1-35 of bevel gear, one end of one 1-5 of sieve fixed frame is provided with two 1-21 of through-hole, the top of one 1-1 of cabinet
It is provided with one 1-18 of through-hole, one 1-22 of connecting shaft sequentially passes through two 1-21 of through-hole, one 1-18 of through-hole, the top of one 1-22 of connecting shaft
It is keyed with two 1-17 of bevel gear, two 1-17 of bevel gear is meshed with one 1-16 of bevel gear, one 1-16 of bevel gear and motor shaft one
One end of 1-15 is keyed, and the other end of one 1-15 of motor shaft connect with one 1-13 bearing of motor, provides for one 1-15 of motor shaft
Positive rotational, one 1-13 of motor are fixedly connected with the top of motor fixing frame 1-14, the bottom end of motor fixing frame 1-14 and cabinet
The top of one 1-1 is fixedly connected, and one 1-13 of motor is located inside motor housing 1-12, the bottom end of motor housing 1-12 and one 1-1 of cabinet
Top be fixedly connected；
Sand transport device 3 includes two 3-1 of cabinet, two 3-2 of motor fixing frame, two 3-3 of motor, two 3-4 of motor shaft, shaft coupling
Device 3-5, worm screw 3-6, turbine 3-7, one 3-8 of support rod, idler wheel fixed frame 3-9, one 3-10 of idler wheel, belt 3-11, two 3- of idler wheel
12, two 3-13 of support rod, support plate 3-14, support plate fixed link 3-15, one end of two 3-2 of motor fixing frame and two 3-1 of cabinet
Side be fixedly connected, the other end of two 3-2 of motor fixing frame is fixedly connected with two 3-3 of motor, two 3-3 of motor and motor shaft two
An end bearing of 3-4 connects, and provides Positive rotational for two 3-4 of motor shaft, the other end of two 3-4 of motor shaft is with shaft coupling 3-5's
One end key connection, the other end of shaft coupling 3-5 and worm screw 3-6 are keyed, and worm screw 3-6 is meshed with turbine 3-7, turbine 3-7 and
One 3-8 of support rod key connection, one 3-8 of support rod and one 3-10 of idler wheel are keyed, and one 3-10 of idler wheel is located at the rear of turbine 3-7,
The both ends of one 3-8 of support rod are connect with an end bearing of idler wheel fixed frame 3-9, provide Positive rotational, idler wheel for one 3-8 of support rod
One end frictional connection of one 3-10 and belt 3-11, the other end and two 3-12 frictional connection of idler wheel of belt 3-11, two 3- of idler wheel
12 are keyed with two 3-13 of support rod, and the both ends of two 3-13 of support rod are connect with another end bearing of idler wheel fixed frame 3-9, for branch
Two 3-13 of strut provides Positive rotational, and support plate 3-14 is connect with the gap belt 3-11, the both ends of support plate 3-14 and support plate
The top of fixed link 3-15 is fixedly connected, and support plate fixed link 3-15 can support the weight of sand, support plate fixed link 3-15
Bottom end be fixedly connected with idler wheel fixed frame 3-9；
The discharge bucket mechanism 4 of discharge adjustable amount includes discharge bucket ontology 4-1, T-type plate 4-2, adjustment spring 4-3, determines
Position plate 4-4, threaded rod 4-5, rectangle blind hole 4-6, rectangular through holes 4-7, location nut 4-8, one end of discharge bucket ontology 4-1
It is provided with rectangular through holes 4-7, the other end of discharge bucket ontology 4-1 is provided with rectangle blind hole 4-6, and T-type plate 4-2 passes through length
Rectangle blind hole 4-6, the discharging of the adjustable discharge port of T-type plate 4-2 are inserted into one end of square through hole 4-7, T-type plate 4-2
Amount closes discharge port, and the other end of T-type plate 4-2 is fixedly connected with one end of threaded rod 4-5, threaded rod 4-5 and adjusting bullet
The connection of the gap spring 4-3, one end of adjustment spring 4-3 are fixedly connected with the other end of T-type plate 4-2, and adjustment spring 4-3's is another
End is fixedly connected with positioning plate 4-4, and the top of positioning plate 4-4 is fixedly connected with the bottom end of two 3-1 of cabinet, and threaded rod 4-5 is passed through
Hole on positioning plate 4-4, positioning plate 4-4 are threadedly coupled with location nut 4-8, and location nut 4-8 contacts company with positioning plate 4-4
It connects, location nut 4-8 secures the relative position of positioning plate 4-4 and threaded rod 4-5；
Lifting pedestal mechanism 5 include one 5-1 of T-type threaded rod, one 5-2 of movable plate, three 5-3 of fixing sleeve, five 5-4 of bevel gear,
Base member case 5-5, rocking bar 5-6, three 5-7 of through-hole, four 5-8 of through-hole, six 5-9 of bevel gear, four 5-10 of fixing sleeve, seven 5-11 of bevel gear,
Eight 5-12 of bevel gear, five 5-13 of through-hole, five 5-14 of fixing sleeve, two 5-15 of T-type threaded rod, two 5-16 of movable plate, tapped blind hole one
One end of 5-17, two 5-18 of tapped blind hole, one 5-2 of movable plate are fixedly connected with the both ends of two 3-1 of cabinet, and one 5-2 of movable plate is set
It is equipped with one 5-17 of tapped blind hole, one 5-1 of T-type threaded rod is threadedly coupled with one 5-17 of tapped blind hole, and one 5-1 of T-type threaded rod is fixed
The relative position of movable plate one 5-2 and base member case 5-5, one 5-1 of T-type threaded rod are connect with three 5-3 bearing of fixing sleeve, are T-type
One 5-1 of threaded rod provides Positive rotational, and the bottom end of three 5-3 of fixing sleeve is fixedly connected with the top of base member case 5-5, base member case 5-5
Left end be provided with three 5-7 of through-hole, one 5-1 of T-type threaded rod passes through three 5-7 of through-hole, the bottom end of one 5-1 of T-type threaded rod and cone tooth
Five 5-4 key connection is taken turns, five 5-4 of bevel gear is meshed with six 5-9 of bevel gear, and the left end key of six 5-9 of bevel gear and rocking bar 5-6 connect
It connects, the left end of base member case 5-5 is provided with four 5-8 of through-hole, and rocking bar 5-6 is connect with four gap 5-8 of through-hole, rocking bar 5-6 and fixing sleeve
The top bearing of four 5-10 connects, and provides Positive rotational, the bottom end of four 5-10 of fixing sleeve and the bottom of base member case 5-5 for rocking bar 5-6
End is fixedly connected, and the right end and seven 5-11 of bevel gear of rocking bar 5-6 is keyed, and seven 5-11 of bevel gear is nibbled with eight 5-12 phase of bevel gear
It closing, the bottom end of eight 5-12 of bevel gear and two 5-15 of T-type threaded rod are keyed, and the right end of base member case 5-5 is provided with five 5-13 of through-hole,
Two 5-15 of T-type threaded rod is connect with five gap 5-13 of through-hole, and two 5-15 of T-type threaded rod is connect with five 5-14 bearing of fixing sleeve, is T
Two 5-15 of type threaded rod provides Positive rotational, and the bottom end of five 5-14 of fixing sleeve is fixedly connected with the top of base member case 5-5, movable plate
Two 5-16 are provided with two 5-18 of tapped blind hole, and two 5-15 of T-type threaded rod is threadedly coupled with two 5-18 of tapped blind hole, two 5- of movable plate
16 one end is fixedly connected with the both ends of two 3-1 of cabinet, and two 5-15 of T-type threaded rod secures movable plate two 5-16 and base member case 5-
5 relative positions；
The bottom end of sand screening mechanism 1 is connected with feed leakage bucket 2, and sand screening mechanism 1 can sieve sand, and
And sand can be carried out to regrading and obtain the sand of high-quality quality, the bottom end of sand screening mechanism 1 and sand transport device 3
It is connected, sand transport device 3 can transport sand, the bottom end of sand transport device 3 and the discharge bucket machine of discharge adjustable amount
Structure 4 is connected, and the discharge bucket mechanism 4 of discharge adjustable amount can control discharge of the sand from discharge bucket, sand transport device 3
Bottom end be connected with lifting pedestal mechanism 5, lifting pedestal mechanism 5 can be gone up and down, meet different height Sheng Sha device place
Sand is contained below discharge bucket.
Specific embodiment 2:
Illustrate this below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13
Embodiment, present embodiment are described further embodiment one, the husky sieve 1- of the primary dcreening operation sieve 1-6, secondary sieve
11 is identical with the material of base member case 5-5, is stainless steel.
Specific embodiment 3:
Illustrate this below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13
Embodiment, present embodiment are described further embodiment one, the rectangle blind hole 4-6 and through-hole rectangle 4-
7 is corresponding.
Specific embodiment 4:
Illustrate this below with reference to Fig. 1, Fig. 2, Fig. 3, Fig. 4, Fig. 5, Fig. 6, Fig. 7, Fig. 8, Fig. 9, Figure 10, Figure 11, Figure 12, Figure 13
Embodiment, present embodiment are described further embodiment one, and the rocking bar 5-6 is equipped with anti-skid chequer.
The application method of device: device can sieve sand, and sand can be carried out regrading and obtained
The sand of high-quality quality, one 1-13 of motor drive one 1-15 of motor shaft rotation, and motor shaft one 1-15 band one 1-16 of dynamic bevel gear turns
Dynamic, bevel gear one 1-16 band two 1-17 of dynamic bevel gear is rotated, and two 1-17 of bevel gear drives one 1-22 of connecting shaft rotation, connecting shaft one
1-22 band three 1-35 of dynamic bevel gear is rotated, and bevel gear three 1-35 band four 1-36 of dynamic bevel gear is rotated, and four 1-36 of bevel gear, which drives, to be connected
Two 1-33 of spindle rotation, two 1-33 of connecting shaft drive the fixed turntable 1-32 rotation of curved bar, and the fixed turntable 1-32 of curved bar drives curved bar
One end of two 1-24 rotates, and the other end of two 1-24 of curved bar drives one 1-23 of curved bar and three 1-25 of curved bar mobile respectively, drives bent
Bar one 1-23 band two 1-20 of movable slider is moved up and down, and pushes one 1-19 of sliding block to move up when two 1-20 of sliding block is moved up, sliding
One 1-19 of block drives one 1-5 of sieve fixed frame to move up, and one 1-5 of sieve fixed frame moves up compression vibration one 1-3 of spring,
When two 1-20 of sliding block is moved downward, by compression vibration one 1-3 of spring rebound, make the continuous shaking-sieving sand of primary dcreening operation sieve 1-6,
Curved bar three 1-25 band four 1-31 of movable slider moves up and down, when four 1-31 of sliding block pushes three 1-30 of sliding block to move down, sliding block three
1-30 drives two 1-10 of sieve fixed frame to move down, and two 1-10 of sieve fixed frame moves down compression vibration two 1-8 of spring, when
When four 1-31 of sliding block is moved up, compressed two 1-8 of vibration spring rebound shakes secondary sieve sand sieve 1-11 constantly secondary
Sand is sieved, the quality of sand is improved；Device can transport sand, fall on belt 3-11 after sand is leaked out from feed leakage bucket 2,
Two 3-3 of motor drives two 3-4 of motor shaft rotation, and two 3-4 of motor shaft drives shaft coupling 3-5 rotation, and shaft coupling 3-5 drives worm screw 3-
6 rotations, worm screw 3-6 drive turbine 3-7 rotation, and turbine 3-7 drives one 3-8 of support rod rotation, and one 3-8 of support rod drives idler wheel one
3-10 rotation, one 3-10 of idler wheel drive belt 3-11 rotation, and belt 3-11 drives two 3-12 of idler wheel rotation, to make sand transport
To discharge bucket ontology 4-1；Device can control discharge of the sand from discharge bucket, by turning positioning plate 4-4, adjust positioning plate
The relative position of 4-4 and threaded rod 4-5, compression adjustment spring 4-3 adjust T-type plate 4-2 insertion discharge bucket ontology to reach
The depth of 4-1 reaches adjusting control discharge of the sand from discharge bucket；Device can be gone up and down, and meet the Sheng Sha dress of different height
Placement location contains sand below discharge bucket, shakes rocking bar 5-6, and rocking bar 5-6 band dynamic bevel gear six 5-9 and seven 5-11 of bevel gear is same
When rotate, bevel gear six 5-9 band five 5-4 of dynamic bevel gear is rotated, and five 5-4 of bevel gear drives one 5-1 of T-type threaded rod rotation, T-type spiral shell
The rotation of one 5-1 of rasp bar moves up and down one 5-2 of movable plate, while bevel gear seven 5-11 band eight 5-12 of dynamic bevel gear is rotated, cone
Eight 5-12 of gear drives two 5-15 of T-type threaded rod rotation, and the rotation of two 5-15 of T-type threaded rod makes to move down on two 5-16 of movable plate
Dynamic, the Sheng Sha device that the movement of two 5-16 of one 5-2 of movable plate and movable plate meets different height is placed below discharge bucket and contains
Fill sand.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variations, modifications, additions or substitutions that those of ordinary skill is made within the essential scope of the present invention also belong to guarantor of the invention
Protect range.
Claims (4)
1. a kind of multi-use architecture Sand screen, including sand screening mechanism (1), feed leakage bucket (2), sand transport device (3),
Discharge bucket mechanism (4), the lifting pedestal mechanism (5) of discharge adjustable amount, it is characterised in that: sand screening mechanism (1) includes machine
Case one (1-1), rectangle limit hole one (1-2), vibration spring one (1-3), T-type shake limited block one (1-4), sieve fixed frame
One (1-5), primary dcreening operation sieve (1-6), rectangle limit hole two (1-7), vibration spring two (1-8), T-type shake two (1- of limited block
9), the husky sieve (1-11) of sieve fixed frame two (1-10), secondary sieve, motor housing (1-12), motor one (1-13), motor fixing frame
(1-14), motor shaft one (1-15), bevel gear one (1-16), bevel gear two (1-17), through-hole one (1-18), one (1- of sliding block
19), sliding block two (1-20), through-hole two (1-21), connecting shaft one (1-22), curved bar one (1-23), curved bar two (1-24), curved bar three
(1-25), leading truck fixed link one (1-26), leading truck fixed link two (1-27), leading truck one (1-28), two (1- of leading truck
29), sliding block three (1-30), sliding block four (1-31), curved bar fixed turntable (1-32), connecting shaft two (1-33), one (1- of fixing sleeve
34), bevel gear three (1-35), bevel gear four (1-36), fixing sleeve two (1-37), pilot hole one (1-38), two (1- of pilot hole
39), the top of cabinet one (1-1) is provided with rectangle limit hole one (1-2), and T-type shakes limited block one (1-4) and passes through rectangle
Limit hole one (1-2), T-type vibration limited block one (1-4) are fixedly connected with the both ends of sieve fixed frame one (1-5), and sieve is fixed
Frame one (1-5) is fixedly connected with primary dcreening operation sieve (1-6), the top of sieve fixed frame one (1-5) and the bottom of vibration spring one (1-3)
End is fixedly connected, and the top of vibration spring one (1-3) is fixedly connected with the top of cabinet one (1-1), sieve fixed frame one (1-5)
Centre be fixedly connected with one end of sliding block one (1-19), leading truck one (1-28) is provided with pilot hole one (1-38), sliding block one
The other end activity of (1-19) is limited in pilot hole one (1-38), and sieve fixed frame one (1-5) connects with leading truck one (1-28)
Touching connection, the both ends of leading truck one (1-28) are fixedly connected with one end of leading truck fixed link one (1-26), leading truck fixed link
The other end of one (1-26) is fixedly connected with cabinet one (1-1), the bottom end of sliding block one (1-19) and the top of sliding block two (1-20)
It connects, sliding block two (1-20) activity is limited in pilot hole one (1-38), sliding block two (1-20) and curved bar one (1-23)
One end axis connection, the other end of curved bar one (1-23) and one end axis connection of curved bar two (1-24), the bottom end of cabinet one (1-1) is set
It is equipped with rectangle limit hole two (1-7), T-type shakes limited block two (1-9) and passes through rectangle limit hole two (1-7), T-type vibration limit
Position block two (1-9) is fixedly connected with the both ends of sieve fixed frame two (1-10), sieve fixed frame two (1-10) and the husky sieve of secondary sieve
Net (1-11) is fixedly connected, and the bottom end of sieve fixed frame two (1-10) is fixedly connected with the top of vibration spring two (1-8), is shaken
The bottom end of spring two (1-8) is fixedly connected with the bottom end of cabinet one (1-1), the centre of sieve fixed frame two (1-10) and sliding block three
The one end of (1-30) is fixedly connected, and leading truck two (1-29) is provided with pilot hole two (1-39), the other end of sliding block three (1-30)
Activity is limited in pilot hole two (1-39), and leading truck two (1-29) and sieve fixed frame two (1-10) are connected, sliding block three
The top of (1-30) and the bottom end of sliding block four (1-31) connect, and sliding block four (1-31) activity is limited in pilot hole two (1-39)
In, one end axis connection of sliding block four (1-31) and curved bar three (1-25), the other end and curved bar two (1-24) of curved bar three (1-25)
One end axis connection, curved bar one (1-23) and curved bar two (1-24) connect, and the other end and curved bar of curved bar two (1-24) are solid
Determine turntable (1-32) axis connection, the centre of curved bar fixed turntable (1-32) and the both ends of connecting shaft two (1-33) are keyed, connection
The both ends of axis two (1-33) are connect with fixing sleeve one (1-34) bearing, the top of fixing sleeve one (1-34) and leading truck one (1-28)
Bottom end be fixedly connected, the bottom end of fixing sleeve one (1-34) is fixedly connected with the top of leading truck two (1-29), two (1- of leading truck
29) it is located at the right side of curved bar fixed turntable (1-32), connecting shaft two (1-33) and bevel gear four (1-36) are keyed, bevel gear four
(1-36) is located at the right side of leading truck two (1-29), and bevel gear four (1-36) is meshed with bevel gear three (1-35), bevel gear three
The bottom end of (1-35) and connecting shaft one (1-22) is keyed, and an end bearing of connecting shaft one (1-22) and fixing sleeve two (1-37) connect
It connects, the other end of fixing sleeve two (1-37) is fixedly connected with the top of fixing sleeve one (1-34), and fixing sleeve two (1-37) is located at cone
The top of gear three (1-35), one end of sieve fixed frame one (1-5) are provided with through-hole two (1-21), the top of cabinet one (1-1)
End is provided with through-hole one (1-18), and connecting shaft one (1-22) sequentially passes through through-hole two (1-21), through-hole one (1-18), connecting shaft one
The top of (1-22) and bevel gear two (1-17) are keyed, and bevel gear two (1-17) is meshed with bevel gear one (1-16), bore tooth
The one end for taking turns one (1-16) and motor shaft one (1-15) is keyed, the other end and motor one (1-13) axis of motor shaft one (1-15)
Hold connection, motor one (1-13) is fixedly connected with the top of motor fixing frame (1-14), the bottom end of motor fixing frame (1-14) with
The top of cabinet one (1-1) is fixedly connected, and motor one (1-13) is located at motor housing (1-12) inside, the bottom end of motor housing (1-12)
It is fixedly connected with the top of cabinet one (1-1)；
Sand transport device (3) includes cabinet two (3-1), motor fixing frame two (3-2), motor two (3-3), two (3- of motor shaft
4), shaft coupling (3-5), worm screw (3-6), turbine (3-7), support rod one (3-8), idler wheel fixed frame (3-9), one (3- of idler wheel
10), belt (3-11), idler wheel two (3-12), support rod two (3-13), support plate (3-14), support plate fixed link (3-15), electricity
One end of machine fixed frame two (3-2) is fixedly connected with the side of cabinet two (3-1), the other end of motor fixing frame two (3-2) with
Motor two (3-3) is fixedly connected, and motor two (3-3) is connect with an end bearing of motor shaft two (3-4), motor shaft two (3-4)
One end of the other end and shaft coupling (3-5) are keyed, and the other end and worm screw (3-6) of shaft coupling (3-5) are keyed, worm screw (3-
6) it is meshed with turbine (3-7), turbine (3-7) and support rod one (3-8) are keyed, support rod one (3-8) and one (3- of idler wheel
10) it is keyed, idler wheel one (3-10) is located at the rear of turbine (3-7), the both ends of support rod one (3-8) and idler wheel fixed frame (3-
9) an end bearing connection, one end frictional connection of idler wheel one (3-10) and belt (3-11), the other end of belt (3-11) and
Idler wheel two (3-12) frictional connection, idler wheel two (3-12) and support rod two (3-13) are keyed, the both ends of support rod two (3-13)
It is connect with another end bearing of idler wheel fixed frame (3-9), support plate (3-14) is connect with the gap belt (3-11), support plate (3-
14) both ends are fixedly connected with the top of support plate fixed link (3-15), and the bottom end of support plate fixed link (3-15) and idler wheel are solid
Determine frame (3-9) to be fixedly connected；
The discharge bucket mechanism (4) of discharge adjustable amount includes discharge bucket ontology (4-1), T-type plate (4-2), adjustment spring (4-
3), positioning plate (4-4), threaded rod (4-5), rectangle blind hole (4-6), rectangular through holes (4-7), location nut (4-8), discharging
One end of bucket ontology (4-1) is provided with rectangular through holes (4-7), and it is blind that the other end of discharge bucket ontology (4-1) is provided with rectangle
Hole (4-6), T-type plate (4-2) pass through rectangular through holes (4-7), and rectangle blind hole (4- is inserted into one end of T-type plate (4-2)
6), the other end of T-type plate (4-2) is fixedly connected with one end of threaded rod (4-5), threaded rod (4-5) and adjustment spring (4-3)
Gap connection, one end of adjustment spring (4-3) is fixedly connected with the other end of T-type plate (4-2), adjustment spring (4-3) it is another
One end is fixedly connected with positioning plate (4-4), and the top of positioning plate (4-4) is fixedly connected with the bottom end of cabinet two (3-1), threaded rod
(4-5) passes through hole on positioning plate (4-4), and positioning plate (4-4) is threadedly coupled with location nut (4-8), location nut (4-8) and
Positioning plate (4-4) connects；
Lifting pedestal mechanism (5) includes T-type threaded rod one (5-1), movable plate one (5-2), fixing sleeve three (5-3), bevel gear five
(5-4), base member case (5-5), rocking bar (5-6), through-hole three (5-7), through-hole four (5-8), bevel gear six (5-9), four (5- of fixing sleeve
10), bevel gear seven (5-11), bevel gear eight (5-12), through-hole five (5-13), fixing sleeve five (5-14), two (5- of T-type threaded rod
15), movable plate two (5-16), tapped blind hole one (5-17), tapped blind hole two (5-18), one end of movable plate one (5-2) and machine
The both ends of case two (3-1) are fixedly connected, and movable plate one (5-2) is provided with tapped blind hole one (5-17), T-type threaded rod one (5-1)
It is threadedly coupled with tapped blind hole one (5-17), T-type threaded rod one (5-1) is connect with fixing sleeve three (5-3) bearing, fixing sleeve three
The bottom end of (5-3) is fixedly connected with the top of base member case (5-5), and the left end of base member case (5-5) is provided with through-hole three (5-7), T-type
Threaded rod one (5-1) passes through through-hole three (5-7), and the bottom end of T-type threaded rod one (5-1) and bevel gear five (5-4) are keyed, and bores tooth
Five (5-4) of wheel are meshed with bevel gear six (5-9), and the left end of bevel gear six (5-9) and rocking bar (5-6) are keyed, base member case (5-
5) left end is provided with through-hole four (5-8), and rocking bar (5-6) is connect with the gap through-hole four (5-8), rocking bar (5-6) and fixing sleeve four
The top bearing of (5-10) connects, and the bottom end of fixing sleeve four (5-10) is fixedly connected with the bottom end of base member case (5-5), rocking bar (5-
6) right end and bevel gear seven (5-11) is keyed, and bevel gear seven (5-11) is meshed with bevel gear eight (5-12), bevel gear eight
The bottom end of (5-12) and T-type threaded rod two (5-15) is keyed, and the right end of base member case (5-5) is provided with through-hole five (5-13), T-type
Threaded rod two (5-15) is connect with the gap through-hole five (5-13), and T-type threaded rod two (5-15) and (5-14) bearing of fixing sleeve five connect
It connects, the bottom end of fixing sleeve five (5-14) is fixedly connected with the top of base member case (5-5), and it is blind that movable plate two (5-16) is provided with screw thread
Hole two (5-18), T-type threaded rod two (5-15) are threadedly coupled with tapped blind hole two (5-18), one end of movable plate two (5-16) with
The both ends of cabinet two (3-1) are fixedly connected；
The bottom end of sand screening mechanism (1) is connected with feed leakage bucket (2), and the bottom end of sand screening mechanism (1) and sand transport fill
It sets (3) to be connected, the bottom end of sand transport device (3) is connected with the discharge bucket mechanism (4) of discharge adjustable amount, sand transport
The bottom end of device (3) is connected with lifting pedestal mechanism (5).
2. a kind of multi-use architecture Sand screen according to claim 1, it is characterised in that: the primary dcreening operation sieve
(1-6), secondary sieve sand sieve (1-11) are identical with the material of base member case (5-5), are stainless steel.
3. a kind of multi-use architecture Sand screen according to claim 1, it is characterised in that: the rectangle blind hole
(4-6) and through-hole rectangle (4-7) are corresponding.
4. a kind of multi-use architecture Sand screen according to claim 1, it is characterised in that: the rocking bar (5-6)
Equipped with anti-skid chequer.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811531765.2A CN109530235B (en) | 2018-12-14 | 2018-12-14 | Screening sand device for multi-purpose building |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201811531765.2A CN109530235B (en) | 2018-12-14 | 2018-12-14 | Screening sand device for multi-purpose building |
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| CN109530235B CN109530235B (en) | 2021-06-08 |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113560177A (en) * | 2021-09-26 | 2021-10-29 | 山东科技职业学院 | Multifunctional sand screening machine |
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| CN109530235B (en) | 2021-06-08 |
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Inventor after: Kong Yanan Inventor after: Ji Shuichun Inventor before: Ji Shuichun |
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Effective date of registration: 20210519 Address after: 266011 No. 11 Tangyi Road, North District, Qingdao City, Shandong Province Applicant after: Kong Yanan Address before: 2603, building 10, Xiangfeng Xinyuan, Xindian Town, Jin'an District, Fuzhou City, Fujian Province 350014 Applicant before: Ji Shuichun |
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