CN205967303U - Be used for wind power hub high strength combination economizer - Google Patents
Be used for wind power hub high strength combination economizer Download PDFInfo
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- CN205967303U CN205967303U CN201620911268.5U CN201620911268U CN205967303U CN 205967303 U CN205967303 U CN 205967303U CN 201620911268 U CN201620911268 U CN 201620911268U CN 205967303 U CN205967303 U CN 205967303U
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Abstract
The utility model discloses a be used for wind power hub high strength combination economizer, including last built -up flask and lower built -up flask, wherein, it includes the stand, goes up horizontal muscle pole, goes up the frame, goes up the vertical muscle pole and a support of hanging oneself to go up the built -up flask, down the built -up flask including stand down, down horizontal muscle pole, lower frame, down vertical muscle pole hang a support under and, the top of built -up flask under is installed in the bottom butt joint of going up the built -up flask to pass through the bolt fastening, and it is corresponding with the position of lower turning baffle to go up the turning baffle. Being out of shape appeared in the sand box when this wind power hub high strength combination economizer structural strength height can prevent to model, and can locate to reduce the use amount of a large amount of resin sand through last turning baffle and turning baffle down between the triangular space at turning, saved the cost, man -hour.
Description
Technical field
This utility model is related to a kind of wind power hub processing unit (plant), and especially one kind is used for wind power hub high-strength combination section
Can device.
Background technology
At present, when carrying out wind power hub processing, because existing processing unit (plant) structural strength is low, usually in casting process
Middle deformation, and existing processing unit (plant) is in lower sand molding, and resin sand usage amount is big, easily causes resin sand and wastes.
Utility model content
Utility model purpose：There is provided a kind of structural strength high and wind power hub that is can effectively saving resin sand usage amount is high
Intensity combines energy saver.
Technical scheme：Described in the utility model for wind power hub high-strength combination energy saver, including on combine sand
Case and lower built-up flask；
Upper built-up flask includes upper pillar stand, upper horizontal bar bar, upper side frame, upper longitudinal rib bar and a support of hanging oneself；Top
Frame is two altogether, and is rectangular frame；Upper pillar stand is four altogether, is vertically distributed in four apex of two upper side frames respectively；
Upper horizontal bar bar is connected laterally between adjacent two root posts；Upper longitudinal rib bar vertical supporting is between two upper side frames；Hang oneself
Support is arranged on the outside of upper built-up flask opposite sides, and every side is at least provided with two supports of hanging oneself；In handle of hanging oneself
Frame is provided with the handle of hanging oneself of cylinder；It is provided with grid at the top of upper built-up flask；Upper grid is vertically arranged with parallel
Two blocks of cast foundary weight plates；Surrounding side in upper built-up flask is provided with side shield；In upper built-up flask four
All it is vertically provided with corner baffle at individual drift angle；
Lower built-up flask include lower pillar stand, lower horizontal bar bar, lower frame, lower longitudinal rib bar and under hang a support；Below
Frame is two altogether, and is rectangular frame；Lower pillar stand is four altogether, is vertically distributed in four apex of two lower frames respectively；
Lower horizontal bar bar is connected laterally between adjacent two root posts；Lower longitudinal rib bar vertical supporting is between two lower frames；Under hang
Support is arranged on the outside of lower built-up flask opposite sides, and a support is hung at least provided with two in every side；Under hang
Frame is provided with and hangs handle under cylinder；It is provided with Under The Grille in the bottom of lower built-up flask；Surrounding side in lower built-up flask
On be provided with lower side shield；All it is vertically provided with lower corner baffle at four drift angles in lower built-up flask；
The bottom abutting joint of upper built-up flask is at the top of lower built-up flask, and is bolted；And upper turning gear
Plate is corresponding with the position of lower corner baffle.
The structural strength of upper built-up flask can effectively be strengthened using upper horizontal bar bar and upper longitudinal rib bar, when preventing moulding
Deformation in upper built-up flask；The structure that lower built-up flask can effectively be strengthened using lower horizontal bar bar and lower longitudinal rib bar is strong
Degree, deformation in built-up flask at present to prevent moulding；Using hang oneself handle and under hang can facilitate upper combination after sand hardening
Sandbox is sling together with lower built-up flask and molding sand, effectively increases efficiency of construction；Using upper corner baffle and lower corner baffle
The usage amount of a large amount of resin sands, cost-effective, man-hour can be reduced at the triangle interval at turning；Using at upper built-up flask top
Setting cast foundary weight plate can effectively save man-hour, reduces equipment loss.
As further limits scheme of the present utility model, upper grid edge and upper side shield and on corner baffle
Junction is provided with triangle gusset.Upper grid edge and upper side shield and upper turning can effectively be strengthened using upper triangle gusset
The bonding strength of baffle plate.
As further limits scheme of the present utility model, the installation place of cast foundary weight plate and upper grid is provided with foundary weight
Triangle gusset.Installation strength between cast foundary weight plate and upper grid can effectively be strengthened using foundary weight triangle gusset.
As further limits scheme of the present utility model, the triangle constituting with upper side shield at the back side of upper corner baffle
It is provided with, in interval, the corner supports gusset being supported on the corner baffle back side.On effectively being strengthened using corner supports gusset
The structural strength of corner baffle.
As further limits scheme of the present utility model, in Under The Grille edge and lower side shield and lower corner baffle
Junction is provided with lower triangle gusset.Under The Grille edge and lower side shield and lower turning can effectively be strengthened using lower triangle gusset
Bonding strength between baffle plate.
As further limits scheme of the present utility model, the triangle constituting with lower side shield at the back side of lower corner baffle
Interval top and bottom are mounted on set square.The structural strength of lower corner baffle can effectively be strengthened using set square.
Compared with prior art, its advantage is this utility model：(1) upper horizontal bar bar and upper longitudinal rib bar energy are adopted
Enough structural strengths effectively strengthening upper built-up flask, prevent upper built-up flask during moulding from deformation；(2) adopt lower horizontal bar bar
The structural strength of lower built-up flask can effectively be strengthened with lower longitudinal rib bar, deformation in built-up flask at present to prevent moulding；(3)
Using hang oneself handle and under hang can facilitate sand hardening after upper built-up flask is sling together with lower built-up flask and molding sand, have
Effect improves efficiency of construction；(4) upper corner baffle and lower corner baffle is adopted can to reduce a large amount of trees at the triangle interval at turning
The usage amount of fat sand, cost-effective, man-hour；(5) can effectively save using in upper built-up flask top setting cast foundary weight plate
In man-hour, reduce equipment loss.
Brief description
Fig. 1 is upper built-up flask top perspective view of the present utility model；
Fig. 2 is upper built-up flask elevated bottom perspective view of the present utility model；
Fig. 3 is lower built-up flask elevated bottom perspective view of the present utility model；
Fig. 4 is lower built-up flask top perspective view of the present utility model.
In figure：1st, upper pillar stand, 2, upper side frame, 3, upper longitudinal rib bar, 4, upper horizontal bar bar, 5, a support of hanging oneself, 6, hang oneself
7, upper side shield, 8, upper corner baffle, 9, upper grid, 10, cast foundary weight plate, 11, upper triangle gusset, 12, foundary weight triangle muscle
Plate, 13, corner supports gusset, 14, lower pillar stand, 15, lower frame, 16, lower longitudinal rib bar, 17, lower horizontal bar bar, 18, under hang handle
Support, 19, under hang handle, 20, Under The Grille, 21, set square, 22, lower corner baffle, 23, lower triangle gusset, 24, lower side shield.
Specific embodiment
Below in conjunction with the accompanying drawings technical solutions of the utility model are described in detail, but protection domain of the present utility model
It is not limited to described embodiment.
Embodiment 1：
As Figure 1-4, this utility model provide one kind be used for wind power hub high-strength combination energy saver, including on
Built-up flask and lower built-up flask；
Wherein, upper built-up flask includes upper pillar stand 1, upper horizontal bar bar 4, upper side frame 2, upper longitudinal rib bar 3 and handle of hanging oneself
Support 5；Upper side frame 2 is two altogether, and is rectangular frame；Upper pillar stand 1 is four altogether, is vertically distributed in two upper side frames 2 respectively
Four apex；Upper horizontal bar bar 4 is connected laterally between adjacent two root posts 1；Upper longitudinal rib bar 3 vertical supporting is at two
Between upper side frame 2；Hang oneself and support 5 is arranged on the outside of upper built-up flask opposite sides, and hang oneself at least provided with two in every side
Support 5；Hang oneself be provided with support 5 cylinder hang oneself 6；It is provided with grid 9 at the top of upper built-up flask；Upper
Two blocks of cast foundary weight plates 10 are vertically arranged with parallel on grid 9；Upside is provided with the surrounding side in upper built-up flask
Baffle plate 7；All it is vertically provided with corner baffle 8 at four drift angles in upper built-up flask；
Lower built-up flask include lower pillar stand 14, lower horizontal bar bar 17, lower frame 15, lower longitudinal rib bar 16 and under hang
Frame 18；Lower frame 15 is two altogether, and is rectangular frame；Lower pillar stand 14 is four altogether, is vertically distributed in two lower frames respectively
15 four apex；Lower horizontal bar bar 17 is connected laterally between adjacent two root posts 14；Lower longitudinal rib bar 17 vertical supporting
Between two lower frames 15；Under hang outside support 18 being arranged on lower built-up flask opposite sides, and every side at least provided with
A support 18 is hung under two；Under hang and hang 19 being provided with support 18 under cylinder；It is provided with the bottom of lower built-up flask
Under The Grille 20；Lower side shield 24 is provided with the surrounding side in lower built-up flask；Four tops in lower built-up flask
All it is vertically provided with lower corner baffle 22 at angle；
The bottom abutting joint of upper built-up flask is at the top of lower built-up flask, and is bolted；And upper turning gear
Plate 8 is corresponding with the position of lower corner baffle 22；Upper grid 9 edge and upper side shield 7 and on corner baffle 8 junction
It is provided with triangle gusset 11；The installation place of cast foundary weight plate 10 and upper grid 9 is provided with foundary weight triangle gusset 12；At upper turning
It is provided with, in the triangle interval that the back side of baffle plate 8 is constituted with upper side shield 7, the corner supports being supported on corner baffle 8 back side
Gusset 13；It is provided with lower triangle gusset 23 in the junction at Under The Grille 20 edge and lower side shield 24 and lower corner baffle 22；?
The top in triangle interval that the back side of lower corner baffle 22 is constituted with lower side shield 24 and bottom are mounted on set square 21.
Wind power hub high-strength combination energy saver of the present utility model, when using, needs upper built-up flask and the following group
Close sandbox and be placed on corresponding mould and carry out lower sand, after sand hardening, built-up flask and molding sand are sling together, moulding completes.Upper group
Close sandbox and lower built-up flask is all welded by square steel, round steel and steel plate.
The advantage of wind power hub high-strength combination energy saver of the present utility model is：
(1) hang oneself 6 and under hang safer for 19 Position Design, can trust and carry out Integral lifting；
(2) bulk strength is high, it is to avoid deform during subsequent handling (as poured into a mould)；
(3) usage amount of a large amount of resin sands, cost-effective, man-hour can be reduced；
(4) improve yield in the unit interval and reduce equipment loss and power consumption.
Although as described above, having represented with reference to specific preferred embodiment and having described this utility model, it must not
It is construed to the restriction to this utility model itself.In the spirit and scope of the present utility model defining without departing from claims
Under the premise of, can various changes can be made in the form and details to it.
Claims (6)
1. a kind of for wind power hub high-strength combination energy saver it is characterised in that：Including upper built-up flask and lower combination sand
Case；
Upper built-up flask includes upper pillar stand (1), upper horizontal bar bar (4), upper side frame (2), upper longitudinal rib bar (3) and handle of hanging oneself
Frame (5)；Upper side frame (2) is two altogether, and is rectangular frame；Upper pillar stand (1) is four altogether, is vertically distributed in two tops respectively
Four apex of frame (2)；Upper horizontal bar bar (4) is connected laterally between adjacent two root posts (1)；Upper longitudinal rib bar (3) is erected
To being supported between two upper side frames (2)；A support (5) of hanging oneself is arranged on the outside of built-up flask opposite sides, and every side
At least provided with two supports (5) of hanging oneself；In hang oneself (6) that cylinder is provided with a support (5) of hanging oneself；In upper built-up flask
Top be provided with grid (9)；Two pieces of cast foundary weight plate (10) are vertically arranged with parallel on upper grid (9)；In upper combination sand
Side shield (7) is provided with the surrounding side in case；All it is vertically provided with four drift angles in upper built-up flask
Corner baffle (8)；
Lower built-up flask include lower pillar stand (14), lower horizontal bar bar (17), lower frame (15), lower longitudinal rib bar (16) and under hang
Support (18)；Lower frame (15) is two altogether, and is rectangular frame；Lower pillar stand (14) is four altogether, is vertically distributed in respectively
Four apex of two lower frames (15)；Lower horizontal bar bar (17) is connected laterally between adjacent two root posts (14)；Lower vertical
To muscle bar (17) vertical supporting between two lower frames (15)；Under hang a support (18) and be arranged on lower built-up flask opposite sides
Outside, and every side is at least provided with hanging a support (18) under two；Under hang to be provided with a support (18) and hang handle under cylinder
(19)；It is provided with Under The Grille (20) in the bottom of lower built-up flask；Downside is provided with the surrounding side in lower built-up flask
Baffle plate (24)；All it is vertically provided with lower corner baffle (22) at four drift angles in lower built-up flask；
The bottom abutting joint of upper built-up flask is at the top of lower built-up flask, and is bolted；And upper corner baffle (8)
Corresponding with the position of lower corner baffle (22).
2. according to claim 1 for wind power hub high-strength combination energy saver it is characterised in that：In upper grid
(9) edge and the junction of upper side shield (7) and upper corner baffle (8) are provided with triangle gusset (11).
3. according to claim 1 and 2 for wind power hub high-strength combination energy saver it is characterised in that：In cast
Foundary weight plate (10) is provided with foundary weight triangle gusset (12) with the installation place of upper grid (9).
4. according to claim 1 and 2 for wind power hub high-strength combination energy saver it is characterised in that：Turn upper
It is provided with the triangle interval that the back side of angle baffle plate (8) and upper side shield (7) are constituted and be supported on corner baffle (8) back side
Corner supports gusset (13).
5. according to claim 1 and 2 for wind power hub high-strength combination energy saver it is characterised in that：In lower lattice
Grid (20) edge is provided with lower triangle gusset (23) with the junction of lower side shield (24) and lower corner baffle (22).
6. according to claim 1 and 2 for wind power hub high-strength combination energy saver it is characterised in that：Under turn
The top in triangle interval that the back side of angle baffle plate (22) and lower side shield (24) are constituted and bottom are mounted on set square (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620911268.5U CN205967303U (en) | 2016-08-21 | 2016-08-21 | Be used for wind power hub high strength combination economizer |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620911268.5U CN205967303U (en) | 2016-08-21 | 2016-08-21 | Be used for wind power hub high strength combination economizer |
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| Publication Number | Publication Date |
|---|---|
| CN205967303U true CN205967303U (en) | 2017-02-22 |
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ID=58032219
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620911268.5U Active CN205967303U (en) | 2016-08-21 | 2016-08-21 | Be used for wind power hub high strength combination economizer |
Country Status (1)
| Country | Link |
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| CN (1) | CN205967303U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106077518A (en) * | 2016-08-21 | 2016-11-09 | 江苏钢锐精密机械有限公司 | For wind power hub high-strength combination energy saver |
-
2016
- 2016-08-21 CN CN201620911268.5U patent/CN205967303U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106077518A (en) * | 2016-08-21 | 2016-11-09 | 江苏钢锐精密机械有限公司 | For wind power hub high-strength combination energy saver |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |