CN107377379A - A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus - Google Patents
A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus Download PDFInfo
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- CN107377379A CN107377379A CN201710502923.0A CN201710502923A CN107377379A CN 107377379 A CN107377379 A CN 107377379A CN 201710502923 A CN201710502923 A CN 201710502923A CN 107377379 A CN107377379 A CN 107377379A
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- frame
- photovoltaic module
- module plate
- sand grains
- screening
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- 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
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Abstract
The present invention relates to a kind of sand grains to cross sieve apparatus, more particularly to a kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus.The technical problem to be solved in the present invention is to provide a kind of sand grains with new energy photovoltaic module plate that outdoor energization can be facilitated to be screened, can fully be screened to cross sieve apparatus.In order to solve the above-mentioned technical problem, the invention provides such a sand grains with new energy photovoltaic module plate to cross sieve apparatus, including organic frame, collection frame, motor, battery, head rod, photovoltaic module plate body etc.；Collection frame is connected with the left of frame inner bottom part, is sequentially installed with motor and battery from left to right on the right side of frame inner bottom part, battery is located at the right side of motor.The present invention devises a kind of sand grains with new energy photovoltaic module plate and crosses sieve apparatus, by being provided with travel mechanism, so as to preferably be screened to sand grains, promotes the progress of screening.
Description
Technical field
The present invention relates to a kind of sand grains to cross sieve apparatus, more particularly to a kind of sand grains sieving with new energy photovoltaic module plate
Equipment.
Background technology
New energy generally refers to the regenerative resource developed on the basis of new technology, including solar energy, biology
Thermal cycle between mass-energy, water energy, wind energy, geothermal energy, wave energy, ocean current energy and tide energy, and ocean surface and deep layer etc.；
In addition, also Hydrogen Energy, biogas, alcohol, methanol etc., and coal, oil, natural gas and water energy, the equal energy source utilized extensively,
Referred to as conventional energy resource.With the finiteness of conventional energy resource and becoming increasingly conspicuous for environmental problem, with environmentally friendly and renewable for speciality
New energy increasingly obtain the attention of various countries.
Photovoltaic board component is the TRT that a kind of exposure will produce direct current in the sun, by almost all partly to lead
Thin body solid photovoltaic cell composition made of body material.Due to no movable part, therefore can be with long-time operation without leading
Cause any loss.Simple photovoltaic cell can provide the energy for wrist-watch and calculator, and more complicated photovoltaic system can carry for house
Powered for illumination, and for power network.Different shape can be made in photovoltaic board component, and component can connect, to produce more electric power.
In recent years, balcony and building surface can use photovoltaic board component, or even be used as one of window, skylight or masking device
Point, these photovoltaic facilities are commonly known as the photovoltaic system for being attached to building.
Due to, it is necessary to use substantial amounts of sand grains, but screening sand grains in existing architectural engineering and generally carrying out out of doors,
So, the problem of outdoor energization is relatively difficult be present, in order to solve such problem, can solve open air by using natural energy resources
It is powered the problem of relatively difficult.
Therefore need badly research and development it is a kind of outdoor energization can be facilitated to be screened, can fully be screened there is new energy
The sand grains of photovoltaic module plate crosses sieve apparatus, to overcome the shortcomings that outdoor energization in the prior art is relatively difficult, screening is insufficient.
The content of the invention
（1）Technical problems to be solved
The present invention in order to overcome outdoor energization in the prior art it is relatively difficult, screening it is insufficient the shortcomings that, the invention solves
Technical problem be to provide it is a kind of outdoor energization can be facilitated to be screened, can fully be screened there is new energy photovoltaic group
The sand grains of part plate crosses sieve apparatus.
（2）Technical scheme
In order to solve the above-mentioned technical problem, the invention provides such a sand grains sieving with new energy photovoltaic module plate to set
It is standby, including organic frame, collection frame, motor, battery, head rod, photovoltaic module plate body, bull stick, travel mechanism and mistake
Screening mechanism, frame inner bottom part left side are connected with collection frame, motor and electric power storage are sequentially installed with from left to right on the right side of frame inner bottom part
Pond, battery are located at the right side of motor, and the frame inner bottom part rightmost side is connected with head rod, and the top of head rod tilts
Photovoltaic module plate body is connected with, bull stick is connected with the output shaft of motor, left upper portion is provided with travel mechanism, frame in frame
Interior left lower is provided with sieving mechanism, and battery is connected by circuit with photovoltaic module plate body, and motor passes through circuit and electric power storage
Pond connects.
Preferably, travel mechanism includes the first screening frame, the second mobile bar, slide rail, sliding block, the first spring and cam,
Left upper portion is connected with the first screening frame in frame, and the first screening frame bottom wall is uniformly provided with the first aperture, the first screening frame right wall
Bottom is provided with first through hole, and the first screening frame right side central is connected with slide rail, and slidingtype is connected with sliding block, sliding block and cunning on slide rail
Rail coordinates, and is connected with the first spring in slide rail between right-hand member and sliding block, and the top of bull stick is connected with cam, cam and sliding block right side
Contact, the left lower of sliding block are connected with the second mobile bar, and the second mobile bar pass through first through hole, the second mobile bar bottom and the
One screening frame inner top contacts.
Preferably, sieving mechanism includes the 3rd connecting rod, hook, steel wire rope, the second screening frame, second spring, coiling
Wheel and the first drawstring, left lower is symmetrical above and below in frame is connected with second spring, and the right-hand member of second spring is connected with the second sieve
Frame is selected, the second screening frame bottom wall is uniformly provided with second orifice, and the aperture of the aperture of aperture ratio first of second orifice is small, the first screening
The left and right sides bottom of frame is respectively connected with the 3rd connecting rod, and rotary type is connected with hook in the 3rd connecting rod, is connected on hook
There is steel wire rope, steel wire rope is connected with the wall top of left and right two of the second screening frame, is connected with reel in the middle part of bull stick, on reel
The first drawstring is full of, the first drawstring is connected with the second screening frame right side central.
Preferably, also include the first fix bar, pull bar, the 3rd spring, collision block and draw ring, be connected with the right side of collection frame
First fix bar, the right side central of the first fix bar are provided with the second through hole, and right side central is connected with the 3rd bullet in the first fix bar
Spring, the left end of the 3rd spring are connected with collision block, and collision block left end and collection frame right contact, collision block right-hand member are connected with pull bar, pull bar
Through the second through hole and the 3rd spring, the right side central of pull bar is connected with draw ring.
Preferably, the second drawstring, the second fix bar and the 3rd fix bar are also included, photovoltaic module plate body and first connect
The rotary type connection of extension bar top, the left side central portion of head rod are connected with the second fix bar, the right side central of head rod
The 3rd fix bar is connected with, the second drawstring, second drawstring in left side are respectively connected with left and right sides of the bottom of photovoltaic module plate body
It is fastened in the second fix bar, second drawstring on right side is fastened in the 3rd fix bar.
Preferably, the material of frame is high-quality steel, and surface covers zinc layers.
Preferably, the material of collection frame is stainless steel.
Preferably, the material of the first screening frame and the second screening frame is high-quality steel, and surface covers zinc layers.
Operation principle：When needing to use this equipment to screen sand grains, because photovoltaic module plate body will can connect
The solar energy being subject to converts thereof into electrical power storage in battery, and battery can provide electric energy for motor, so staff
Controlled motor is constantly along inverse alternate rotation, and motor will drive bull stick constantly along inverse alternate rotation, and bull stick is constantly along inverse
Alternate rotation is with regard to that can drive travel mechanism to screen sand grains, and motor drives sieving organisation operations simultaneously, and sieving mechanism is to moving
The sand grains that motivation structure filters out is screened again, and after the completion of screening again, sand grains is dropped into collection frame, and screening is completed
Afterwards, controlled motor is stopped, and the sand grains in collection frame is taken out.
Because travel mechanism includes the first screening frame, the second mobile bar, slide rail, sliding block, the first spring and cam, frame
Interior left upper portion is connected with the first screening frame, and the first screening frame bottom wall is uniformly provided with the first aperture, the first screening frame right wall bottom
Be provided with first through hole, the first screening frame right side central is connected with slide rail, and slidingtype is connected with sliding block on slide rail, in slide rail right-hand member with
The first spring is connected between sliding block, the top of bull stick is connected with cam, cam and sliding block right contact, the left lower of sliding block
The second mobile bar is connected with, the second mobile bar passes through first through hole, and the second mobile bar bottom contacts with the first screening frame inner top.
When needing to use this equipment to screen sand grains, staff first pours into sand grains to be screened in first screening frame, electricity
Machine will drive bull stick along inverse alternate rotation along inverse alternate rotation, so as to which bull stick band moving cam is along inverse alternate rotation, the second movement
Bar cam continuous extruding with constantly being moved left and right in the presence of the first spring force, so as to preferably to sand grains carry out
Screening, promotes the progress of screening.
Because sieving mechanism include the 3rd connecting rod, hook, steel wire rope, the second screening frame, second spring, reel and
First drawstring, left lower is symmetrical above and below in frame is connected with second spring, and the right-hand member of second spring is connected with the second screening frame,
Second screening frame bottom wall is uniformly provided with second orifice, and the aperture of the aperture of aperture ratio first of second orifice is small, the first screening frame
Left and right sides bottom is respectively connected with the 3rd connecting rod, and rotary type is connected with hook in the 3rd connecting rod, and steel is connected with hook
Cord, steel wire rope are connected with the wall top of left and right two of the second screening frame, are connected with reel in the middle part of bull stick, are full of on reel
First drawstring, the first drawstring are connected with the second screening frame right side central.When motor drives bull stick along inverse alternating along inverse alternate rotation
While rotation, also drive reel constantly along inverse alternate rotation, so as to drive the constantly folding and unfolding of the first drawstring, when the first drawing
Rope can pull the second screening frame to move right when packing up, and second spring is stretched, when the first drawstring is decontroled, second
Screening frame in the presence of second spring elastic force to left movement, so repeatedly, the constantly side-to-side movement of the second screening frame so that
Being screened again by the garbled sand grains of the first screening frame, the sand grains that the second screening frame filters out can be fallen into collection frame,
Controlled motor is stopped after the completion of screening, it is possible to takes out by the sand grains of screening in collection frame, so as to improve work effect
Rate.
Because also including the first fix bar, pull bar, the 3rd spring, collision block and draw ring, is connected with the right side of collection frame
One fix bar, the right side central of the first fix bar are provided with the second through hole, and right side central is connected with the 3rd spring in the first fix bar,
The left end of 3rd spring is connected with collision block, and collision block left end and collection frame right contact, collision block right-hand member are connected with pull bar, and pull bar passes through
Second through hole and the 3rd spring, the right side central of pull bar are connected with draw ring.After screening terminates, staff pulls to the right draw ring,
Drawing clitellum trend moves right, and pull bar drives collision block to move right, so as to which the 3rd spring is compressed, when staff decontrols draw ring
When, in the presence of the 3rd spring force, pull bar is moved to the left, and collision block hits the right wall of collection frame, is so repeated several times, makes receipts
The tiny sand grains of collection frame is gathered, and is collected so as to more convenient.
Because also including the second drawstring, the second fix bar and the 3rd fix bar, photovoltaic module plate body is connected with first
The rotary type connection of bar top, the left side central portion of head rod are connected with the second fix bar, and the right side central of head rod connects
The 3rd fix bar is connected to, is respectively connected with the second drawstring at left and right sides of the bottom of photovoltaic module plate body, second drawstring in left side twines
Around being fixed in the second fix bar, second drawstring on right side is fastened in the 3rd fix bar.In order to allow photovoltaic module plate sheet
Body, which preferably receives sunshine, to be changed more electric energy and uses, and staff can be by adjusting the inclination of photovoltaic module plate body
Angle, to allow photovoltaic module plate body to receive more sunshines, at this moment, staff is drawn by pulling the second of left side
Rope, photovoltaic module plate body are tilted to the left, and pull second drawstring on right side, and photovoltaic module plate body is tilted to the right, so can
The purpose at regulation photovoltaic module plate body angle of inclination is realized, after suitable angle of inclination is regulated, unnecessary second is drawn
Rope is fastened in the second fix bar or the 3rd fix bar, the progress that can be so easy to sand grains to screen.
Because the material of frame is high-quality steel, surface covers zinc layers, can extend the service life of frame.
Because the material of collection frame is stainless steel, stainless steel corrosion resistance is strong and acid resistance is high, and reaching raising collection frame makes
With the purpose of the time limit.
Because the material of the first screening frame and the second screening frame is high-quality steel, surface covering zinc layers, first can be extended
The service life of screening frame and the second screening frame.
（3）Beneficial effect
The present invention devises a kind of sand grains with new energy photovoltaic module plate and crosses sieve apparatus, by being provided with travel mechanism, from
And preferably sand grains can be screened, the progress of screening is promoted, by being provided with sieving mechanism, can be obtained again
The purpose of screening, so as to improve operating efficiency, and by allowing collision block constantly to hit the right wall of collection frame, make collection frame thin
Small sand grains is gathered, and is collected so as to more convenient, while in order to allow photovoltaic module plate body preferably to receive sunshine conversion more
More electric energy uses, and staff can be by adjusting the angle of inclination of photovoltaic module plate body, to allow photovoltaic module plate body to connect
Receive more sunshines.
Brief description of the drawings
Fig. 1 is the first main structure diagram of the present invention.
Fig. 2 is the main structure diagram of travel mechanism of the present invention.
Fig. 3 is the main structure diagram of present invention sieving mechanism.
Fig. 4 is frame of the present invention, the part main structure diagram of collection frame.
Fig. 5 is second of main structure diagram of the present invention.
Mark in accompanying drawing for：1- frames, 2- collection frames, 3- motors, 4- batteries, 5- head rods, 6- photovoltaic groups
Part plate body, 7- bull sticks, 8- travel mechanisms, 9- sievings mechanism, the screening frames of 81- first, the apertures of 82- first, 83- first through hole,
The mobile bars of 84- second, 85- slide rails, 86- sliding blocks, the springs of 87- first, 88- cams, the connecting rods of 91- the 3rd, 92- hooks, 93- steel
Cord, the screening frames of 94- second, 95- second springs, 96- second orifices, 97- reels, the drawstrings of 98- first, 10- first are fixed
Bar, 12- pull bars, the through holes of 13- second, the springs of 14- the 3rd, 15- collision blocks, 16- draw rings, the drawstrings of 17- second, the fix bars of 18- second,
The fix bars of 19- the 3rd.
Embodiment
The present invention is further illustrated with reference to the accompanying drawings and examples.
Embodiment 1
A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus, as Figure 1-5, including organic frame 1, collection frame 2, electricity
Machine 3, battery 4, head rod 5, photovoltaic module plate body 6, bull stick 7, travel mechanism 8 and sieving mechanism 9, bottom in frame 1
Collection frame 2 is connected with the left of portion, motor 3 and battery 4,4, battery are sequentially installed with from left to right on the right side of the inner bottom part of frame 1
In the right side of motor 3, the inner bottom part rightmost side of frame 1 is connected with head rod 5, and the top of head rod 5, which tilts, to be connected with
Photovoltaic module plate body 6, bull stick 7 is connected with the output shaft of motor 3, left upper portion is provided with travel mechanism 8, frame 1 in frame 1
Interior left lower is provided with sieving mechanism 9, and battery 4 is connected by circuit with photovoltaic module plate body 6, motor 3 by circuit and
Battery 4 connects.
Embodiment 2
A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus, as Figure 1-5, including organic frame 1, collection frame 2, electricity
Machine 3, battery 4, head rod 5, photovoltaic module plate body 6, bull stick 7, travel mechanism 8 and sieving mechanism 9, bottom in frame 1
Collection frame 2 is connected with the left of portion, motor 3 and battery 4,4, battery are sequentially installed with from left to right on the right side of the inner bottom part of frame 1
In the right side of motor 3, the inner bottom part rightmost side of frame 1 is connected with head rod 5, and the top of head rod 5, which tilts, to be connected with
Photovoltaic module plate body 6, bull stick 7 is connected with the output shaft of motor 3, left upper portion is provided with travel mechanism 8, frame 1 in frame 1
Interior left lower is provided with sieving mechanism 9, and battery 4 is connected by circuit with photovoltaic module plate body 6, motor 3 by circuit and
Battery 4 connects.
Travel mechanism 8 includes the first screening frame 81, the second mobile bar 84, slide rail 85, sliding block 86, the first spring 87 and convex
88 are taken turns, left upper portion is connected with the first screening frame 81 in frame 1, and the bottom wall of the first screening frame 81 is uniformly provided with the first aperture 82, the
The right wall bottom of one screening frame 81 is provided with first through hole 83, and the right side central of the first screening frame 81 is connected with slide rail 85, slided on slide rail 85
Dynamic formula is connected with sliding block 86, and sliding block 86 coordinates with slide rail 85, is connected with the first spring 87 in slide rail 85 between right-hand member and sliding block 86,
The top of bull stick 7 is connected with cam 88, and cam 88 and the right contact of sliding block 86, the left lower of sliding block 86 are connected with the second movement
Bar 84, the second mobile bar 84 pass through first through hole 83, and the bottom of the second mobile bar 84 contacts with the inner top of the first screening frame 81.
Embodiment 3
A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus, as Figure 1-5, including organic frame 1, collection frame 2, electricity
Machine 3, battery 4, head rod 5, photovoltaic module plate body 6, bull stick 7, travel mechanism 8 and sieving mechanism 9, bottom in frame 1
Collection frame 2 is connected with the left of portion, motor 3 and battery 4,4, battery are sequentially installed with from left to right on the right side of the inner bottom part of frame 1
In the right side of motor 3, the inner bottom part rightmost side of frame 1 is connected with head rod 5, and the top of head rod 5, which tilts, to be connected with
Photovoltaic module plate body 6, bull stick 7 is connected with the output shaft of motor 3, left upper portion is provided with travel mechanism 8, frame 1 in frame 1
Interior left lower is provided with sieving mechanism 9, and battery 4 is connected by circuit with photovoltaic module plate body 6, motor 3 by circuit and
Battery 4 connects.
Travel mechanism 8 includes the first screening frame 81, the second mobile bar 84, slide rail 85, sliding block 86, the first spring 87 and convex
88 are taken turns, left upper portion is connected with the first screening frame 81 in frame 1, and the bottom wall of the first screening frame 81 is uniformly provided with the first aperture 82, the
The right wall bottom of one screening frame 81 is provided with first through hole 83, and the right side central of the first screening frame 81 is connected with slide rail 85, slided on slide rail 85
Dynamic formula is connected with sliding block 86, and sliding block 86 coordinates with slide rail 85, is connected with the first spring 87 in slide rail 85 between right-hand member and sliding block 86,
The top of bull stick 7 is connected with cam 88, and cam 88 and the right contact of sliding block 86, the left lower of sliding block 86 are connected with the second movement
Bar 84, the second mobile bar 84 pass through first through hole 83, and the bottom of the second mobile bar 84 contacts with the inner top of the first screening frame 81.
Sieving mechanism 9 include the 3rd connecting rod 91, hook 92, steel wire rope 93, the second screening frame 94, second spring 95,
The drawstring 98 of reel 97 and first, left lower is symmetrical above and below in frame 1 is connected with second spring 95, the right-hand member of second spring 95
The second screening frame 94 is connected with, the bottom wall of the second screening frame 94 is uniformly provided with second orifice 96, the aperture ratio first of second orifice 96
The aperture of aperture 82 is small, and the left and right sides bottom of the first screening frame 81 is respectively connected with the 3rd connecting rod 91, in the 3rd connecting rod 91
Equal rotary type is connected with hook 92, and steel wire rope 93, left and right two of the steel wire rope 93 with the second screening frame 94 are connected with hook 92
Wall top connects, and the middle part of bull stick 7 is connected with reel 97, and the first drawstring 98, the first drawstring 98 and second are full of on reel 97
The right side central of screening frame 94 connects.
Embodiment 4
A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus, as Figure 1-5, including organic frame 1, collection frame 2, electricity
Machine 3, battery 4, head rod 5, photovoltaic module plate body 6, bull stick 7, travel mechanism 8 and sieving mechanism 9, bottom in frame 1
Collection frame 2 is connected with the left of portion, motor 3 and battery 4,4, battery are sequentially installed with from left to right on the right side of the inner bottom part of frame 1
In the right side of motor 3, the inner bottom part rightmost side of frame 1 is connected with head rod 5, and the top of head rod 5, which tilts, to be connected with
Photovoltaic module plate body 6, bull stick 7 is connected with the output shaft of motor 3, left upper portion is provided with travel mechanism 8, frame 1 in frame 1
Interior left lower is provided with sieving mechanism 9, and battery 4 is connected by circuit with photovoltaic module plate body 6, motor 3 by circuit and
Battery 4 connects.
Travel mechanism 8 includes the first screening frame 81, the second mobile bar 84, slide rail 85, sliding block 86, the first spring 87 and convex
88 are taken turns, left upper portion is connected with the first screening frame 81 in frame 1, and the bottom wall of the first screening frame 81 is uniformly provided with the first aperture 82, the
The right wall bottom of one screening frame 81 is provided with first through hole 83, and the right side central of the first screening frame 81 is connected with slide rail 85, slided on slide rail 85
Dynamic formula is connected with sliding block 86, and sliding block 86 coordinates with slide rail 85, is connected with the first spring 87 in slide rail 85 between right-hand member and sliding block 86,
The top of bull stick 7 is connected with cam 88, and cam 88 and the right contact of sliding block 86, the left lower of sliding block 86 are connected with the second movement
Bar 84, the second mobile bar 84 pass through first through hole 83, and the bottom of the second mobile bar 84 contacts with the inner top of the first screening frame 81.
Sieving mechanism 9 include the 3rd connecting rod 91, hook 92, steel wire rope 93, the second screening frame 94, second spring 95,
The drawstring 98 of reel 97 and first, left lower is symmetrical above and below in frame 1 is connected with second spring 95, the right-hand member of second spring 95
The second screening frame 94 is connected with, the bottom wall of the second screening frame 94 is uniformly provided with second orifice 96, the aperture ratio first of second orifice 96
The aperture of aperture 82 is small, and the left and right sides bottom of the first screening frame 81 is respectively connected with the 3rd connecting rod 91, in the 3rd connecting rod 91
Equal rotary type is connected with hook 92, and steel wire rope 93, left and right two of the steel wire rope 93 with the second screening frame 94 are connected with hook 92
Wall top connects, and the middle part of bull stick 7 is connected with reel 97, and the first drawstring 98, the first drawstring 98 and second are full of on reel 97
The right side central of screening frame 94 connects.
Also include the first fix bar 10, pull bar 12, the 3rd spring 14, collision block 15 and draw ring 16, the right side of collection frame 2 connects
It is connected to the first fix bar 10, the right side central of the first fix bar 10 is provided with the second through hole 13, right side central in the first fix bar 10
The 3rd spring 14 is connected with, the left end of the 3rd spring 14 is connected with collision block 15, the left end of collision block 15 and the right contact of collection frame 2, hit
The right-hand member of block 15 is connected with pull bar 12, and pull bar 12 passes through the second through hole 13 and the 3rd spring 14, and the right side central of pull bar 12 is connected with
Draw ring 16.
Also include the second drawstring 17, the second fix bar 18 and the 3rd fix bar 19, photovoltaic module plate body 6 and first connects
The top rotary type connection of extension bar 5, the left side central portion of head rod 5 are connected with the second fix bar 18, the right side of head rod 5
Middle part is connected with the 3rd fix bar 19, and the second drawstring 17 is respectively connected with left and right sides of the bottom of photovoltaic module plate body 6, left side
Second drawstring 17 is fastened in the second fix bar 18, and second drawstring 17 on right side is fastened in the 3rd fix bar 19.
The material of frame 1 is high-quality steel, and surface covers zinc layers.
The material of collection frame 2 is stainless steel.
The material of first screening frame 81 and the second screening frame 94 is high-quality steel, and surface covers zinc layers.
Operation principle：When needing to use this equipment to screen sand grains, because photovoltaic module plate body 6 will can connect
The solar energy being subject to converts thereof into electrical power storage in battery 4, and battery 4 can be that motor 3 provides electric energy, so work people
For member's controlled motor 3 constantly along inverse alternate rotation, motor 3 will drive bull stick 7 constantly continuous along inverse alternate rotation, bull stick 7
Suitable inverse alternate rotation with regard to travel mechanism 8 can be driven to screen sand grains, motor 3 drive simultaneously sieving mechanism 9 operate, sieve
Mechanism 9 is screened again to the sand grains that travel mechanism 8 filters out, and after the completion of screening again, sand grains drops into collection frame 2
In, after the completion of screening, controlled motor 3 is stopped, and the sand grains in collection frame 2 is taken out.
Because travel mechanism 8 includes the first screening frame 81, the second mobile bar 84, slide rail 85, sliding block 86, the first spring 87
With cam 88, left upper portion is connected with the first screening frame 81 in frame 1, and the bottom wall of the first screening frame 81 is uniformly provided with the first aperture
82, the right wall bottom of the first screening frame 81 is provided with first through hole 83, and the right side central of the first screening frame 81 is connected with slide rail 85, slide rail 85
Upper slidingtype is connected with sliding block 86, is connected with the first spring 87, the top connection of bull stick 7 in slide rail 85 between right-hand member and sliding block 86
There is cam 88, cam 88 and the right contact of sliding block 86, the left lower of sliding block 86 are connected with the second mobile bar 84, the second mobile bar
84 pass through first through hole 83, and the bottom of the second mobile bar 84 contacts with the inner top of the first screening frame 81.When needing to use this equipment pair
When sand grains is screened, staff first pours into sand grains to be screened in first screening frame 81, motor 3 along inverse alternate rotation just
Bull stick 7 can be driven, and along inverse alternate rotation, so as to bull stick 7 with moving cam 88 along inverse alternate rotation, the second mobile bar 84 is in cam 88
Continuous extruding with constantly being moved left and right in the presence of the elastic force of the first spring 87, so as to preferably being screened to sand grains,
Promote the progress of screening.
Because sieving mechanism 9 includes the 3rd connecting rod 91, hook 92, steel wire rope 93, the second screening frame 94, second spring
95th, the drawstring 98 of reel 97 and first, left lower is symmetrical above and below in frame 1 is connected with second spring 95, second spring 95
Right-hand member is connected with the second screening frame 94, and the bottom wall of the second screening frame 94 is uniformly provided with second orifice 96, the aperture ratio of second orifice 96
The aperture of first aperture 82 is small, and the left and right sides bottom of the first screening frame 81 is respectively connected with the 3rd connecting rod 91, the 3rd connecting rod
Equal rotary type is connected with hook 92 on 91, and steel wire rope 93, a left side of the steel wire rope 93 with the second screening frame 94 are connected with hook 92
Right two wall tops connection, the middle part of bull stick 7 are connected with reel 97, are full of the first drawstring 98 on reel 97, the first drawstring 98 with
The right side central of second screening frame 94 connects.While motor 3 drives bull stick 7 along inverse alternate rotation along inverse alternate rotation, also band
Dynamic reel 97, so as to drive the first constantly folding and unfolding of drawstring 98, is packed up constantly along inverse alternate rotation when the first drawstring 98
When the second screening frame 94 can be pulled to move right, second spring 95 is stretched, when the first drawstring 98 is decontroled, second sieve
Select frame 94 in the presence of the elastic force of second spring 95 to left movement, so repeatedly, the second constantly side-to-side movement of screening frame 94, from
And make to be screened again by 81 garbled sand grains of the first screening frame, the sand grains that the second screening frame 94 filters out can fall into receipts
Collect in frame 2, controlled motor 3 is stopped after the completion of screening, it is possible to take out by the sand grains of screening in collection frame 2, so as to carry
High operating efficiency.
Because also include the first fix bar 10, pull bar 12, the 3rd spring 14, collision block 15 and draw ring 16, the right side of collection frame 2
Side is connected with the first fix bar 10, and the right side central of the first fix bar 10 is provided with the second through hole 13,10 interior right side of the first fix bar
Middle part is connected with the 3rd spring 14, and the left end of the 3rd spring 14 is connected with collision block 15, and the left end of collision block 15 connects with the right side of collection frame 2
Touch, the right-hand member of collision block 15 is connected with pull bar 12, and pull bar 12 passes through the second through hole 13 and the 3rd spring 14, and the right side central of pull bar 12 connects
It is connected to draw ring 16.After screening terminates, staff pulls to the right draw ring 16, and draw ring 16 drives and moved right, and pull bar 12 drives and hit
Block 15 moves right, so as to which the 3rd spring 14 is compressed, when staff decontrols draw ring 16, in the work of the elastic force of the 3rd spring 14
Under, pull bar 12 is moved to the left, and collision block 15 hits the right wall of collection frame 2, is so repeated several times, makes the tiny sand grains of collection frame 2
Gather, collected so as to more convenient.
Because also including the second drawstring 17, the second fix bar 18 and the 3rd fix bar 19, photovoltaic module plate body 6 and
The top rotary type connection of one connecting rod 5, the left side central portion of head rod 5 are connected with the second fix bar 18, head rod 5
Right side central is connected with the 3rd fix bar 19, and the second drawstring 17 is respectively connected with left and right sides of the bottom of photovoltaic module plate body 6, left
Second drawstring 17 of side is fastened in the second fix bar 18, and second drawstring 17 on right side is fastened in the 3rd fix bar 19
On.More electric energy uses are changed in order to allow photovoltaic module plate body 6 preferably to receive sunshine, staff can pass through tune
The angle of inclination of photovoltaic module plate body 6 is saved, to allow photovoltaic module plate body 6 to receive more sunshines, at this moment, work people
Member is tilted to the left by the second drawstring 17 on the left of pulling, photovoltaic module plate body 6, pulls second drawstring 17 on right side, photovoltaic
Component palette body 6 is tilted to the right, and can so realize the purpose at the angle of inclination of regulation photovoltaic module plate body 6, be closed when regulating
Behind suitable angle of inclination, the second unnecessary drawstring 17 is fastened in the second fix bar 18 or the 3rd fix bar 19, this
Sample can be easy to the progress that sand grains screens.
Because the material of frame 1 is high-quality steel, surface covers zinc layers, can extend the service life of frame 1.
Because the material of collection frame 2 is stainless steel, stainless steel corrosion resistance is strong and acid resistance is high, reaches and improves collection frame 2
The purpose of service life.
Because the material of the first screening frame 81 and the second screening frame 94 is high-quality steel, surface covering zinc layers, can extend
The service life of first screening frame 81 and the second screening frame 94.
Embodiment described above only expresses the preferred embodiment of the present invention, and its description is more specific and detailed, but simultaneously
Therefore the limitation to the scope of the claims of the present invention can not be interpreted as.It should be pointed out that for one of ordinary skill in the art
For, without departing from the inventive concept of the premise, some deformations can also be made, improves and substitutes, these belong to this hair
Bright protection domain.Therefore, the protection domain of patent of the present invention should be determined by the appended claims.
Claims (8)
1. a kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus, it is characterised in that including organic frame（1）, collection frame
（2）, motor（3）, battery（4）, head rod（5）, photovoltaic module plate body（6）, bull stick（7）, travel mechanism（8）And mistake
Screening mechanism（9）, frame（1）Collection frame is connected with the left of inner bottom part（2）, frame（1）Installed successively from left to right on the right side of inner bottom part
There is motor（3）And battery（4）, battery（4）Positioned at motor（3）Right side, frame（1）The inner bottom part rightmost side is connected with first
Connecting rod（5）, head rod（5）Top tilt be connected with photovoltaic module plate body（6）, motor（3）Output shaft on connect
It is connected to bull stick（7）, frame（1）Interior left upper portion is provided with travel mechanism（8）, frame（1）Interior left lower is provided with sieving mechanism
（9）, battery（4）Pass through circuit and photovoltaic module plate body（6）Connection, motor（3）Pass through circuit and battery（4）Connection.
2. a kind of sand grains with new energy photovoltaic module plate according to claim 1 crosses sieve apparatus, it is characterised in that moves
Motivation structure（8）Include the first screening frame（81）, the second mobile bar（84）, slide rail（85）, sliding block（86）, the first spring（87）With
Cam（88）, frame（1）Interior left upper portion is connected with the first screening frame（81）, the first screening frame（81）Bottom wall is uniformly provided with first
Aperture（82）, the first screening frame（81）Right wall bottom is provided with first through hole（83）, the first screening frame（81）Right side central is connected with
Slide rail（85）, slide rail（85）Upper slidingtype is connected with sliding block（86）, sliding block（86）With slide rail（85）Coordinate, slide rail（85）Interior right-hand member
With sliding block（86）Between be connected with the first spring（87）, bull stick（7）Top be connected with cam（88）, cam（88）With sliding block
（86）Right contact, sliding block（86）Left lower be connected with the second mobile bar（84）, the second mobile bar（84）It is logical through first
Hole（83）, the second mobile bar（84）Bottom and the first screening frame（81）Inner top contacts.
3. a kind of sand grains with new energy photovoltaic module plate according to claim 2 crosses sieve apparatus, it is characterised in that mistake
Screening mechanism（9）Include the 3rd connecting rod（91）, hook（92）, steel wire rope（93）, the second screening frame（94）, second spring
（95）, reel（97）With the first drawstring（98）, frame（1）Interior left lower is symmetrical above and below to be connected with second spring（95）, the
Two springs（95）Right-hand member be connected with the second screening frame（94）, the second screening frame（94）Bottom wall is uniformly provided with second orifice（96）,
Second orifice（96）The aperture of aperture ratio first（82）Aperture it is small, the first screening frame（81）Left and right sides bottom be respectively connected with
3rd connecting rod（91）, the 3rd connecting rod（91）Upper equal rotary type is connected with hook（92）, hook（92）On be connected with steel wire rope
（93）, steel wire rope（93）With the second screening frame（94）The wall top of left and right two connection, bull stick（7）Middle part is connected with reel
（97）, reel（97）On be full of the first drawstring（98）, the first drawstring（98）With the second screening frame（94）Right side central connects.
4. a kind of sand grains with new energy photovoltaic module plate according to claim 3 crosses sieve apparatus, it is characterised in that also
Include the first fix bar（10）, pull bar（12）, the 3rd spring（14）, collision block（15）And draw ring（16）, collection frame（2）Right side
It is connected with the first fix bar（10）, the first fix bar（10）Right side central be provided with the second through hole（13）, the first fix bar（10）
Interior right side central is connected with the 3rd spring（14）, the 3rd spring（14）Left end be connected with collision block（15）, collision block（15）Left end with
Collection frame（2）Right contact, collision block（15）Right-hand member is connected with pull bar（12）, pull bar（12）Through the second through hole（13）With the 3rd bullet
Spring（14）, pull bar（12）Right side central be connected with draw ring（16）.
5. a kind of sand grains with new energy photovoltaic module plate according to claim 4 crosses sieve apparatus, it is characterised in that also
Include the second drawstring（17）, the second fix bar（18）With the 3rd fix bar（19）, photovoltaic module plate body（6）It is connected with first
Bar（5）Top rotary type connection, head rod（5）Left side central portion be connected with the second fix bar（18）, head rod（5）
Right side central be connected with the 3rd fix bar（19）, photovoltaic module plate body（6）Bottom at left and right sides of be respectively connected with the second drawing
Rope（17）, second drawstring in left side（17）It is fastened in the second fix bar（18）On, second drawstring on right side（17）Winding is solid
It is scheduled on the 3rd fix bar（19）On.
6. a kind of sand grains with new energy photovoltaic module plate according to claim 5 crosses sieve apparatus, it is characterised in that machine
Frame（1）Material be high-quality steel, surface covering zinc layers.
7. a kind of sand grains with new energy photovoltaic module plate according to claim 6 crosses sieve apparatus, it is characterised in that receives
Collect frame（2）Material be stainless steel.
8. a kind of sand grains with new energy photovoltaic module plate of sending out according to claim 7 crosses sieve apparatus, it is characterised in that
First screening frame（81）With the second screening frame（94）Material be high-quality steel, surface covering zinc layers.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710502923.0A CN107377379A (en) | 2017-06-27 | 2017-06-27 | A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201710502923.0A CN107377379A (en) | 2017-06-27 | 2017-06-27 | A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN107377379A true CN107377379A (en) | 2017-11-24 |
Family
ID=60332738
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201710502923.0A Pending CN107377379A (en) | 2017-06-27 | 2017-06-27 | A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN107377379A (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108160444A (en) * | 2017-12-11 | 2018-06-15 | 长沙德科投资管理咨询有限公司 | A kind of swing building sand screening plant |
| CN109332153A (en) * | 2018-09-28 | 2019-02-15 | 合肥鸿叶紫新能源有限公司 | A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus |
| CN109396028A (en) * | 2018-12-21 | 2019-03-01 | 武威天马饲料有限公司 | Screening plant is used in a kind of processing of cattle and sheep Feed Manufacturing |
| CN112570131A (en) * | 2020-12-02 | 2021-03-30 | 李兴 | Sand grain sieving mechanism for construction |
-
2017
- 2017-06-27 CN CN201710502923.0A patent/CN107377379A/en active Pending
Cited By (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108160444A (en) * | 2017-12-11 | 2018-06-15 | 长沙德科投资管理咨询有限公司 | A kind of swing building sand screening plant |
| CN109332153A (en) * | 2018-09-28 | 2019-02-15 | 合肥鸿叶紫新能源有限公司 | A kind of sand grains with new energy photovoltaic module plate crosses sieve apparatus |
| CN109332153B (en) * | 2018-09-28 | 2020-09-15 | 涡阳林叶商贸有限公司 | Sand grain equipment that sieves with new forms of energy photovoltaic module board |
| CN109396028A (en) * | 2018-12-21 | 2019-03-01 | 武威天马饲料有限公司 | Screening plant is used in a kind of processing of cattle and sheep Feed Manufacturing |
| CN112570131A (en) * | 2020-12-02 | 2021-03-30 | 李兴 | Sand grain sieving mechanism for construction |
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Application publication date: 20171124 |
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