CN104709333A - Optical fiber cart - Google Patents
Optical fiber cart Download PDFInfo
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- CN104709333A CN104709333A CN201510165294.8A CN201510165294A CN104709333A CN 104709333 A CN104709333 A CN 104709333A CN 201510165294 A CN201510165294 A CN 201510165294A CN 104709333 A CN104709333 A CN 104709333A
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Abstract
The invention belongs to the technical field of an optical fiber, and relates to an optical fiber cart which comprises a first vertical column, a second vertical column, a third vertical column, a fourth vertical column, a first class cross rod, a second class cross rod, a third class cross rod, first horizontal rods and second horizontal rods, wherein the four vertical columns are arranged in parallel, and a rectangular cylinder shape is formed by the four vertical columns; the first vertical column is connected with the second vertical column by the first horizontal rods; the two first horizontal rods are arranged between the first vertical column and the second vertical column; a fifth vertical column is connected between the two first horizontal rods; the third vertical column is connected with the fourth vertical column by the second horizontal rods; the two second horizontal rods are arranged between the third vertical column and the fourth vertical column; a sixth vertical column is connected between the two second horizontal rods; the third class cross rod is connected between the first vertical column and the fourth vertical column; the second class cross rod is connected between the fifth vertical column and the sixth vertical column; the first class cross rod is connected between the second vertical column and the third vertical column. The optical fiber cart has the main beneficial effects of being convenient to manufacture, low in cost, convenient in optical fiber transportation and high in transport efficiency.
Description
Technical field
The invention belongs to technical field of optical fiber, especially relate to a kind of optical fiber go-cart.
Background technology
Optical fiber is paid in the mode of coiling usually, when as finished product shipping, is contained in box, is then placed in chest by multiple box by each fiber reel tool, optical fiber can be made like this from mechanical damage.In fiber manufacturing producer, due to fiber production rate quickly, need after manufacture completes to check optical property, mechanical characteristics etc., therefore, need turnover, current manufacturer adopts the mode of upside down usually, this mode very easily makes outer optical fiber cause confusion, affect the use that optical fiber uses manufacturer, optical fiber can be made time serious to intersect, during releasing, occur phenomenon of rupture.Optical cable production firm, needs a large amount of use optical fiber, and usual first operation is painted, and second operation work is and is with or secondary coated, therefore, needs a large amount of optical fiber too to have enough to meet the need, has encountered the problem that optical fiber transports temporarily too.
Summary of the invention
In order to solve the problem, the object of the invention is to disclose a kind of optical fiber go-cart, it realizes by the following technical solutions.
In first embodiment of the present invention, a kind of optical fiber go-cart, is characterized in that it comprises the first vertical column 11, second vertical column 12, the 3rd vertical column 13, the 4th vertical column 14, first kind cross bar 31, Equations of The Second Kind cross bar 32, the 3rd class cross bar 33, first horizon bar and the second horizon bar; First vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are parallel to each other placement, and in the orthogonal projection of the plane of the axis perpendicular to the first vertical column, the first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are positioned on four angles of rectangle; First vertical column and the second vertical column are connected by the first horizon bar, first horizon bar has two, the nearly lower end being positioned at the upper end in the middle of the first vertical column and the second vertical column and being positioned in the middle of the first vertical column and the second vertical column, the 5th vertical rod 21 is connected with between two first horizon bars, second horizon bar the 3rd vertical column and the 4th vertical column are connected, the nearly lower end being positioned at the upper end in the middle of the 3rd vertical column and the 4th vertical column and being positioned in the middle of the 3rd vertical column and the 4th vertical column; Sextuple straight-bar 22 is connected with between two second horizon bars; 3rd class cross bar is connected between the first vertical column and the 4th vertical column, Equations of The Second Kind cross bar is connected between the 5th vertical column and sextuple right cylinder, first kind cross bar is connected between the second vertical column and the 3rd vertical column, first kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar form one group and to hold between fine panel and the upper surface of three is positioned at same plane, first kind cross bar and Equations of The Second Kind cross bar are discontiguous, Equations of The Second Kind cross bar and the 3rd class cross bar are discontiguous, and adjacent appearance is discontiguous between fine panel.
In second embodiment of the present invention, a kind of optical fiber go-cart, substantially with embodiment one, difference is all to be provided with roller 4 below the first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column.
In 3rd embodiment of the present invention, a kind of optical fiber go-cart, basic with embodiment two, difference is that the left upper end of optical fiber go-cart is provided with Zola's hand 51, the upper right side of optical fiber go-cart is provided with right handle 53, in the middle of Zola's hand, there is the first handle chamber 52, have the second handle chamber 54 in the middle of right handle, Zola's palmistry is acclivitous for the upper surface of optical fiber go-cart, and right handle is acclivitous relative to the upper surface of optical fiber go-cart.
In 4th embodiment of the present invention, a kind of optical fiber go-cart, basic with embodiment three, difference is first kind cross bar, the 3rd class cross bar is all L shape angle steel, Equations of The Second Kind cross bar leans against placement mutually by individual L shape angle steel, the trough with straight angle of the trough with straight angle of first kind cross bar L shape angle steel and a L shape angle steel of Equations of The Second Kind cross bar is that relative direction is placed, and the trough with straight angle of the trough with straight angle of the 3rd class cross bar L shape angle steel and another L shape angle steel of Equations of The Second Kind cross bar is that relative direction is placed; And in embodiment one to embodiment three, first kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar are all rectangle steel, preferably hollow square steel.
In 5th embodiment of the present invention, a kind of optical fiber go-cart, basic with embodiment three, difference is first kind cross bar, the 3rd class cross bar is all right-angle prismatic cylindricality steel, Equations of The Second Kind cross bar is the triangular prism shaped steel of isosceles, the end of Equations of The Second Kind cross bar, is positioned at below, and the tilt column of first kind cross bar is relative with the waist of Equations of The Second Kind cross bar, and the tilt column of the 3rd class cross bar is relative with the waist of Equations of The Second Kind cross bar.
In the present invention, no matter be optical fiber production manufacturer or optical cable production and application manufacturer, when having enough to meet the need optical fiber, only fiber reel tool need be placed between first kind cross bar, Equations of The Second Kind cross bar or Equations of The Second Kind cross bar, the 3rd class cross bar, interim location can be realized easily, there will not be the phenomenon of the optical fiber confusion occurred due to inversion, and take, put very flexible, an optical fiber go-cart can place polydisc optical fiber, and be convenient to very much transport, cost of manufacture of the present invention is low, material easily obtains.
Therefore, the present invention has following main beneficial effect: easy to make, cost is low, it is high to be convenient to transport optical fiber, conveying efficiency.
Accompanying drawing explanation
Fig. 1 is the perspective view of the invention process example 1.
Fig. 2 is the perspective view of the invention process example 2.
Fig. 3 is the perspective view after placing fiber reel tool of the invention process example 2.
Fig. 4 is the perspective view of the invention process example 3.
Fig. 5 is the perspective view of the invention process example 4.
Fig. 6 is the perspective view of the invention process example 5.
Detailed description of the invention
embodiment 1
Ask for an interview Fig. 1, a kind of optical fiber go-cart, it is characterized in that it comprises the first vertical column 11, second vertical column 12, the 3rd vertical column 13, the 4th vertical column 14, first kind cross bar 31, Equations of The Second Kind cross bar 32, the 3rd class cross bar 33, first horizon bar and the second horizon bar; First vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are parallel to each other placement, and in the orthogonal projection of the plane of the axis perpendicular to the first vertical column, the first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are positioned on four angles of rectangle; First vertical column and the second vertical column are connected by the first horizon bar, first horizon bar has two, the nearly lower end being positioned at the upper end in the middle of the first vertical column and the second vertical column and being positioned in the middle of the first vertical column and the second vertical column, the 5th vertical rod 21 is connected with between two first horizon bars, second horizon bar the 3rd vertical column and the 4th vertical column are connected, the nearly lower end being positioned at the upper end in the middle of the 3rd vertical column and the 4th vertical column and being positioned in the middle of the 3rd vertical column and the 4th vertical column; Sextuple straight-bar 22 is connected with between two second horizon bars; 3rd class cross bar is connected between the first vertical column and the 4th vertical column, Equations of The Second Kind cross bar is connected between the 5th vertical column and sextuple right cylinder, first kind cross bar is connected between the second vertical column and the 3rd vertical column, first kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar form one group and to hold between fine panel and the upper surface of three is positioned at same plane, first kind cross bar and Equations of The Second Kind cross bar are discontiguous, Equations of The Second Kind cross bar and the 3rd class cross bar are discontiguous, and adjacent appearance is discontiguous between fine panel; First kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar are all rectangle steel, preferably hollow square steel.
embodiment 2
Ask for an interview Fig. 2 and Fig. 3, a kind of optical fiber go-cart, is characterized in that it comprises the first vertical column 11, second vertical column 12, the 3rd vertical column 13, the 4th vertical column 14, first kind cross bar 31, Equations of The Second Kind cross bar 32, the 3rd class cross bar 33, first horizon bar and the second horizon bar; First vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are parallel to each other placement, and in the orthogonal projection of the plane of the axis perpendicular to the first vertical column, the first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are positioned on four angles of rectangle; First vertical column and the second vertical column are connected by the first horizon bar, first horizon bar has two, the nearly lower end being positioned at the upper end in the middle of the first vertical column and the second vertical column and being positioned in the middle of the first vertical column and the second vertical column, the 5th vertical rod 21 is connected with between two first horizon bars, second horizon bar the 3rd vertical column and the 4th vertical column are connected, the nearly lower end being positioned at the upper end in the middle of the 3rd vertical column and the 4th vertical column and being positioned in the middle of the 3rd vertical column and the 4th vertical column; Sextuple straight-bar 22 is connected with between two second horizon bars; 3rd class cross bar is connected between the first vertical column and the 4th vertical column, Equations of The Second Kind cross bar is connected between the 5th vertical column and sextuple right cylinder, first kind cross bar is connected between the second vertical column and the 3rd vertical column, first kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar form one group and to hold between fine panel and the upper surface of three is positioned at same plane, first kind cross bar and Equations of The Second Kind cross bar are discontiguous, Equations of The Second Kind cross bar and the 3rd class cross bar are discontiguous, and adjacent appearance is discontiguous between fine panel; Below first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column, roller 4 is all installed; First kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar are all rectangle steel, preferably hollow square steel.
Optical fiber production manufacturer or optical cable production and application manufacturer, when having enough to meet the need optical fiber, only fiber reel tool 6 need be placed between first kind cross bar, Equations of The Second Kind cross bar or Equations of The Second Kind cross bar, the 3rd class cross bar, interim location can be realized easily, there will not be the phenomenon of the optical fiber confusion occurred due to inversion, and take, put very flexible, an optical fiber go-cart can place polydisc optical fiber, be convenient to very much transport, efficiency is quite high.
embodiment 3
Ask for an interview Fig. 4, a kind of optical fiber go-cart, it is characterized in that it comprises the first vertical column 11, second vertical column 12, the 3rd vertical column 13, the 4th vertical column 14, first kind cross bar 31, Equations of The Second Kind cross bar 32, the 3rd class cross bar 33, first horizon bar and the second horizon bar; First vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are parallel to each other placement, and in the orthogonal projection of the plane of the axis perpendicular to the first vertical column, the first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are positioned on four angles of rectangle; First vertical column and the second vertical column are connected by the first horizon bar, first horizon bar has two, the nearly lower end being positioned at the upper end in the middle of the first vertical column and the second vertical column and being positioned in the middle of the first vertical column and the second vertical column, the 5th vertical rod 21 is connected with between two first horizon bars, second horizon bar the 3rd vertical column and the 4th vertical column are connected, the nearly lower end being positioned at the upper end in the middle of the 3rd vertical column and the 4th vertical column and being positioned in the middle of the 3rd vertical column and the 4th vertical column; Sextuple straight-bar 22 is connected with between two second horizon bars; 3rd class cross bar is connected between the first vertical column and the 4th vertical column, Equations of The Second Kind cross bar is connected between the 5th vertical column and sextuple right cylinder, first kind cross bar is connected between the second vertical column and the 3rd vertical column, first kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar form one group and to hold between fine panel and the upper surface of three is positioned at same plane, first kind cross bar and Equations of The Second Kind cross bar are discontiguous, Equations of The Second Kind cross bar and the 3rd class cross bar are discontiguous, and adjacent appearance is discontiguous between fine panel; Below first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column, roller 4 is all installed; The left upper end of optical fiber go-cart is provided with Zola's hand 51, the upper right side of optical fiber go-cart is provided with right handle 53, in the middle of Zola's hand, there is the first handle chamber 52, in the middle of right handle, there is the second handle chamber 54, Zola's palmistry is acclivitous for the upper surface of optical fiber go-cart, and right handle is acclivitous relative to the upper surface of optical fiber go-cart; Zola's hand stretches out from the second horizon bar above, and right handle stretches out from the first horizon bar above; First kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar are all rectangle steel, preferably hollow square steel.
embodiment 4
Ask for an interview Fig. 5, a kind of optical fiber go-cart, it is characterized in that it comprises the first vertical column 11, second vertical column 12, the 3rd vertical column 13, the 4th vertical column 14, first kind cross bar 31, Equations of The Second Kind cross bar 32, the 3rd class cross bar 33, first horizon bar and the second horizon bar; First vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are parallel to each other placement, and in the orthogonal projection of the plane of the axis perpendicular to the first vertical column, the first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are positioned on four angles of rectangle; First vertical column and the second vertical column are connected by the first horizon bar, first horizon bar has two, the nearly lower end being positioned at the upper end in the middle of the first vertical column and the second vertical column and being positioned in the middle of the first vertical column and the second vertical column, the 5th vertical rod 21 is connected with between two first horizon bars, second horizon bar the 3rd vertical column and the 4th vertical column are connected, the nearly lower end being positioned at the upper end in the middle of the 3rd vertical column and the 4th vertical column and being positioned in the middle of the 3rd vertical column and the 4th vertical column; Sextuple straight-bar 22 is connected with between two second horizon bars; 3rd class cross bar is connected between the first vertical column and the 4th vertical column, Equations of The Second Kind cross bar is connected between the 5th vertical column and sextuple right cylinder, first kind cross bar is connected between the second vertical column and the 3rd vertical column, first kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar form one group and to hold between fine panel and the upper surface of three is positioned at same plane, first kind cross bar and Equations of The Second Kind cross bar are discontiguous, Equations of The Second Kind cross bar and the 3rd class cross bar are discontiguous, and adjacent appearance is discontiguous between fine panel; Below first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column, roller 4 is all installed; The left upper end of optical fiber go-cart is provided with Zola's hand 51, the upper right side of optical fiber go-cart is provided with right handle 53, in the middle of Zola's hand, there is the first handle chamber 52, in the middle of right handle, there is the second handle chamber 54, Zola's palmistry is acclivitous for the upper surface of optical fiber go-cart, and right handle is acclivitous relative to the upper surface of optical fiber go-cart; Zola's hand stretches out from the second horizon bar above, and right handle stretches out from the first horizon bar above; First kind cross bar, the 3rd class cross bar are all L shape angle steel, Equations of The Second Kind cross bar leans against placement mutually by individual L shape angle steel, the trough with straight angle of the trough with straight angle of first kind cross bar L shape angle steel and a L shape angle steel of Equations of The Second Kind cross bar is that relative direction is placed, and the trough with straight angle of the trough with straight angle of the 3rd class cross bar L shape angle steel and another L shape angle steel of Equations of The Second Kind cross bar is that relative direction is placed.
embodiment 5
Ask for an interview Fig. 6, a kind of optical fiber go-cart, it is characterized in that it comprises the first vertical column 11, second vertical column 12, the 3rd vertical column 13, the 4th vertical column 14, first kind cross bar 31, Equations of The Second Kind cross bar 32, the 3rd class cross bar 33, first horizon bar and the second horizon bar; First vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are parallel to each other placement, and in the orthogonal projection of the plane of the axis perpendicular to the first vertical column, the first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are positioned on four angles of rectangle; First vertical column and the second vertical column are connected by the first horizon bar, first horizon bar has two, the nearly lower end being positioned at the upper end in the middle of the first vertical column and the second vertical column and being positioned in the middle of the first vertical column and the second vertical column, the 5th vertical rod 21 is connected with between two first horizon bars, second horizon bar the 3rd vertical column and the 4th vertical column are connected, the nearly lower end being positioned at the upper end in the middle of the 3rd vertical column and the 4th vertical column and being positioned in the middle of the 3rd vertical column and the 4th vertical column; Sextuple straight-bar 22 is connected with between two second horizon bars; 3rd class cross bar is connected between the first vertical column and the 4th vertical column, Equations of The Second Kind cross bar is connected between the 5th vertical column and sextuple right cylinder, first kind cross bar is connected between the second vertical column and the 3rd vertical column, first kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar form one group and to hold between fine panel and the upper surface of three is positioned at same plane, first kind cross bar and Equations of The Second Kind cross bar are discontiguous, Equations of The Second Kind cross bar and the 3rd class cross bar are discontiguous, and adjacent appearance is discontiguous between fine panel; Below first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column, roller 4 is all installed; The left upper end of optical fiber go-cart is provided with Zola's hand 51, the upper right side of optical fiber go-cart is provided with right handle 53, in the middle of Zola's hand, there is the first handle chamber 52, in the middle of right handle, there is the second handle chamber 54, Zola's palmistry is acclivitous for the upper surface of optical fiber go-cart, and right handle is acclivitous relative to the upper surface of optical fiber go-cart; Zola's hand stretches out from the second horizon bar above, and right handle stretches out from the first horizon bar above; First kind cross bar, the 3rd class cross bar are all right-angle prismatic cylindricality steel, Equations of The Second Kind cross bar is the triangular prism shaped steel of isosceles, the end of Equations of The Second Kind cross bar, is positioned at below, the tilt column of first kind cross bar and the waist of Equations of The Second Kind cross bar are oppositely arranged, and the tilt column of the 3rd class cross bar and the waist of Equations of The Second Kind cross bar are oppositely arranged.
In the present invention, no matter be optical fiber production manufacturer or optical cable production and application manufacturer, when having enough to meet the need optical fiber, only fiber reel tool need be placed between first kind cross bar, Equations of The Second Kind cross bar or Equations of The Second Kind cross bar, the 3rd class cross bar, interim location can be realized easily, there will not be the phenomenon of the optical fiber confusion occurred due to inversion, and take, put very flexible, an optical fiber go-cart can place polydisc optical fiber, and be convenient to very much transport, cost of manufacture of the present invention is low, material easily obtains.
Therefore, the present invention has following main beneficial effect: easy to make, cost is low, it is high to be convenient to transport optical fiber, conveying efficiency.
The present invention is not limited to above-mentioned preferred forms, and should be appreciated that design of the present invention can be implemented to use by other various forms, they drop in protection scope of the present invention equally.
Claims (8)
1. an optical fiber go-cart, is characterized in that it comprises the first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column, first kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar, the first horizon bar and the second horizon bar; First vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are parallel to each other placement, and in the orthogonal projection of the plane of the axis perpendicular to the first vertical column, the first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column are positioned on four angles of rectangle; First vertical column and the second vertical column are connected by the first horizon bar, first horizon bar has two, the nearly lower end being positioned at the upper end in the middle of the first vertical column and the second vertical column and being positioned in the middle of the first vertical column and the second vertical column, the 5th vertical rod is connected with between two first horizon bars, second horizon bar the 3rd vertical column and the 4th vertical column are connected, the nearly lower end being positioned at the upper end in the middle of the 3rd vertical column and the 4th vertical column and being positioned in the middle of the 3rd vertical column and the 4th vertical column; Sextuple straight-bar is connected with between two second horizon bars; 3rd class cross bar is connected between the first vertical column and the 4th vertical column, Equations of The Second Kind cross bar is connected between the 5th vertical column and sextuple right cylinder, first kind cross bar is connected between the second vertical column and the 3rd vertical column, first kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar form one group and to hold between fine panel and the upper surface of three is positioned at same plane, first kind cross bar and Equations of The Second Kind cross bar are discontiguous, Equations of The Second Kind cross bar and the 3rd class cross bar are discontiguous, and adjacent appearance is discontiguous between fine panel.
2. a kind of optical fiber go-cart according to claim 1, is characterized in that all being provided with roller below described first vertical column, the second vertical column, the 3rd vertical column, the 4th vertical column.
3. according to a kind of optical fiber go-cart according to claim 1 or claim 2, it is characterized in that the left upper end of described optical fiber go-cart is provided with Zola's hand, the upper right side of optical fiber go-cart is provided with right handle, in the middle of Zola's hand, there is the first handle chamber, in the middle of right handle, there is the second handle chamber, Zola's palmistry is acclivitous for the upper surface of optical fiber go-cart, and right handle is acclivitous relative to the upper surface of optical fiber go-cart.
4. a kind of optical fiber go-cart according to claim 3, is characterized in that described first kind cross bar, Equations of The Second Kind cross bar, the 3rd class cross bar is all rectangle steel.
5. according to a kind of optical fiber go-cart according to claim 1 or claim 2, it is characterized in that described first kind cross bar, the 3rd class cross bar is all L shape angle steel, Equations of The Second Kind cross bar leans against placement mutually by individual L shape angle steel, the trough with straight angle of the trough with straight angle of first kind cross bar L shape angle steel and a L shape angle steel of Equations of The Second Kind cross bar is that relative direction is placed, and the trough with straight angle of the trough with straight angle of the 3rd class cross bar L shape angle steel and another L shape angle steel of Equations of The Second Kind cross bar is that relative direction is placed.
6. a kind of optical fiber go-cart according to claim 3, it is characterized in that described first kind cross bar, the 3rd class cross bar is all L shape angle steel, Equations of The Second Kind cross bar leans against placement mutually by individual L shape angle steel, the trough with straight angle of the trough with straight angle of first kind cross bar L shape angle steel and a L shape angle steel of Equations of The Second Kind cross bar is that relative direction is placed, and the trough with straight angle of the trough with straight angle of the 3rd class cross bar L shape angle steel and another L shape angle steel of Equations of The Second Kind cross bar is that relative direction is placed.
7. according to a kind of optical fiber go-cart according to claim 1 or claim 2, it is characterized in that described first kind cross bar, the 3rd class cross bar is all right-angle prismatic cylindricality steel, Equations of The Second Kind cross bar is the triangular prism shaped steel of isosceles, the end of Equations of The Second Kind cross bar, is positioned at below, the tilt column of first kind cross bar and the waist of Equations of The Second Kind cross bar are oppositely arranged, and the tilt column of the 3rd class cross bar and the waist of Equations of The Second Kind cross bar are oppositely arranged.
8. a kind of optical fiber go-cart according to claim 3, it is characterized in that described first kind cross bar, the 3rd class cross bar is all right-angle prismatic cylindricality steel, Equations of The Second Kind cross bar is the triangular prism shaped steel of isosceles, the end of Equations of The Second Kind cross bar, is positioned at below, the tilt column of first kind cross bar and the waist of Equations of The Second Kind cross bar are oppositely arranged, and the tilt column of the 3rd class cross bar and the waist of Equations of The Second Kind cross bar are oppositely arranged.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510165294.8A CN104709333A (en) | 2015-04-09 | 2015-04-09 | Optical fiber cart |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201510165294.8A CN104709333A (en) | 2015-04-09 | 2015-04-09 | Optical fiber cart |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN104709333A true CN104709333A (en) | 2015-06-17 |
Family
ID=53409189
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201510165294.8A Pending CN104709333A (en) | 2015-04-09 | 2015-04-09 | Optical fiber cart |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN104709333A (en) |
-
2015
- 2015-04-09 CN CN201510165294.8A patent/CN104709333A/en active Pending
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Application publication date: 20150617 |
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