CN204159664U - Square tube single lead screw ex truding briquetting machine - Google Patents
Square tube single lead screw ex truding briquetting machine Download PDFInfo
- Publication number
- CN204159664U CN204159664U CN201420475891.1U CN201420475891U CN204159664U CN 204159664 U CN204159664 U CN 204159664U CN 201420475891 U CN201420475891 U CN 201420475891U CN 204159664 U CN204159664 U CN 204159664U
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- CN
- China
- Prior art keywords
- baffle plate
- post
- extrusion die
- slide rail
- square tube
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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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Abstract
The utility model belongs to square tube and manufactures field, particularly relate to a kind of square tube single lead screw ex truding briquetting machine, comprise base, furred ceiling, slide post A, advance post A, extrusion die A, slide post B, advance post B, extrusion die B, slide rail A, slide rail B, slide rail C, slide rail D, supporting seat, advance post C, extrusion die C, holder, advance post D, extrusion die D, baffle plate A, limited post A, collision prevention girders A, baffle plate B, limited post B, collision prevention girders B, baffle plate C, limited post C, collision prevention girders C, baffle plate D, limited post D, collision prevention girders D, extrusion die E, pressure-bearing post, bracing frame, reinforced column A, reinforced column B, reinforced column C, reinforced column D, square tube, described baffle plate A, baffle plate B is on the side of described extrusion die D, described baffle plate C, baffle plate D is on the side of described extrusion die C, described limited post C is on described extrusion die A, described limited post D is on described extrusion die B, described extrusion die E is in the inside of described square tube.
Description
Technical field
The utility model belongs to square tube and manufactures field, particularly relates to a kind of square tube single lead screw ex truding briquetting machine.
Background technology
Square tube is the one address of square pipe and rectangle pipe material, the steel pipe that namely length of side is equal and unequal.Be with steel to roll through PROCESS FOR TREATMENT to form.Be generally a band steel through unpacking, smooth, curling, welding forms pipe, then is rolled into rectangular tube by pipe and then cuts into and need length.
Square tube production technology is classified
Square tube divides by production technology: square tube that hot rolling is seamless, seamless cold square tube, extrude seamless square tube, welding square tube.Wherein weld square tube to be divided into again: (a) divides by technique---arc welding square tube, electric resistance welding square tube (high frequency, low frequency), gas welding square tube, stove weldering square tube (b) are divided by weld seam---straight weld square tube, spiral welding square tube
Square tube material is classified
Square tube is divided by material: straight carbon steel square tube, low-alloy square tube.Straight carbon steel is divided into: Q195, Q215, Q235, SS400,20# steel, 45# steel etc.; Low-alloy steel is divided into Q345,16Mn, Q390, ST52-3 etc.
Square tube pipe production standard is classified
Square tube is divided by production standard: GB square tube, and day marks square tube, square tube made in Great Britain, American Standard square tube, Europe superscript square tube, nonstandard square tube.
Square tube section configuration is classified
Square tube is by section configuration classification: (1) simple section square tube---square square tube, rectangular square tube (2) compound section square tube---flower shape square tube, opening shape square tube, corrugated square tube, special-shaped square tube.
Square tube surface treatment is classified
Square tube is divided by surface treatment: galvanizing square tube, electrogalvanizing square tube, oiling square tube, pickling square tube.
Square tube purpose classification
Square tube classification by use---decoration square tube, machine tool square tube, mechanical industry square tube, chemical industry square tube, steel construction square tube, shipbuilding square tube, automobile square tube, beam-column square tube, specific use square tube.
Square tube wall thickness is classified
Square tube presses wall thickness classification---hyper-thick pipe square tube, heavy wall square tube and thin-walled square tube.
Summary of the invention
The utility model provides a kind of square tube single lead screw ex truding briquetting machine, to solve the problem that the single lead screw ex truding briquetting machine slide rail proposed in above-mentioned background technology easily collides supporting seat, holder.
The technical problem that the utility model solves realizes by the following technical solutions: the utility model provides a kind of square tube single lead screw ex truding briquetting machine, it is characterized in that: comprise base, furred ceiling, slide post A, advance post A, extrusion die A, slide post B, advance post B, extrusion die B, slide rail A, slide rail B, slide rail C, slide rail D, supporting seat, advance post C, extrusion die C, holder, advance post D, extrusion die D, baffle plate A, limited post A, collision prevention girders A, baffle plate B, limited post B, collision prevention girders B, baffle plate C, limited post C, collision prevention girders C, baffle plate D, limited post D, collision prevention girders D, extrusion die E, pressure-bearing post, bracing frame, reinforced column A, reinforced column B, reinforced column C, reinforced column D, square tube, described slide rail B, slide rail D, holder is on described base, and described holder is at described slide rail B, between slide rail D, described slide rail A, slide rail C, supporting seat is below described furred ceiling, and described supporting seat is at described slide rail A, between slide rail C, described slide post A is at described slide rail A, between slide rail B, described slide post B is at described slide rail C, between slide rail D, described propelling post C is below described supporting seat, described extrusion die C is below described propelling post C, described extrusion die C is on described square tube, described propelling post D is on described holder, and described extrusion die D is on described propelling post D, and described extrusion die D is below described square tube, described extrusion die A is in the side of described square tube, and described propelling post A is at described slide post A, between extrusion die A, described extrusion die B is at the opposite side of described square tube, and described propelling post B is at described slide post B, between extrusion die B, described baffle plate A, baffle plate B on the side of described extrusion die D, described limited post A below described extrusion die A, described limited post B below described extrusion die B, described baffle plate C, baffle plate D is on the side of described extrusion die C, and described limited post C is on described extrusion die A, and described limited post D is on described extrusion die B, and described extrusion die E is in the inside of described square tube.
Described reinforced column A, reinforced column B, reinforced column C, reinforced column D run through described extrusion die E, described reinforced column A, reinforced column B, reinforced column C, reinforced column D lay respectively at the corner of described extrusion die E, described reinforced column A is on described reinforced column B, described reinforced column C is below described reinforced column D, described pressure-bearing post, bracing frame are in the inside of described extrusion die E, described pressure-bearing post is at the center of described extrusion die E, one end of support frame as described above connects described pressure-bearing post, and the other end of support frame as described above connects described extrusion die E.
One end of described supporting seat connects described baffle plate C, the other end of described supporting seat connects described baffle plate D, one end of described holder connects described baffle plate A, the other end of described holder connects described baffle plate B, described limited post C is below described baffle plate C, described limited post C connects described baffle plate C, described limited post D is below described baffle plate D, described limited post D connects described baffle plate D, described limited post A is on described baffle plate A, described limited post A connects described baffle plate A, described limited post B is on described baffle plate B, described limited post B connects described baffle plate B.
Described collision prevention girders A is below described baffle plate A, described collision prevention girders A connects described baffle plate A, described collision prevention girders A is at described slide rail B, between holder, described collision prevention girders B is below described baffle plate B, described collision prevention girders B connects described baffle plate B, described collision prevention girders B is at described slide rail D, between holder, described collision prevention girders C is on described baffle plate C, described collision prevention girders C connects described baffle plate C, described collision prevention girders C is at described slide rail A, between supporting seat, described collision prevention girders D is on described baffle plate D, described collision prevention girders D connects described baffle plate D, described collision prevention girders D is at described slide rail C, between supporting seat.
The beneficial effects of the utility model are:
1 square tube single lead screw ex truding briquetting machine provides baffle plate and the collision prevention girders of band limited post, when preventing extrusion die from using, and the problem of the unexpected displacement collision supporting seat of slide rail, holder.
2 baffle plates connect limited post, the edge deformation of square tube can be stoped excessive, ensure that the safe handling of machine.
3 collision prevention girders not only can prevent from clashing into, and the continuation of extrusion die can also be stoped to advance.
Use four reinforced columns in 4 extrusion die E, pressure-bearing post effectively can be dredged the pressure of extrusion die E tetra-jiaos.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model.
Detailed description of the invention
Below in conjunction with accompanying drawing, the utility model is described further:
In figure: 1-base, 2-furred ceiling, 3-slide post A, 4-advances post A, 5-extrusion die A, 6-slide post B, 7-advances post B, 8-extrusion die B, 9-slide rail A, 10-slide rail B, 11-slide rail C, 12-slide rail D, 13-supporting seat, 14-advances post C, 15-extrusion die C, 16-holder, 17-advances post D, 18-extrusion die D, 19-baffle plate A, 20-limited post A, 21-collision prevention girders A, 22-baffle plate B, 23-limited post B, 24-collision prevention girders B, 25-baffle plate C, 26-limited post C, 27-collision prevention girders C, 28-baffle plate D, 29-limited post D, 30-collision prevention girders D, 31-extrusion die E, 32-pressure-bearing post, 33-bracing frame, 34-reinforced column A, 35-reinforced column B, 36-reinforced column C, 37-reinforced column D, 38-square tube.
Embodiment:
The present embodiment comprises base 1, furred ceiling 2, slide post A3, advance post A4, extrusion die A5, slide post B6, advance post B7, extrusion die B8, slide rail A9, slide rail B10, slide rail C11, slide rail D12, supporting seat 13, advance post C14, extrusion die C15, holder 16, advance post D17, extrusion die D18, baffle plate A19, limited post A20, collision prevention girders A21, baffle plate B22, limited post B23, collision prevention girders B24, baffle plate C25, limited post C26, collision prevention girders C27, baffle plate D28, limited post D29, collision prevention girders D30, extrusion die E31, pressure-bearing post 32, bracing frame 33, reinforced column A34, reinforced column B35, reinforced column C36, reinforced column D37, square tube 38, slide rail B10, slide rail D12, holder 16 is on base 1, and holder 16 is at slide rail B10, between slide rail D12, slide rail A9, slide rail C11, supporting seat 13 is below furred ceiling 2, and supporting seat 13 is at slide rail A9, between slide rail C11, slide post A3 is at slide rail A9, between slide rail B10, slide post B6 is at slide rail C11, between slide rail D12, advance post C14 below supporting seat 13, extrusion die C15 is below propelling post C14, extrusion die C15 is on square tube 38, advance post D17 on holder 16, extrusion die D18 is on propelling post D17, and extrusion die D18 is below square tube 38, extrusion die A5, in the side of square tube 38, advances post A4 at slide post A3, between extrusion die A5, extrusion die B8, at the opposite side of square tube 38, advances post B7 at slide post B6, between extrusion die B8, baffle plate A19, baffle plate B22 on the side of extrusion die D18, limited post A20 below extrusion die A5, limited post B23 below extrusion die B8, baffle plate C25, baffle plate D28 is on the side of extrusion die C15, and limited post C26 is on extrusion die A5, and limited post D29 is on extrusion die B8, and extrusion die E31 is in the inside of square tube 38.
Reinforced column A34, reinforced column B35, reinforced column C36, reinforced column D37 run through extrusion die E31, reinforced column A34, reinforced column B35, reinforced column C36, reinforced column D37 lay respectively at the corner of extrusion die E31, reinforced column A34 is on reinforced column B35, reinforced column C36 is below reinforced column D37, pressure-bearing post 32, bracing frame 33 are in the inside of extrusion die E31, pressure-bearing post 32 is at the center of extrusion die E31, and one end of bracing frame 33 connects pressure-bearing post 32, and the other end of bracing frame 33 connects extrusion die E31.
One end of supporting seat 13 connects baffle plate C25, the other end of supporting seat 13 connects baffle plate D28, and one end of holder 16 connects baffle plate A19, and the other end of holder 16 connects baffle plate B22, limited post C26 is below baffle plate C25, limited post C26 connects baffle plate C25, and limited post D29 is below baffle plate D28, and limited post D29 connects baffle plate D28, limited post A20 is on baffle plate A19, limited post A20 connects baffle plate A19, and limited post B23 is on baffle plate B22, and limited post B23 connects baffle plate B22.
Collision prevention girders A21 is below baffle plate A19, collision prevention girders A21 connects baffle plate A19, collision prevention girders A21 is between slide rail B10, holder 16, collision prevention girders B24 is below baffle plate B22, collision prevention girders B24 connects baffle plate B22, collision prevention girders B24 is between slide rail D12, holder 16, collision prevention girders C27 is on baffle plate C25, collision prevention girders C27 connects baffle plate C25, collision prevention girders C27 is between slide rail A9, supporting seat 13, collision prevention girders D30 is on baffle plate D28, and collision prevention girders D30 connects baffle plate D28, and collision prevention girders D30 is between slide rail C11, supporting seat 13.
Utilize technical scheme described in the utility model, or those skilled in the art being under the inspiration of technical solutions of the utility model, designing similar technical scheme, and reach above-mentioned technique effect, is all fall into protection domain of the present utility model.
Claims (4)
1. a square tube single lead screw ex truding briquetting machine, is characterized in that: comprise base, furred ceiling, slide post A, advance post A, extrusion die A, slide post B, advance post B, extrusion die B, slide rail A, slide rail B, slide rail C, slide rail D, supporting seat, advance post C, extrusion die C, holder, advance post D, extrusion die D, baffle plate A, limited post A, collision prevention girders A, baffle plate B, limited post B, collision prevention girders B, baffle plate C, limited post C, collision prevention girders C, baffle plate D, limited post D, collision prevention girders D, extrusion die E, pressure-bearing post, bracing frame, reinforced column A, reinforced column B, reinforced column C, reinforced column D, square tube, described slide rail B, slide rail D, holder is on described base, and described holder is at described slide rail B, between slide rail D, described slide rail A, slide rail C, supporting seat is below described furred ceiling, and described supporting seat is at described slide rail A, between slide rail C, described slide post A is at described slide rail A, between slide rail B, described slide post B is at described slide rail C, between slide rail D, described propelling post C is below described supporting seat, described extrusion die C is below described propelling post C, described extrusion die C is on described square tube, described propelling post D is on described holder, and described extrusion die D is on described propelling post D, and described extrusion die D is below described square tube, described extrusion die A is in the side of described square tube, and described propelling post A is at described slide post A, between extrusion die A, described extrusion die B is at the opposite side of described square tube, and described propelling post B is at described slide post B, between extrusion die B, described baffle plate A, baffle plate B on the side of described extrusion die D, described limited post A below described extrusion die A, described limited post B below described extrusion die B, described baffle plate C, baffle plate D is on the side of described extrusion die C, and described limited post C is on described extrusion die A, and described limited post D is on described extrusion die B, and described extrusion die E is in the inside of described square tube.
2. a kind of square tube single lead screw ex truding briquetting machine according to claim 1, it is characterized in that: described reinforced column A, reinforced column B, reinforced column C, reinforced column D runs through described extrusion die E, described reinforced column A, reinforced column B, reinforced column C, reinforced column D lays respectively at the corner of described extrusion die E, described reinforced column A is on described reinforced column B, described reinforced column C is below described reinforced column D, described pressure-bearing post, bracing frame is in the inside of described extrusion die E, described pressure-bearing post is at the center of described extrusion die E, one end of support frame as described above connects described pressure-bearing post, the other end of support frame as described above connects described extrusion die E.
3. a kind of square tube single lead screw ex truding briquetting machine according to claim 1, it is characterized in that: one end of described supporting seat connects described baffle plate C, the other end of described supporting seat connects described baffle plate D, one end of described holder connects described baffle plate A, the other end of described holder connects described baffle plate B, described limited post C is below described baffle plate C, described limited post C connects described baffle plate C, described limited post D is below described baffle plate D, described limited post D connects described baffle plate D, described limited post A is on described baffle plate A, described limited post A connects described baffle plate A, described limited post B is on described baffle plate B, described limited post B connects described baffle plate B.
4. a kind of square tube single lead screw ex truding briquetting machine according to claim 1, it is characterized in that: described collision prevention girders A is below described baffle plate A, described collision prevention girders A connects described baffle plate A, described collision prevention girders A is at described slide rail B, between holder, described collision prevention girders B is below described baffle plate B, described collision prevention girders B connects described baffle plate B, described collision prevention girders B is at described slide rail D, between holder, described collision prevention girders C is on described baffle plate C, described collision prevention girders C connects described baffle plate C, described collision prevention girders C is at described slide rail A, between supporting seat, described collision prevention girders D is on described baffle plate D, described collision prevention girders D connects described baffle plate D, described collision prevention girders D is at described slide rail C, between supporting seat.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420475891.1U CN204159664U (en) | 2014-08-21 | 2014-08-21 | Square tube single lead screw ex truding briquetting machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420475891.1U CN204159664U (en) | 2014-08-21 | 2014-08-21 | Square tube single lead screw ex truding briquetting machine |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204159664U true CN204159664U (en) | 2015-02-18 |
Family
ID=52533392
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420475891.1U Expired - Fee Related CN204159664U (en) | 2014-08-21 | 2014-08-21 | Square tube single lead screw ex truding briquetting machine |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204159664U (en) |
-
2014
- 2014-08-21 CN CN201420475891.1U patent/CN204159664U/en not_active Expired - Fee Related
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150218 Termination date: 20160821 |