CN203961326U - Superaltitude outrigger platform Flexible Safety protector - Google Patents
Superaltitude outrigger platform Flexible Safety protector Download PDFInfo
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- CN203961326U CN203961326U CN201420328529.1U CN201420328529U CN203961326U CN 203961326 U CN203961326 U CN 203961326U CN 201420328529 U CN201420328529 U CN 201420328529U CN 203961326 U CN203961326 U CN 203961326U
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- retainer ring
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- wire rope
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Abstract
The utility model discloses a kind of superaltitude outrigger platform Flexible Safety protector, comprise the protective framework being arranged between upper mounting plate and lower platform, on protective framework, be equipped with protective screening, described protective framework comprises retainer ring and lower retainer ring, upper retainer ring is arranged on upper mounting plate front end bottom, lower retainer ring and upper retainer ring are oppositely arranged on lower platform, the vertical rope of wire rope two ends are fixed by snap between upper retainer ring and lower retainer ring, and transverse steel wire rope is arranged on the vertical rope of wire rope by rope clamp.The utility model is simple to operate, handsome in appearance, practical, fabrication and installation speed is fast, simple operation, security protection effect are remarkable, the flexible effect of whole protector can fully cushion the larger horizontal wind load bearing in superaltitude, reduce the infringement of horizontal wind load to superaltitude protector, protector also has certain rigidity intensity in addition, can stop the situation of falling from high altitude and falling object from high altitude to occur.
Description
Technical field
The utility model relates to a kind of building operations protector, especially superaltitude outrigger platform Flexible Safety protector.
Background technology
In TV transmission tower work progress, TV transmission tower tower whole is circular configuration, and turret structure forms frame form by hoistway and outer pylon and crossbeam.Inside establish revolving restaurant, sightseeing platform etc.Yet the operation platform of encorbelmenting of high building sightseeing layer and revolving restaurant layer is chosen length with respect to high building refuge story maximum and reached 8m, this requires the outer facade of cylinder to adopt Fencing protection.Again because the operation platform protector of encorbelmenting belongs to superaltitude operation, in work high above the ground, be subject to larger wind load, outrigger platform physical dimension is less, can not guarantee to safeguard reserved larger safe space, outside, this brings constructional difficulties to traditional double-pole scaffold protection, scaffolding carrying, the support body work such as set up all will complete the superaltitude of 180 meters, support body set up and the Demolition Construction cycle long, in process, construction material and constructor's falling from high altitude dangerous matter sources are difficult to control, double-row steel pipe scaffold and steel work be needed connects reinforcing, to cause obstacle to decorative engineering construction again.In installation process, workman does not have rigid support point, and workman's operation difficulty degree is large, dangerous high.
Utility model content
To be the protection of traditional double-pole scaffold belong in operation at the superaltitude operation platform protector of encorbelmenting the technical problems to be solved in the utility model, because work high above the ground is subject to larger wind load, outrigger platform physical dimension is less, can not guarantee to safeguard reserved larger safe space, outside, and scaffolding carrying, the support body work such as set up all will complete the superaltitude of 180 meters, support body set up and the Demolition Construction cycle long, in process, construction material and constructor's falling from high altitude dangerous matter sources are difficult to control, double-row steel pipe scaffold and steel work be needed connects reinforcing, to cause obstacle to decorative engineering construction again.In installation process, workman does not have rigid support point, and workman's operation difficulty degree is large, dangerous high.
For solving the problems of the technologies described above, the utility model provides technical scheme as follows:
The utility model superaltitude outrigger platform Flexible Safety protector, comprise the protective framework being arranged between upper mounting plate and lower platform, on protective framework, be equipped with protective screening, described protective framework comprises retainer ring and lower retainer ring, upper retainer ring is arranged on the pole front end bottom of encorbelmenting, lower retainer ring and upper retainer ring are oppositely arranged on lower platform, and the vertical rope of wire rope two ends are fixed by snap between upper retainer ring and lower retainer ring, and transverse steel wire rope is arranged on the vertical rope of wire rope by rope clamp.By protective framework being set between upper mounting plate and lower platform, on protective framework, be equipped with the mode of protective screening, make support system be closed steady status, because between upper retainer ring and lower retainer ring being founds rope by wire rope to connect, it is upper that transverse steel wire rope is arranged on the vertical rope of wire rope, and the flexible effect of wire rope can fully cushion the larger horizontal wind load bearing in superaltitude.In addition, upper mounting plate and lower platform are circle, and protector is centered around upper mounting plate and the peripheral setting of lower platform, and its cross section is also circular, and described circular cross-section can reduce the infringement of horizontal wind load to superaltitude protector greatly.
As preferred version of the present utility model, protective screening is safety net, safety net by the colligation of colligation silk on protective framework.Use the colligation of colligation silk on protective screening safety net, can play the effect that stops, protects, security protection and the isolation of the outer facade of implementation platform, both guaranteed personnel's handling safety, prevented again falling object from high altitude generation.The mesh of safety net also plays wind action in addition, can prevent from cushioning the larger horizontal wind load bearing in superaltitude.
As preferred version of the present utility model, protective screening is comprised of safety net and Dense mesh screen, carry out colligation compound, and colligation is on protective framework between safety net and Dense mesh screen by colligation silk.By Dense mesh screen is set on safety net, can further strengthen the fastness of protective screening, further play the effect of security protection.Because safety net and Dense mesh screen are web frame, mesh has wind action, can prevent from cushioning the larger horizontal wind load bearing in superaltitude again.
As preferred version of the present utility model, Dense mesh screen is flame-retardant fine mesh net.By being flame-retardant fine mesh net by close order selection by winnowing, because itself thering is fire-retardant function, can play good fireproofing function, further increased the safety of protector.
As preferred version of the present utility model, colligation silk is zinc-plated tied silk.Zinc-plated tied silk is anti-oxidant because himself having advantages of, pliability is strong, plasticity good, protective screening is firmly fixed on protective framework, and zinc-plated tied silk corrosion resistance is difficult for by force getting rusty when standing to drench with rain.
As preferred version of the present utility model, retainer ring is U-loop.
As preferred version of the present utility model, rope clamp is the rope clamp of riding.
As preferred version of the present utility model, also comprise the some poles of encorbelmenting that are arranged on upper mounting plate front end, upper retainer ring is arranged on the pole front end bottom of encorbelmenting, lower retainer ring is arranged on lower platform, described in the even annular of pole of encorbelmenting be arranged on upper mounting plate periphery.The pole of encorbelmenting is less than lower platform at upper mounting plate circumference, or uses while only having lower platform, in order to do the extension of upper mounting plate.
As preferred version of the present utility model, also comprise and be arranged on adjacent two connection supports of encorbelmenting between pole.By encorbelmenting and be provided with and connect support between pole at adjacent two, the pole of encorbelmenting is played to reinforcement effect, strengthened the stability of protector integral body.
As preferred version of the present utility model, in encorbelment pole root and upper mounting plate contact site, strengthening support is installed, and fixes by high-strength bolt.By strengthening support being set at the pole root of encorbelmenting, the pole that prevents from encorbelmenting produces distortion under stressed excessive or bad weather impact.
In sum, the advantage of the utility model superaltitude outrigger platform Flexible Safety protector is simple to operate, handsome in appearance, practical, fabrication and installation speed is fast, simple operation, security protection effect is remarkable, greatly shortened the duration of superaltitude security protection construction, and provide safety guarantee for follow-up construction, and in use fully demonstrated its advantage, whole protector major part is by wire rope, safety net and Dense mesh screen form, its flexible effect can fully cushion the larger horizontal wind load bearing in superaltitude, and its circular cross-section can reduce the infringement of horizontal wind load to superaltitude protector greatly.Simultaneously due at the beginning of installing in protection, the vertical rope of wire rope is fixing in straight configuration, and be applied in certain prestressing force, and the deadweight of the two-layer protective screening of follow-up interpolation and bear horizontal wind load, the stressed stretching of wire rope, make the protector forming possess certain rigidity intensity, the rigidity intensity of this formation is also the rigidity intensity of the needed prevention falling from high altitude of protector and falling object from high altitude just.
Accompanying drawing explanation
Fig. 1 is the top view of the utility model superaltitude outrigger platform Flexible Safety protector embodiment 1.
Fig. 2 is the A-A face sectional view of Fig. 1 of the utility model superaltitude outrigger platform Flexible Safety protector embodiment 1.
Fig. 3 is the schematic diagram of installation safety net of Fig. 2 of the utility model superaltitude outrigger platform Flexible Safety protector embodiment 1.
Fig. 4 is the top view of the utility model superaltitude outrigger platform Flexible Safety protector embodiment 3.
Fig. 5 is the B-B face sectional view of Fig. 1 of the utility model superaltitude outrigger platform Flexible Safety protector embodiment 3.
Fig. 6 is the installation safety net of Fig. 2 of the utility model superaltitude outrigger platform Flexible Safety protector embodiment 3 and the schematic diagram of Dense mesh screen.
The specific embodiment
Embodiment 1
As shown in Figures 1 to 3, the present embodiment superaltitude outrigger platform Flexible Safety protector is a kind of security protection system of innovation, platform is divided into upper mounting plate 10 and lower platform 11, superaltitude outrigger platform Flexible Safety protector is arranged between upper mounting plate 10 and lower platform 11, described upper mounting plate 10 and lower platform 11 are circle, and upper mounting plate 10 is less than the circumference of lower platform 11, at upper mounting plate 10 front ends, be provided with the pole 1 of encorbelmenting, the at least six roots of sensation of pole 1 of encorbelmenting, evenly annular is arranged on upper mounting plate 10 peripheries, the pole 1 of encorbelmenting adds the equal in length of the length of upper mounting plate 10 and lower platform 11, the described pole 1 of encorbelmenting can be i iron.
Between pole 1 and lower platform 11, be provided with protective framework encorbelmenting, on protective framework, be equipped with protective screening.
Described protective framework comprises retainer ring 2 and lower retainer ring 3, and fixed ring 2 and lower retainer ring 3 can be U-loop.U-loop is welded to the end of encorbelmenting of pole 1 i iron of encorbelmenting, to guarantee the convenient and practical safety of installation of the vertical rope 4 of protector wire rope.Lower retainer ring 3 is oppositely arranged on lower platform 11 according to the position of upper retainer ring, the vertical rope of wire rope 4 two ends are fixed between upper retainer ring 2 and lower retainer ring 3 by buckle 5, the vertical rope of wire rope that the vertical rope 4 of wire rope is Φ 12mm, transverse steel wire rope 6 is arranged on the vertical rope 4 of wire rope by rope clamp 7, transverse steel wire rope 6 is the transverse steel wire rope of Φ 8mm, and rope clamp 7 can be the rope clamp of riding.
Described protective screening is safety net 8, and safety net 8 is by the colligation of colligation silk on protective framework, and colligation silk can be zinc-plated tied silk.Zinc-plated tied silk is anti-oxidant because himself having advantages of, pliability is strong, plasticity good, protective screening is firmly fixed on protective framework, and zinc-plated tied silk corrosion resistance is difficult for by force getting rusty when standing to drench with rain.Safety net 8 can play the effect that stops, protects, and security protection and the isolation of the outer facade of implementation platform, both guaranteed personnel's handling safety, prevented again falling object from high altitude generation.The mesh of safety net 8 also plays wind action in addition, can prevent from cushioning the larger horizontal wind load bearing in superaltitude.
Encorbelment to be provided with between pole 1 and connect support 9 for adjacent two, on the Flat-end position of encorbelmenting of the pole 1 of encorbelmenting, punch, in order to install, connect support 9, by encorbelmenting and be provided with and connect support 9 between pole at adjacent two, the stability of having strengthened protector integral body is encorbelmented and is utilized angle steel to connect between i iron to meet each, and then can form the closed steady status of the support system of encorbelmenting.
The mounting method of the present embodiment superaltitude outrigger platform Flexible Safety protector is as follows:
1, the pole of encorbelmenting is installed: according to design drawing and in conjunction with on-site actual situations chosen position, upper mounting plate 10 is positioned to punching, the pole 1 of encorbelmenting is installed to punching assigned address, when pole 1 is encorbelmented in installation, with sandbag, push down the pole afterbody of encorbelmenting, pole 1 tilting unstability prevents from encorbelmenting;
2, retainer ring is installed: the every pole of encorbelmenting, one group of U-shaped retainer ring is set respectively for 1 time, every group of U-shaped retainer ring is comprised of upper retainer ring 2 and lower retainer ring 3, upper retainer ring 2 is welded to the pole 1 front end bottom of encorbelmenting, lower retainer ring 3 is arranged on lower platform 11 according to the position correspondence of upper retainer ring, to guarantee the namely convenient and practical safety of installation of the vertical rope 4 of wire rope of protector longitudinal steel wire rope;
3, install to connect support: punching in advance on the pole 1 of encorbelmenting is encorbelmented the plan-position of termination, install and connect support 9 support system of entering to make to encorbelment and form closed steady status;
4, the vertical rope of wire rope is installed: from the U-shaped retainer ring drawknot point of pole 1 termination of encorbelmenting, with Φ 12mm steel wire penetrating retainer ring and with buckle 5, complete fixed installation longitudinal steel wire rope upper end, namely wire rope is vertical restricts 4, then the retainer ring 3 being progressively lowered on the lower platform 11 of longitudinal steel wire rope 4 lower ends carries out drawknot point, and utilize buckle 5 to complete the fixed installation to lower end drawknot point, and guarantee longitudinal steel wire rope namely the vertical rope 4 of wire rope in straight configuration but and do not stress;
5, transverse steel wire rope is installed: at the longitudinal steel wire rope installing namely on the basis of the vertical rope 4 of wire rope, wire rope is peripheral along the longitudinal, measure transverse steel wire rope 6 blanking of Φ 8mm, first transverse steel wire rope 6 is installed from longitudinal steel wire rope 4 lower ends, wire rope 4 peripheral annular are installed transverse steel wire rope 6 along the longitudinal, wire rope one end is first fixed to utilize afterwards and is drawn the cucurbit wire rope other end that admittedly stretches, make longitudinal steel wire rope 4 body straight configurations, then at longitudinal steel wire rope 4 and transverse steel wire rope 6 interface points, utilize rope clamp 7 to fix one by one, again Chain block is stretched to hold with fixed end overlap joint and fix, and then the transverse steel wire rope 6 of formation first closure.Then upwards second, third road transverse steel wire rope 6 is installed to assigned address successively, and still protection Design requirement, the control of transverse steel wire rope 6 spacing and encrypted area spacing guaranteed;
6, safety net fabrication and installation: because whole protective screening requires width very large, existing safety net 8 width are less need to first be carried out slightly connecting and assembledly just can meet designing requirement, so in advance that safety net 8 is prepared in advance assembled, by zinc-plated tied silk, carry out colligation in flakes respectively, connect closely knit, form large stretch of safety net of 12m * 6m specification, then one by one and be spliced to form the method construction of protector unitary closed;
7, close up and process: after safety net 8 colligations, when the closing in of protective screening end opening and lower platform is processed, set up again 1.2 meters of high safety nets 8 of one deck, at protective screening facade and platform intersection, draw the zinc-plated tied silk of a circle Φ 10mm to push down safety net, to under safety net, translate on platform again, with the wide batten of 50 ~ 100mm nail, be pressed onto on platform, make tight connection the between flexible outer protection and each outrigger platform layer, do not stay dead angle, strengthen protection integrality and safety.
Embodiment 2
The structure of the structure of the present embodiment superaltitude outrigger platform Flexible Safety protector and embodiment 1 superaltitude outrigger platform Flexible Safety protector is basic identical, and its difference has 2 points:
First difference is that protective screening is comprised of safety net and Dense mesh screen, carry out colligation compound, and colligation is on protective screening between safety net and Dense mesh screen by colligation silk.Dense mesh screen can be flame-retardant fine mesh net, and flame-retardant fine mesh net, because itself having fire-retardant function, can play good fireproofing function, has further increased the safety of protector.By Dense mesh screen is set on safety net, can further strengthen the fastness of protective screening, further play the effect of security protection.Because safety net and Dense mesh screen are web frame, mesh has wind action, can prevent from cushioning the larger horizontal wind load bearing in superaltitude again.
Second point difference is, in encorbelment pole root and upper mounting plate contact site, strengthening support is installed, and fixes by high-strength bolt, and the strengthening support pole that can prevent from encorbelmenting produces distortion under stressed excessive or bad weather impact.
The mounting method of the mounting method of the present embodiment superaltitude outrigger platform Flexible Safety protector and embodiment 1 superaltitude outrigger platform Flexible Safety protector is basic identical, its difference also has 2 points, be wherein, after protective framework installs, when protective screening is installed for security consideration protector excessive height, as adopt monolithic safety net and Dense mesh screen to mount respectively, due to safety net and the Dense mesh screen number of plies more, can cause speed of application slow, difficulty of construction and the dangerous shortcoming thereupon increasing, so adopt in advance that double-deck safety net and Dense mesh screen is prepared in advance assembled, by zinc-plated tied silk, carry out colligation in flakes respectively, connect closely knit, form the double-deck safety net of sheet of 12m * 6m specification, then one by one and be spliced to form the method construction of protector unitary closed.On the other hand, after the pole of encorbelmenting installs, then size is installed strengthening support to encorbelment pole root and upper mounting plate connecting portion on request, and cross-under high-strength bolt is fixed.
Embodiment 3
As shown in Figs. 4-6, the present embodiment superaltitude outrigger platform Flexible Safety protector, comprises the protective framework being arranged between upper mounting plate 10 and lower platform 11, and upper mounting plate 10 is identical with the circumferential size of lower platform 11, is equipped with protective screening on protective framework.Protective framework comprises upper retainer ring 2 and the lower retainer ring 3 being separately positioned on upper mounting plate 10 and lower platform 11, and fixed ring 2 and lower retainer ring 3 can be U-loop.Upper retainer ring 2 is arranged on upper mounting plate 10 front end bottoms, lower retainer ring 3 is oppositely arranged on lower platform 11 with upper retainer ring 2, the vertical rope of wire rope 4 two ends are fixed between upper retainer ring 10 and lower retainer ring 11 by buckle 5, and transverse steel wire rope 6 is arranged on the vertical rope 4 of wire rope by the rope clamp 7 of riding.
Protective screening is by safety net and flame-retardant fine mesh net 12 is compound forms, and flame-retardant fine mesh net 12, because itself having fire-retardant function, can play good fireproofing function, has further increased the safety of protector.Between safety net and Dense mesh screen 12, by zinc-plated colligation silk, carry out colligation compound, and colligation is on protective framework.On protective screening, can play the effect that stops, protects, security protection and the isolation of the outer facade of implementation platform, both guaranteed personnel's handling safety, prevented again falling object from high altitude generation.In addition, by Dense mesh screen is set on safety net, can further strengthen the fastness of protective screening, further play the effect of security protection, equally, safety net and Dense mesh screen are web frame, and mesh has wind action, can prevent from cushioning the larger horizontal wind load bearing in superaltitude.
The mounting method of the present embodiment superaltitude outrigger platform Flexible Safety protector is as follows:
1, retainer ring is installed: under between upper mounting plate 10 and lower platform 11, weld respectively one group of U-shaped retainer ring, every group of U-shaped retainer ring is comprised of upper retainer ring 2 and lower retainer ring 3, upper retainer ring 2 is welded to upper mounting plate 10 front end bottoms, lower retainer ring 3 is arranged on lower platform 11 according to the position correspondence of upper retainer ring, to guarantee the namely convenient and practical safety of installation of the vertical rope 4 of wire rope of protector longitudinal steel wire rope;
2, the vertical rope of wire rope is installed: from the U-shaped retainer ring drawknot point on upper mounting plate 10, with retainer ring in Φ 12mm steel wire penetrating 2 and with buckle 5, complete fixed installation longitudinal steel wire rope upper end, namely wire rope is vertical restricts 4, then the retainer ring 3 being progressively lowered on the lower platform 11 of longitudinal steel wire rope 4 lower ends carries out drawknot point, and utilize buckle 5 to complete the fixed installation to lower end drawknot point, and guarantee longitudinal steel wire rope namely the vertical rope 4 of wire rope in straight configuration but and do not stress;
5, transverse steel wire rope is installed: at the longitudinal steel wire rope installing namely on the basis of the vertical rope 4 of wire rope, wire rope is peripheral along the longitudinal, measure transverse steel wire rope 6 blanking of Φ 8mm, first transverse steel wire rope 6 is installed from longitudinal steel wire rope 4 lower ends, wire rope 4 peripheral annular are installed transverse steel wire rope 6 along the longitudinal, wire rope one end is first fixed to utilize afterwards and is drawn the cucurbit wire rope other end that admittedly stretches, make longitudinal steel wire rope 4 body straight configurations, then at longitudinal steel wire rope 4 and transverse steel wire rope 6 interface points, utilize rope clamp 7 to fix one by one, again Chain block is stretched to hold with fixed end overlap joint and fix, and then the transverse steel wire rope 6 of formation first closure.Then upwards second, third road transverse steel wire rope 6 is installed to assigned address successively, and still protection Design requirement, the control of transverse steel wire rope 6 spacing and encrypted area spacing guaranteed;
6, safety net and Dense mesh screen produced with combination are installed: in advance that double-deck safety net and Dense mesh screen is prepared in advance assembled, by zinc-plated tied silk, carry out colligation in flakes respectively, connect closely knit, form the double-deck safety net of sheet of 12m * 6m specification, then one by one and be spliced to form the method construction of protector unitary closed;
7, close up and process: after safety net and the compounded protective screening colligation of Dense mesh screen, when the closing in of protective screening end opening and lower platform is processed, set up again 1.2 meters of high safety nets 8 of one deck, at protective screening facade and platform intersection, draw the zinc-plated tied silk of a circle Φ 10mm to push down safety net, to under safety net, translate on platform again, with the wide batten of 50 ~ 100mm nail, be pressed onto on platform, make tight connection the between flexible outer protection and each outrigger platform layer, do not stay dead angle, strengthen protection integrality and safety.
The utility model superaltitude outrigger platform Flexible Safety protector, in the multi-functional launching tower engineering of Zhoukou City's radio and television, be applied and obtain good construction effect, its fabrication and installation speed is fast, simple operation, security protection effect is remarkable, greatly shortened the duration of superaltitude security protection construction, and provide safety guarantee for follow-up construction, and in use fully demonstrated its advantage, whole protector major part is by wire rope, safety net and Dense mesh screen form, its flexible effect can fully cushion the larger horizontal wind load bearing in superaltitude, and its circular cross-section can reduce the infringement of horizontal wind load to superaltitude protector greatly.Simultaneously due at the beginning of installing in protection, the vertical rope of wire rope is fixing in straight configuration, and be applied in certain prestressing force, and the deadweight of the two-layer protective screening of follow-up interpolation and bear horizontal wind load, the stressed stretching of wire rope, make the protector forming possess certain rigidity intensity, the rigidity intensity of this formation is also the rigidity intensity of the needed prevention falling from high altitude of protector and falling object from high altitude just.
The control main points of technique are incorporation engineering actual needs, using its convenient operation, moulding feature choose reasonable construction sequence, technique and technical measures random, saving of work and time is the key that guarantees flexible protective device workmanship, work out in addition effective site quality management measure very necessary, the aspects such as flexible protective device procedure-node, outer perception are checked, maintain strict control over gate of the quality monitoring.
Below by reference to the accompanying drawings each embodiment of the present utility model is explained in detail, but the utility model is not limited to above-mentioned embodiment, in the ken possessing affiliated technical field technician, can also under the prerequisite that does not depart from the utility model aim, make various variations.
Claims (10)
1. a superaltitude outrigger platform Flexible Safety protector, comprise the protective framework being arranged between upper mounting plate (10) and lower platform (11), on protective framework, be equipped with protective screening, it is characterized in that: described protective framework comprises retainer ring (2) and lower retainer ring (3), upper retainer ring (2) is arranged on upper mounting plate (10) front end bottom, lower retainer ring (3) is oppositely arranged on lower platform (11) with upper retainer ring, the vertical rope of wire rope (4) two ends are fixed between upper retainer ring and lower retainer ring by buckle (5), transverse steel wire rope (6) is arranged on the vertical rope of wire rope (4) by rope clamp (7).
2. superaltitude outrigger platform Flexible Safety protector according to claim 1, is characterized in that: described protective screening is safety net (8), safety net (8) by the colligation of colligation silk on protective framework.
3. superaltitude outrigger platform Flexible Safety protector according to claim 1, is characterized in that: described protective screening is comprised of safety net and Dense mesh screen, carry out colligation compound, and colligation is on protective screening between safety net and Dense mesh screen by colligation silk.
4. superaltitude outrigger platform Flexible Safety protector according to claim 3, is characterized in that: described Dense mesh screen is flame-retardant fine mesh net.
5. superaltitude outrigger platform Flexible Safety protector according to claim 3, is characterized in that: described colligation silk is zinc-plated tied silk.
6. according to the superaltitude outrigger platform Flexible Safety protector described in claim 1 to 5 any one, it is characterized in that: fixed ring (2) and lower retainer ring (3) are U-loop.
7. according to the superaltitude outrigger platform Flexible Safety protector described in claim 1 to 5 any one, it is characterized in that: described rope clamp (7) is the rope clamp of riding.
8. superaltitude outrigger platform Flexible Safety protector according to claim 1, it is characterized in that: also comprise the some poles of encorbelmenting (1) that are arranged on upper mounting plate front end, upper retainer ring (2) is arranged on the pole of encorbelmenting (1) front end bottom, it is upper that lower retainer ring (3) is arranged on lower platform (11), described in encorbelment pole (1) evenly annular be arranged on upper mounting plate (10) periphery.
9. superaltitude outrigger platform Flexible Safety protector according to claim 8, is characterized in that: also comprise and be arranged on adjacent two connection supports (9) of encorbelmenting between pole.
10. superaltitude outrigger platform Flexible Safety protector according to claim 8 or claim 9, is characterized in that: at the pole of encorbelmenting (1) root and upper mounting plate contact site, strengthening support is installed, and fixes by high-strength bolt.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420328529.1U CN203961326U (en) | 2014-06-19 | 2014-06-19 | Superaltitude outrigger platform Flexible Safety protector |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420328529.1U CN203961326U (en) | 2014-06-19 | 2014-06-19 | Superaltitude outrigger platform Flexible Safety protector |
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| Publication Number | Publication Date |
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| CN203961326U true CN203961326U (en) | 2014-11-26 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420328529.1U Expired - Fee Related CN203961326U (en) | 2014-06-19 | 2014-06-19 | Superaltitude outrigger platform Flexible Safety protector |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106241542A (en) * | 2016-08-29 | 2016-12-21 | 杨雯凯 | A kind of lifesaving appliance being placed in elevator pit |
| CN109184244A (en) * | 2018-11-08 | 2019-01-11 | 重庆建工住宅建设有限公司 | A kind of construction method that overhanging rope-mesh type is horizontal protective shed |
| CN109296193A (en) * | 2018-11-22 | 2019-02-01 | 蒿振侠 | A kind of chain type pendant object protective net |
| CN113123234A (en) * | 2019-12-31 | 2021-07-16 | 鲲鹏建设集团有限公司 | Umbrella-shaped protection device |
-
2014
- 2014-06-19 CN CN201420328529.1U patent/CN203961326U/en not_active Expired - Fee Related
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN106241542A (en) * | 2016-08-29 | 2016-12-21 | 杨雯凯 | A kind of lifesaving appliance being placed in elevator pit |
| CN109184244A (en) * | 2018-11-08 | 2019-01-11 | 重庆建工住宅建设有限公司 | A kind of construction method that overhanging rope-mesh type is horizontal protective shed |
| CN109184244B (en) * | 2018-11-08 | 2023-11-10 | 重庆建工住宅建设有限公司 | Cantilever cable net type horizontal protection shed and construction method |
| CN109296193A (en) * | 2018-11-22 | 2019-02-01 | 蒿振侠 | A kind of chain type pendant object protective net |
| CN109296193B (en) * | 2018-11-22 | 2021-04-02 | 福州鼓楼纹英建筑工程有限责任公司 | Chain-type falling object protective net |
| CN113123234A (en) * | 2019-12-31 | 2021-07-16 | 鲲鹏建设集团有限公司 | Umbrella-shaped protection device |
| CN113123234B (en) * | 2019-12-31 | 2022-08-26 | 凌云建设集团有限公司 | Umbrella-shaped protection device |
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