CN205052504U - Fry hatching of hairtail nest, cultivation pond - Google Patents
Fry hatching of hairtail nest, cultivation pond Download PDFInfo
- Publication number
- CN205052504U CN205052504U CN201520723467.9U CN201520723467U CN205052504U CN 205052504 U CN205052504 U CN 205052504U CN 201520723467 U CN201520723467 U CN 201520723467U CN 205052504 U CN205052504 U CN 205052504U
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- pond
- water
- fry
- hairtail
- nest
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- Y—GENERAL TAGGING OF NEW TECHNOLOGICAL DEVELOPMENTS; GENERAL TAGGING OF CROSS-SECTIONAL TECHNOLOGIES SPANNING OVER SEVERAL SECTIONS OF THE IPC; TECHNICAL SUBJECTS COVERED BY FORMER USPC CROSS-REFERENCE ART COLLECTIONS [XRACs] AND DIGESTS
- Y02—TECHNOLOGIES OR APPLICATIONS FOR MITIGATION OR ADAPTATION AGAINST CLIMATE CHANGE
- Y02A—TECHNOLOGIES FOR ADAPTATION TO CLIMATE CHANGE
- Y02A40/00—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production
- Y02A40/80—Adaptation technologies in agriculture, forestry, livestock or agroalimentary production in fisheries management
- Y02A40/81—Aquaculture, e.g. of fish
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Abstract
The utility model relates to an aquaculture field, purpose provide a fry hatching of hairtail nest, cultivation pond, improve the fry survival rate. The technical scheme who adopts is: a fry hatching of hairtail nest, cultivation pond, includes the pond, the pond has a water portion and the supporting aeration structure that is provided with, the venthole of aeration structure is evenly arranged along going out water portion periphery. The aeration structure produces a large amount of bubbles and is full of around a water portion. The weak splash of the swimming ability that prevents that like this can be fine gets into out water portion periphery, and the quilt is adsorbed and can't break away from, causes death, the effectual fry survival rate that has improved. In this external hatching stage, aeration oxygenation effect can be played to the aeration structure, for the fry hatching provides necessary oxygen, ensures higher incubation rate. Oviferous fish nest of fish and convenient to use's water intake pipe and play water system and be convenient for by the way. Use in fish egg hatching and cultivation, breed field in the suitable breed pond.
Description
Technical field
The utility model relates to aquaculture field, is specifically related to a kind of fry hatching, cultivates pond.
Background technology
At present in fishery cultivating, the hatching of fry is what to be separated with cultivation link.Common practice first fertilized egg is placed in hatchery, and flowing water is hatched.Again the fry hatched from fertilized egg is transferred in outdoor ponds, is trained specification seedling, or directly cultivates into marketable fish.This way needs to use large water gaging and land occupation on the one hand, waste resource; On the other hand because fry is cultivated in outdoor ponds, the impact easily by the external factor such as weather, water pollutions in breeding process, lethality is higher.
Therefore indoor circulating water seedling system becomes nursery industry future developing trend.But squab fry, be commonly called as " spray ", Burden-Swimming Ability of KM is weak, with water movement to outlet part, and can cannot depart from, thus cause death, have impact on fry survival rate.And existing hatching, to cultivate pond usual concentrated setting multiple, when needing moisturizing or draining in each pond, need to come into each pond and operate, very inconvenient.
Summary of the invention
The purpose of this utility model is to provide a kind of fry hatching, cultivation pond of hairtail nest, improves fry survival rate, and easy to use.
For achieving the above object, the technical scheme that the utility model adopts is: a kind of fry hatching of hairtail nest, cultivation pond, comprise pond, described pond has outlet part and is supportingly provided with aeration structure, and the venthole of described aeration structure is evenly arranged along outlet part periphery.
Preferably, described basin bottom arranges intubate, and intubate evenly sets out water voids; Described outlet part is made up of this water outlet hole; The size of described water outlet hole is less than the size that fish-egg and institute cultivate fry, or described cannula outer wall arranges the screen cloth of covering water outlet hole, the mesh of screen cloth be less than fish-egg with cultivate the size of fry; Described aeration structure is aeration tube or aeration plate; Described aeration structure is arranged in basin bottom, around intubate.
Preferably, described pond is drum-shaped, and bottom is the arc of depression; Described intubate is positioned at pond central authorities; Described intubate is stretched out at the bottom of pond and is connected water level balance pipe, and water level balance pipe leads to water tank, and the level height in water level balance pipe exit is consistent with liquid level in pond; Described water tank bottom is provided with return duct, and return duct connects water treatment system.
Preferably, the pipeline that described intubate connects water level balance pipe is provided with two branch roads, connects fry collecting pipe and drainpipe.
Preferably, described pond is supporting is provided with water inlet pipe, and water inlet pipe connects transparent pipe lower end, and the pipe shaft of transparent pipe is revealed in pond side.
Preferably, described transparent pipe is vertically arrange, and open upper end communicates with air; The pipe shaft of transparent pipe be carved with scale and/or scribble background colour.
Preferably, water inlet place of described water inlet pipe is provided with some apertures, and aperture is evenly distributed on the side of pipe, makes current enter pond along inwall.
Preferably, place fish nest in described pond, fish nest comprises fly rod and flexible net, and fly rod floats on the water surface; Flexible net top edge is connected on fly rod, and is naturally suspended in water; Described flexible net is evenly arranged the synthetic fiber bundle be made up of synthetic fibres, synthetic fiber bundle is outwards divergent shape by same flexible net connection.
Preferably, described synthetic fiber bundle is by being connected in flexible net in the middle of many synthetic fibres, and two ends naturally suspend and outwards form in divergent shape; Or be connected in flexible net by a branch of or multi beam synthetic fibres end, other parts naturally suspend and outwards form in divergent shape; Bend V-shaped in the middle part of described fly rod, or be made up of two V-shaped waters surface that are arranged in of the body of rod.
Preferably, the mesh of described flexible net is square or rhombus; Every four of described synthetic fiber bundle is one group, and often group is made up of the synthetic fibres of two intrafascicular portion interconnections in the mesh bight of flexible net; Described flexible net and synthetic fiber bundle are made up of nylon, and synthetic fiber bundle is evenly arranged on the both sides wire side of flexible net.
Advantageous Effects of the present utility model is: aeration structure produces a large amount of bubble and is full of around outlet part.Can well prevent the weak spray of Burden-Swimming Ability of KM from entering outlet part periphery like this, cannot be departed from by adsorbing, causing death, effectively raise fry survival rate.This external incubation period, aeration structure can play aeration oxygen replenishing effect, for fry hatching provides necessary oxygen, ensures higher incubation rate.
Water level in transparent pipe on water inlet pipe can change along with the change of water feeding pressure.When water feeding pressure increases, on transparent pipe, water level raises; When water feeding pressure reduces, water level decreasing on transparent pipe.The lifting of water level is obvious and synchronous with flow, even there is multiple cultivation pond, also can observes easily and fast a long way off, and then regulate amount of inlet water; And observe separately without the need to walking close to this cultivation pond.It is simple that transparent pipe forms a kind of structure, flowmeter easy to use.Transparent pipe is carved with scale, can regulates according to shown scale, thus the rate of water exchange controlled in cultivation pond is in suitable scope, maintain and cultivate the evenly good state of pool inner water matter, improve and cultivate efficiency.
The fish nest of this patent can put into pond, simulates natural egg-laying environment, can hatch after fish nest producing full fish-egg.Lay eggs and carry out in the pond of this patent, also can carry out in other pond, then fish nest be moved in this patent pond and hatch, take fish nest away after hatching terminates and carry out fry rearing.The fish nest of this patent removes fly rod and keeps afloat, and other structure is naturally in complete deployed condition because deadweight reason in water body, and the free end of synthetic fiber bundle is not tied up, and can present loose pine needle shape by nature; Considerably increase fish-egg bond area, reduce the quantity of the fertilized egg that sinks under water.Synthetic fibres and the existing flexibility of flexible net, do not injure fish body, have again certain elasticity simultaneously.Specific surface area significantly improves compared with traditional palm silk, mesh sheet, pasture and water; And good endurance, not corrupt, do not decompose, nontoxic, fertilized egg g and D can not be hindered.
Accompanying drawing explanation
Fig. 1 is structural representation of the present utility model;
Fig. 2 is A place enlarged drawing in Fig. 1;
Fig. 3 is B place enlarged drawing in Fig. 1;
Fig. 4 is the structural representation of fish nest;
Fig. 5 is the structural representation of fish nest preferred embodiment;
Fig. 6 is the structural representation of the another kind of preferred embodiment of fish nest;
Fig. 7 is for overlooking state diagram when the fish nest shown in Fig. 6 is placed in water.
Embodiment
The fry hatching of a kind of hairtail nest shown in composition graphs 1-3, cultivation pond, comprise pond 4.Described pond 4 has outlet part and is supportingly provided with aeration structure, and the venthole of described aeration structure is evenly arranged along outlet part periphery.Aeration structure produces a large amount of bubble and is full of around outlet part.Can well prevent the weak spray of Burden-Swimming Ability of KM from entering outlet part periphery like this, cannot be departed from by adsorbing, causing death, effectively raise fry survival rate.This external incubation period, aeration structure can play aeration oxygen replenishing effect, for fry hatching provides necessary oxygen, ensures higher incubation rate.
Described aeration structure can be aeration plate, aeration plate has a lot of micropore, and the bubble diffusion of generation is even, anti-blocking, reverse-filling good, and oxygen-transfer efficiency is high.Or as shown in Figure 1, arrange aeration tube 7, be exactly arrange a circle pipe around intubate 5 surrounding, pipe connects air inlet pipe, and pipe is evenly provided with venthole, for evenly pouring bubble to intubate 5 periphery.The uniform bubble that aeration tube 7 is discharged forms annular curtain wall shape, can effectively prevent spray from entering drainage.
The preferred embodiment of outlet part is such as: arrange intubate 5 bottom described pond 4, intubate 5 evenly sets out water voids; Described outlet part is made up of this water outlet hole.Water outlet hole can be circular hole, easy to process and be convenient to draining; Also can be slit, water outlet be comparatively steady.By preventing fish-egg and being cultivated fry with current outflow pond 4, can be the size of described water outlet hole be less than fish-egg with cultivate the size of fry; Or as shown in Figure 1, described intubate 5 outer wall arranges the screen cloth 6 covering water outlet hole, the mesh of screen cloth 6 be less than fish-egg and cultivate the size of fry, so just without the need to limiting the size in water outlet space.
Accordingly, preferred described pond 4 is drum-shaped, and bottom is the arc of depression; Described intubate 5 is positioned at pond 4 central authorities, namely arc bottommost; Aeration structure is arranged in bottom pond 4, around intubate 5.The bubble being arranged in the aeration structure generation bottom pond 4 moves from bottom to up, spray can be avoided near intubate 5, and be attracted on water outlet hole, cause death.The intubate 5 that central authorities are arranged more is conducive to pond water outlet and blowdown cleaning.
Described intubate 5 lower end is stretched out at the bottom of pond and is connected water level balance pipe 8, and water level balance pipe 8 leads to water tank 9, and the level height in water level balance pipe 8 exit is consistent with liquid level in pond 4; Be provided with return duct 10 bottom described water tank 9, return duct 10 connects water treatment system.When in pond 4, water level is higher than water level balance pipe 8 exit, water just can overflow from this delivery port, and the return duct 10 bottom water tank 9 discharges or recycling.The level height in water level balance pipe 8 exit higher than bottom pond 4 lower than intubate 5 topmost can (during intubate 5 upper end closed, only need lower than on pond 4 along), preferably consistent with screen cloth 6 the top, set screen cloth 6 can be made full use of.The pipeline that described intubate 5 connects water level balance pipe 8 is provided with two branch roads, connects fry collecting pipe 11 and drainpipe 12.Fry collecting pipe 11 is in order to collect fry after terminating in order to fry rearing; Drainpipe 12 water exit position is low, the water in pond 4 all can be discharged, and is convenient to clean pond 4.The function of collecting fry and draining just can be realized by the valve controlling that these two pipelines are arranged.
The upper side water inlet of described pond 4, specifically: the water inlet pipe 1 being provided with some apertures 3 by water inlet realizes.As shown in Figure 3, on described water inlet pipe 1, aperture 3 is evenly distributed on the side of pipe, makes current enter pond 4 along inwall.Make the water (flow) direction into water flow along pool side like this, around round pool directional-rotation, can allow dissolved oxygen, nutriment etc. in water evenly; And nursery has habit travelling against the current, move about along pool side in pond like this, it also avoid to outlet part close.The current of directional-rotation, can also coordinate radian at the bottom of pond can effectively gather dirt, are convenient to cleaning, also allow the contaminants such as swill, ight soil be in the position of not easily polluted-water.
Be more preferably, described water inlet pipe 1 vertically arranges transparent pipe 2, transparent pipe 2 lower end is connected with water inlet pipe 1.Such as transparent pipe 2 is oblique or vertically arrange.And the pipe shaft of transparent pipe 2 is higher than edge on pond 4.Be more preferably as shown in Figure 2, described transparent pipe 2 is carved with scale.Background colour can also applied away from the side tube wall of observer, be convenient to observe the height of water level in transparent pipe 2.Especially the water level observed in pipe can be observed a long way off.In transparent pipe 2, water level can increase with flow of inlet water, hydraulic pressure and raise, and reduces and reduces.By the height of water level on the graduated transparent pipe 2 of observation band, flow of inlet water and hydraulic pressure can be understood fast, thus can fast remote or closely amount of inlet water is regulated pointedly.Even and have multiple cultivation pond, also can observe a long way off quickly and easily, and then amount of inlet water is regulated.Thus the rate of water exchange controlled in cultivation pond is in suitable scope.Maintain and cultivate the evenly good state of pool inner water matter, improve and cultivate efficiency.
Described transparent pipe 2 can be that open upper end communicates with air, and fluctuation in stage can be obvious.Open upper end communicates with air, and when instantaneous hydraulic pressure of intaking is larger, water can overflow, and cultivation personnel also can be reminded to regulate amount of inlet water.And surface pressure is atmospheric pressure, force value is known.Therefore combine and graduated, draw the empirical value of liquid level and flow, convenient operation.If upper end closed is also passable, the gas now in transparent pipe 2 because of flow of inlet water pressure large time volume can be compressed, namely also have the phenomenon that liquid level raises in transparent pipe 2, reach the object of being convenient to observe at a distance.
Pine needle shape Novel fish nest as shown in figs. 4-7, for being placed in pond 4, simulating natural fish nest and laying eggs for the female fish in pond; Then remove female fish to carry out hatching, cultivating.Fish nest also can first be put into special spawning pond, again the fish nest that attached to fish-egg is moved on to pond 4 and carry out hatching and cultivating after laying eggs; This is also that fish nest is as the flexible occupation mode of one of the present utility model.
Fish nest comprises fly rod 21 and flexible net 22, and fly rod 21 floats on the water surface; Flexible net 22 top edge is connected on fly rod 21, and is naturally suspended in water.Fly rod 21 can be that foam bar or hollow plastic bar are formed, and also can be that bamboo pole is made.Flexible net 22 is such as made up of synthetic fibers, or the rope made of hemp, cotton cord etc. are made.Described flexible net 22 is evenly arranged the synthetic fiber bundle 23 be made up of synthetic fibres, synthetic fiber bundle 23 is outwards divergent shape by same flexible net 22 connection.Such as, in Fig. 4, each link position connects three synthetic fiber bundles 23, and synthetic fiber bundle 23 root is connected with flexible net 22, and free end is naturally separately in divergent shape.Or also can be that synthetic fiber bundle 23 is connected in flexible net 22 by many synthetic fibres are middle, two ends naturally suspend and outwards form in divergent shape.Such anatomical connectivity adds man-hour, will be lashed in flexible net 22 in the middle part of many synthetic fibres; One-step bundling can construct two synthetic fiber bundles 23.Can also be connected in flexible net 22 by a branch of or multi beam synthetic fibres end, other parts naturally suspend and outwards form in divergent shape.Be exactly that each connecting portion has three synthetic fiber bundles 23 in Fig. 4,5.
Fish nest of the present utility model is put into pond 4, simulates natural fish nest.Flexible net 22 and synthetic fiber bundle 23, at the water surface less than 30, be naturally in complete deployed condition, and flexible net 22 are basically perpendicular to the water surface because of deadweight reason.The free end of synthetic fiber bundle 23 presents loose pine needle shape; Lay eggs for fish, ensure that fertilized egg can not sink to the bottom and anoxic.Considerably increase fish-egg bond area like this, reduce the quantity of the fertilized egg that sinks under water.Synthetic fibres and the existing flexibility of flexible net, do not injure fish body, have again certain elasticity simultaneously.The fish nest of this patent is compared with traditional palm silk, mesh sheet, pasture and water, and specific surface area significantly improves; Ensure that fertilized egg can not be piled up, fully can obtain dissolved oxygen, be conducive to improving incubation rate.And composite fibre materials good endurance, not corrupt, do not decompose, nontoxic, avoid hindering fertilized egg g and D.
Better scheme is shown in Fig. 6, and the mesh of described flexible net 22 is square or rhombus; Every four of described synthetic fiber bundle 23 is one group, and often group is made up of the synthetic fibres of two intrafascicular portion interconnections in the mesh bight of flexible net 22.Be connected to mesh bight easy to connect, each position connects one group simultaneously, in fact just constitutes four synthetic fiber bundles 23.Increase the region area can laid eggs for fish.Result of use is better.Synthetic fiber bundle 23 can also be evenly arranged on the both sides wire side of flexible net 22.The region area can laid eggs for fish can be increased so further.
Described flexible net 22 and the preferred nylon of synthetic fiber bundle 23 are made.Nontoxic, and good endurance.Now each synthetic fiber bundle 23 is also just similar to a setline blocked, and its one end is fixed in flexible net 22, and the other end is naturally loose in pine needle shape.Bend V-shaped in the middle part of described fly rod 21, or be made up of two V-shaped waters surface that are arranged in of the body of rod.The simplest structure example is as shown in Figure 7: described fly rod 21 is made up of two V-shaped waters surface that are arranged in of bamboo pole.So same water surface area synthetic fiber bundle more than 23, the region area of laying eggs for fish is larger.And facilitate fish nest to place and take out.Process at ordinary times, the side of occupation of land less of filing also, and be convenient to coordinate with the fish nest of side; Such as adjacent fish nest is the adjacent layout of V and inverted v-shaped, improves waters availability.
Fish nest itself also only needs to be placed in the water in pond 4, non-interference with other parts; Do not need to be connected with other parts or to fix.So the structure in order to more clearly show fish nest itself, the only arrangement relation of simple signal pond 4 and fish nest in Fig. 4,7, and eliminate miscellaneous part in figures 4-7.
Claims (10)
1. hairtail nest fry hatching, cultivate a pond, comprise pond (4), it is characterized in that: described pond (4) have outlet part and are supportingly provided with aeration structure, and the venthole of described aeration structure is evenly arranged along outlet part periphery.
2. hairtail nest according to claim 1 fry hatching, cultivate pond, it is characterized in that: described pond (4) bottom intubate (5) is set, (5) evenly set out water voids to intubate; Described outlet part is made up of this water outlet hole; The size of described water outlet hole is less than the size that fish-egg and institute cultivate fry, or described intubate (5) outer wall arranges the screen cloth (6) of covering water outlet hole, the mesh of screen cloth (6) be less than fish-egg with cultivate the size of fry; Described aeration structure is aeration tube (7) or aeration plate, and aeration structure is arranged in bottom, pond (4), around intubate (5).
3. hairtail nest according to claim 2 fry hatching, cultivate pond, it is characterized in that: described pond (4) are drum-shaped, bottom be depression arc; Described intubate (5) is positioned at pond (4) central authorities; Described intubate (5) lower end connects water level balance pipe (8), water level balance pipe (8) is towards water tank (9), and the level height in water level balance pipe (8) exit is consistent with pond (4) interior liquid level; Described water tank (9) bottom is provided with return duct (10), and return duct (10) connects water treatment system.
4. hairtail nest according to claim 3 fry hatching, cultivate pond, it is characterized in that: the pipeline that described intubate (5) connects water level balance pipe (8) is provided with two branch roads, connect fry collecting pipe (11) and drainpipe (12).
5. the fry hatching of the hairtail nest according to claim 1-4 any one, cultivation pond, it is characterized in that: described pond (4) are supporting is provided with water inlet pipe (1), water inlet pipe (1) connects transparent pipe (2) lower end, and the pipe shaft of transparent pipe (2) is revealed in pond (4) side.
6. hairtail nest according to claim 5 fry hatching, cultivate pond, it is characterized in that: described transparent pipe (2) is for vertically arranging, and open upper end communicates with air; The pipe shaft of transparent pipe (2) is carved with scale and/or scribbles background colour.
7. hairtail nest according to claim 6 fry hatching, cultivate pond, it is characterized in that: described water inlet pipe (1) water inlet place is provided with some apertures (3), aperture (3) is evenly distributed on the side of pipe, makes current enter pond (4) along inwall.
8. hairtail nest according to claim 7 fry hatching, cultivate pond, it is characterized in that: in described pond (4), place fish nest, fish nest comprises fly rod (21) and flexible net (22), and fly rod (21) floats on the water surface; Flexible net (22) top edge is connected on fly rod (21), and is naturally suspended in water; Described flexible net (22) is evenly arranged the synthetic fiber bundle (24) be made up of synthetic fibres, synthetic fiber bundle (24) is outwards divergent shape by same flexible net (22) connection.
9. hairtail nest according to claim 8 fry hatching, cultivate pond, it is characterized in that: described synthetic fiber bundle (23) is by being connected in flexible net (22) in the middle of many synthetic fibres, and two ends naturally suspend and outwards form in divergent shape; Or be connected to that flexible net (22) is upper by a branch of or multi beam synthetic fibres end, naturally suspend outside be that divergent shape is formed to other parts; Described fly rod (21) middle part bending is V-shaped, or is made up of two V-shaped waters surface that are arranged in of the body of rod.
10. hairtail nest according to claim 9 fry hatching, cultivate pond, it is characterized in that: the mesh of described flexible net (22) is square or rhombus; Every four of described synthetic fiber bundle (23) is one group, and often group is made up of the synthetic fibres of two intrafascicular portion interconnections in the mesh bight of flexible net (22); Described flexible net (22) and synthetic fiber bundle (24) are made up of nylon; Synthetic fiber bundle (23) is evenly arranged on the both sides wire side of flexible net (22).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520723467.9U CN205052504U (en) | 2015-09-17 | 2015-09-17 | Fry hatching of hairtail nest, cultivation pond |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201520723467.9U CN205052504U (en) | 2015-09-17 | 2015-09-17 | Fry hatching of hairtail nest, cultivation pond |
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| Publication Number | Publication Date |
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| CN205052504U true CN205052504U (en) | 2016-03-02 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520723467.9U Expired - Fee Related CN205052504U (en) | 2015-09-17 | 2015-09-17 | Fry hatching of hairtail nest, cultivation pond |
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| Country | Link |
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| CN (1) | CN205052504U (en) |
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105123587A (en) * | 2015-09-17 | 2015-12-09 | 通威股份有限公司 | Fry incubation and rearing pond with fish spawning nests |
| CN105613387A (en) * | 2016-03-07 | 2016-06-01 | 安徽农业大学 | Device and method for incubating zygotes of fishes |
| CN107549085A (en) * | 2017-09-26 | 2018-01-09 | 山东中天羲和新能源技术股份有限公司 | A kind of aquaculture device |
-
2015
- 2015-09-17 CN CN201520723467.9U patent/CN205052504U/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105123587A (en) * | 2015-09-17 | 2015-12-09 | 通威股份有限公司 | Fry incubation and rearing pond with fish spawning nests |
| CN105613387A (en) * | 2016-03-07 | 2016-06-01 | 安徽农业大学 | Device and method for incubating zygotes of fishes |
| CN105613387B (en) * | 2016-03-07 | 2018-03-16 | 安徽农业大学 | A kind of fish oosperm hatching apparatus and hatching method |
| CN107549085A (en) * | 2017-09-26 | 2018-01-09 | 山东中天羲和新能源技术股份有限公司 | A kind of aquaculture device |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20160302 Termination date: 20160917 |