CN202745429U - Mesh-folding pool for locally reinforcing mesh folder production - Google Patents
Mesh-folding pool for locally reinforcing mesh folder production Download PDFInfo
- Publication number
- CN202745429U CN202745429U CN 201220329236 CN201220329236U CN202745429U CN 202745429 U CN202745429 U CN 202745429U CN 201220329236 CN201220329236 CN 201220329236 CN 201220329236 U CN201220329236 U CN 201220329236U CN 202745429 U CN202745429 U CN 202745429U
- Authority
- CN
- China
- Prior art keywords
- folder
- pond
- pool
- screen cloth
- warp
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Lifetime
Links
Images
Landscapes
- Woven Fabrics (AREA)
Abstract
The utility model discloses a mesh-folding pool for locally reinforcing mesh folder production. The mesh-folding pool comprises a pool bottom, a bottom enclosure, a pool wall and a pool opening, wherein the bottom enclosure is arranged on the pool bottom in a surrounding manner; the pool wall is arranged on the bottom enclosure in a surrounding manner; the pool opening is arranged on the top of the pool wall; the pool wall is made of locally-reinforced mesh folder; the stress intensity of the locally-reinforced mesh folder is gradually increased along the pool wall from the water pool opening to the pool bottom. The bottom enclosure and the pool wall of the mesh-folding pool disclosed by the utility model are made of locally-reinforced mesh folder, so that quantity distribution of latitude wires or single wire intensity distribution of the pool are adjusted according to the stress distribution conditions of the mesh folder pool wall and the bottom enclosure; moreover, the intensity of the mesh folder is locally increased according to the specific conditions without adjusting and selecting the large-stress-intensity mesh folder with the maximum stress to the pool wall and the bottom enclosure of the mesh-folding pool, so that the manufacturing cost for the pool wall and the bottom enclosure of the mesh-folding pool is reduced.
Description
Technical field
The utility model relates to folder net pond, a kind of ground, is specifically related to the folder net pond that a kind of local enhancement folder screen cloth is produced.
Background technology
At present, as shown in Figure 1, be made as for the production of the structure of pressing from both sides the net pond on the ground: the pond sidewall is less near the pool diameter of Chi Kou position, and the pond sidewall is larger near the pool diameter of position at the bottom of the pond, this architectural feature so that behind the water-filling of pond the force part maximum be (be enclose at the end or pool wall near position at the bottom of the pond) in the position parallel with basin bottom, and from the earth's surface more close to, its suffered tension force is larger, and one-tenth positive correlation coefficient, this folder net pond is made by the folder screen cloth, and the folder screen cloth comprises two layers of plastic sheeting, accompanies the fabricbase that the braiding of one deck synthetic fibers forms in the middle of these two layers of plastic sheetings, fabricbase plays the skeleton function of folder screen cloth, and film has played sealing function.And folder net pond is interwoven according to certain rule with the yarn of the fabricbase that presss from both sides screen cloth by two systems of longitude and latitude in the prior art, the folder screen cloth comprises warp-wise silk and broadwise silk, wherein, the yarn direction parallel with selvedge is warp-wise, the yarn direction vertical with selvedge is broadwise, be that the warp-wise silk is defined as along the base cloth silk of folder screen cloth warp-wise (laterally), the broadwise silk is defined as along the base cloth silk of folder screen cloth broadwise (vertically), this warp-wise silk evenly distributes each other, the broadwise silk evenly distributes each other simultaneously, so folder net pond is comparatively even with the force-applied intensity setting of folder screen cloth in the prior art.Its shortcoming is, making diameter more greatly or during highly higher pond, because the amount of water-filling greatly in the pond, the water-filling degree of depth is higher.So just must cause, the used monoblock folder screen cloth of pool wall material all must be subjected to the suffered intensity of force intensity maximum as standard to be positioned at basin bottom folder screen cloth, and the folder screen cloth of whole pond sidewall need be selected high-intensity enhancement mode sandwich weaved material.Owing to the cost of folder screen cloth along with its hot strength, force-applied strength increase increase, thereby so that in the prior art, make diameter more greatly or during highly higher folder net pond, its pool wall cost and the end, surround that this is high.
The utility model content
The folder net pond that the utility model provides a kind of local enhancement folder screen cloth to produce, for the stressed strength conditions of folder net pond each several part, the folder screen cloth in local enhancement production folder net pond reduces cost.
For achieving the above object, the utility model provides a kind of local enhancement folder folder net pond that screen cloth is produced, and this folder is netted pond and comprised at the bottom of the pond, around enclosing at the end on being arranged at the bottom of this pond, around being arranged on the pool wall of placing at this end, is arranged on the sink port of this lip;
Be characterized in that above-mentioned pool wall adopts local enhancement folder screen cloth to make;
Along above-mentioned pool wall by the direction of sink port at the bottom of the pond, the force-applied strength increase setting of above-mentioned local enhancement folder screen cloth.
Above-mentioned local enhancement folder screen cloth comprises two layers of plastic thin films, and is folded in the fabricbase between two-layer this plastic sheeting; This fabricbase comprises some warp-wise silks and some broadwise silks of weave in;
The setting that evenly distributes of above-mentioned broadwise silk.
An end at the bottom of from above-mentioned sink port one end to the pond, the radical of above-mentioned warp-wise silk increases progressively setting gradually.
Above-mentioned fabricbase comprises: near the rarefaction of the compact district that arranges at the bottom of the pond and close sink port setting;
The radical of warp-wise silk is more than the radical of warp-wise silk in the above-mentioned rarefaction in the above-mentioned compact district.
Above-mentioned fabricbase comprises: near the single intensity zonule of the large zone of single intensity that arranges at the bottom of the pond and close sink port setting;
The single intensity of warp-wise silk is greater than the single intensity of warp-wise silk in the above-mentioned single intensity zonule in the large zone of above-mentioned single intensity.
The folder net pond of a kind of local enhancement folder of the utility model screen cloth production and the folder net pond of prior art are compared, its advantage is, the pool wall in the utility model folder net pond adopts local enhancement folder screen cloth to make, this local enhancement folder screen cloth is according to the stressed size distribution situation of folder net pool wall of pool, the radical of adjusting pond broadwise silk distributes or the individual thread intensity distribution, come the as the case may be local intensity that increases the folder screen cloth, need not integral body adjust and select the large folder screen cloth of force-applied intensity along with the folder stressed largest portion of net pool wall of pool, thereby reduce the manufacturing cost of pressing from both sides the net pool wall of pool.
Description of drawings
Fig. 1 is the structural representation in folder net pond;
Fig. 2 is the structural representation that the local enhancement in the folder net pond of a kind of local enhancement folder of the utility model screen cloth production presss from both sides the broadwise silk of screen cloth embodiment one;
Fig. 3 is the structural representation of the embodiment one in the folder net pond that produces of a kind of local enhancement of the utility model folder screen cloth;
Fig. 4 is the structural representation that the local enhancement in the folder net pond of a kind of local enhancement folder of the utility model screen cloth production presss from both sides the broadwise silk of screen cloth embodiment two;
Fig. 5 is the structural representation of the embodiment two in the folder net pond that produces of a kind of local enhancement of the utility model folder screen cloth;
Fig. 6 is the structural representation that the local enhancement in the folder net pond of a kind of local enhancement folder of the utility model screen cloth production presss from both sides the broadwise silk of screen cloth embodiment three.
The specific embodiment
Below in conjunction with accompanying drawing, further specify specific embodiment of the utility model.
The utility model discloses the folder net pond that a kind of local enhancement folder screen cloth is produced, at the bottom of folder net pond comprises the pond, the end encloses, pool wall, aeration ring, be connected with from the buoyancy pond in this aeration ring or the folder net jamb bracket of part supports support is arranged, without the jamb bracket of aeration ring.This folder net pond integral body is all made by the folder screen cloth.The folder screen cloth comprises two layers of plastic thin films, and is folded in the fabricbase between two-layer this plastic sheeting; Fabricbase comprises some warp-wise silks and some broadwise silks of weave in.
Wherein, the warp-wise silk is the base cloth silk along folder screen cloth warp-wise (laterally), and the broadwise silk is the base cloth silk along folder screen cloth broadwise (vertically).
In the utility model, the pool wall in folder net pond adopts local enhancement folder screen cloth to make, and the architectural feature of this local enhancement folder screen cloth is: it is according to the stressed size distribution in folder net pond, and the part is provided with the structure that strengthens force-applied intensity.
Along pool wall by the direction of sink port at the bottom of the pond, along with the degree of depth of folder net pond inner storing water increases the force-applied strength increase setting of local enhancement folder screen cloth.
Local enhancement folder screen cloth includes equally: two layers of plastic thin films, and be folded in fabricbase between two-layer this plastic sheeting; Fabricbase comprises some warp-wise silks and some broadwise silks of weave in, the wherein broadwise silk setting that evenly distributes.The radical of its warp-wise silk distribute or single intensity according to the stressed Strength Changes between the zones of different of folder net pond and change profile.
As shown in Figure 2, be the structural representation of warp-wise silk among the utility model embodiment one.The radical of warp-wise silk in the fabricbase of folder screen cloth, from sink port one end in folder net pond to the pond at the bottom of the direction of an end evenly increase progressively distribution.The warp-wise silk is the base cloth silk along folder screen cloth warp-wise (shown in Fig. 2 laterally), and the broadwise silk be the base cloth silk along folder screen cloth broadwise (shown in Fig. 2 vertical).
Each other evenly interval setting of broadwise silk in the fabricbase.
Because warp-wise silk radical is more, densely distributed, its force-applied intensity that can bear is large; Warp-wise silk radical is less, distribution is sparse and work as, and its force-applied intensity that can bear is little.So the more regional correspondence of the radical of warp-wise silk is arranged in the local enhancement folder screen cloth and is subjected to the larger zone of force intensity, the less regional correspondence of the radical of warp-wise silk is arranged at local enhancement folder screen cloth and is subjected to the less zone of force intensity.
As shown in Figure 3, the folder net pond that the local enhancement of embodiment one folder screen cloth is produced, this folder is netted pond and is comprised at the bottom of the pond, around enclosing at the end on being arranged at the bottom of this pond, around being arranged on the pool wall of placing at this end, is arranged on the sink port of this lip.Its pool wall adopts embodiment one disclosed local enhancement folder screen cloth to make.
Because the stressed intensity distribution that enclose at the pool wall in folder net pond and the end is, be subjected to force intensity large near the pool wall at folder net basin bottom place, be subjected to force intensity little near the pool wall at the sink port place in folder net pond.So in the present embodiment one, the warp-wise silk radical of fabricbase is along fabricbase warp-wise being distributed as from top to bottom: increased progressively gradually at the most by few, its force-applied intensity is ascending gradually.
As shown in Figure 4, be the structural representation of warp-wise silk among the utility model embodiment two.The distribution of warp-wise silk is divided into rarefaction and compact district in the fabricbase of folder screen cloth.The distribution of warp-wise silk radical is few in the rarefaction, and the distribution of warp-wise silk radical is many in the compact district.Evenly interval setting between each root warp-wise silk in the rarefaction; Also evenly interval setting between each root warp-wise silk in the compact district, the spacing distance of warp-wise silk is less than the spacing distance of warp-wise silk in the rarefaction in the compact district.
Each other evenly interval setting of broadwise silk in the fabricbase.
Because warp-wise silk radical is more, densely distributed in the compact district, its force-applied intensity that can bear is large; And warp-wise silk radical is less in the rarefaction, distribution is sparse, its the force-applied intensity that can bear is little, so the compact district correspondence that the warp-wise silk distributes is arranged at the folder screen cloth and is subjected to the larger position of force intensity, the rarefaction correspondence that the warp-wise silk distributes is arranged at the folder screen cloth and is subjected to the less position of force intensity.
As shown in Figure 5, the folder net pond that the local enhancement of embodiment two folder screen cloth is produced, this folder is netted pond and is comprised at the bottom of the pond, around enclosing at the end on being arranged at the bottom of this pond, around being arranged on the pool wall of placing at this end, is arranged on the sink port of this lip.Its pool wall adopts embodiment one disclosed local enhancement folder screen cloth to make.
Because the stressed intensity distribution of the pool wall in folder net pond is, near the pool wall at folder net basin bottom place be subjected to force intensity large, be subjected to force intensity little near the pool wall at the sink port place in folder net pond.So the rarefaction is arranged at top near the zone of sink port, the compact district is arranged at the bottom near the zone at the bottom of the pond.
As shown in Figure 6, be the structural representation of warp-wise silk among the utility model embodiment three.Include the large zone of single intensity and single intensity zonule in the fabricbase of folder screen cloth.The single intensity of every warp-wise silk is larger in the large zone of single intensity, and the single intensity of every warp-wise silk is less in the single intensity zonule.In the large zone of single intensity and the single intensity zonule, substantially be equidistantly spaced between each warp-wise silk.
Because the single intensity of warp-wise silk is larger in the large zone of single intensity, its force-applied intensity that can bear is large; And the single intensity of warp-wise silk is less in the single intensity zonule, its the force-applied intensity that can bear is little, so the large regional correspondence of single intensity be arranged at the folder screen cloth be subjected to the larger position of force intensity, and single intensity zonule correspondence be arranged at the folder screen cloth be subjected to the less position of force intensity.In the present embodiment, realize that by the thick warp-wise silk of employing diameter the single intensity of warp-wise silk is large in the large zone of single intensity; Realize that by the thin warp-wise silk of employing diameter the single intensity of warp-wise silk is little in the single intensity zonule.In appropriate area, adopt simultaneously the thin warp-wise silk of diameter to provide cost savings.
In addition, the single intensity of broadwise silk also can be greater than the single intensity of broadwise silk in the single intensity zonule in the large zone of single intensity in the fabricbase.Be equidistantly spaced between each broadwise silk.
Owing to press from both sides the stressed intensity distribution of net pool wall of pool be, enclose and be subjected to force intensity large at the pool wall at close folder net basin bottom place and the end, and the pool wall of netting the pond opening part near folder is subjected to force intensity little.So cloth basal orientation being distributed as from top to bottom in the present embodiment: single intensity zonule is arranged at top, near folder net pond opening part; The large region division of single intensity is in the bottom, near folder net basin bottom place.
Although content of the present utility model has been done detailed introduction by above preferred embodiment, will be appreciated that above-mentioned description should not be considered to restriction of the present utility model.After those skilled in the art have read foregoing, for multiple modification of the present utility model with to substitute all will be apparent.Therefore, protection domain of the present utility model should be limited to the appended claims.
Claims (5)
1. the folder net pond that produces of local enhancement folder screen cloth, this folder is netted pond and is comprised at the bottom of the pond, around enclosing at the end on being arranged at the bottom of this pond, around being arranged on the pool wall of placing at this end, is arranged on the sink port of this lip;
It is characterized in that described pool wall adopts local enhancement folder screen cloth to make;
Along described pool wall by the direction of sink port at the bottom of the pond, the force-applied strength increase setting of described local enhancement folder screen cloth.
2. the folder net pond of a kind of local enhancement folder screen cloth as claimed in claim 1 production is characterized in that, described local enhancement folder screen cloth comprises two layers of plastic thin films, and is folded in the fabricbase between two-layer this plastic sheeting; Described fabricbase comprises some warp-wise silks and some broadwise silks of weave in;
The setting that evenly distributes of described broadwise silk.
3. the folder net pond that produces of a kind of local enhancement folder screen cloth as claimed in claim 2 is characterized in that, from described sink port one end to the pond at the bottom of an end, the radical of described warp-wise silk increases progressively setting gradually.
4. the folder net pond of a kind of local enhancement folder screen cloth as claimed in claim 2 production is characterized in that described fabricbase comprises: near the compact district of setting at the bottom of the pond and the rarefaction that arranges near sink port;
The radical of warp-wise silk is more than the radical of warp-wise silk in the described rarefaction in the described compact district.
5. the folder net pond of a kind of local enhancement folder screen cloth as claimed in claim 2 production is characterized in that described fabricbase comprises: near the large zone of single intensity of setting at the bottom of the pond and the single intensity zonule that arranges near sink port;
The single intensity of warp-wise silk is greater than the single intensity of warp-wise silk in the described single intensity zonule in the large zone of described single intensity.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220329236 CN202745429U (en) | 2012-07-09 | 2012-07-09 | Mesh-folding pool for locally reinforcing mesh folder production |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220329236 CN202745429U (en) | 2012-07-09 | 2012-07-09 | Mesh-folding pool for locally reinforcing mesh folder production |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202745429U true CN202745429U (en) | 2013-02-20 |
Family
ID=47704848
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220329236 Expired - Lifetime CN202745429U (en) | 2012-07-09 | 2012-07-09 | Mesh-folding pool for locally reinforcing mesh folder production |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN202745429U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10760291B2 (en) | 2017-06-27 | 2020-09-01 | Bestway Inflatables & Material Corp. | Above ground pool |
-
2012
- 2012-07-09 CN CN 201220329236 patent/CN202745429U/en not_active Expired - Lifetime
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US10760291B2 (en) | 2017-06-27 | 2020-09-01 | Bestway Inflatables & Material Corp. | Above ground pool |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| CN202745429U (en) | Mesh-folding pool for locally reinforcing mesh folder production | |
| AU2014336160B2 (en) | Light-directing system | |
| CN103085140B (en) | A kind of furniture longitude and latitude weaving method | |
| CN202742762U (en) | Net clamping fabric with base fabric yarns adjusted according to stress distribution | |
| CN201212076Y (en) | Vertical bar breathable fabric | |
| CN206800846U (en) | A kind of television background wall decorative wall cloth | |
| CN102717562B (en) | Net-clamping cloth with base cloth arranged according to stress distribution | |
| CN202543471U (en) | Mini-jacquard fabric | |
| CN205546693U (en) | Plant box and stereoscopic planting system | |
| CN202830325U (en) | Novel dual-layer fabric with color flash effect | |
| CN204598836U (en) | Hollow inflatable light reflective sunshading net | |
| CN204418144U (en) | A kind of oily algae filter screen | |
| CN208903715U (en) | A kind of combined type compact tension cable | |
| CN209073147U (en) | One kind enduring ability of swimming aquatic plant floating bed | |
| CN207331612U (en) | The protective device of protection slope | |
| CN104642008A (en) | Hollow inflatable reflecting sun-shading net | |
| CN107538823A (en) | Wear-resisting fabric rational in infrastructure | |
| CN203858829U (en) | LED display screen module combining PC materials and section aluminum | |
| CN203200437U (en) | Printing umbrella crape | |
| CN208197715U (en) | A kind of anti-fluffing and anti-pilling does not fall velvet fabric | |
| CN107538826A (en) | The strong wear-resisting fabric of sense of touch | |
| CN205175239U (en) | Fireworks fixing device | |
| CN107283937A (en) | Compound cool waterproof fabrics | |
| CN109964706A (en) | A kind of drawing type attemperator for agricultural greenhouse glass wall | |
| CN105729894A (en) | Pillowcase fabric with gaps between warp and weft |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CX01 | Expiry of patent term | ||
| CX01 | Expiry of patent term |
Granted publication date: 20130220 |