CN104304171A

CN104304171A - Novel large-scale indoor giant salamander culture pond

Info

Publication number: CN104304171A
Application number: CN201410585297.2A
Authority: CN
Inventors: 韩金彤
Original assignee: DALIAN YINWAWA SALAMANDER RESEARCH AND BREEDING Co Ltd
Current assignee: DALIAN YINWAWA SALAMANDER RESEARCH AND BREEDING Co Ltd
Priority date: 2014-10-28
Filing date: 2014-10-28
Publication date: 2015-01-28
Anticipated expiration: 2034-10-28
Also published as: CN104304171B

Abstract

The invention relates to a novel large-scale indoor giant salamander culture pond and belongs to the technical field of giant salamander culture. Tiles are adhered to a cement mortar layer, the bottom of the culture pond comprises at least four main drainage channels, a transverse drainage channel is arranged between the main drainage channels in a communicated manner, the main drainage channels are connected with a drainage pipe and extend to a drainage ditch outside the pond, each drainage channel is covered with a drainage channel cover plate, leak holes are arranged in the upper surface of each drainage channel cover plate, the upper surface of each drainage cover plate and the tiles are located on the same horizontal plane, and foam cover plates are mounted on the inner upper wall of the culture pond through rotary horizontal limiting and fixing pins. The novel large-scale indoor giant salamander culture pond has the advantages that water and impurities can be drained quickly and thoroughly through the dense inner-bevel drainage channels, operation time is reduced, working efficiency is improved, the foam cover plates are arranged above the water surface of the culture pond, growth conditions that the giant salamanders are shade loving and lucifugous are imitated, and the cover plates can be turned over for inner observation of the pond; the tiles are paved in the pond, so that the inner wall is smooth, the impurities are less prone to remaining, and sanitary dead corners are not left.

Description

Novel extensive giant salamander indoor culture pond

technical fieldnovel extensive giant salamander indoor culture pond, belongs to giant salamander cultural technique field.

background technologythe giant salamander is in breeding process, it is high especially to the requirement of water quality, the ight soil that the giant salamander drains in process of growth and impurity need cleaning in time, in prior art, ight soil and impurity cleaning is carried out by providing for simple replacement of Chi Shui, there is drawback in this technical scheme, dead angle is there is due to rough in pond, the still adhesion remain in pond of ight soil and impurity, giant salamander body exudates has certain colloid, incrustation scale can be formed for a long time, the very few drainage speed that causes of discharge pipe line is slow, the slow impurities in water of drainage speed and be attached at the bottom of pond, foreign material on pool wall cannot drain only, when water level simultaneously in pond is more shallow, the health of the giant salamander can be slit into septulum moisture and break, the water of this part just can will be drained through rinsing, in addition, common culturing pool inner wall coarse, the giant salamander touches inwall unavoidably in travelling process, causes the scratch to giant salamander body surface and injury.

summary of the inventionin view of the defect that prior art exists, the object of this invention is to provide a kind of impurities removal novel extensive giant salamander indoor culture pond that is effective, that can not damage giant salamander body surface.

For achieving the above object, the technology used in the present invention solution is: novel extensive giant salamander indoor culture pond, microcirculation water pipe a and microcirculation water pipe b lays respectively at madial wall top, culturing pool inwall is provided with cement sand bed, cement sand bed posts ceramic tile, the main rhone being no less than four is comprised bottom culturing pool, through transverse row tank between main rhone, main rhone connects the drainpipe extended to outside pond, drainpipe connects turning gland, drain ditch is positioned at below turning gland, rhone is coated with rhone cover plate, rhone cover plate upper surface is provided with small opening, and upper surface and ceramic tile are in same level, microcirculation water pipe b top is provided with foam cover plate, foam cover plate to be arranged in culturing pool on upper wall by rotating Horizontal limiting gim peg, described foam cover plate can overturn 90 ° counterclockwise around rotary stopper gim peg.

Described main rhone and transverse drainage groove axial width 80-120mm.

Described main rhone and the two ends of transverse row tank on axial width high, middle low, that is: axial two ends have the gradient of 0-10 ° respectively.

Described main rhone radial direction has the height fall of level, and the difference in height of one end that distance drain ditch is near and the other end is 70-100mm.

Multiple rhone cover plates that described rhone cover plate is divided into small opening aperture different, aperture 5-50mm, along with the growth of the giant salamander, the wide-aperture rhone cover plate of corresponding replacing.

Described drainpipe is that the PVC of caliber 70-80mm thickeies clear water pipe.

The width of described culturing pool is 1.5-2m, and length is 5.5-10.5m.

Described foam cover plate can cover 4/1 to five/2nds of culturing pool surface area.

Novel extensive giant salamander indoor culture pond, its beneficial effect is: fishpond width is moderate, not only to be beneficial in claire cultivation situation but also not wasted buildings and resources, intensive interior inclined-plane rhone, can thoroughly draining and impurities removal fast, reduces the operating time, increase work efficiency, foam cover plate is set above the culturing pool water surface, simulates the giant salamander and like the growth conditions of cloudy backlight simultaneously, cover plate can also be overturn and carry out the observation of inside, pond; Lay ceramic tile in pond, make inner wall smooth, impurity not easily remains, and does not stay corner or spot as yet untouched by a clean-up campaign.

Accompanying drawing explanation

Fig. 1 is the overall vertical view in novel extensive giant salamander indoor culture pond;

Fig. 2 is the rhone sectional side view in novel extensive giant salamander indoor culture pond;

Fig. 3 is the left view in novel extensive giant salamander indoor culture pond;

Fig. 4 is rhone cover plate vertical view.

In figure, Reference numeral is as follows: 1, ceramic tile, and 2, main rhone, 3, transverse row tank, 4, small opening, 5, rhone cover plate, 6, drainpipe, 7, drain ditch, 8, rotary stopper gim peg, 9, foam cover plate, 10, microcirculation water pipe a, 11, microcirculation water pipe b, 12, turning gland.

Embodiment

With reference to the accompanying drawings novel extensive giant salamander indoor culture pond is described as follows below: novel extensive giant salamander indoor culture pond, microcirculation water pipe a10 and microcirculation water pipe b11 lays respectively at madial wall top, culturing pool inwall is provided with cement sand bed, cement sand bed posts ceramic tile 1, the main rhone 2 being no less than four is comprised bottom culturing pool, through transverse row tank 3 between main rhone 2, main rhone 2 connects the drainpipe 6 extended to outside pond, drainpipe 6 connects turning gland 12, drain ditch 7 is positioned at below turning gland 12, rhone is coated with rhone cover plate 5, rhone cover plate 5 upper surface is provided with small opening 4, and upper surface and ceramic tile 1 are in same level, microcirculation water pipe b11 top is provided with foam cover plate 9, foam cover plate 9 to be arranged in culturing pool on upper wall by rotating Horizontal limiting gim peg 8, described foam cover plate 9 can around rotary stopper gim peg 8 upset 90 ° counterclockwise.

Described main rhone 2 and transverse row tank 3 axial width 80-120mm.

Described main rhone 2 and the two ends of transverse row tank 3 on axial width high, middle low, that is: axial two ends have the gradient of 0-10 ° respectively.

Described main rhone 2 radial direction has the height fall of level, and the difference in height of one end that distance drain ditch 7 is near and the other end is 70-100mm.

Multiple rhone cover plates that described rhone cover plate 5 is divided into small opening 4 aperture different, aperture 5-50mm, along with the growth of the giant salamander, the wide-aperture rhone cover plate 5 of corresponding replacing.

Described drainpipe 6 is that the PVC of caliber 70-80mm thickeies clear water pipe.

The width of described culturing pool is 1.5-2m, and length is 5.5-10.5m.

Described foam cover plate 9 can cover 4/1 to five/2nds of culturing pool surface area.

Claims

1. novel extensive giant salamander indoor culture pond, microcirculation water pipe a and microcirculation water pipe b lays respectively at madial wall top, it is characterized in that: culturing pool inwall is provided with cement sand bed, cement sand bed posts ceramic tile, the main rhone being no less than four is comprised bottom culturing pool, through transverse row tank between main rhone, main rhone connects drainpipe and to extend to outside pond and to connect turning gland, drain ditch is positioned at below turning gland, rhone is coated with rhone cover plate, rhone cover plate upper surface is provided with small opening, and upper surface and ceramic tile are in same level, microcirculation water pipe b top is provided with foam cover plate, foam cover plate to be arranged in culturing pool on upper wall by rotating Horizontal limiting gim peg, described foam cover plate can overturn 90 ° counterclockwise around rotary stopper gim peg.

2. novel extensive giant salamander indoor culture pond according to claim 1, is characterized in that: described main rhone and transverse drainage groove axial width 80-120mm.

3. novel extensive giant salamander indoor culture pond according to claim 1, is characterized in that: described main rhone and the two ends of transverse row tank on axial width high, middle low, that is: axial two ends have the gradient of 0-10 ° respectively.

4. novel extensive giant salamander indoor culture pond according to claim 1, is characterized in that: described main rhone radial direction has the height fall of level, and the difference in height of one end that distance drain ditch is near and the other end is 70-100mm.

5. novel extensive giant salamander indoor culture pond according to claim 1, it is characterized in that: multiple rhone cover plates that described rhone cover plate is divided into small opening aperture different, aperture 5-50mm, along with the growth of the giant salamander, the wide-aperture rhone cover plate of corresponding replacing.

6. novel extensive giant salamander indoor culture pond according to claim 1, is characterized in that: described drainpipe 6 is that the PVC of caliber 70-80mm thickeies clear water pipe.

7. novel extensive giant salamander indoor culture pond according to claim 1, is characterized in that: the width of described culturing pool is 1.5-2m, and length is 5.5-10.5m.

8. novel extensive giant salamander indoor culture pond according to claim 1, is characterized in that: described foam cover plate can cover 4/1 to five/2nds of culturing pool surface area.