CN212308694U - Safety protection life rope system for high-altitude operation - Google Patents
Safety protection life rope system for high-altitude operation Download PDFInfo
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- CN212308694U CN212308694U CN201922422408.9U CN201922422408U CN212308694U CN 212308694 U CN212308694 U CN 212308694U CN 201922422408 U CN201922422408 U CN 201922422408U CN 212308694 U CN212308694 U CN 212308694U
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Abstract
The utility model provides a high altitude construction safety protection life rope system applied to the technical field of safety protection facilities, a stand column I (3) is arranged on a base I (1) of the high altitude construction safety protection life rope system, a support rod I (4) is arranged on the upper part of the stand column I (3), a stand column II (5) is arranged on a base II (2), a support rod II (6) is arranged on the upper part of the stand column II (5), one end of a life rope body (7) of a life rope is connected with a connecting lock catch I (8) and a life rope fixing clamp I (9), the connecting lock catch I (8) is connected with a tensioner I (10), the tensioner I (10) is connected with a support rod connecting lock catch I (11), and the support rod connecting lock catch I (11) is connected with the support rod I (4), the high altitude construction safety protection life rope system of the utility model can be applied to the logistics loading and unloading of enterprises of production processing type, waste, carry out all-round safety guarantee to personnel's aerial work in the commodity circulation loading and unloading.
Description
Technical Field
The utility model belongs to the technical field of the safety protection facility, more specifically say, relate to an aerial working safety protection life rope system.
Background
The materials such as raw and auxiliary materials, accessories and products of enterprises need to be refuted by nine-meter six-truck or thirteen-meter semi-trailer, and particularly, the logistics loading and unloading are very frequent in enterprises such as production and processing type enterprises, waste and old materials enterprises, storage and transportation enterprises and the like. Due to the working requirements of cargo inspection, rain cloth covering (environmental protection, traffic road administration requirements, or rain and snow weather), stacking tidiness and the like, workers are required to operate above the truck or at the top of materials, the operation height is basically about 4-6 meters according to the difference of the cargo and the vehicles, the high-altitude operation belongs to one-level or second-level high-altitude operation, the loading and unloading areas of most of enterprises do not have climbing facilities and protective measures at present, the safety problems that the workers climb from the truck to the top of the truck, the worn safety belts are hung everywhere and the like, and other tools such as the rain cloth are difficult to convey to the top of the truck are solved. Affecting the efficiency and safety of the operation.
SUMMERY OF THE UTILITY MODEL
The utility model discloses the technical problem that will solve is: the high-altitude operation safety protection life rope system is simple in structure, can be applied to logistics loading and unloading of enterprises such as production and processing type enterprises, waste materials enterprises, storage and transportation enterprises, is convenient to operate up and down and move, can carry out all-around safety guarantee on high-altitude operation of personnel in logistics loading and unloading, meets the operation requirements of different heights, and is high in universality.
To solve the technical problem, the utility model discloses the technical scheme who takes does:
the utility model relates to an aerial work safety protection life rope system, which comprises a base I and a base II, wherein the base I is provided with a stand column I, the upper part of the stand column I is provided with a support rod I, the base II is provided with a stand column II, the upper part of the stand column II is provided with a support rod II, a life rope comprises a life rope body, one end of the life rope body is connected with a connecting lock catch I and a life rope fixing clamp I, the connecting lock catch I is connected with a tensioner I, the tensioner I is connected with a support rod connecting lock catch I, the support rod connecting lock catch I is connected with the support rod I, the other end of the life rope body is connected with a connecting lock catch II and a life rope fixing clamp II, the connecting lock catch II is connected with the tensioner II, the tensioner II is connected with a support rod connecting lock catch II, the support rod connecting lock catch II is connected, the lower end of the safety belt is provided with a safety belt hook.
Safety belt of high altitude construction safety protection life rope system include safety belt subassembly I, safety belt subassembly II, life rope slider ware, set up the pulley on the life rope slider ware, the pulley clamps on life rope body upper portion, I upper end of safety belt subassembly is connected with life rope slider ware, I lower extreme of safety belt subassembly is connected with energy absorber upper portion, II upper ends of safety belt subassembly and energy absorber sub-unit connection, II lower extremes of safety belt subassembly are connected with the safety belt couple, still set up safety belt length regulator on the safety belt subassembly II.
I upper portion of stand and II upper portions of stand pass through the stand dead lever and connect, bracing piece connecting lock detain I be connected with gyro wheel I, I medial surface of bracing piece sets up I draw-in groove of bracing piece I, I activity of gyro wheel clamps in I draw-in groove of bracing piece I, bracing piece connecting lock detain II be connected with gyro wheel II, II medial surfaces of bracing piece set up II draw-in grooves of bracing piece I, II activities of gyro wheel clamp in II draw-in grooves of bracing piece I.
I medial surface of bracing piece set up canopy slide rail I, II medial surfaces of bracing piece set up canopy slide rail II, canopy rear portion and stand dead lever fixed connection, canopy one side is in the spout of canopy slide rail I through the movable dress of blocking of a plurality of pulleys, the canopy opposite side is in the spout of canopy slide rail II through the movable dress of blocking of a plurality of pulleys.
I upper portion of stand of high altitude construction safety protection life rope system set up assistant stand I, II upper portions of stand set up assistant stand II, the support down tube I that arranges through the slope between assistant stand I and the bracing piece I is connected, the support down tube II that arranges through the slope between assistant stand II and the bracing piece II is connected.
The aerial work safety protection life rope system further comprises a lifting part, the lifting part comprises a lifting part base, a lifting hydraulic cylinder is arranged on the lifting part base, a lifting machine operation platform is arranged on the upper portion of the lifting hydraulic cylinder, a hinge support frame is further arranged between the lifting machine operation platform and the lifting part base, the lifting machine operation platform comprises a standing plate and a guardrail, an inward opening safety door is arranged on the guardrail, and a tool box is arranged on the standing plate.
High altitude construction safety protection life rope system still include solar panel, a solar panel slope sets up between bracing piece I and auxiliary column I, another solar panel slope sets up between bracing piece II and auxiliary column II, every solar panel is connected with the battery respectively, bracing piece I or bracing piece II on set up searchlight and liquid crystal display.
Base I1 bind cage I and bolt embedded part I including the reinforcing bar that is fixed pre-buried subaerial through the concrete, stand I is connected with bolt embedded part I, base II bind cage II and bolt embedded part II including the reinforcing bar that is fixed pre-buried subaerial through the concrete, stand II 5 is connected with bolt embedded part II.
The stand I arrange perpendicularly, stand II arrange perpendicularly, I horizontal arrangement of bracing piece, II horizontal arrangements of bracing piece.
I outside of base set up bumping post I, II outsides of base set up bumping post II.
Adopt the technical scheme of the utility model, can obtain following beneficial effect:
high altitude construction safety protection life rope system, base, stand, bracing piece form braced frame, arrange at the operation scene, and life rope body is connected with bracing piece I and bracing piece II, realizes unsettled arranging, and the safety belt hangs the dress on life rope body 7, the operating personnel of being convenient for is tied and is hung. The aerial work safety protection life rope system further comprises a lifting component. When the vehicle for loading and unloading goods is parked below the life rope during operation and the goods inspection, the rain cloth covering and other operations are needed, a person opens the safety door of the elevator, climbs the lifting component and closes the safety door. The lifting part is provided with a safety interlocking device, and after the safety door is closed, the lifting part can perform lifting operation after receiving a closing instruction of the safety door. The safety door is an inward opening type safety door, potential safety hazards caused by faults are reduced, the safety door needs to retreat when a person opens the door to go out, safety preparation is reminded to the person, and when the person returns to the elevator platform, the person directly pushes the door to enter, so that the safety door is convenient, fast and safe. According to the operation height (different vehicle types and goods heights), the lifting component is lifted to a specified position, an operator takes out the safety belt from the tool box, the length of the safety belt (hanging belt) is adjusted after the safety belt is worn, and after the safety belt (hanging belt) is hung, the safety door is opened to ascend to the roof for operation. Thus, the cargo loading and unloading requirements of different vehicles are met. The multifunctional omnibearing life rope system can be used in any production type enterprise, the safety of operating personnel is guaranteed, and the safety management level is improved; the life rope system can meet the operation requirements of different heights by adjusting the height of the hanging strip, and the installation and field space of the life rope is reduced; the life rope is provided with a buffering energy absorber, so that the damage of huge impact force to a human body at the moment of falling of a person is prevented; the elevator (lifting component) is arranged to solve the problem of maintenance of a life rope system, solve the problem that personnel tools (the rain cloth is about dozens of kilograms in weight) are not suitable to carry, solve the problem of on-site placement of safety belts and safety helmets, solve the problem of independent placement of power storage batteries (storage batteries are placed on the lifting component), and solve the problem of reaching any operation height; adopt slider ware, the couple is automatic to be followed when personnel walk, need not artificially pull to the slide rail is directly over personnel's activity area, reduces personnel and faces the limit operation and the risk of falling, reduces the safety belt and draws the pendulum collision risk that causes to one side. Aerial working safety protection life rope system, simple structure can be applied to the commodity circulation loading and unloading of enterprises such as production processing type, old and useless goods and materials, storage transportation, and reach the removal operation about being convenient for, carry out the omnidirectional safety guarantee to the aerial work of personnel in the commodity circulation loading and unloading, satisfy not co-altitude operation requirement simultaneously, the commonality is high, effectively satisfies the actual demand.
Drawings
The contents of the description and the references in the drawings are briefly described as follows:
fig. 1 is a schematic structural view of the aerial work safety protection life rope system of the present invention;
FIG. 2 is a schematic front view of the aerial work safety protection life line system shown in FIG. 1;
FIG. 3 is a schematic side view of the aerial work safety protection lifeline system of FIG. 1;
fig. 4 is a schematic structural view of the safety belt of the aerial work safety protection life rope system of the present invention;
in the drawings, the reference numbers are respectively: 1. a base I; 2. a base II; 3. a stand column I; 4. a support rod I; 5. a column II; 6. a support rod II; 7. a life rope body; 8. connecting a lock catch I; 9. a life rope fixing clamp I; 10. A tensioner I; 11. the support rod is connected with the lock catch I; 12. connecting a lock catch II; 13. a life rope fixing clamp II; 14. a tensioner II; 15. the support rod is connected with a lock catch II; 16. a seat belt; 17. a safety belt hook; 18. A safety belt component I; 19. a safety belt component II; 20. a lifeline slider; 21. a pulley; 22. an energy absorber; 23. a seat belt length adjuster; 24. fixing the upright post; 25. a canopy slide rail I; 26. a canopy; 27. an auxiliary upright post I; 28. a secondary upright post II; 29. supporting an inclined rod I; 30. a lifting member; 31. a lifting component base; 32. a lifting hydraulic cylinder; 33. an elevator operating platform; 34. a hinge support frame; 35. a standing plate; 36. a guardrail; 37. a safety door; 38. a tool box; 39. a bolt embedded part II; 40. an anti-collision column I; 41. an anti-collision column II; 42. a solar panel; 43. a searchlight; 44. and a liquid crystal display screen.
Detailed Description
The following description of the embodiments of the present invention will be made in detail with reference to the accompanying drawings, wherein the embodiments of the present invention are described in detail with reference to the accompanying drawings, for example, the shapes, structures, mutual positions and connection relations of the components, the functions and operation principles of the components, and the like:
as shown in attached drawings 1-4, the utility model relates to an aerial work safety protection life rope system, which comprises a base I1 and a base II 2, wherein the base I1 is provided with a stand I3, the upper part of the stand I3 is provided with a support rod I4, the base II 2 is provided with a stand II 5, the upper part of the stand II 5 is provided with a support rod II 6, the life rope comprises a life rope body 7, one end of the life rope body 7 is connected with a connecting lock catch I8 and a life rope fixing clamp I9, the connecting lock catch I8 is connected with a tensioner I10, the tensioner I10 is connected with a support rod connecting lock catch I11, the support rod connecting lock catch I11 is connected with the support rod I4, the other end of the life rope body 7 is connected with a connecting lock catch II 12 and a life rope fixing clamp II 13, the connecting lock catch II 12 is connected with the tensioner II 14, the tensioner II 14 is connected with a support rod, the support rod connecting lock catch II 15 is connected with the support rod II 6, the life rope body 7 is sleeved with a safety belt 16, and the lower end of the safety belt 16 is provided with a safety belt hook 17. Above-mentioned structure, base, stand, bracing piece form braced frame, arrange at the operation scene, and life rope body 7 is connected with bracing piece I4 and bracing piece II 6, realizes unsettled arranging, and the safety belt hangs the dress on life rope body 7, and the operating personnel of being convenient for is tied and is hung. The aerial work safety protection life rope system further comprises a lifting component 30. When the vehicle for loading and unloading goods is parked below the life rope during operation and the goods inspection, the rain cloth covering and other operations are needed, a person opens the safety door of the elevator, climbs the lifting component and closes the safety door. The lifting part is provided with a safety interlocking device, and after the safety door is closed, the lifting part can perform lifting operation after receiving a closing instruction of the safety door. The safety door is an inward opening type safety door, potential safety hazards caused by faults are reduced, the safety door needs to retreat when a person opens the door to go out, safety preparation is reminded to the person, and when the person returns to the elevator platform, the person directly pushes the door to enter, so that the safety door is convenient, fast and safe. According to the operation height (different vehicle types and goods heights), the lifting component is lifted to a specified position, an operator takes out the safety belt from the tool box, the length of the safety belt (hanging belt) is adjusted after the safety belt is worn, and after the safety belt (hanging belt) is hung, the safety door is opened to ascend to the roof for operation. Thus, the cargo loading and unloading requirements of different vehicles are met. The multifunctional omnibearing life rope system can be used in any production type enterprise, the safety of operating personnel is guaranteed, and the safety management level is improved; the life rope system can meet the operation requirements of different heights by adjusting the height of the hanging strip, and the installation and field space of the life rope is reduced; the life rope is provided with a buffering energy absorber, so that the damage of huge impact force to a human body at the moment of falling of a person is prevented; the elevator (lifting component) is arranged to solve the problem of maintenance of a life rope system, solve the problem that personnel tools (the rain cloth is about dozens of kilograms in weight) are not suitable to carry, solve the problem of on-site placement of safety belts and safety helmets, solve the problem of independent placement of power storage batteries (storage batteries are placed on the lifting component), and solve the problem of reaching any operation height; adopt slider ware, the couple is automatic to be followed when personnel walk, need not artificially pull to the slide rail is directly over personnel's activity area, reduces personnel and faces the limit operation and the risk of falling, reduces the safety belt and draws the pendulum collision risk that causes to one side. Aerial working safety protection life rope system, simple structure can be applied to the commodity circulation loading and unloading of enterprises such as production processing type, old and useless goods and materials, storage transportation, and reach the removal operation about being convenient for, carry out the omnidirectional safety guarantee to the aerial work of personnel in the commodity circulation loading and unloading, satisfy not co-altitude operation requirement simultaneously, the commonality is high, effectively satisfies the actual demand.
Stand I3 upper portion and II 5 upper portions of stand pass through stand dead lever 24 and connect, bracing piece connecting lock detain I11 be connected with gyro wheel I, I4 medial surfaces of bracing piece set up I draw-in groove I of bracing piece, I activity of gyro wheel clamps in I draw-in groove I of bracing piece, bracing piece connecting lock detain II 15 be connected with gyro wheel II, II 6 medial surfaces of bracing piece set up II draw-in grooves I of bracing piece, II activity of gyro wheel clamp dress in II draw-in grooves I of bracing piece.
I4 medial surfaces of bracing piece set up canopy slide rail I25, II 6 medial surfaces of bracing piece set up canopy slide rail II, canopy 26 rear portion and stand dead lever fixed connection, canopy 26 one side is in the spout of canopy slide rail I25 through the movable dress of blocking of a plurality of pulleys, 26 opposite sides of canopy are in the spout of canopy slide rail II through the movable dress of blocking of a plurality of pulleys.
I3 upper portions of stand of high altitude construction safety protection life rope system set up vice stand I27, II 5 upper portions of stand set up vice stand II 28, be connected through the support down tube I29 that the slope was arranged between vice stand I27 and the bracing piece I4, be connected through the support down tube II that the slope was arranged between vice stand II 28 and the bracing piece II 6.
The aerial work safety protection life rope system further comprises a lifting component 30, the lifting component 30 comprises a lifting component base 31, a lifting hydraulic cylinder 32 is arranged on the lifting component base 31, a lifting machine operating platform 33 is arranged on the upper portion of the lifting hydraulic cylinder 32, a hinge support frame 34 is further arranged between the lifting machine operating platform 33 and the lifting component base 31, the lifting machine operating platform 33 comprises a standing plate 35 and a guardrail 36, an inward opening safety door 37 is arranged on the guardrail 36, and a tool box 38 is arranged on the standing plate 35.
High altitude construction safety protection life rope system still include solar panel 42, a solar panel 42 slope sets up between I4 of bracing piece and auxiliary column I27, another solar panel 42 slope sets up between II 6 of bracing piece and auxiliary column II 28, every solar panel 42 is connected with the battery respectively, set up searchlight 43 and liquid crystal display 44 on I4 of bracing piece or the bracing piece II 6. Base I1 bind cage I and bolt embedded part I including the reinforcing bar that is fixed pre-buried subaerial through the concrete, stand I3 is connected with bolt embedded part I, base II 2 bind cage II and bolt embedded part II 39 including the reinforcing bar that is fixed pre-buried subaerial through the concrete, stand II 5 is connected with bolt embedded part II 39. The stand I3 arrange perpendicularly, stand II 5 arrange perpendicularly, I4 horizontal arrangements of bracing piece, II 6 horizontal arrangements of bracing piece. I1 outside of base set up bumping post I40, II 2 outsides of base set up bumping post II 41.
High altitude construction safety protection life rope system, life rope system's frame construction mainly comprises base, stand, vice stand, support down tube, bracing piece (life rope bracing piece), wherein base (base) comprises bolt built-in fitting II 39, strengthening rib, bolt etc. improves the support reliability to the stand. The lower part of the base is arranged in a foundation pit, the reinforcing steel bar bundle cage and the bolt embedded part are placed in the foundation pit and then concrete is poured and fixed, and the base steel plate is placed on the bolt embedded part and fixed by bolts. The upright post is connected with the base steel plate. Stand, auxiliary column, support down tube, bracing piece are the I-steel material, and stand and base steel sheet joint portion are all welding the strengthening rib all around.
The length of the upright post fixing rod is set to be generally 8-10 m according to the requirement, so that the requirement of vehicle operation with different lengths is met. Like a period loading and unloading number of times is more, also can set up a plurality of stands (head mast) in succession, satisfy simultaneous working, reduce stand consumptive material and vehicle latency cost. The supporting diagonal rods are used for connecting the auxiliary stand columns and the supporting rods and used for stabilizing the dead weight and stress of the supporting rods, and force is transmitted to the main stand columns to increase stability. The height of the upright post is 6-7 m, which is determined according to the highest height of the passing goods of the truck, the height of the auxiliary upright post is about 1 m, and the safety value is calculated according to mechanics. Through adopting vice stand, supporting the mode that the down tube upwards supported and arranged, optimize original type of falling L frame, increase the net height in operation below, reduce consumptive material and system dead weight, improve stability security.
The life rope sets up at two bracing piece front ends, connects the hasp to fix the life rope at the bracing piece front end with the bolt, arranges life rope tensioning ware (tensioning ware) behind the hasp, again by connecting the hasp connection life rope body (life rope body can be wire rope). The life rope body passes through the connecting lock catch and is fixed through the life rope fixing frame, and the other end of the life rope body is arranged in the same way. The tightness of the life rope is adjusted through the life rope tensioner, so that the life rope is kept in a horizontal and tight state, and looseness caused by stress is avoided. The life rope slider device is arranged on the life rope, and the slider device can smoothly move horizontally relative to the life rope body through two pulleys in the slider device. The buffering energy absorber (energy absorber) is arranged below the slider device and used for buffering sudden stress when people fall accidentally and protecting human bodies from being injured. The lower part of the energy absorber is connected with a safety belt hook through a safety belt (hanging belt), and a safety belt length regulator is arranged in the middle of the hanging belt, so that the length of the safety belt can be regulated according to actual conditions, and the operation safety requirement is met. When the operation height is 4 meters, the length of the safety belt can be adjusted through the safety belt length adjuster, and the requirement when the operation height is low is met. The hanging belt is shortened when the height is higher, the harm that the body touches the ground and swings to collide other objects when the body falls accidentally due to the fact that the safety belt rope is too long is avoided, the safety belt of the human body is kept at the hook, the buffer acts in time when the body falls accidentally, and the balance of the human body is stabilized as soon as possible.
The inner side groove of the supporting rod is provided with a canopy slide rail and a canopy pulley, the canopy is connected in the slide groove of the canopy slide rail through the pulley in a clamping manner, the canopy can be smoothly and conveniently moved in the rail direction, the pulley moves along the slide groove of the rail, the rear end of the canopy is connected with the upright post fixing rod, and the canopy can be conveniently moved and rolled up. The canopy material is materials such as canvas or other plastic sheeting, and the canopy is tailor according to life rope system size, at the even trompil of canopy both sides department to add the ring lockstitching, realize being connected of canopy and pulley through hanging the ring in pulley couple department. When goods must be loaded and unloaded again in rainy and snowy weather, the rain shed can be lifted to the rain shed through the lifter (lifting part), and the rain shed is pulled open manually, so that the risks of wet and slippery operation site, damp and damaged goods and the like are avoided. The retractable canopy is ingeniously arranged by utilizing the existing structure, the construction cost of the work shed is saved, the dead weight of a life rope system is reduced, the safety and the material consumption are improved (the heavier the system is, the higher the I-shaped steel size and the welding requirement is), and meanwhile, the safety in operation in rainy and snowy weather is guaranteed. Can also be used as a sunshade in summer.
Life rope system, set up solar cell panel above supporting the down tube, through photovoltaic power generation and store the electric energy in power battery, can accomplish life rope system power supply, need not external power supply. The power storage battery is placed inside the lifting component base, so that the waterproof requirement of the power battery is met, the storage space is saved, and the base counter weight is increased to enable the lifting of the lifting component to be more stable. The power storage battery provides electric energy for the searchlight, the lifter and the liquid crystal display screen. The life rope system can be used for a week under the full power state, and can still keep running under the continuous cloudy condition in time. Stand, lifting unit all have the bumping post all around, and the bumping post top of stand both sides is equipped with warning area reel draw-in groove, can place the warning area, pulls out the warning area before the operation and guards off the fork truck job site, and the guarantee operation region does not have other vehicle personnel and gets into.
High altitude construction safety protection life rope system, base, stand, bracing piece form braced frame, arrange at the operation scene, and life rope body is connected with bracing piece I and bracing piece II, realizes unsettled arranging, and the safety belt hangs the dress on life rope body 7, the operating personnel of being convenient for is tied and is hung. The aerial work safety protection life rope system further comprises a lifting component. When the vehicle for loading and unloading goods is parked below the life rope during operation and the goods inspection, the rain cloth covering and other operations are needed, a person opens the safety door of the elevator, climbs the lifting component and closes the safety door. The lifting part is provided with a safety interlocking device, and after the safety door is closed, the lifting part can perform lifting operation after receiving a closing instruction of the safety door. The safety door is an inward opening type safety door, potential safety hazards caused by faults are reduced, the safety door needs to retreat when a person opens the door to go out, safety preparation is reminded to the person, and when the person returns to the elevator platform, the person directly pushes the door to enter, so that the safety door is convenient, fast and safe. According to the operation height (different vehicle types and goods heights), the lifting component is lifted to a specified position, an operator takes out the safety belt from the tool box, the length of the safety belt (hanging belt) is adjusted after the safety belt is worn, and after the safety belt (hanging belt) is hung, the safety door is opened to ascend to the roof for operation. Thus, the cargo loading and unloading requirements of different vehicles are met. The multifunctional omnibearing life rope system can be used in any production type enterprise, the safety of operating personnel is guaranteed, and the safety management level is improved; the life rope system can meet the operation requirements of different heights by adjusting the height of the hanging strip, and the installation and field space of the life rope is reduced; the life rope is provided with a buffering energy absorber, so that the damage of huge impact force to a human body at the moment of falling of a person is prevented; the elevator (lifting component) is arranged to solve the problem of maintenance of a life rope system, solve the problem that personnel tools (the rain cloth is about dozens of kilograms in weight) are not suitable to carry, solve the problem of on-site placement of safety belts and safety helmets, solve the problem of independent placement of power storage batteries (storage batteries are placed on the lifting component), and solve the problem of reaching any operation height; adopt slider ware, the couple is automatic to be followed when personnel walk, need not artificially pull to the slide rail is directly over personnel's activity area, reduces personnel and faces the limit operation and the risk of falling, reduces the safety belt and draws the pendulum collision risk that causes to one side. Aerial working safety protection life rope system, simple structure can be applied to the commodity circulation loading and unloading of enterprises such as production processing type, old and useless goods and materials, storage transportation, and reach the removal operation about being convenient for, carry out the omnidirectional safety guarantee to the aerial work of personnel in the commodity circulation loading and unloading, satisfy not co-altitude operation requirement simultaneously, the commonality is high, effectively satisfies the actual demand.
The present invention has been described in detail with reference to the accompanying drawings, and it is obvious that the present invention is not limited by the above embodiments, and the present invention can be implemented in various ways without modification, and the present invention is not limited by the above embodiments.
Claims (10)
1. The utility model provides an aerial working safety protection life rope system which characterized in that: the aerial work safety protection life rope system comprises a base I (1) and a base II (2), wherein a stand I (3) is arranged on the base I (1), a support rod I (4) is arranged on the upper portion of the stand I (3), a stand II (5) is arranged on the base II (2), a support rod II (6) is arranged on the upper portion of the stand II (5), the life rope comprises a life rope body (7), one end of the life rope body (7) is connected with a connecting lock catch I (8) and a life rope fixing clamp I (9), the connecting lock catch I (8) is connected with a tensioner I (10), the tensioner I (10) is connected with a support rod connecting lock catch I (11), the support rod connecting lock catch I (11) is connected with the support rod I (4), the other end of the life rope body (7) is connected with a connecting lock catch II (12) and a life rope fixing clamp II (13), the connecting lock catch II (12) is connected with a tensioner II (14, tensioner II (14) are connected with bracing piece connecting lock catch II (15), bracing piece connecting lock catch II (15) is connected with bracing piece II (6), life rope body (7) go up suit safety belt (16), safety belt (16) lower extreme sets up safety belt couple (17).
2. The aerial work safety protection lifeline system of claim 1, wherein: safety belt (16) of high altitude construction safety protection life rope system include safety belt subassembly I (18), safety belt subassembly II (19), life rope slider ware (20), set up pulley (21) on life rope slider ware (20), pulley (21) clamp life rope body (7) upper portion, safety belt subassembly I (18) upper end is connected with life rope slider ware (20), safety belt subassembly I (18) lower extreme is connected with energy absorber (22) upper portion, safety belt subassembly II (19) upper end and energy absorber (22) sub-unit connection, safety belt subassembly II (19) lower extreme is connected with safety belt couple (17), still set up safety belt length regulator (23) on safety belt subassembly II (19).
3. The aerial work safety protection lifeline system of claim 1 or 2, wherein: stand I (3) upper portion and stand II (5) upper portion pass through stand dead lever (24) and connect, bracing piece connecting lock detain I (11) be connected with gyro wheel I, bracing piece I (4) medial surface sets up I draw-in groove I of bracing piece, I activity of gyro wheel clamps in I draw-in groove I of bracing piece, bracing piece connecting lock detain II (15) be connected with gyro wheel II, II (6) medial surfaces of bracing piece set up II draw-in grooves I of bracing piece, II movable clamps of gyro wheel are in II draw-in grooves I of bracing piece.
4. The aerial work safety protection lifeline system of claim 1 or 2, wherein: bracing piece I (4) medial surface set up canopy slide rail I (25), II (6) medial surfaces of bracing piece set up canopy slide rail II, canopy (26) rear portion and stand dead lever fixed connection, canopy (26) one side clamps in the spout of canopy slide rail I (25) through a plurality of pulley activities, canopy (26) opposite side clamps in the spout of canopy slide rail II through a plurality of pulley activities.
5. The aerial work safety protection lifeline system of claim 1 or 2, wherein: high altitude construction safety protection life rope system's stand I (3) upper portion set up vice stand I (27), stand II (5) upper portion sets up vice stand II (28), is connected through the support down tube I (29) that the slope was arranged between vice stand I (27) and bracing piece I (4), is connected through the support down tube II that the slope was arranged between vice stand II (28) and bracing piece II (6).
6. The aerial work safety protection lifeline system of claim 1 or 2, wherein: high altitude construction safety protection life rope system still include lift part (30), lift part (30) are including lift part base (31), set up hydraulic cylinder (32) on lift part base (31), hydraulic cylinder (32) upper portion sets up lift operation platform (33), still set up hinge support frame (34) between lift operation platform (33) and lift part base (31), lift operation platform (33) are including standing plate (35) and guardrail (36), set up safety door (37) of interior division on guardrail (36), stand and set up toolbox (38) on plate (35).
7. The aerial work safety protection lifeline system of claim 5, wherein: high altitude construction safety protection life rope system still include solar panel (42), a solar panel (42) slope sets up between bracing piece I (4) and auxiliary column I (27), another solar panel (42) slope sets up between bracing piece II (6) and auxiliary column II (28), every solar panel (42) are connected with the battery respectively, bracing piece I (4) or bracing piece II (6) on set up searchlight (43) and liquid crystal display (44).
8. The aerial work safety protection lifeline system of claim 1 or 2, wherein: base I (1) including through the fixed pre-buried reinforcing bar bundle cage I and the bolt embedded part I subaerial of concrete, stand I (3) are connected with bolt embedded part I, base II (2) including through the fixed pre-buried reinforcing bar bundle cage II and the bolt embedded part II (39) subaerial of concrete, stand II (5) are connected with bolt embedded part II (39).
9. The aerial work safety protection lifeline system of claim 1 or 2, wherein: the stand I (3) arrange perpendicularly, stand II (5) arrange perpendicularly, I (4) horizontal arrangement of bracing piece, II (6) horizontal arrangement of bracing piece.
10. The aerial work safety protection lifeline system of claim 1 or 2, wherein: base I (1) outside set up crashproof post I (40), base II (2) outside set up crashproof post II (41).
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| CN201922422408.9U CN212308694U (en) | 2019-12-30 | 2019-12-30 | Safety protection life rope system for high-altitude operation |
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111298322A (en) * | 2019-12-30 | 2020-06-19 | 安徽瑞赛克再生资源技术股份有限公司 | Safety protection life rope system for high-altitude operation |
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2019
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Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111298322A (en) * | 2019-12-30 | 2020-06-19 | 安徽瑞赛克再生资源技术股份有限公司 | Safety protection life rope system for high-altitude operation |
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