CN208502304U - Integral type warp knit building safety protective net - Google Patents
Integral type warp knit building safety protective net Download PDFInfo
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- CN208502304U CN208502304U CN201821086962.3U CN201821086962U CN208502304U CN 208502304 U CN208502304 U CN 208502304U CN 201821086962 U CN201821086962 U CN 201821086962U CN 208502304 U CN208502304 U CN 208502304U
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Abstract
Integral type warp knit building safety protective net, grid and mesh sheet including integrated woven structure, grid include transverse and longitudinal intersection through band and latitude band, and the identical cycling element of structure of preset quantity is woven to through band and latitude band；The adjacent gap through being respectively arranged with preset length between band and adjacent weft band；Mesh sheet is the Dense mesh screen that adjacent bundled yarn intertexture binding is formed；Laying-in yarn, the stuffer weft of preset quantity are respectively included through band, latitude band, adjacent two bundled yarns intersection is bundled in through on each laying-in yarn of band and latitude with engaging portion, stuffer weft, adjacent two bundled yarns intersection is bundled in non-through on each laying-in yarn of band and latitude with engaging portion and non-through on each stuffer weft of band and latitude with engaging portion；Dictyosome uniform force, dictyosome intensity is high, and dictyosome can bear the weight of falling object and the longitudinal pulling force of impact distance, impact strength, and safety coefficient is high, can protect construction personnel or pedestrains safety.
Description
Technical field:
The utility model relates to building safety facility technology field, more specifically a kind of integral type warp knit building safety
Protective net.
Background technique:
Safety net is a kind of labor protection apparatus for preventing fall injury, and the scope of application is extremely wide, is mostly used for various eminences
Operation.In recent years, China's infrastructure is quickly grown, and especially construction industry continues to develop and skyscraper increases significantly, and is promoted
Safety net demand surges.High-rise working falls hidden danger, often occurs in shelf, roof, window, suspension, dell, deep trouth etc..
Fall injury degree, different with falling distance height, gently then disability, heavy then dead.Good safety net is entire Project Realization peace
Entirely, efficiently, it is high-quality, prevent accident occur safety guarantee.
Present building net is usually the safety net woven with polyethylene monofilament, and intensity is low, falling object easily causes dictyosome to damage
Bad, security risk is big.
Application No. is 201620574072.1 utility model patents to disclose a kind of building safety protective net, with PVC fibre
Dimension is raw material, including frame and the grid being arranged in frame, grid following settings mesh sheet, and mesh sheet surrounding and the frame
It is connected and fixed, forms grid and mesh sheet upper and lower level resists the effect of external impacts jointly, improve protection effect.Although above structure
The impact resistant capability of safety net can be improved to a certain extent, but there is also following problems: grid and mesh sheet are divided to be double-deck
Body formula structure, rely on is being connected and fixed for surrounding and frame for the two fixed, and the impact resistance of dictyosome is undesirable, and safety has
Wait improve.
Application No. is a kind of warp knit building safety protective nets that 201720589016.X utility model is announced, and are washed with polyester
Synthetic fibre long filament is raw material, and grid and mesh sheet, which interweave with bundling, is only limitted to the not friendship of weft yarn at longitude and latitude band juxtaposition and on latitude band
Fork is affixed in mesh sheet through band, and grid and mesh sheet a part intersection bundle, and a part is divided into upper layer and lower layer, rearward
The bonding of road coating sizing material, bonds insecure, and warp thread can be extracted out, and grid and mesh sheet are Semi separation type structure, the impact resistance of dictyosome,
Safety requires to improve.
Therefore, need a kind of stress more evenly, the building protective screening that load-bearing is good, shock resistance, safety coefficient are high.
Utility model content:
To solve the above problems, overcome the deficiencies in the prior art, the utility model provides a kind of secured, impact resistance, peace
The high integral type warp knit building safety protective net of full property.
To achieve the above object, integral type warp knit building safety protective net provided by the utility model, including integrated woven
The grid and mesh sheet of structure, grid includes transverse and longitudinal intersection through band and latitude band, described to be woven to preset quantity through band and latitude band
The identical cycling element of structure；The adjacent gap through being respectively arranged with preset length between band and adjacent weft band；The mesh sheet is
Adjacent bundled yarn, which interweaves, bundlees the Dense mesh screen of formation；Laying-in yarn, the inlaid thread that preset quantity is respectively included through band, latitude band
Yarn, adjacent two bundled yarns intersection are bundled in through on each laying-in yarn of band and latitude with engaging portion, stuffer weft, and adjacent two
A bundled yarn intersection be bundled in it is non-through on each laying-in yarn of band and latitude with engaging portion and it is non-through band and latitude with the every of engaging portion
On a piece stuffer weft.
Further, the laying-in yarn and stuffer weft material are the twisting of polyester fiber industrial filament into the thick of 8333dtex
Yarn；The bundled yarn material is 666dtex polyester filament.
Further, described through with 6 laying-in yarn compositions, latitude is with 6 stuffer weft compositions, two adjacent bundled yarns
Intersection is bundled in 6 laying-in yarns through band and latitude with engaging portion, on stuffer weft, and adjacent two bundled yarns intersection is bundled in non-warp
On the 6 laying-in yarns of band and latitude with engaging portion and on non-6 stuffer wefts through band and latitude with engaging portion.
Further, in 1 cycling element of grid, laying-in yarn 6 wears 12 skies, and stuffer weft 6 wears 15 skies；Bundled yarn exists
There are at laying-in yarn 7 to wear 11 skies, 11 wear 7 skies at linerless warp thread；Bundled yarn is using warp plain stitch's braiding structure, laying-in yarn using traversing
Braiding structure.
Further, the dictyosome surface coats flame retardant coating.
The beneficial effects of the utility model are: tricot machine by adjacent bundled yarn be cross-woven through band, latitude band it is each
On a laying-in yarn, stuffer weft, grid and mesh sheet are integrally formed, and grid involves a kind of external broach to mesh sheet generation, are risen in dictyosome
To skeleton supporting function, it can prevent dictyosome from shrinking, to make the specification of dictyosome be consistent always with scaffold size, i.e.,
Selvage can be close to scaffold always, substantially increase the safety used.The laying-in yarn and weft-inserted yams of grid are thick, and mutually
Vertically, this structure transmits the pressure energy for being applied to wire side effectively through band, latitude band around by node, thus significantly
Improve wire side entirety bearing capacity.When external force is applied to a certain through on band, latitude band, external force is uniformly also distributed to other
Reduce single concentration bearing capacity through band, on latitude band, thus do not easily cause the fracture through band, latitude band.Dictyosome stress is equal
Even, dictyosome intensity is high, and dictyosome can bear the weight of falling object and the longitudinal pulling force of impact distance, impact strength, pacifies
Overall coefficient is high, can protect construction personnel or pedestrains safety.
Detailed description of the invention:
Attached drawing 1 is the structural schematic diagram of the utility model；
Attached drawing 2 is the attachment structure schematic diagram of the utility model laying-in yarn, stuffer weft and bundled yarn；
In attached drawing: 1, laying-in yarn, 2, stuffer weft, 3, bundled yarn, 4, through band, 5, latitude band.
Specific embodiment:
To keep the purposes, technical schemes and advantages of the utility model implementation clearer, below in conjunction with the utility model
Attached drawing, the utility model is further described in more detail.
In the description to the utility model, it is to be understood that indicating position or positional relationship are described as based on attached
Orientation or positional relationship shown in figure, is merely for convenience of describing the present invention and simplifying the description, rather than indication or suggestion
Signified device or element must have a particular orientation, be constructed and operated in a specific orientation, therefore should not be understood as to this
The limitation of utility model protection range.
In the description of the present invention, it should be noted that unless otherwise clearly defined and limited, term " is set
Set ", " connected ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, being rotatablely connected, be slidably connected, being also possible to
It is detachably connected, or is integrally connected；It can be mechanical connection, be also possible to be electrically connected；It can be directly connected, can also lead to
It crosses intermediary to be indirectly connected, can be the connection inside two elements.It for the ordinary skill in the art, can be with
Concrete condition understands the concrete meaning of above-mentioned term in the present invention.
As shown in attached 1 and 2, integral type warp knit building safety protective net, grid and mesh sheet including integrated woven structure, lattice
Grid include transverse and longitudinal intersection through band 4 and latitude band 5, described single through the circulation identical with the structure that latitude band 5 is woven to preset quantity of band 4
Member；The adjacent gap through being respectively arranged with preset length between band 4 and adjacent weft band 5；The mesh sheet is that adjacent bundled yarn 3 is handed over
Knit the Dense mesh screen that binding is formed；Laying-in yarn 1, the stuffer weft 2 that preset quantity is respectively included through band 4, latitude band 5, adjacent two
A intersection of bundled yarn 3 is bundled in each laying-in yarn 1 through 5 engaging portion of band 4 and latitude band, on stuffer weft 2, two adjacent bindings
The intersection of yarn 3 is bundled on the non-each laying-in yarn 1 through 5 engaging portion of band 4 and latitude band and non-through the every of 5 engaging portion of band 4 and latitude band
On a piece stuffer weft 2.
The laying-in yarn 1 and 2 material of stuffer weft are textured yarn of the polyester fiber industrial filament twisting at 8333dtex；Institute
Stating 3 material of bundled yarn is 666dtex polyester filament.
Described to be made of through band 46 laying-in yarns 1, latitude band 5 is made of 6 stuffer wefts 2, and two adjacent bundled yarns 3 intersect
It is bundled in 6 laying-in yarns 1 through 5 engaging portion of band 4 and latitude band, on stuffer weft 2, adjacent two bundled yarns 3 intersection is bundled in non-
On 6 laying-in yarns 1 through 5 engaging portion of band 4 and latitude band and on non-6 stuffer wefts 2 through 5 engaging portion of band 4 and latitude band.
In 1 cycling element of grid, laying-in yarn 16 wears 12 skies, and bundled yarn 3 wears 11 skies, nothings having at laying-in yarn 17
11 wear 7 skies at laying-in yarn 1, and stuffer weft 26 wears 15 skies；Bundled yarn 3 uses traversing volume using warp plain stitch's braiding structure, laying-in yarn 1
Knit structure.
The dictyosome surface coats flame retardant coating.
Laying-in yarn 1 and 2 material of stuffer weft are textured yarn of the polyester fiber industrial filament twisting at 8333dtex, intensity
Height, 3 material of bundled yarn are 666dtex polyester filament；Grid includes transverse and longitudinal intersection through band 4 and latitude band 5, is compiled through band 4 and latitude band 5
It is woven to the identical cycling element of structure of preset quantity；It is adjacent through being respectively arranged with preset length between band 4 and adjacent weft band 5
Gap；The mesh sheet is the Dense mesh screen that the adjacent intertexture binding of bundled yarn 3 is formed；It is described to be made of through band 46 laying-in yarns 1, latitude
Band 5 is made of 6 stuffer wefts 2, and adjacent two bundled yarns 3 intersection is bundled in 6 laying-in yarns through 5 engaging portion of band 4 and latitude band
1, on stuffer weft 2, adjacent two bundled yarns 3 intersection is bundled on non-6 laying-in yarns 1 through 5 engaging portion of band 4 and latitude band and non-
On 6 stuffer wefts 2 through 5 engaging portion of band 4 and latitude band, in 1 cycling element of grid, laying-in yarn 16 wears 12 skies, inlaid thread
Yarn 26 wears 15 skies, density on machine: 3 rows/cm；The bundled yarn 3 controls warp run-in using two sets of warp beams, there is laying-in yarn 1
Place use a set of warp beam warp let-off, the thick warp run-in of laying-in yarn 1 is big, and bundled yarn 3 wears 11 skies, linerless warp thread having at laying-in yarn 17
1 place uses the another set of warp beam warp let-off, and warp run-in is small, and 11 wear 7 skies at linerless warp thread 1；The grid and mesh sheet are by adjacent
The intertexture of bundled yarn 3 bundles, and merges integral structure, the work of bundled yarn 3 is knitted traversing through flat sennit, and laying-in yarn 1 laterally moves；
Adjacent two bundled yarns 3 intersection is bundled in each laying-in yarn 1 through 5 engaging portion of band 4 and latitude band, on stuffer weft 2, adjacent
Two bundled yarns 3 intersection is bundled on the non-each laying-in yarn 1 through 5 engaging portion of band 4 and latitude band and non-through 5 knot of band 4 and latitude band
On each stuffer weft 2 in conjunction portion；Surface of the present invention coats flame retardant coating, not only has flame retarding function, but also reach beautiful effect
Fruit accomplishes self-extinguishing without fire, can reach that afterflame 3.42s, glow 3.85s.
It is those skilled in the art known technology in addition to the technical characteristic described in the specification.
Claims (4)
1. integral type warp knit building safety protective net, grid and mesh sheet including integrated woven structure, grid include transverse and longitudinal intersection
Through band (4) and latitude band (5), the identical cycling element of structure through being woven to preset quantity with (4) and latitude band (5)；Phase
Neighbour is through being respectively arranged with the gap of preset length between band (4) and adjacent weft band (5)；The mesh sheet is adjacent bundled yarn (3)
The Dense mesh screen that the binding that interweaves is formed；Laying-in yarn (1), the stuffer weft that preset quantity is respectively included through band (4), latitude band (5)
(2), it is characterised in that: two adjacent bundled yarns (3), which are intersected, is bundled in each lining through band (4) and latitude band (5) engaging portion
On warp thread (1), stuffer weft (2), adjacent two bundled yarns (3) intersection is bundled in non-through the every of band (4) and latitude band (5) engaging portion
On a piece laying-in yarn (1) and on the non-each stuffer weft (2) through band (4) and latitude band (5) engaging portion.
2. integral type warp knit building safety protective net as described in claim 1, it is characterised in that the laying-in yarn (1) and inlaid thread
Yarn (2) material is textured yarn of the polyester fiber industrial filament twisting at 8333dtex；Bundled yarn (3) material is
666dtex polyester filament.
3. integral type warp knit building safety protective net as described in claim 1, it is characterised in that described to have 6 linings through band (4)
Warp thread (1) composition, latitude band (5) be made of 6 stuffer wefts (2), two adjacent bundled yarns (3) intersect be bundled in through with (4) and
On 6 laying-in yarns (1) of latitude band (5) engaging portion, stuffer weft (2), two adjacent bundled yarns (3) intersect be bundled in it is non-through band
(4) and on 6 laying-in yarns (1) of latitude band (5) engaging portion and on non-6 stuffer wefts (2) through band (4) and latitude band (5) engaging portion.
4. integral type warp knit building safety protective net as described in claim 1, it is characterised in that the circulation of 1 of grid is single
In member, laying-in yarn (1) 6 wears 12 skies, and bundled yarn (3) is having at laying-in yarn (1) 7 to wear 11 skies, and 11 wear 7 skies, lining at linerless warp thread (1)
Weft yarn (2) 6 wears 15 skies；Bundled yarn (3) uses traversing braiding structure using warp plain stitch's braiding structure, laying-in yarn (1).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821086962.3U CN208502304U (en) | 2018-07-10 | 2018-07-10 | Integral type warp knit building safety protective net |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821086962.3U CN208502304U (en) | 2018-07-10 | 2018-07-10 | Integral type warp knit building safety protective net |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208502304U true CN208502304U (en) | 2019-02-15 |
Family
ID=65283467
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821086962.3U Active CN208502304U (en) | 2018-07-10 | 2018-07-10 | Integral type warp knit building safety protective net |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208502304U (en) |
-
2018
- 2018-07-10 CN CN201821086962.3U patent/CN208502304U/en active Active
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