CN205770949U - Superposing type steel classification storing goods shelf - Google Patents
Superposing type steel classification storing goods shelf Download PDFInfo
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- CN205770949U CN205770949U CN201620506413.1U CN201620506413U CN205770949U CN 205770949 U CN205770949 U CN 205770949U CN 201620506413 U CN201620506413 U CN 201620506413U CN 205770949 U CN205770949 U CN 205770949U
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- goods shelf
- storing goods
- classification
- steel
- column
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Abstract
This utility model provides a kind of superposing type steel classification storing goods shelf, and it includes bottom not dynamic formula classification storing goods shelf, the movable classification in upper strata storing goods shelf；This bottom not dynamic formula classification storing goods shelf is directly placed in material accumulation area, upper strata movable classification storing goods shelf is superimposed upon on bottom not dynamic formula classification storing goods shelf, makes bottom not dynamic formula classification storing goods shelf use with the movable classification in upper strata storing goods shelf stack combinations；Improve material accumulation area warehousing ability, material stock, feeding, conveniently moving and can be with Reusability.
Description
Technical field
This utility model relates to offshore oil works and land LNG (liquefied natural gas) module build the side
Steel storing goods shelf, particularly relate to a kind of superposing type steel classification storing goods shelf.
Background technology
Offshore oil works and land LNG (liquefied natural gas) module build the side have needed big dimension
Material processing work, fished pipe, H profile steel, I-steel and angle steel etc. account for wherein most.These finished products
Steel are the most all a large amount of arrivals in the short time, it is impossible to be used for processing the most simultaneously, need first at material
Memory block stores, and according to project needs, puts in batches in project.In build the side project relatively
Time many, material accumulation area it is frequently necessary to the short time receive a large amount of finished steels, due to steel length,
Specification is of a great variety.Traditional way is that material accumulation area is divided into different parts, and each are different
Part storage same size and the steel of length.Often it is directly placed in during storage steel ground
On cushion block, and from side, steel can only be carried out spacing with chock, be limited by steel itself feature and
The many factors such as safety, steel the most at most can only be put 2 to 3 layers, cause steel memory area warehousing
Ability is the highest, when the steel material needing storage is bigger, arises that memory area area is not enough, only
Other local storage material of build the side can be taken, delay the construction speed of all items.If by little chi
Very little finished steel is directly put and is stored above the steel of big specification, although can put which floor steel more,
Improve the storage capacity in place, but be easy to occur that following steel need the first used time, need one one
Being moved out by steel above of root, greatly reduces efficiency of construction.
Utility model content
Main purpose of the present utility model is to overcome the disadvantages mentioned above of tradition warehousing mode, and provides a kind of
Superposing type steel classification storing goods shelf, the classification storing goods shelf classification movable with upper strata of its bottom not dynamic formula is deposited
Pallet stack combinations uses, the finished steel of storage different size of can classifying, and increases when steel store
Put the number of plies, improve efficiency of construction；Compound mode can be changed whenever and wherever possible according to place situation, thus complete
Become various different size, the storage of different length steel.
The purpose of this utility model is realized by techniques below scheme.
This utility model superposing type steel classification storing goods shelf, it is characterised in that include that bottom not dynamic formula divides
Class storing goods shelf, the movable classification in upper strata storing goods shelf；This bottom not dynamic formula classification storing goods shelf is directly put
Being placed on material accumulation area, upper strata movable classification storing goods shelf is superimposed upon bottom not dynamic formula classification storage goods
On frame, bottom not dynamic formula classification storing goods shelf is made to use with the movable classification in upper strata storing goods shelf stack combinations.
Aforesaid superposing type steel classification storing goods shelf, wherein, described bottom not dynamic formula classification storing goods shelf
It is that several column is set on the plinth being made up of four root type steel, is separately positioned on relative two type
Two column upper ends on steel are by supporting Bolted angle connection, and each column top is provided with a vertical limiting plate,
And relative being respectively provided on two sides with one and tilt limiting plate in each column top；The movable classification in described upper strata
Storing goods shelf is to arrange several column on the plinth being made up of four root type steel, and crossbeam is arranged in
Several column tops on same shaped steel, and the two ends of crossbeam draw lifting for the Chinese lute camail of steel wire rope；
The plinth stack combinations of the movable classification in this upper strata storing goods shelf is at bottom not dynamic formula classification storing goods shelf
Column top.
Aforesaid superposing type steel classification storing goods shelf, wherein, described bottom not dynamic formula classification storing goods shelf
The several columns arranged on plinth are to be placed equidistant on two relative shaped steel, and two shaped steel
On be placed equidistant column in corresponding two-by-two；Another relative with this shaped steel of two columns adjacent on each shaped steel
The space that adjacent on one shaped steel two columns are constituted become one across；Described each column top is relative
Be respectively provided on two sides with one tilt limiting plate, the angle between this inclination limiting plate and column sidewall be 30 to
45 degree.
Aforesaid superposing type steel classification storing goods shelf, wherein, the movable classification in described upper strata storing goods shelf
The several columns arranged on plinth are to be placed equidistant on two relative shaped steel, and on two shaped steel
It is placed equidistant column in corresponding two-by-two, several column tops that crossbeam is arranged on same shaped steel,
It is 80 to 85 degree that each column deviates from the interior angle formed between crossbeam one end and shaped steel, two relative types
Be placed equidistant on steel several column constitute space become one across；Equidistantly it is provided with in this plinth and arranges
Two shaped steel perpendicular shape reinforced steels of column, the two ends of this reinforced steel respectively with the two of column is set
The inner side of individual shaped steel is fixed.
Aforesaid superposing type steel classification storing goods shelf, wherein, the movable classification in described upper strata storing goods shelf
The single stack combinations of plinth classify storing goods shelf column top at bottom not dynamic formula.
Aforesaid superposing type steel classification storing goods shelf, wherein, the movable classification in described upper strata storing goods shelf
Plinth stack combinations more than one lie adjacent bottom not dynamic formula classify storing goods shelf the most right
Should across column top.
This utility model superposing type steel classification storing goods shelf provides the benefit that, storage difference of can classifying
The finished steel of specification, improve steel storage time put the number of plies, it is to avoid one one is moved steel and causes
The problem such as efficiency of construction is low.Superposing type steel classification storing goods shelf can combine superposition and use, and improves field
Ground storage capacity, feeding is convenient, and using method simple and flexible can constantly be reused；Can be according to field
Ground practical situation and steel specs length etc., change compound mode whenever and wherever possible, thus complete various difference
Specification, the storage of different length steel.
Accompanying drawing explanation
Fig. 1 is this utility model bottom not dynamic formula classification storing goods shelf structural representation.
Fig. 2 is that the movable classification in this utility model upper strata storing goods shelf storage steel use view,
Figure shows 6 meters of long steel of storage on the movable classification in upper strata storing goods shelf.
Fig. 3 is the movable classification in this utility model upper strata storing goods shelf structural representation, shows on upper strata in figure
12 meters of long steel are stored on movable classification storing goods shelf.
Fig. 4 is that this utility model two pieces bottom not dynamic formula classification storing goods shelf is put to storing area schematic.
Fig. 5 is to store steel in the classification storing goods shelf of bottom not dynamic formula shown in Fig. 4 to use view.
Fig. 6 be on the classification storing goods shelf of bottom not dynamic formula shown in Fig. 4 superposition to fill the upper strata of steel movable
Classification storing goods shelf uses view.
Fig. 7 be on the classification storing goods shelf of bottom not dynamic formula shown in Fig. 4 superposition to fill the upper strata of steel movable
Classification storing goods shelf another use view, shows in figure and first uses in the classification storage of bottom not dynamic formula
Stock in shelf, and use after the stock in the movable classification in upper strata storing goods shelf, take out bottom motionless
Formula classification storing goods shelf in stock time use state.
Fig. 8 is after in the classification storing goods shelf of bottom not dynamic formula shown in Fig. 4, steel take away, and upper strata is movable
Classification storing goods shelf sets back to store and uses view.
Fig. 9 is that four bottom not dynamic formula classification storing goods shelfs of this utility model are put to storing area schematic.
Figure 10 is to store steel in the classification storing goods shelf of bottom not dynamic formula shown in Fig. 9 to use view.
Figure 11 be on the classification storing goods shelf of bottom not dynamic formula shown in Fig. 9 superposition to fill the upper strata of steel movable
Classification storing goods shelf uses view.
Figure 12 is this utility model many sets superposing type steel classification storing goods shelf combination superposition scattergrams.
Major Symbol explanation in figure: 1 bottom not dynamic formula classification storing goods shelf, the classification of 11 bottoms not dynamic formula are deposited
Pallet plinth, 12 support angle steel, 13 bottoms not dynamic formula classification storing goods shelf column, 14 vertically limit
Position plate, 15 inclination limiting plates, the 2 movable classification in upper strata storing goods shelfs, the movable classification storage of 21 upper stratas
Shelf post, 22 crossbeams, the 23 movable classification in upper strata storing goods shelf plinths, 24 reinforced steels, 3
Suspension hook, 4 finished steels, 5 steel wire ropes, A across, B across, C across.
Detailed description of the invention
As it is shown in figure 1, the bottom not dynamic formula classification storing goods shelf 1 of superposing type steel classification storing goods shelf is
The plinth 11 being made up of four root type steel arranges several column 13, is separately positioned on relative two
Two column upper ends on shaped steel connect by supporting angle steel 12, and each column top is provided with a vertical limit
Position plate 14, and each column top relative be respectively provided on two sides with one tilt limiting plate 15；This bottom is not
The several columns 13 arranged on dynamic formula classification storing goods shelf 1 plinth 11 are at two relative shaped steel
On be placed equidistant, and be placed equidistant column on two shaped steel in corresponding two-by-two；On each shaped steel adjacent two
The space that adjacent on another shaped steel that individual column is relative with this shaped steel two columns are constituted become one across；
The present embodiment is the most equidistantly to be provided with corresponding two-by-two 4 on two shaped steel that plinth 11 is relative to stand
Post, constitute A across, B across with C across；What described each column top was relative is respectively provided on two sides with an inclination
Limiting plate 15, the angle between this inclination limiting plate 15 and column sidewall is 30 to 45 degree, the present embodiment
The angle tilted between limiting plate 15 and column sidewall is 30 degree.
Each storing different size steel across inner, this bottom not dynamic formula classification storing goods shelf 1 column 13 pushes up
The vertical limiting plate 14 that end is provided with, for plinth 23 superposition of upper strata hangable classification storing goods shelf 2
Time on bottom not dynamic formula classification storing goods shelf 1, square shaped base 23 is spacing, and outside column top
Tilt limiting plate 15 and facilitate upper strata hangable classification storing goods shelf 2 and bottom not dynamic formula classification storing goods shelf
Superposition；The inclination limiting plate 15 that bottom not dynamic formula classification storing goods shelf 1 column top inner side is provided with makes upper strata
Hangable classification storing goods shelf 2 is superimposed upon during bottom not dynamic formula classification storing goods shelf 1 more firm.
As shown in Figure 2 and Figure 3, the movable classification in this utility model upper strata storing goods shelf 2 is by four root type
Arranging several column 21 on the plinth 23 of steel composition, crossbeam 22 is arranged on same shaped steel
Several column tops, and the two ends of crossbeam draw lifting for the Chinese lute camail of steel wire rope；This upper strata is movable
Plinth 23 stack combinations of classification storing goods shelf 2 is on bottom not dynamic formula classification storing goods shelf 1 column top
End.The several columns 21 arranged on the movable classification in upper strata storing goods shelf 2 plinth 23 are relatively
Two shaped steel on be placed equidistant, and be placed equidistant column on two shaped steel in corresponding two-by-two, crossbeam 22 sets
Putting on the several column tops being positioned on same shaped steel, each column 21 deviates from crossbeam 22 one end and type
Between steel formed interior angle be 80 to 85 degree, each column of the present embodiment 21 deviate from crossbeam 22 one end with
The interior angle formed between shaped steel is 85 degree；The sky that several column is constituted it is placed equidistant on two relative shaped steel
Between become one and be used for storing 12 meters of long upper strata movable classification storing goods shelfs relative across, the present embodiment
It is placed equidistant respectively on two shaped steel on 6 columns, and two shaped steel being placed equidistant 6 columns in two-by-two
Correspondence, the space that 6 columns that two relative shaped steel are placed equidistant are constituted become one across；This square base
Equidistantly it is provided with and arranges two shaped steel perpendicular shape reinforced steels 24 of column in seat 23, this reinforced steel
Inner side with two shaped steel arranging column respectively, two ends is fixed.
The movable classification in upper strata storing goods shelf 2 only one is across being used for storing the steel of same size.According to one-tenth
The length of QC material, section bar etc. is based on 6 meters and 12 meters, therefore, and the movable classification in upper strata storing goods shelf
2 have two kinds of forms, a kind of steel for storage 6 meters, as shown in Figure 2；A kind of for storage 12 meters
Steel, as shown in Figure 3.Column 21 deviates from and has gradient between crossbeam 22 one end and shaped steel, and one
Aspect can increase during the steel integral hoisting being stored in inside the movable classification in upper strata storing goods shelf 2 mutual
Between frictional force, make hoisting process more stable；On the other hand, when in the classification storage of bottom not dynamic formula
When putting more than one upper strata movable classification storing goods shelf 2 above shelf 1, can avoid putting
Interference each other during the movable classification storing goods shelf 2 of layer so that three upper strata movable classification storages
Putting between shelf 2 need not consider sequencing problem.Crossbeam 22 and column 21 weld together,
Directly 22 liang of crossbeam is drawn with the Chinese lute camail of steel wire rope during movable classification storing goods shelf 2 integral hoisting of upper strata
End, buckles and plucks button all very convenient and safe and reliable, it is not necessary to set up extra scaffold and buckle
With pluck button.
When needing a length of 6 meters of the steel of storage, by two pieces bottom not dynamic formula classification storing goods shelf 1 He
Three the movable classification in upper strata storing goods shelfs 2 form, and use step as shown in Fig. 4 to Fig. 8:
1st step: as shown in Figure 4, first, puts bottom not according to distance to a declared goal at steel memory area
Dynamic formula classification storing goods shelf 1, three of two bottom not dynamic formulas classification storing goods shelfs 1 across between as far as possible
Alignment and laid parallel.
2nd step: as it is shown in figure 5, bottom not dynamic formula classification storing goods shelf 1 is bigger for storing specification
Steel, three span centres being i.e. divided at bottom not dynamic formula classification storing goods shelf 1 deposit bigger different rule respectively
The steel such as the pipe of lattice, H profile steel and angle steel.
3rd step: as shown in Figure 6, the movable classification in upper strata storing goods shelf 2 is less for storing specification
Steel, i.e. deposit the circle of less different size in three the movable classification in upper strata storing goods shelfs 2 respectively
The steel such as pipe, H profile steel and angle steel, after depositing, hang movable for upper strata classification storing goods shelf 2 entirety
Dress is placed on bottom not dynamic formula classification storing goods shelf 1 and stores.
4th step: as it is shown in fig. 7, when field construction needs the material of certain specification, if steel are deposited
It is placed in the movable classification in upper strata storing goods shelf 2, directly takes.If steel leave bottom in not
In dynamic formula classification storing goods shelf 1, first by movable for upper strata classification storing goods shelf 2 and the steel wherein deposited
Material and integral hoisting are got up, and on the movable classification in the upper strata storing goods shelf 2 being temporarily placed at side, from
Bottom movable classification storing goods shelf 1 is taken the steel of needs.
5th step: as shown in Figure 8, when the material in bottom not dynamic formula classification storing goods shelf 1 has been taken
After, by movable for upper strata classification storing goods shelf 2 integral hoisting to bottom not dynamic formula classification storing goods shelf 1
Storage.When there being new material to need storage, the mode using the 4th step identical with the 5th step stores
Material.
When needing a length of 12 meters of the steel of storage, this utility model superposing type steel classification storing goods shelf
It is made up of four bottom not dynamic formula classification storing goods shelfs 1 and three the movable classification in upper strata storing goods shelfs 2.
Use step as shown in Figs. 9 to 11:
1st step: as it is shown in figure 9, first, put bottom not according to distance to a declared goal at steel memory area
Dynamic formula classification storing goods shelf 1, three of four bottom not dynamic formulas classification storing goods shelfs 1 across between as far as possible
Alignment and laid parallel.
2nd step: as shown in Figure 10, bottom not dynamic formula classification storing goods shelf 1 is bigger for storing specification
Steel；Bottom not dynamic formula classification 1 three span centres of storing goods shelf deposit respectively bigger different size pipe,
The steel such as H profile steel and angle steel.
3rd step: as shown in figure 11, the movable classification in upper strata storing goods shelf 2 is less for storing specification
Steel, i.e. deposit the circle of less different size in three the movable classification in upper strata storing goods shelfs 2 respectively
The steel such as pipe, H profile steel and angle steel；After depositing, by movable for upper strata classification storing goods shelf 2 and deposit
Put steel integral hoisting therein and be placed on storage on bottom not dynamic formula classification storing goods shelf 1.
4th step: when field construction needs the material of certain specification, if to leave upper strata in movable for steel
In formula classification storing goods shelf 2, directly take.If steel leave the classification storage of bottom not dynamic formula in
In shelf 1, the steel first by movable for upper strata classification storing goods shelf 2 and wherein deposited and integral hoisting
Get up, and on the movable classification in the upper strata storing goods shelf 2 being temporarily placed at side, from movable point of bottom
Class storing goods shelf 1 is taken the steel of needs.
5th step: after the material in bottom not dynamic formula classification storing goods shelf 1 has been taken, can by upper strata
Dynamic formula classification storing goods shelf 2 integral hoisting stores to bottom not dynamic formula classification storing goods shelf 1.New when having
Material when needing storage, use the 4th step mode identical with the 5th step to carry out storing material.
When needing the steel length stored between 6 to 12 meters, flexible according to this utility model essence
Combination stacked system is selected to use.
Many set this utility model superposing type steel classification storing goods shelfs can be according to place practical situation, steel
The independent assortments such as quantity specifications and superposition use, and provide a kind of the more commonly used combination superposition and use in Figure 12
Mode, use unconfined can be put along horizontal and vertical in the place beyond haulage vehicle traveling lane.
During 6 meters of long steel of storage, this utility model superposing type steel classification storing goods shelf is by two bottoms not
Dynamic formula classification storing goods shelf 1 and three the movable classification in upper strata storing goods shelfs 2 form, as a type
Memory element；During 12 meters of long steel of storage, this utility model superposing type steel classification storing goods shelf is by four
Individual bottom not dynamic formula classification storing goods shelf 1 and three the movable classification in upper strata storing goods shelfs 2 form, as
Another type of memory element.As shown in figure 12, in the horizontal, remaining storage outside traveling lane
Place, same type memory element can be the most unconfined along laterally pressing in limited space
Put according to distance to a declared goal；In the vertical, outside traveling lane remaining storage place, same type or
Dissimilar memory element can be the most unconfined along longitudinally according to appointment in limited space
Distance is put.
The content not illustrated in the present embodiment is prior art reason, no longer repeats.
The above, be only preferred embodiment of the present utility model, not appoint this utility model
What pro forma restriction, every according to technical spirit of the present utility model above example is made any
Simple modification, equivalent variations and modification, all still fall within the scope of technical solutions of the utility model.
Claims (6)
1. a superposing type steel classification storing goods shelf, it is characterised in that include that the classification of bottom not dynamic formula is deposited
Pallet (1), the movable classification in upper strata storing goods shelf (2)；This bottom not dynamic formula classification storing goods shelf (1)
Directly being placed in material accumulation area, the movable classification in upper strata storing goods shelf (2) is superimposed upon bottom not dynamic formula
In classification storing goods shelf (1), make bottom not dynamic formula classification storing goods shelf (1) and the movable classification in upper strata
Storing goods shelf (2) stack combinations uses.
Superposing type steel the most according to claim 1 classification storing goods shelf, it is characterised in that described
Bottom not dynamic formula classification storing goods shelf (1) is in the upper setting of the plinth (11) being made up of four root type steel
Several columns (13), two the column upper ends being separately positioned on relative two shaped steel are by supporting angle steel
(12) connecting, each column top is provided with a vertical limiting plate (14), and each column top is relative
Be respectively provided on two sides with one tilt limiting plate (15)；
The movable classification in described upper strata storing goods shelf (2) is at the plinth (23) being made up of four root type steel
On several column (21) is set, several column tops that crossbeam (22) is arranged on same shaped steel,
And the two ends of crossbeam supply the Chinese lute camail of steel wire rope to draw lifting；The movable classification in this upper strata storing goods shelf (2)
Plinth (23) stack combinations bottom not dynamic formula classify storing goods shelf (1) column top.
Superposing type steel the most according to claim 2 classification storing goods shelf, it is characterised in that described
Several columns (13) that bottom not dynamic formula classification storing goods shelf (1) plinth (11) is upper to be arranged be
It is placed equidistant on two relative shaped steel, and is placed equidistant column on two shaped steel in corresponding two-by-two；Each
Two columns adjacent on another shaped steel that two columns adjacent on shaped steel are relative with this shaped steel are constituted
Space become one across；What described each column top was relative is respectively provided on two sides with inclination limiting plate (15),
Angle between this inclination limiting plate (15) and column sidewall is 30 to 45 degree.
Superposing type steel the most according to claim 2 classification storing goods shelf, it is characterised in that described
Several columns (21) that the movable classification in upper strata storing goods shelf (2) plinth (23) is upper to be arranged be
It is placed equidistant on two relative shaped steel, and is placed equidistant column on two shaped steel in correspondence, crossbeam two-by-two
(22) the several column tops being arranged on same shaped steel, each column (21) deviates from crossbeam
(22) interior angle formed between one end and shaped steel is 80 to 85 degree, and two relative shaped steel equidistantly set
Put several column constitute space become one across；Equidistantly it is provided with in this plinth (23) and column is set
Two shaped steel perpendicular shape reinforced steel (24), the two ends of this reinforced steel respectively with the two of column is set
The inner side of individual shaped steel is fixed.
Superposing type steel the most according to claim 2 classification storing goods shelf, it is characterised in that described
Plinth (23) the single stack combinations of the movable classification in upper strata storing goods shelf (2) is at a bottom not
Dynamic formula classification storing goods shelf (1) column top.
Superposing type steel the most according to claim 2 classification storing goods shelf, it is characterised in that described
Plinth (23) stack combinations of the movable classification in upper strata storing goods shelf (2) is at more than one adjacent pendulum
The bottom put not dynamic formula classification storing goods shelf (1) mutually corresponding across column top.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620506413.1U CN205770949U (en) | 2016-05-27 | 2016-05-27 | Superposing type steel classification storing goods shelf |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620506413.1U CN205770949U (en) | 2016-05-27 | 2016-05-27 | Superposing type steel classification storing goods shelf |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205770949U true CN205770949U (en) | 2016-12-07 |
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ID=59978675
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620506413.1U Expired - Fee Related CN205770949U (en) | 2016-05-27 | 2016-05-27 | Superposing type steel classification storing goods shelf |
Country Status (1)
| Country | Link |
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| CN (1) | CN205770949U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108016714A (en) * | 2017-12-18 | 2018-05-11 | 重庆东轻铝合金锻造有限公司 | One kind partition stacking adapter |
-
2016
- 2016-05-27 CN CN201620506413.1U patent/CN205770949U/en not_active Expired - Fee Related
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN108016714A (en) * | 2017-12-18 | 2018-05-11 | 重庆东轻铝合金锻造有限公司 | One kind partition stacking adapter |
| CN108016714B (en) * | 2017-12-18 | 2019-11-08 | 重庆东轻铝合金锻造有限公司 | A kind of partition stacking adapter |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP01 | Change in the name or title of a patent holder |
Address after: 266520 Lianjiang Road 492, Qingdao Economic and Technological Development Zone, Shandong Province Co-patentee after: CHINA NATIONAL OFFSHORE OIL Corp. Patentee after: OFFSHORE OIL ENGINEERING (QINGDAO) Co.,Ltd. Co-patentee after: OFFSHORE OIL ENGINEERING Co.,Ltd. Address before: 266520 Lianjiang Road 492, Qingdao Economic and Technological Development Zone, Shandong Province Co-patentee before: CHINA NATIONAL OFFSHORE OIL Corp. Patentee before: OFFSHORE OIL ENGINEERING (QINGDAO) Co.,Ltd. Co-patentee before: OFFSHORE OIL ENGINEERING Co.,Ltd. |
|
| CP01 | Change in the name or title of a patent holder | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20161207 |
|
| CF01 | Termination of patent right due to non-payment of annual fee |