CN205637574U - Arbitrary angle connector's oblique strutting arrangement of assembled that freely stretches out and draws back - Google Patents
Arbitrary angle connector's oblique strutting arrangement of assembled that freely stretches out and draws back Download PDFInfo
- Publication number
- CN205637574U CN205637574U CN201620374057.2U CN201620374057U CN205637574U CN 205637574 U CN205637574 U CN 205637574U CN 201620374057 U CN201620374057 U CN 201620374057U CN 205637574 U CN205637574 U CN 205637574U
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- China
- Prior art keywords
- bearing diagonal
- round bar
- hollow
- thin
- mouth end
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Abstract
The utility model provides an arbitrary angle connector's oblique strutting arrangement of assembled that freely stretches out and draws back, including a bearing diagonal subassembly, two two -dimentional connecting pieces and two pole settings, one the setting of two dimension connecting piece is one the lower extreme of pole setting, another the setting of two dimension connecting piece is at another the upper end of pole setting, the both ends of bearing diagonal subassembly are through two the two dimension connecting piece is respectively with two the pole setting is connected. The utility model discloses not only assembly and disassembly convenient and fast, spare part are few, nimble controls its angle height etc. Has still improved the stability of single pole setting system, further expands its application range.
Description
Technical field
This utility model relates to a kind of bearing diagonal device, particularly relates to freely stretching of a kind of arbitrarily angled connection
Contracting assembled bearing diagonal device.
Background technology
The most single vertical rod supporting template system is owing to having easy construction, from becoming " framework ", monolithic stability
The features such as performance is good, on the premise of labor cost is growing, its advantage is the most obvious.Traditional
Full hall scaffold there are overlap joint cumbersome, parts are more, it is multiple to control its spacing etc. flexibly
Defect.
The support means of prior art is not provided that reliable and stable support, does not even have the work of bearing diagonal
With.
Summary of the invention
The technical problems to be solved in the utility model, is to provide freely stretching of a kind of arbitrarily angled connection
Assembled bearing diagonal device, is a kind of scalable oblique arbitrarily angled can fixing with vertical rod and being quickly connected
Support arrangement, bearing diagonal device not only assembly and disassembly is convenient and swift, parts are few for this, its angle of flexible control
Height etc., also improve the stability of single vertical rod system, further expand its range.
This utility model is achieved in that
The assembled bearing diagonal device that freely stretches of a kind of arbitrarily angled connection, including a bearing diagonal group
Part, two two-dimentional connectors and two vertical rods, described two dimension connector be arranged on one described vertical
The lower end of bar, another described two dimension connector is arranged on the upper end of another described vertical rod, described oblique
The two ends of support component are connected with two described vertical rods respectively by two described two dimension connectors.
Further, described bearing diagonal assembly includes a first hollow bearing diagonal round bar, second sky
The thin mouth end external collar of heart bearing diagonal round bar, a tapered thread pipe and one, described tapered thread pipe
Both ends are provided with thin mouth end and wide mouth end portion, and one end of described first hollow bearing diagonal round bar is sheathed on institute
State in thin mouth end external collar, and through described thin mouth end, by described thin mouth end external collar and institute
State coordinating one end of described first hollow bearing diagonal round bar and described tapered thread Guan Gu of thin mouth end
Fixed connection, the other end of described first hollow bearing diagonal round bar and a described two dimension connector are fixing even
Connect；One end of described second hollow bearing diagonal round bar is fixing with described wide mouth end portion to be connected, and described second is empty
The other end of heart bearing diagonal round bar is connected with another described, two dimension connector is fixing；Described first hollow tiltedly
Support the diameter diameter less than described second hollow bearing diagonal round bar of round bar, described first hollow bearing diagonal
It is interior to adjust the total length of described bearing diagonal assembly that round bar is sheathed on described second hollow bearing diagonal round bar.
Further, described thin mouth end is divided into a plurality of thin-walled steel disc by least two gap, and
The diameter of described thin mouth end incrementally increases along direction, described wide mouth end portion.
Further, described two dimension connector include two thin-walled semicircular ring, wedge shape bloom, two
Polygon bloom with holes, a hollow thread sleeve pipe, a pin and a plurality of bolt, described in two
The one end of polygon bloom with holes is relatively fixed to the top of described hollow thread sleeve pipe, by described pin
The other end of described polygon bloom with holes is attached by nail with the one end of described wedge shape bloom；Institute
The outside of any one of thin-walled semicircular ring is fixed in the other end stating wedge shape bloom, described thin-walled half
Annulus be respectively arranged at two ends with at least one bolt hole, will by coordinating of described bolt and described bolt hole
Two described thin-walled semicircular ring are attached；Described vertical rod sleeve is located in two described thin-walled semicircular ring；Institute
State bearing diagonal assembly to be fixed in described hollow thread sleeve pipe.
The utility model has the advantage of:
This utility model links closely the development trend of cast-in-place concrete structure formwork construction technology, for single vertical rod
The unsafe factor that form bracing system exists proposes corrective measure: by increasing bearing diagonal assembly, will be single
Vertical rod support system is changed into stabilising system by Unstable Systems；Bearing diagonal assembly of the present utility model and list
Vertical rod can realize bearing diagonal assembly arbitrary height fixing in vertical rod by the connection of two dimension connector；
Bearing diagonal assembly can carry out 360 ° of rotations around vertical rod, and is fixed on the angle of artificial setting；Two are not
Taper is passed through with the inclined support bar (the first hollow bearing diagonal round bar and the second hollow bearing diagonal round bar) of diameter
Corrugated tubing connects the regulation that can realize random length, improves the motility of support system.
Accompanying drawing explanation
This utility model is further described the most in conjunction with the embodiments.
Fig. 1 is the assembled bearing diagonal device that freely stretches of a kind of arbitrarily angled connection of this utility model
Structural representation.
Fig. 2 be in this utility model two dimension connector respectively with facing that vertical rod and bearing diagonal assembly are connected
Figure.
Fig. 3 is the side-looking that in this utility model, two dimension connector is connected with vertical rod and bearing diagonal assembly respectively
Figure.
Fig. 4 is the front view of two dimension connector in this utility model.
Fig. 5 is the side view of two dimension connector in this utility model.
Fig. 6 is the structural representation of this utility model hollow core threaded sleeve.
Fig. 7 is the structural representation of bearing diagonal assembly in this utility model.
Fig. 8 is the front view of tapered thread pipe in this utility model.
Fig. 9 is the side view of tapered thread pipe in this utility model.
Figure 10 is the first hollow bearing diagonal round bar in this utility model, thin mouth end external collar and taper spiral shell
The structural representation that stricture of vagina pipe connects.
Figure 11 is the structural representation that in this utility model, thin mouth end external collar is connected with tapered thread pipe
Figure.
Figure 12 is the first hollow bearing diagonal round bar in this utility model, the second hollow bearing diagonal round bar and cone
The structural representation that shape corrugated tubing connects.
Figure 13 is the first hollow bearing diagonal round bar in this utility model, thin mouth end external collar, taper spiral shell
The structural representation that stricture of vagina pipe and the second hollow bearing diagonal round bar connect.
Label declaration in figure:
1-bearing diagonal assembly, 11-first hollow bearing diagonal round bar, 12-second hollow bearing diagonal round bar, 13-
Tapered thread pipe, 131-thin mouth end, 1311-gap, 1312-thin-walled steel disc, 132-wide mouth end portion,
14-thin mouth end external collar, (2,2a, 2b)-two dimension connector, 21-thin-walled semicircular ring, 211-spiral shell
Keyhole, 22-wedge shape bloom, 23-polygon with holes bloom, 24-hollow thread sleeve pipe, 25-pin, 26-
Bolt, (3,3a, 3b)-vertical rod.
Detailed description of the invention
Below in conjunction with specific embodiment this utility model made detailed description further, but this practicality
Novel structure is not limited in following example.
Refer to shown in Fig. 1 to Figure 13, freely stretching of a kind of arbitrarily angled connection of the present utility model
Assembled bearing diagonal device, stands including the two-dimentional connector 2 of a bearing diagonal assembly 1, two and two
Bar 3, a described two dimension connector 2a is arranged on the lower end of a described vertical rod 3a, described in another
Two dimension connector 2b is arranged on the upper end of another described vertical rod 3b, the two ends of described bearing diagonal assembly 1
It is connected with two described vertical rods 1 respectively by two described two dimension connectors 2.
Specifically, described bearing diagonal assembly 1 includes a first hollow bearing diagonal round bar 11,
Two 12, tapered thread pipe 13 of hollow bearing diagonal round bar and a thin mouth end external collar 14, institute
State tapered thread pipe 13 both ends and be provided with thin mouth end 131 and wide mouth end portion 132, described first hollow
One end of bearing diagonal round bar 11 is sheathed in described thin mouth end external collar 14, and through described thin mouth end
Portion 131, by coordinating described of described thin mouth end external collar 14 and described thin mouth end 131
One end of one hollow bearing diagonal round bar 11 is fixing with described tapered thread pipe 13 to be connected, described first hollow
The other end of bearing diagonal round bar 11 and a described fixing connection of two dimension connector 2a；Described second hollow
One end of bearing diagonal round bar 12 is fixing with described wide mouth end portion 132 to be connected, described second hollow bearing diagonal
The other end of round bar 12 is connected with another described, two dimension connector 2b is fixing；Described first hollow oblique
Hold round the diameter of bar 11 diameter less than described second hollow bearing diagonal round bar 12, described first hollow tiltedly
Support round bar 11 to be sheathed in described second hollow bearing diagonal round bar 12, described first hollow bearing diagonal circle
Bar 11 can stretch into the inside of described second hollow bearing diagonal round bar 12, plays the described bearing diagonal of adjustment
Assembly 1 total length purpose, in order to control the length of described bearing diagonal assembly 1 to artificial set
Length.
Specifically, described thin mouth end 131 is divided into a plurality of thin-walled by least two gap 1311
Steel disc 1312, and the diameter of described thin mouth end 131 incrementally increases along direction, described wide mouth end portion 132.
Specifically, described two dimension connector 2 include 21, wedge shape bloom 22 of two thin-walled semicircular ring,
Two polygon bloom with holes 24, pins 25 of 23, hollow thread sleeve pipe and a plurality of spiral shell
Bolt 26, the one end of two described polygon blooms 23 with holes is relatively fixed to described hollow thread sleeve pipe
The top of 24, by described pin 25 by the other end of described polygon bloom 23 with holes with described
The one end of wedge shape bloom 22 is attached；The other end of described wedge shape bloom 22 is fixed on any one
The outside of individual described thin-walled semicircular ring 21, described thin-walled semicircular ring 21 be respectively arranged at two ends with at least one
Bolt hole 211, coordinating two described thin-walleds half by described bolt 26 and described bolt hole 211
Annulus 21 is attached；Described vertical rod 3 is sheathed in two described thin-walled semicircular ring 21；Described oblique
Support component 1 is fixed in described hollow thread sleeve pipe 24；Described two dimension connector 2 is by described in two
Thin-walled semicircular ring 21 can realize moving up and down and carrying out 360 around described vertical rod 3 in vertical rod 3
° rotate two dimensional motion, described pin 25 can play the effect of a moveable hinge, it is possible to achieve institute
State 180 ° of rotations of bearing diagonal assembly 1.
Two stress vertical rods 3, when accepting upper mould load, owing to rod member is the most elongated, are susceptible to
Flexing unstability, therefore two vertical rod 3 bearing loads when, in order to prevent vertical rod 3 from occurring flexing to lose
Surely, bottom a vertical rod 3a, fix two-dimentional connector 2a, another a vertical rod 3b top also fix one
Individual two dimension connector 2b, thus draws bearing diagonal assembly 1, bearing diagonal assembly 1 two ends respectively be positioned at vertical
The two-dimentional connector 2a at bar 3a top and be positioned at the two-dimentional connector 2b bottom vertical rod 3b and be connected, for
Two vertical rods 3 provide lateral support, form stable triangular structure, prevent system generation flexing unstability.
As it is shown in figure 1, two-dimentional connector 2 position of two vertical rods 3: a two-dimentional connector 2a is arranged on
The lower end of one vertical rod 3a, a two-dimentional connector 2b is arranged on the upper end of another vertical rod 3b, bearing diagonal
Assembly 1 is connected with two vertical rods 3 by two two-dimentional connectors 2, reaches to prevent the purpose of vertical rod unstability.
As shown in Figures 2 and 3, two dimension connector 2 includes two thin-walled semicircular ring 21, thin-walled semicircle
Ring 21 two ends are provided with four bolts hole 211, will with coordinating of four bolts hole 211 with four bolts 26
Two dimension connector 2 is tight with vertical rod 3 phase bolt.Two dimension connector 2 is permissible by two thin-walled semicircular ring 21
Vertical rod 3 realizes move up and down and carry out 360 ° of two dimensional motions rotated around vertical rod 3, thin
Wall semicircular ring 21 inner wall surface and vertical rod 3 outer surface all carry out coarse process, by four bolts 26
After the tight two thin-walled semicircular ring 21 of bolt, two dimension connector 2 just has and enough is frictionally held at vertical rod 3,
It is not moved and rotates.
As shown in Figure 4 and Figure 5, two dimension connector includes 21, wedge shape steel of two thin-walled semicircular ring
Block 22, two polygon bloom with holes 24, pin 25 of 23, hollow thread sleeve pipe and
Four each and every one bolts 26, two thin-walled semicircular ring 21 constitute a thin wall circular, by a thin-wall circular boxing
Connect a wedge shape bloom 22, wedge shape bloom 22 and two polygon blooms 23 with holes by pin 25 even
Connecing, 23 again with one hollow thread sleeve pipes 24 of two polygon blooms with holes weld.Wherein, pin
25 effects that can play a moveable hinge, it is possible to achieve 180 ° of rotations of bearing diagonal assembly 1, will be tiltedly
Prop up support component 1 and be adjusted to artificial angle set in advance.
As shown in Figure 6, hollow thread sleeve pipe 24 is internally threaded, can by bearing diagonal assembly with
One end of screw thread screws in fixing.
As it is shown in fig. 7, bearing diagonal assembly 1 includes a first hollow bearing diagonal round bar 11,
Two 12, tapered thread pipe 13 of hollow bearing diagonal round bar and a thin mouth end external collar 14, the
One hollow bearing diagonal round bar 11 and the second hollow bearing diagonal round bar 12 are by tapered thread pipe 13 and thin
Mouth end external collar 14 is connected, and the diameter of the first hollow bearing diagonal round bar 11 is less than second hollow oblique
Holding round the diameter of bar 12, therefore the first hollow bearing diagonal round bar 11 can stretch into the second hollow bearing diagonal
The inside of round bar 12, play adjust bearing diagonal assembly 1 total length purpose, in order to control bearing diagonal
The length of assembly 1 is to artificial set length.
As shown in Figure 8, tapered thread pipe 13 both ends are provided with thin mouth end 131 and wide mouth end portion 132,
The diameter of thin mouth end 131 differs, and its diameter is gradually increased along the direction in wide mouth end portion 132；
The outside of thin mouth end 131 is provided with screw thread, and inwall carries out coarse process, and has in thin mouth end 131
Four gap 1311, the effect of gap 1311 is the most broken portion, mouthful end 131 that attenuates, and creates four
Individual thin-walled steel disc 1312, (from Fig. 8 and Fig. 9).Thin mouth end due to tapered thread pipe 13
The diameter of 131 gradually expands, and allows four thin-walled steel disc 1312 oriented tapered thread pipe 13 kernel of section collection
In trend, make thin-walled steel disc 1312 inwall and the first hollow bearing diagonal round bar 11 contact closely.By
One hollow bearing diagonal round bar 11 adjusts bearing diagonal assembly 1 to artificial setting after inserting thin mouth end 131
Length, then put thin mouth end external collar 14 and screw (as shown in Figure 10), outside the thin mouth end screwed
The collar 14, can increase pressure, allow four thin-walled steel discs 1312 and the first hollow bearing diagonal round bar 11 it
Between frictional force strengthen, it is ensured that the first hollow bearing diagonal round bar 11 is the most relative with thin-walled steel disc 1312 sliding
Dynamic, reach the first hollow bearing diagonal round bar 11 and tapered thread pipe 13 connects, regulate and control first hollow oblique
Hold round the purpose of bar 11 intubating length.
As shown in figure 11, wide mouth end portion 132 diameter is consistent, and the inwall in wide mouth end portion 132 is arranged
There is screw thread, be connected with the second hollow bearing diagonal round bar 12 end thread.Second hollow bearing diagonal round bar 12
Diameter more than the diameter of the first hollow bearing diagonal round bar 11, adjusting the first hollow bearing diagonal round bar 11
Length time, the first hollow bearing diagonal round bar 11 can be allowed to stretch into the interior of the second hollow bearing diagonal round bar 12
Portion, controls the first hollow bearing diagonal round bar 11 and entire length of the second hollow bearing diagonal round bar 12.
As shown in figure 12, the first hollow bearing diagonal round bar 11 and the second hollow bearing diagonal round bar 12 are logical
Cross tapered thread pipe 13 and thin mouth end external collar 14 connects, have only to tapered thread pipe during use
13 and thin mouth end external collar 14 loosen, the tensile elongation of regulation the first hollow bearing diagonal round bar 11 is extremely
The length that building-site requires, then screws (as shown in figure 13) by thin mouth end external collar 14, makes the
Do not loosen between one hollow bearing diagonal round bar 11 and the second hollow bearing diagonal round bar 12.Finally
The threaded end of one hollow bearing diagonal round bar 11 and the second hollow bearing diagonal round bar 12 and two dimension connector 2
Hollow thread sleeve pipe 24 connect, bearing diagonal assembly 1 and two dimension connector 2 are connected to one overall to be provided
Support (as shown in Figure 1), reach the purpose of rod member free shrink elongation, meanwhile, convenient when form removal
Fast, odd parts need not be unloaded.
Advantage of the present utility model is as follows:
This utility model links closely the development trend of cast-in-place concrete structure formwork construction technology, for single vertical rod
The unsafe factor that form bracing system exists proposes corrective measure: by increasing bearing diagonal assembly 1, will
Single vertical rod support system is changed into stabilising system by Unstable Systems；Bearing diagonal assembly 1 of the present utility model
Bearing diagonal assembly 1 can be realized in vertical rod 3 arbitrarily by the connection of two dimension connector 2 with single vertical rod 3
Fixing of height；Bearing diagonal assembly 1 can carry out 360 ° of rotations around vertical rod 3, and be fixed on and manually set
Fixed angle；(the first hollow bearing diagonal round bar 11 and second is hollow for the inclined support bar of two different-diameters
Bearing diagonal round bar 12) connected by tapered thread pipe 13 and can realize the regulation of random length, improve
The motility of support body system.
Bearing diagonal assembly 1 of the present utility model arranges telescopic mounting, with single vertical rod 3 with arbitrarily angled company
Connect, convenient construction；This utility model provides for single vertical rod 3 effectively stablizes bearing diagonal, and bearing diagonal
Connected mode between assembly 1 with single vertical rod 3 uses the joint being quickly connected, and splices convenient and swift；Tiltedly
Propping up support component 1 and use free telescopic fashion, length can arbitrarily regulate, strong adaptability；Bearing diagonal assembly
1 is hollow steel tube, and component quality is light, intensity is high.
Although the foregoing describing detailed description of the invention of the present utility model, but it is familiar with the skill of the art
Art personnel should be appreciated that our described specific embodiment is merely exemplary rather than for right
The restriction of scope of the present utility model, those of ordinary skill in the art are according to spirit of the present utility model
The modification of the equivalence made and change, all should contain of the present utility model claimed
In the range of.
Claims (4)
1. the assembled bearing diagonal device that freely stretches of an arbitrarily angled connection, it is characterised in that: bag
Including a bearing diagonal assembly, two two-dimentional connectors and two vertical rods, a described two dimension connector sets
Putting the lower end a described vertical rod, another described two dimension connector is arranged on another described vertical rod
Upper end, the two ends of described bearing diagonal assembly by two described two dimension connectors respectively with two described vertical rods
Connect.
The assembled bearing diagonal dress that freely stretches of a kind of arbitrarily angled connection the most as claimed in claim 1
Put, it is characterised in that: described bearing diagonal assembly include a first hollow bearing diagonal round bar, one second
The thin mouth end external collar of hollow bearing diagonal round bar, a tapered thread pipe and one, described tapered thread
Pipe both ends are provided with thin mouth end and wide mouth end portion, and one end of described first hollow bearing diagonal round bar is sheathed on
In described thin mouth end external collar, and through described thin mouth end, by described thin mouth end external collar with
Coordinating one end of described first hollow bearing diagonal round bar and described tapered thread pipe of described thin mouth end
Fixing connection, the other end of described first hollow bearing diagonal round bar and a described two dimension connector are fixing even
Connect；One end of described second hollow bearing diagonal round bar is fixing with described wide mouth end portion to be connected, and described second is empty
The other end of heart bearing diagonal round bar is connected with another described, two dimension connector is fixing；Described first hollow tiltedly
Support the diameter diameter less than described second hollow bearing diagonal round bar of round bar, described first hollow bearing diagonal
It is interior to adjust the total length of described bearing diagonal assembly that round bar is sheathed on described second hollow bearing diagonal round bar.
The assembled bearing diagonal dress that freely stretches of a kind of arbitrarily angled connection the most as claimed in claim 2
Put, it is characterised in that: described thin mouth end is divided into a plurality of thin-walled steel disc by least two gap,
And the diameter of described thin mouth end incrementally increases along direction, described wide mouth end portion.
The assembled bearing diagonal dress that freely stretches of a kind of arbitrarily angled connection the most as claimed in claim 1
Put, it is characterised in that: described two dimension connector include two thin-walled semicircular ring, wedge shape bloom, two
Individual polygon bloom with holes, a hollow thread sleeve pipe, a pin and a plurality of bolt, two institutes
The one end stating polygon bloom with holes is relatively fixed to the top of described hollow thread sleeve pipe, by described
The other end of described polygon bloom with holes is attached by pin with the one end of described wedge shape bloom；
The outside of any one of thin-walled semicircular ring, described thin-walled are fixed in the other end of described wedge shape bloom
Semicircular ring be respectively arranged at two ends with at least one bolt hole, by coordinating of described bolt and described bolt hole
Two described thin-walled semicircular ring are attached；Described vertical rod sleeve is located in two described thin-walled semicircular ring；
Described bearing diagonal assembly is fixed in described hollow thread sleeve pipe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620374057.2U CN205637574U (en) | 2016-04-28 | 2016-04-28 | Arbitrary angle connector's oblique strutting arrangement of assembled that freely stretches out and draws back |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620374057.2U CN205637574U (en) | 2016-04-28 | 2016-04-28 | Arbitrary angle connector's oblique strutting arrangement of assembled that freely stretches out and draws back |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205637574U true CN205637574U (en) | 2016-10-12 |
Family
ID=57060741
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620374057.2U Expired - Fee Related CN205637574U (en) | 2016-04-28 | 2016-04-28 | Arbitrary angle connector's oblique strutting arrangement of assembled that freely stretches out and draws back |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205637574U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111561102A (en) * | 2020-05-25 | 2020-08-21 | 张峻华 | Auxiliary device is used in installation of safe storehouse top protective structure of moving away to avoid possible earthquakes |
-
2016
- 2016-04-28 CN CN201620374057.2U patent/CN205637574U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111561102A (en) * | 2020-05-25 | 2020-08-21 | 张峻华 | Auxiliary device is used in installation of safe storehouse top protective structure of moving away to avoid possible earthquakes |
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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 |
Granted publication date: 20161012 Termination date: 20210428 |
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| CF01 | Termination of patent right due to non-payment of annual fee |