CN209155092U - A kind of the hauling rope mechanism and its slip rope system of slip rope system - Google Patents

Abstract

The utility model discloses a kind of hauling rope mechanism of slip rope system and its slip rope systems.The hauling rope mechanism includes hauling rope, and the both ends of the hauling rope are fixedly connected with coaster, and the hauling rope and two upper directive wheels, two lower directive wheels, two interior directive wheel guiding connect, and the hauling rope and traction drive are sequentially connected.The slip rope system includes hauling rope mechanism, and the hauling rope mechanism is hauling rope mechanism as elucidated before.The utility model can slide at station down from upper station, can also up slide at station from lower station, experience different impressions, and its hauling rope mechanism is equipped with driving device, can control the speed of sliding, improve safety coefficient.

Description

A kind of the hauling rope mechanism and its slip rope system of slip rope system

Technical field

The utility model relates to a kind of structure of system of travelling and its travel system more particularly to a kind of slip rope system use Hauling rope mechanism and its slip rope system.

Background technique

Slip rope, also referred to as " ski-running ", " prompt drop ", " flying trapeze " etc. are saved oneself and military surprise operation for high mountain earliest, after It is evolved into item of recreation, is the modernization sport item of recreation of a challenging, irritation and entertainment, may span across grass Ground, lake, river, valley, by height difference from eminence with higher speed glide downwards, make tourist it is more scared than hurt it is happy in Impression stimulation and satisfaction.

As shown in Figure 1, slip rope is mainly made of upper station 2 and lower station 1, coaster 5, carrying rope 3 etc., the both ends point of carrying rope 3 It is not fixed on the top at station 2 and the top at lower station 1, coaster 5 is connect with carrying rope 3.

Bearer must slide into lower station from upper station, can only one-way sliding, lack interest, slip rope do not have power, leans on itself Gravity slide down, gliding speed be it is uncontrollable, safety coefficient is low.

Utility model content

First technical problem to be solved in the utility model is to provide a kind of hauling rope mechanism of slip rope system, carrying Person can slide at station down from upper station, can also up slide at station from lower station, experience different impressions, and its hauling rope mechanism Equipped with driving device, the speed of sliding can control, improve safety coefficient.

Second technical problem to be solved in the utility model is to provide a kind of slip rope system, allows bearer from upper Station down of standing is slided, and can also up be slided at station from lower station, experiences different impressions, and its hauling rope mechanism is equipped with driving and fills It sets, can control the speed of sliding, improve safety coefficient.

For component, in order to solve above-mentioned first technical problem, the utility model provides a kind of slip rope system use Hauling rope mechanism, the hauling rope mechanism includes hauling rope, and the both ends of the hauling rope are fixedly connected with coaster, the traction Rope and two upper directive wheels, two lower directive wheels, two interior directive wheel guiding connect, and the hauling rope and traction drive pass Dynamic connection.

One upper directive wheel is located at the top of lower standing column.

Another described upper directive wheel is located at the top of upper standing column.

One lower directive wheel and an interior directive wheel phase juxtaposition.

The axis of one lower directive wheel and the axis of an interior directive wheel are parallel to each other and are located at the same water In plane.

One lower directive wheel and an interior directive wheel are located at the inside in the middle part of lower standing column.

Another described lower directive wheel and another described interior directive wheel phase juxtaposition.

The axis of the axis of another lower directive wheel and another interior directive wheel is parallel to each other and is located at same In a horizontal plane.

Another described lower directive wheel and another described interior directive wheel are located at the inside in the middle part of upper standing column.

The lower standing column and the upper standing column are hollow columns.

The outside of one lower directive wheel is embedded in the lower standing column inner sidewall.

The outside of another lower directive wheel is embedded in the lower standing column inner sidewall.

Two upper directive wheels are located within the ring surrounded by the hauling rope.

One lower directive wheel is located at except the ring surrounded by the hauling rope.

Another described lower directive wheel is located at except the ring surrounded by the hauling rope.

Two interior directive wheels are located at except the ring surrounded by the hauling rope.

Lower section of the traction drive between a lower directive wheel and an interior directive wheel.

The traction drive includes traction wheel.

The traction wheel is located within the ring surrounded by the hauling rope.

The traction wheel is fixed with rotation axis.

One end of the rotation axis and first bearing seat are rotatablely connected.

The first bearing seat is fixedly connected with first bearing seat support.

The other end and second bearing seat of the rotation axis are rotatablely connected.

The second bearing seat is fixedly connected with second bearing seat support.

The other end of the rotation axis passes through the output axis connection of shaft joint and retarder.

The input shaft of the retarder and the rotation axis of motor are coaxially connected.

The retarder and the motor are fixedly connected with support.

Lower section between one upper directive wheel and a lower directive wheel is provided with action-oriented wheel.

The action-oriented wheel is located within the ring surrounded by the hauling rope.

The action-oriented wheel is located in the lower standing column.

The action-oriented wheel is connect by connector with tension weight.

The carrying Cable Structure of the slip rope system of the utility model has the advantages that compared with prior art.

1. the technical program includes hauling rope due to using the hauling rope mechanism, the both ends of the hauling rope and coaster It is fixedly connected, the hauling rope and two upper directive wheels, two lower directive wheels, two interior directive wheel guiding connect, the traction The technological means of rope and traction drive transmission connection, so, bearer can slide at station down from upper station, can also be under Up station of standing is slided, and experiences different impressions, and its hauling rope mechanism is equipped with driving device, can control the speed of sliding, Improve safety coefficient.

2. the top that the technical program is located at lower standing column due to using a upper directive wheel；On another is described Directive wheel is located at the top of upper standing column；One lower directive wheel and an interior directive wheel phase juxtaposition；Under one described The axis of the axis of directive wheel and an interior directive wheel is parallel to each other and is located in the same horizontal plane；One it is described under lead It is located at the inside in the middle part of lower standing column to wheel and an interior directive wheel；Another described lower directive wheel is described interior with another Directive wheel phase juxtaposition；The axis of the axis of another lower directive wheel and another interior directive wheel is parallel to each other and is located at In the same horizontal plane；Another described lower directive wheel and another described interior directive wheel are located at the inside in the middle part of upper standing column； The lower standing column and the upper standing column are hollow columns；The outside of one lower directive wheel is embedded in the lower standing column Side wall；The outside of another lower directive wheel is embedded in the lower standing column inner sidewall；Two upper directive wheels are located at by institute It states within the ring that hauling rope surrounds；One lower directive wheel is located at except the ring surrounded by the hauling rope；Described in another Lower directive wheel is located at except the ring surrounded by the hauling rope；Two interior directive wheels are located at the ring surrounded by the hauling rope Except；The technology hand of lower section of the traction drive between a lower directive wheel and an interior directive wheel Section, so, by the cooperation between two upper directive wheels, two lower directive wheels, two interior directive wheels, in traction drive Under driving, hauling rope can make surround movement.

3. the technical program includes traction wheel due to using the traction drive；The traction wheel is located at by described Within the ring that hauling rope surrounds；The traction wheel is fixed with rotation axis；One end of the rotation axis and first bearing seat rotation connect It connects；The first bearing seat is fixedly connected with first bearing seat support；The other end and second bearing seat of the rotation axis rotate Connection；The second bearing seat is fixedly connected with second bearing seat support；The other end of the rotation axis passes through shaft joint and subtracts The output axis connection of fast device；The input shaft of the retarder and the rotation axis of motor are coaxially connected；The retarder and the electricity The technological means that machine is fixedly connected with support, so, by the cooperation of motor, retarder, traction wheel rotation is controlled, traction is driven Rope makees surround movement.

4. the technical program is set due to using the lower section between a upper directive wheel and a lower directive wheel It is equipped with action-oriented wheel；The action-oriented wheel is located within the ring surrounded by the hauling rope；The action-oriented wheel be located at it is described under In standing column；The action-oriented wheel passes through the technological means that connector is connect with tension weight, so, tension weight plays buffering Effect, hauling rope held stationary at runtime.

For system, in order to solve above-mentioned second technical problem, the utility model provides a kind of slip rope system, packet Include hauling rope mechanism, the hauling rope mechanism is hauling rope mechanism as elucidated before.

The slip rope system of the utility model has the advantages that compared with prior art.

The technical program due to use the hauling rope mechanism be hauling rope mechanism as elucidated before technological means, So hauling rope mechanism slides bearer station down from upper station, can also up be slided at station from lower station, experience is not Same impression, and its hauling rope mechanism is equipped with driving device, can control the speed of sliding, improves safety coefficient.

Detailed description of the invention

With reference to the accompanying drawings and detailed description to the hauling rope mechanism and its cunning of the slip rope system of the utility model Cable system is described in further detail.

Fig. 1 is slip rope overall system architecture schematic diagram in the prior art.

Fig. 2 is the slip rope overall system architecture schematic diagram of the utility model.

Fig. 3 is side structure schematic view of standing under the slip rope system of the utility model.

Fig. 4 is stand body structural schematic diagram under the utility model slip rope system.

Fig. 5 is side structure schematic view of standing in the utility model slip rope system.

Fig. 6 is stand body structural schematic diagram in the utility model slip rope system.

Fig. 7 is the carrying cord clip structural schematic diagram of the utility model slip rope system.

Fig. 8 is the traction drive structural schematic diagram of the utility model slip rope system.

Fig. 9 is the coaster schematic view of the front view of the utility model slip rope system.

Figure 10 is the coaster side structure schematic view of the utility model slip rope system.

Figure 11 is the coaster overlooking structure diagram of the utility model slip rope system.

Figure 12 is the suspender belt connector overlooking structure diagram of coaster in the utility model slip rope system.

Figure 13 is the suspender belt connector side structure schematic view of coaster in the utility model slip rope system.

Figure 14 is the hanger schematic view of the front view of coaster in the utility model slip rope system.

Figure 15 is the hanger side structure schematic view of coaster in the utility model slip rope system.

Figure 16 is the hanger overlooking structure diagram of coaster in the utility model slip rope system.

Figure 17 is the pulley blocks side structure schematic view of coaster in the utility model slip rope system.

Figure 18 is the pulley blocks schematic view of the front view of coaster in the utility model slip rope system.

Figure 19 is the pulley blocks overlooking structure diagram of coaster in the utility model slip rope system.

Figure 20 is the rope broken protector side structure schematic view of coaster in the utility model slip rope system.

Figure 21 is the rope broken protector schematic view of the front view of coaster in the utility model slip rope system.

Figure 22 is the rope broken protector overlooking structure diagram of coaster in the utility model slip rope system.

The reference numerals are as follows:

1~stand down；1-1~lower station bracket；1-1-1~lower station support；1-1-2~lower standing column；1-1-3~lower station first Pull rod；1-1-4~lower first pulling seat of standing；1-1-5~lower second pull rod of standing；1-1-6~lower second pulling seat of standing；1-1-7~lower station Drag-line；1-1-8~lower station rope seat；1-2~lower platform；1-2-1~lower platform main body；1-2-1-1~lower platform bottom plate； 1-2-1-2~lower platform blocks bar；1-2-1-3~lower station chain-wales；1-2-1-4~lower platform pulley guide device；1-2-2 ~lower platform pillar；1-2-3~lower platform support；1-2-4~lower platform ladder；1-2-5~lower protective net of standing；2~ Upper station；2-1~upper station bracket；2-1-1~upper station support；2-1-2~upper standing column；2-1-3~the first pull rod of above standing；2-1-4 ~the first pulling seat of above standing；2-1-5~the second pull rod of above standing；2-1-6~the second pulling seat of above standing；2-1-7~upper station drag-line；2-1-8 ~upper station rope seat；2-2~upper platform；2-2-1~upper platform main body；2-2-1-1~upper platform bottom plate；2-2-1-2~ Upper platform blocks bar；2-2-1-3~upper station chain-wales；2-2-1-4~upper platform pulley guide device；2-2-2~upper station is flat Platform pillar；2-2-3~upper platform support；2-2-4~upper platform ladder；2-2-5~upper station protective net；3~carrying hitch Structure；3-1~carrying rope；3-1-1~carrying cord clip；3-1-2~pair carries rope；3-2~saddle guide support component；3-3~hold Carry rope pulling seat；4~hauling rope mechanism；4-1~hauling rope；4-2~upper directive wheel；4-3~lower directive wheel；4-4~interior guiding Wheel；4-5~action-oriented wheel；4-6~tension weight；4-7~traction drive；4-7-1~traction wheel；4-7-2~first axle Hold seat；4-7-3~second bearing seat；4-7-4~first bearing seat support；4-7-5~second bearing seat support；4-7-6~turn Moving axis；4-7-7~shaft joint；4-7-8~retarder；4-7-9~motor；4-7-10~support；5~coaster；5-1~suspender belt connects Fitting；5-1-1~suspender belt supporter；5-1-2~hanging hook；5-1-3~upper annular lifting rope；5-1-4~lower annular lifting rope；5-1- 5~chest suspender belt position；5-1-6~waist suspender belt position；5-1-7~leg suspender belt position；5-2~hanger；The connection of 5-2-1~first Frame；5-2-2~cross bar；5-2-3~hand support frame；5-2-4~thigh support frame；5-2-5~U-shaped reinforces support frame；5-2- 6~vertical bar；5-2-7~elastic buffer support rod；5-2-8~turning set；5-2-9~spare hanging rod；5-2-10~hook；5-2- 11~the first connectors；5-3~pulley blocks；The connection frame of 5-3-1~second；5-3-2~traveling wheel；5-3-3~support wheel；5-3- 4~wheel carrier；5-3-5~targeting port；The connector of 5-3-6~second；5-4~rope broken protector；5-4-1~shell；5-4-2~ Spring pressure rod；5-4-3~upper pressure plate；5-4-4~lower pressure plate；5-4-5~upper pressure pad；5-4-6~lower pressure pad；5- 4-7~support rod；5-4-8~first connecting rod；5-4-9~second connecting rod；5-4-10~lever；5-4-11~Double-hinged axis； 5-4-12~guiding gap；5-4-13~guiding hinged shaft.

Specific embodiment

As shown in Fig. 1-6,9-11, the utility model provides a kind of slip rope system, and the slip rope system includes 1 He of lower station Upper station 2；The inside at the inside at the lower station 1 and the upper station 2 is opposite；The lower station 1 includes lower station bracket 1-1；The lower station Bracket 1-1 include lower station support 1-1-1, lower standing column 1-1-2, the first pull rod 1-1-3 of lower station, the first pulling seat 1-1-4 of lower station, under Stand the second pull rod 1-1-5, the second pulling seat 1-1-6 of lower station, stand under two drag-line 1-1-7, two lower station rope seat 1-1-8；Lower standing The bottom surface of column 1-1-2 is fixedly connected with the top surface of the lower station support 1-1-1；The outside middle portion of the lower standing column 1-1-2 It is connect by the first pull rod 1-1-3 of the lower station with the first pulling seat 1-1-4 of the lower station；The first pulling seat 1-1-4 is located at institute State the foreign side of lower standing column 1-1-2；The upper outside face of the lower standing column 1-1-2 passes through the second pull rod 1-1-5 of the lower station It is connect with the second pulling seat 1-1-6 of the lower station；The second pulling seat 1-1-6 of the lower station is located at the foreign side of the first pulling seat 1-1-4； The upper outside face of the lower standing column 1-1-2 passes through two lower station drag-line 1-1-7 and two lower station rope seats respectively 1-1-8 connection；One lower station rope seat 1-1-8 is located at the left outside side of the lower standing column 1-1-2；Another described lower station Rope seat 1-1-8 is located at the right foreign side of the lower standing column 1-1-2；The upper station 2 includes upper station bracket 2-1；The upper station bracket 2-1 includes upper station support 2-1-1, upper standing column 2-1-2, the first pull rod 2-1-3 of upper station, the first pulling seat 2-1-4 of upper station, upper station the Two pull rod 2-1-5, the second pulling seat 2-1-6 of upper station, two upper station drag-line 2-1-7, two upper station rope seat 2-1-8；Upper standing column 2- The bottom surface of 1-2 is fixedly connected with the top surface of the upper station support 2-1-1；The outside middle portion of the upper standing column 2-1-2 passes through The first pull rod 2-1-3 of the upper station is connect with the first pulling seat 2-1-4 of the upper station；The first pulling seat 2-1-4 is located on described The foreign side of standing column 2-1-2；The upper outside face of the upper standing column 2-1-2 passes through the second pull rod 2-1-5 of the upper station and institute State the second pulling seat 2-1-6 connection of station；The second pulling seat 2-1-6 of the upper station is located at the foreign side of the first pulling seat 2-1-4；It is described The upper outside face of upper standing column 2-1-2 passes through two upper station drag-line 2-1-7 and two upper station rope seat 2-1-8 respectively Connection；One upper station rope seat 2-1-8 is located at the left outside side of the upper standing column 2-1-2；Another described upper station rope seat 2- 1-8 is located at the right foreign side of the upper standing column 2-1-2；Platform structure is provided between the lower station 1 and the upper station 2；It is described Carrying Cable Structure 3 and hauling rope mechanism 4 are connected between lower station 1 and the upper station 2；The carrying Cable Structure 3 and the traction Rope mechanism 4 is connected with coaster 5；The coaster 5 includes suspender belt connector 5-1, hanger 5-2, pulley blocks 5-3, rope broken protector 5-4；The suspender belt connector 5-1 is connect with the hanger 5-2；The hanger 5-2 is connect with the pulley blocks 5-3；It is described disconnected Rope protective device 5-4 is connect with the pulley blocks 5-3.4 people can be carried, speed is controllable and can improve simultaneously with bidirectional-sliding Load-carrying efficiency.

As shown in fig. 3 to 7, the carrying Cable Structure 3 includes carrying rope 3-1, and the both ends of the carrying rope 3-1 pass through respectively The both ends top of first flower basket bolt and carrying rope pulling seat 3-3 anchor connection, the carrying rope 3-1 is respectively arranged with carrying cord clip 3-1-1, two carrying cord clip 3-1-1 clamp the carrying rope 3-1 respectively and clamp two secondary carrying rope 3-1-2's respectively The lower end of upper end, two secondary carrying rope 3-1-2 passes through the second flower basket bolt respectively and the carrying rope pulling seat 3-3 is anchored Connection.

Present embodiment includes carrying rope due to using the carrying Cable Structure, and the both ends of the carrying rope pass through respectively The both ends top of first flower basket bolt and carrying rope pulling seat anchor connection, the carrying rope is respectively arranged with carrying cord clip, and two The upper ends for carrying cord clip and clamping the carrying rope respectively and clamping two secondary carrying ropes respectively, two pairs carry rope Lower end passes through the technological means of the second flower basket bolt and the carrying rope pulling seat anchor connection respectively, so, easy for installation, carrying The both ends stable connection of rope is reliable, it is not easy to be broken, even if carrying rope fixed bit fracture, will not generate safety problem, improve The safety of slip rope system.

As seen in figures 3-6, the carrying rope 3-1 has two.

The technological means that present embodiment has two due to using the carrying rope, so, bearing capacity is stronger, more surely It is fixed reliable, it is not easy to be broken, safety coefficient is higher.

As seen in figures 3-6, there are four saddle guide support component 3-2 for two carrying rope 3-1 configurations；Four horses Saddle guide support component 3-2 is equally divided into two groups；Saddle guide support component 3-2 described in first group is lower station saddle guide support Component；The lower station saddle guide support component is divided into saddle guide support component and lower station right side saddle guiding branch on the left of lower station Support part part；Saddle guide support component 3-2 described in second group is upper station saddle guide support component；The upper station saddle guiding branch Support part part is divided into saddle guide support component and upper station right side saddle guide support component on the left of station；Saddle on the left of the lower station Guide support component is arranged on the left of the middle part of lower standing column 1-1-2；The setting of saddle guide support component exists on the right side of the lower station On the right side of the middle part of lower standing column 1-1-2；The middle part of upper standing column 2-1-2 is arranged in saddle guide support component on the left of the upper station Left side；Saddle guide support component is arranged on the right side of the middle part of upper standing column 2-1-2 on the right side of the upper station；A piece carrying The middle part of rope 3-1 across saddle guide support component on the left of saddle guide support component on the left of the lower station and the upper station it Between；The middle part of another carrying rope 3-1 is across horse on the right side of saddle guide support component on the right side of the lower station and the upper station Between saddle guide support component；The top surface of the saddle guide support component 3-2 is the arcwall face to raise upward；The saddle is led The top surface of support member 3-2 is provided with the guide groove for accommodating the carrying rope 3-1.

There are four saddle guide support components due to using two carrying rope configurations for present embodiment；Described in four Saddle guide support component is equally divided into two groups；Saddle guide support component described in first group is lower station saddle guide support portion Part；The lower station saddle guide support component is divided into saddle guide support component and lower station right side saddle guide support on the left of lower station Component；Saddle guide support component described in second group is upper station saddle guide support component；The upper station saddle guide support portion Part is divided into saddle guide support component and upper station right side saddle guide support component on the left of station；Saddle guiding on the left of the lower station Support member is arranged on the left of the middle part of lower standing column；Lower standing column is arranged in saddle guide support component on the right side of the lower station On the right side of middle part；Saddle guide support component is arranged on the left of the middle part of upper standing column on the left of the upper station；Horse on the right side of the upper station Saddle guide support component is arranged on the right side of the middle part of upper standing column；The middle part of a piece carrying rope is across horse on the left of the lower station On the left of saddle guide support component and the upper station between saddle guide support component；The middle part of another carrying rope is across institute It states on the right side of lower station between saddle guide support component and the upper station right side saddle guide support component；The saddle guide support The top surface of component is the arcwall face to raise upward；The top surface of the saddle guide support component is provided with for accommodating the carrying The technological means of the guide groove of rope, so, saddle guide support component can be with symmetric design, and two carrying ropes are respectively across left side On the left of saddle guide support component and lower station between saddle guide support component and on the right side of upper station saddle guide support component and On the right side of lower station between saddle guide support component, stress balance is more stable reliable.

As shown in fig. 7, the carrying cord clip 3-1-1 includes two clamping plates；The plate face of two clamping plates is respectively correspondingly It is provided with three row multiple row fixation holes；There are two fixing grooves for the opposite plate face setting of two clamping plates；Two fixing grooves point Between two row fixation holes that Wei Yu be not adjacent；Two clamping plates are bolted to connection.

Present embodiment includes two clamping plates due to using the carrying cord clip；The plate face of two clamping plates is right respectively It is provided with three row multiple row fixation holes with answering；There are two fixing grooves for the opposite plate face setting of two clamping plates；Two fixations Slot is located between two adjacent row fixation holes；The technological means that two clamping plates are bolted to connection, so, one A fixing groove can will carry that cord clip is tight, another fixing groove can clamp one end of secondary carrying rope, and structure is simple, is easy installation.

As seen in figures 3-6, there are two the carrying rope pulling seat 3-3；Each described carrying rope pulling seat 3-3 is provided with two A notch being parallel to each other.

Present embodiment due to use the carrying rope pulling seat there are two；Each described carrying rope pulling seat is provided with The technological means of two notches being parallel to each other, so, be conducive to carry rope and secondary carrying Suo Jun and carrying rope pulling seat anchoring connects It connects, guarantees that carrying rope is not fallen off, it is reliable and stable.

As shown in Fig. 3,5,6,8, the hauling rope mechanism 4 includes hauling rope 4-1, the both ends of the hauling rope 4-1 and cunning Vehicle 5 is fixedly connected, and the hauling rope 4-1 is led with two upper directive wheel 4-2, two lower directive wheel 4-3, two interior directive wheel 4-4 To connection, the hauling rope 4-1 and traction drive 4-7 are sequentially connected.

Present embodiment includes hauling rope due to using the hauling rope mechanism, and the both ends of the hauling rope and coaster are solid Fixed connection, the hauling rope and two upper directive wheels, two lower directive wheels, two interior directive wheel guiding connect, the hauling rope The technological means being sequentially connected with traction drive, so, bearer can slide at station down from upper station, can also be from lower station Up station is slided, and experiences different impressions, and its hauling rope mechanism is equipped with driving device, can control the speed of sliding, mentions High safety factor.

As shown in Fig. 3,5,6, the upper directive wheel 4-2 is located at the top of lower standing column 1-1-2；Another described upper guiding Wheel 4-2 is located at the top of upper standing column 2-1-2；One lower directive wheel 4-3 and an interior directive wheel 4-4 phase juxtaposition； The axis of one lower directive wheel 4-3 and the axis of an interior directive wheel 4-4 are parallel to each other and are located at the same level In face；One lower directive wheel 4-3 and an interior directive wheel 4-4 are located at the inside in the middle part of lower standing column 1-1-2；It is another A lower directive wheel 4-3 and another described interior directive wheel 4-4 phase juxtaposition；The axis of another lower directive wheel 4-3 and The axis of another interior directive wheel 4-4 is parallel to each other and is located in the same horizontal plane；Another described lower directive wheel 4-3 It is located at the inside in the middle part of upper standing column 2-1-2 with interior directive wheel 4-4 described in another；The lower standing column 1-1-2 and it is described on Standing column 2-1-2 is hollow column；The outside of one lower directive wheel 4-3 is embedded in the lower standing column 1-1-2 inner sidewall； The outside of another lower directive wheel 4-3 is embedded in the lower standing column 1-1-2 inner sidewall；Two described upper directive wheel 4-2 Within the ring surrounded by the hauling rope 4-1；One lower directive wheel 4-3 is located at the ring surrounded by the hauling rope 4-1 Except；Another described lower directive wheel 4-3 is located at except the ring surrounded by the hauling rope 4-1；Two interior directive wheel 4-4 Except the ring surrounded by the hauling rope 4-1；The traction drive 4-7 be located at lower directive wheel 4-3 and Lower section between one interior directive wheel 4-4.

The top that present embodiment is located at lower standing column due to using a upper directive wheel；It is led on another is described It is located at the top of upper standing column to wheel；One lower directive wheel and an interior directive wheel phase juxtaposition；One it is described under lead It is parallel to each other and is located in the same horizontal plane to the axis of the axis of wheel and an interior directive wheel；One lower guiding Wheel and an interior directive wheel are located at the inside in the middle part of lower standing column；Another described lower directive wheel and another it is described in lead To wheel phase juxtaposition；The axis of the axis of another lower directive wheel and another interior directive wheel is parallel to each other and is located at same In one horizontal plane；Another described lower directive wheel and another described interior directive wheel are located at the inside in the middle part of upper standing column；Institute Stating lower standing column and the upper standing column is hollow column；On the inside of the outside insertion lower standing column of one lower directive wheel Wall；The outside of another lower directive wheel is embedded in the lower standing column inner sidewall；Two upper directive wheels are located at by described Within the ring that hauling rope surrounds；One lower directive wheel is located at except the ring surrounded by the hauling rope；Under another is described Directive wheel is located at except the ring surrounded by the hauling rope；Two interior directive wheels be located at the ring that is surrounded by the hauling rope it Outside；The technology hand of lower section of the traction drive between a lower directive wheel and an interior directive wheel Section, so, by the cooperation between two upper directive wheels, two lower directive wheels, two interior directive wheels, in traction drive Under driving, hauling rope can make surround movement.

As shown in figure 8, the traction drive 4-7 includes traction wheel 4-7-1；The traction wheel 4-7-1 is located at by institute It states within the ring that hauling rope 4-1 is surrounded；The traction wheel 4-7-1 is fixed with rotation axis 4-7-6；The one of the rotation axis 4-7-6 End is rotatablely connected with first bearing seat 4-7-2；The first bearing seat 4-7-2 and first bearing seat support 4-7-4 is fixed to be connected It connects；The other end and second bearing seat 4-7-3 of the rotation axis 4-7-6 is rotatablely connected；The second bearing seat 4-7-3 and second Bearing bracket 4-7-5 is fixedly connected；The other end of the rotation axis 4-7-6 passes through shaft joint 4-7-7's and retarder 4-7-8 Export axis connection；The rotation axis of the input shaft and motor 4-7-9 of the retarder 4-7-8 is coaxially connected；The retarder 4-7-8 It is fixedly connected with the motor 4-7-9 with support 4-7-10.

Present embodiment includes traction wheel due to using the traction drive；The traction wheel is located to be led by described Within the ring that straw line surrounds；The traction wheel is fixed with rotation axis；One end of the rotation axis and first bearing seat are rotatablely connected； The first bearing seat is fixedly connected with first bearing seat support；The other end and the second bearing seat rotation of the rotation axis connect It connects；The second bearing seat is fixedly connected with second bearing seat support；The other end of the rotation axis is by shaft joint and slows down The output axis connection of device；The input shaft of the retarder and the rotation axis of motor are coaxially connected；The retarder and the motor The technological means being fixedly connected with support, so, by the cooperation of motor, retarder, traction wheel rotation is controlled, hauling rope is driven Make surround movement.

As shown in Fig. 3,5,6, the lower section between the upper directive wheel 4-2 and a lower directive wheel 4-3 is provided with dynamic Directive wheel 4-5；The action-oriented wheel 4-5 is located within the ring surrounded by the hauling rope 4-1；The action-oriented wheel 4-5 is located at In the lower standing column 1-1-2；The action-oriented wheel 4-5 is connect by connector with tension weight 4-6.

Present embodiment is due to using the lower section setting between a upper directive wheel and a lower directive wheel There is action-oriented wheel；The action-oriented wheel is located within the ring surrounded by the hauling rope；The action-oriented wheel is located at the lower station In column；The action-oriented wheel passes through the technological means that connector is connect with tension weight, so, tension weight plays buffering and makees With, hauling rope held stationary at runtime.

As seen in figures 3-6, including lower platform 1-2 and upper platform 2-2, the lower platform 1-2 be provided with it is lower station it is small Platform 1-2-1-3, the upper platform 2-2 are provided with station chain-wales 2-2-1-3.The length of the lower station chain-wales 1-2-1-3 For 1900mm~2100mm, width is 900mm~1100mm, a length of 1900mm~2100mm of the upper station chain-wales 2-2-1-3, Width is 900mm~1100mm.

Present embodiment includes lower platform and upper platform due to using the platform structure, and the lower platform is set Lower station chain-wales are equipped with, the upper platform is provided with station chain-wales, so, coaster can be parked, bearer is facilitated to set out Prepare.Again due to use it is described it is lower station chain-wales a length of 1900mm~2100mm, width be 900mm~1100mm, it is described on Stand a length of 1900mm~2100mm of chain-wales, and width is the technological means of 900mm~1100mm, is conducive to park big coaster, is The more people of one vehicle slide create advantage simultaneously.

As shown in Fig. 3,6, a length of 2000mm of the lower station chain-wales 1-2-1-3, width 1000mm, the upper station is small to be put down A length of 2000mm of platform 2-2-1-3, width 1000mm.

A length of 2000mm, width 1000mm of the present embodiment due to using the lower station chain-wales, the upper station are small A length of 2000mm of platform, width are the technological means of 1000mm, so, structure more optimizes.

As shown in Fig. 3,6, the lower station chain-wales 1-2-1-3 is formed by pipe fitting welding；The lower station chain-wales 1-2-1-3 Main body be in elongate body；The main body both ends of the lower station chain-wales 1-2-1-3 are provided with stopper；The lower station chain-wales 1-2-1- Step is provided on the outside of 3 main body；Lower platform coaster guiding dress is provided on the outside of the main body of the lower station chain-wales 1-2-1-3 Set 1-2-1-4；The shape of the lower platform pulley guide device 1-2-1-4 is in " people " font.

Present embodiment is formed due to using the lower station chain-wales by pipe fitting welding；The main body of the lower station chain-wales In elongate body；The main body both ends of the lower station chain-wales are provided with stopper；Platform is provided on the outside of the main body of the lower station chain-wales Rank；Lower platform pulley guide device is provided on the outside of the main body of the lower station chain-wales；The lower platform coaster guiding dress The shape set is in the technological means of " people " font, so, be conducive to coaster and accurately slide to chain-wales.

As shown in Fig. 3-6 institute, the lower platform 1-2 includes lower platform main body 1-2-1；The lower platform main body 1- 2-1 is fixedly connected by six lower platform pillar 1-2-2 with six lower platform support 1-2-3；The lower platform main body Lower station protective net 1-2-5 is provided on the inside of 1-2-1；The shape of the lower station protective net 1-2-5 is in rectangle；The lower platform The left or right side of main body 1-2-1 is provided with lower platform ladder 1-2-4；The lower platform ladder 1-2-4 is offset to described On the outside of lower platform main body 1-2-1；The lower platform main body 1-2-1 includes lower platform bottom plate 1-2-1-1；The lower station is flat Left side, right side, the outside of platform bottom plate 1-2-1-1 is provided with lower platform and blocks bar 1-2-1-2.

Present embodiment includes lower platform main body due to using the lower platform；The lower platform main body passes through Six lower platform pillars are fixedly connected with six lower platform supports；It is anti-that lower station is provided on the inside of the lower platform main body Protective net；The shape of the lower station protective net is in rectangle；The left or right side of the lower platform main body is provided with lower platform rank Ladder；The lower platform ladder is offset on the outside of the lower platform main body；The lower platform main body includes lower platform bottom Plate；Left side, right side, the outside of the lower platform bottom plate are provided with lower platform and block bar, so, structure is simple, and it is easy for installation, Improve safety coefficient.

As shown in fig. 6, the upper station chain-wales 2-2-1-3 is formed by pipe fitting welding；The upper station chain-wales 2-2-1-3's Main body is in elongate body；The main body both ends of the upper station chain-wales 2-2-1-3 are provided with stopper；The upper station chain-wales 2-2-1-3 Main body on the outside of be provided with step；Platform coaster guiding dress is provided on the outside of the main body of the upper station chain-wales 2-2-1-3 Set 2-2-1-4；The shape of the upper platform pulley guide device 2-2-1-4 is in " people " font.

Present embodiment is formed due to using the upper station chain-wales by pipe fitting welding；The main body of the upper station chain-wales In elongate body；The main body both ends of the upper station chain-wales are provided with stopper；Platform is provided on the outside of the main body of the upper station chain-wales Rank；Platform pulley guide device is provided on the outside of the main body of the upper station chain-wales；The upper platform coaster guiding dress The shape set is in the technological means of " people " font, so, be conducive to coaster and accurately slide to chain-wales.

As shown in Figure 5,6, the upper platform 2-2 includes upper platform main body 2-2-1；The upper platform main body 2-2- 1 is fixedly connected by six upper platform pillar 2-2-2 with six upper platform support 2-2-3；The upper platform main body 2- Station protective net 2-2-5 is provided on the inside of 2-1；The shape of the upper station protective net 2-2-5 is in rectangle；The upper platform master The left or right side of body 2-2-1 is provided with platform ladder 2-2-4；The upper platform ladder 2-2-4 is offset on described On the outside of platform main body 2-2-1；The upper platform main body 2-2-1 includes upper platform bottom plate 2-2-1-1；The upper platform Left side, right side, the outside of bottom plate 2-2-1-1 is provided with platform and blocks bar 2-2-1-2.

Present embodiment includes upper platform main body due to using the upper platform；The upper platform main body passes through Six upper platform pillars are fixedly connected with six upper platform supports；It is anti-that station is provided on the inside of the upper platform main body Protective net；The shape of the upper station protective net is in rectangle；The left or right side of the upper platform main body is provided with platform rank Ladder；The upper platform ladder is offset on the outside of the upper platform main body；The upper platform main body includes upper platform bottom Plate；Left side, right side, the outside of the upper platform bottom plate are provided with the technological means that platform blocks bar, so, structure letter It is single, it is easy for installation, improve safety coefficient.

As shown in Figure 12,13, suspender belt connector 5-1 includes suspender belt supporter 5-1-1, the suspender belt supporter 5-1-1's Middle part is provided with hanging hook 5-1-2, and the top setting of the suspender belt supporter 5-1-1 is there are two chest suspender belt position 5-1-5, and two Chest suspender belt position 5-1-5 is each configured with chest suspender belt, and the top of the suspender belt supporter 5-1-1 is from top to bottom successively There are two waist suspender belt position 5-1-6 and two legs suspender belt position 5-1-7, two waist suspender belt position 5-1-6 to match respectively for setting It is equipped with waist suspender belt, two leg suspender belt position 5-1-7 are each configured with leg suspender belt.

Present embodiment includes suspender belt supporter due to using the suspender belt connector, the middle part of the suspender belt supporter It is provided with hanging hook, there are two chest suspender belt position, two chest suspender belt position difference for the top setting of the suspender belt supporter Configured with chest suspender belt, the top of the suspender belt supporter is set gradually from top to bottom there are two waist suspender belt position and two legs Suspender belt position, two waist suspender belt positions are each configured with waist suspender belt, and two leg suspender belt positions are each configured with leg The technological means of suspender belt, so, which can make human body uniform stressed, be not easy to make bodily injury, safety coefficient is more It is high.

As shown in Figure 12,13, the top of the suspender belt supporter 5-1-1 is two upper support arms；Two upper supports Arm forms inverted small " people " font；Two chest suspender belt position 5-1-5 are separately positioned in two upper support arms；Institute The lower part for stating suspender belt supporter 5-1-1 is two lower support arms.

Present embodiment is two upper support arms due to the top for using the suspender belt supporter；Two upper supports Arm forms inverted small " people " font；Two chest suspender belt positions are separately positioned in two upper support arms；It is described to hang Lower part with supporter is the technological means of two lower support arms, so, it is adapted with human hands extended state, bearer is more Add comfortable.

As shown in Figure 12,13, two upper support arms form big two lower support arms and form big " people " font；Two A waist suspender belt position 5-1-6 is separately positioned in two lower support arms；Two leg suspender belt position 5-1-6 difference It is arranged in two lower support arms.

Present embodiment forms big " people " font due to using two lower support arms；Two waist suspender belt positions It is separately positioned in two lower support arms；Two leg suspender belt positions are separately positioned in two lower support arms Technological means, so, it is adapted with trunk and leg extension state, bearer is more comfortable.

As shown in Figure 12,13, the suspender belt supporter 5-1-1 is formed by pipe fitting welding.

Present embodiment as using suspender belt supporter technological means as made of pipe fitting welding, so, guarantee While support strength, structure is simple, facilitates production.

As shown in Figure 12,13, the lower end of two upper support arms is connected；Two upper support arms are equipped with ring Shape lifting rope 5-1-3；The part that the upper annular lifting rope 5-1-3 exposes forms " people " font.Be conducive to guide and support suspender belt connector；Two The upper end of a lower support arm is connected；Two lower support arms are equipped with lower annular lifting rope 5-1-4；The lower annular mentions The part that rope 5-1-4 exposes forms inverted " people " font.

Present embodiment is connected due to using the lower end of two upper support arms；Two upper support arms are worn There is upper annular lifting rope；The part that the upper annular lifting rope exposes forms " people " font；The upper end of two lower support arms is connected It is logical；Two lower support arms are equipped with lower annular lifting rope；The part that the lower annular lifting rope exposes forms inverted " people " word The technological means of shape, so, be conducive to guide and support suspender belt connector.

As illustrated in figures 14-16, the hanger 5-2 includes hand support frame 5-2-4 and thigh support frame 5-2-3, the hand It is fixedly connected at the top of the top of portion support frame 5-2-4 and the thigh support frame 5-2-3, the hand support frame 5-2-4's Bottom is located at the front lower place at the top of hand support frame 5-2-4, and the bottom of the thigh support frame 5-2-3 is located at the thigh support The bottom of the back lower place at the top of frame 5-2-3, the hand support frame 5-2-4 is hand-held part, the bottom of the thigh support frame 5-2-3 Portion is that leg holds portion, and the bottom of the hand support frame 5-2-4 and the bottom of the thigh support frame 5-2-3 are located at same level In face, alternatively, the bottom of the hand support frame 5-2-4 is lower than the bottom of the thigh support frame 5-2-3, alternatively, the hand The bottom of portion support frame 5-2-4 is higher than the bottom of the thigh support frame 5-2-3.

Present embodiment includes hand support frame and thigh support frame, the hand support frame due to using the hanger Top and the thigh support frame at the top of be fixedly connected, the bottom of the hand support frame is located at the hand support top of the trellis Front lower place, the bottom of the thigh support frame is located at the back lower place of the thigh support top of the trellis, the bottom of the hand support frame Portion is hand-held part, and the bottom of the thigh support frame is that leg holds portion, the bottom of the hand support frame and the thigh support frame Bottom be located in the same horizontal plane, alternatively, the bottom of the hand support frame be lower than the thigh support frame bottom, or Person, the bottom of the hand support frame are higher than the technological means of the bottom of the thigh support frame, so, it makes one body and is able to maintain Prone type increases the irritation of experience.

As illustrated in figures 14-16, the top of the hand support frame 5-2-4 and the top of the thigh support frame 5-2-3 are logical Cross bar 5-2-2 is crossed to be fixedly connected.

Present embodiment passes through cross at the top of the top and the thigh support frame due to using the hand support frame The technological means that bar is fixedly connected, so, structure is simple, facilitates installation, and be connected firmly, to improve wound further below Advantage is made.

As shown in Figure 14,16, there are two types of the hand support frame 5-2-4；A kind of shape of the hand support frame 5-2-4 In inverted T-shaped；The shape of another hand support frame 5-2-4 is in the concave of side；In inverted " t " font The hand support frame 5-2-4 quantity there are three；Three hand support frame 5-2-4 in inverted " t " font are along length Directional spreding is spent in the front side of the cross bar 5-2-2；Quantity in the hand support frame 5-2-4 of side concave has two It is a；Two hand support frame 5-2-4 in side concave are separately positioned on the both ends of the cross bar 5-2-2；Three It is in the hand support frame of side concave in the bottom of the hand support frame 5-2-4 of inverted " t " font and two The bottom of 5-2-4 is located on same horizontal line.

Present embodiment due to use the hand support frame there are two types of；A kind of shape of the hand support frame is in falling That sets is T-shaped；The shape of another hand support frame is in the concave of side；In the hand of inverted " t " font There are three the quantity of portion's support frame；Three are distributed in the cross in the hand support frame of inverted " t " font along its length The front side of bar；In the hand support frame of side concave quantity there are two；Two in the described of side concave Hand support frame is separately positioned on the both ends of the cross bar；Three in inverted " t " font the hand support frame bottom and The bottom of two hand support framves in side concave is located at the technological means on same horizontal line, so, it can To carry four people simultaneously, and bearer is facilitated to hold, more comfortably.

As illustrated in figures 14-16, the shape of the thigh support frame 5-2-3 is in " mountain " font；The thigh support frame 5-2-3 Quantity there are four；Four thigh support frame 5-2-3 are distributed in the rear side of the cross bar 5-2-2 along its length；It is described The rear portion of thigh support frame 5-2-3 is bent downward；There is the hand between the two neighboring thigh support frame 5-2-3 Support frame 5-2-4；There is the thigh support frame 5-2-3 between the two neighboring hand support frame 5-2-4.

Present embodiment is in " mountain " font due to the shape for using the thigh support frame；The number of the thigh support frame There are four amounts；Four thigh support framves are distributed in the rear side of the cross bar along its length；After the thigh support frame Portion is bent downward；There is the hand support frame between the two neighboring thigh support frame；The two neighboring hand branch There is the technological means of a thigh support frame between support, so, four people can be carried simultaneously, and bearer is facilitated to pedal It steps on, more comfortably.

As illustrated in figures 14-16, the middle top surface of the cross bar 5-2-2 is fixedly connected with the bottom surface of the first connection frame 5-2-1； The shape of the first connection frame 5-2-1 is in "eight" shape: the top surface of the first connection frame 5-2-1 is provided with the first connector 5-2-11。

Present embodiment is fixedly connected due to using the middle top surface of the cross bar with the bottom surface of the first connection frame；It is described The shape of first connection frame is in "eight" shape；The top surface of first connection frame is provided with the technological means of the first connector, institute With structure is simple, facilitates installation, and be connected firmly, stability under loading.

As illustrated in figures 14-16, reinforce support frame 5-2-5 with U-shaped behind the middle part of the cross bar 5-2-2 to be fixedly connected；Institute It states U-shaped and reinforces the back lower place that support frame 5-2-5 is located at the cross bar 5-2-2；The U-shaped reinforce the rear portion of support frame 5-2-5 to Lower bending；The cross bar 5-2-2's is preceding, is provided with spare hanging rod 5-2-9.

Present embodiment is reinforced support frame with U-shaped behind the middle part due to using the cross bar and is fixedly connected；The U-shaped Reinforce the back lower place that support frame is located at the cross bar；The rear portion that the U-shaped reinforces support frame is bent downward；The cross bar it is preceding then It is provided with the technological means of spare hanging rod, so, intensity is bigger, and more firm, safety coefficient is high.

As illustrated in figures 14-16, the middle part of the cross bar 5-2-2 and the top of vertical bar 5-2-6 are hinged；The vertical bar 5-2-6 On both sides of the middle by two elastic buffer support rod 5-2-7 be in that inverted "eight" shape is connect with the middle part of the cross bar 5-2-2；Institute The lower end for stating vertical bar 5-2-6 is provided with turning set 5-2-8.

Present embodiment is due to hinged using the middle part of the cross bar and the top of vertical bar；The on both sides of the middle of the vertical bar It is connect with the middle part of the cross bar in inverted "eight" shape by two elastic buffer support rods；The lower end of the vertical bar, which is provided with, to be turned The technological means of dynamic set, so, when advance, is more stable.

As in figs. 17-19, the pulley blocks 5-3 includes traveling wheel 5-3-2, and the pulley blocks 5-3 further includes support wheel 5-3-3, the support wheel 5-3-3 are located at the lower section of the traveling wheel 5-3-2.

Present embodiment includes traveling wheel due to using the pulley blocks, and the pulley blocks further include support wheel, described Support wheel is located at the technological means of the lower section of the traveling wheel, so, it can be pacified in high-speed mobile on carrying rope with held stationary Overall coefficient is high.

As in figs. 17-19, the traveling wheel 5-3-2 there are two or four or eight；The support wheel 5-3-3 has one Or two or four；Two traveling wheel 5-3-2 and a support wheel 5-3-3 form a train；Four rows It walks to take turns 5-3-2 and two support wheel 5-3-3 and forms two trains；Eight traveling wheel 5-3-2 and four supports It takes turns 5-3-3 and forms four trains.

Present embodiment due to use the traveling wheel there are two or four or eight；The support wheel has one or two It is a or four；Two traveling wheels and a support wheel form a train；Described in four traveling wheels and two Support wheel forms two trains；Eight traveling wheels and four support wheels form the technological means of four trains, so, In high-speed mobile on carrying rope, load-bearing is uniform, and stability is strong.

As in figs. 17-19, two traveling wheel 5-3-2 in each described train are connected by wheel carrier 5-3-4；It is described Wheel carrier 5-3-4 and the second connection frame 5-3-1 are hinged；Support wheel 5-3-3 in each described train is connect with described with second Frame 5-3-1 rotation connection；Two traveling wheel 5-3-2 and support wheel 5-3-3 in each described train are in isosceles triangle point Cloth；Vertical range between the bottom surface of two traveling wheel 5-3-2 in each described train and the top surface of support wheel 5-3-3 with The diameter for carrying rope 3-1 is corresponding.

Present embodiment is connected due to using two traveling wheels in each described train by wheel carrier；The wheel carrier It is hinged with the second connection frame；Support wheel and described and the second connection frame in each described train are rotatablely connected；Each institute Two traveling wheels and support wheel stated in train are distributed in isosceles triangle；The bottom of two traveling wheels in each described train Vertical range technological means corresponding with the carrying diameter of rope between face and the top surface of support wheel, so, wheel train structure is stablized, It is safe and reliable in high-speed mobile on carrying rope.

As in figs. 17-19, the top of the second connection frame 5-3-1 is big rectangle frame frame body；Four trains point Four corners of the cloth in the second connection frame 5-3-1；The lower part of the second connection frame 5-3-1 is small rectangle frame frame body；Institute The bottom for stating the second connection frame 5-3-1 is provided with the second connector 5-3-6.

Present embodiment is big rectangle frame frame body due to the top for using second connection frame；Four trains point Four corners of the cloth in second connection frame；The lower part of second connection frame is small rectangle frame frame body；Second connection The bottom of frame is provided with the technological means of the second connector, so, structure is simple, facilitates installation.

As in figs. 17-19, targeting port 5-3-5 is provided on the outside of each described wheel carrier 5-3-4.

Present embodiment is provided with the technological means of targeting port due to using on the outside of each described wheel carrier, so, Stabilization is able to maintain that in high-speed mobile on carrying rope, safety coefficient is high, and being sliding out traveling wheel even if carrying rope can also pass through Targeting port slides.

As illustrated in figs 20-22, the rope broken protector 5-4 includes spring pressure rod 5-4-2, the spring pressure rod 5- The lower end of 4-2 sequentially passes through the top surface of shell 5-4-1, the plate face of upper pressure plate 5-4-3, the plate face of lower pressure plate 5-4-4, described The lower end of spring pressure rod 5-4-2 is provided with stopper, passes through between the upper pressure plate 5-4-3 and the lower pressure plate 5-4-4 There are a circular hole in support rod 5-4-7 connection, the lower end of the support rod 5-4-7, the lower end of the support rod 5-4-7 and it is described under Pressure plate 5-4-4 is hinged, and there are an elongate holes in the upper end of the support rod 5-4-7, the length direction of the elongate holes with The length direction of the support rod 5-4-7 is consistent, and the upper end of the support rod 5-4-7 and the upper pressure plate 5-4-3 are hinged, institute The hinge position of the hinge position and the lower pressure plate 5-4-4 of stating pressure plate 5-4-3 is staggered, the support rod 5-4-7 and One end of one connecting rod 5-4-8 is hinged, and the other end of the first connecting rod 5-4-8 and one end of second connecting rod 5-4-9 pass through guiding Hinged shaft 5-4-13 is hinged, and the guiding hinged shaft 5-4-13 is located in the guiding gap 5-4-12 of the bottom the shell 5-4-1, institute The middle part for stating the other end and lever 5-4-10 of second connecting rod 5-4-9 is hinged, the head end and the shell of the lever 5-4-10 5-4-1 is hinged.

Present embodiment includes spring pressure rod due to using the rope broken protector, under the spring pressure rod End sequentially passes through the top surface of shell, the plate face of upper pressure plate, the plate face of lower pressure plate, and the lower end of the spring pressure rod is provided with Stopper is connected between the upper pressure plate and the lower pressure plate by support rod, and there is a circular hole in the lower end of the support rod, The lower end of the support rod and the lower pressure plate are hinged, and there are an elongate holes, the strip in the upper end of the support rod The length direction in hole is consistent with the length direction of the support rod, and the upper end of the support rod and the upper pressure plate are hinged, institute The hinge position of the hinge position and the lower pressure plate of stating pressure plate is staggered, one end hinge of the support rod and first connecting rod It connects, the other end of the first connecting rod and one end of second connecting rod are hinged by guiding hinged shaft, and the guiding hinged shaft is located at described In the guiding gap of housing bottom, the other end of the second connecting rod and the middle part of lever are hinged, the head end of the lever and institute The technological means of housing hinge is stated, so, when being broken in the middle part of hauling rope, coaster can be fixed with carrying rope in time to be connected It connects, avoids that safety accident occurs.

As illustrated in figs 20-22, there are four the spring pressure rod 5-4-2；Four spring pressure rod 5-4-2 are in rectangle Distribution；There are two the support rod 5-4-7；Two support rod 5-4-7 are symmetrically set relative to the upper pressure plate 5-4-3 It sets；There are two the first connecting rod 5-4-8；Two first connecting rod 5-4-8 are symmetrically set relative to the upper pressure plate 5-4-3 It sets；There are two the second connecting rod 5-4-9；Two second connecting rod 5-4-9 are symmetrical relative to the upper pressure plate 5-4-3 Setting；There are two the lever 5-4-10；Two lever 5-4-10 are symmetrical arranged relative to the upper pressure plate 5-4-3.

Present embodiment due to use the spring pressure rod there are four；Four spring pressure rods are in rectangle point Cloth；There are two the support rods；Two support rods are symmetrical arranged relative to the upper pressure plate；The first connecting rod has two It is a；Two first connecting rods are symmetrical arranged relative to the upper pressure plate；There are two the second connecting rods；Two described second Connecting rod is symmetrical arranged relative to the upper pressure plate；There are two the levers；Two levers are relative to the upper pressure plate Symmetrically arranged technological means, so, stable structure, reliably.

As illustrated in figs 20-22, the bottom surface of the upper pressure plate 5-4-3 is provided with pressure pad 5-4-5；The upper pressure pad The bottom surface of 5-4-5 is provided with carrying rope upper groove；The top surface of the lower pressure plate 5-4-4 is provided with lower pressure pad 5-4-6；It is described The top surface of lower pressure pad 5-4-6 is provided with carrying rope lower groove.

Present embodiment is provided with upper pressure pad due to using the bottom surface of the upper pressure plate；The bottom of the upper pressure pad Face is provided with carrying rope upper groove；The top surface of the lower pressure plate is provided with lower pressure pad；The top surface of the lower pressure pad is arranged There is the technological means of carrying rope lower groove, so, it can be passed through for carrying rope, the cohesive force to carrying rope can also be increased.

As illustrated in figs 20-22, the shape of the shell 5-4-1 is in cuboid；The shell 5-4-1 is welded by plate and rod piece It connects.

Present embodiment is in cuboid due to the shape for using the shell；The shell by plate and rod piece welding and At technological means, so, structure is simple, and is connected firmly.

As shown in Figure 10,20-22, there are two the rope broken protector 5-4；Two described rope broken protector 5-4 In the arranged on left and right sides of the second connection frame 5-3-1；The upper pressure pad 5-4-5 of two rope broken protector 5-4 and lower pressure pad Carrying rope 3-1 is accompanied between 5-4-6 respectively；The tail end of two lever 5-4-10 is hinged by Double-hinged axis 5-4-11； The middle part of the Double-hinged axis 5-4-11 is connect with hauling rope 4-1.

Present embodiment due to use the rope broken protector there are two；Two rope broken protectors are located at the The arranged on left and right sides of two connection frames；Carrying is accompanied respectively between the upper pressure pad and lower pressure pad of two rope broken protectors Rope；The tail end of two levers is hinged by Double-hinged axis；The skill that the middle part of the Double-hinged axis is connect with hauling rope Art means, so, once hauling rope is broken, two pressure pads clamp carrying rope, stabilize carrying rope, securely and reliably.

Claims (5)

1. a kind of hauling rope mechanism of slip rope system, it is characterised in that: the hauling rope mechanism (4) includes hauling rope (4-1), The both ends of the hauling rope (4-1) are fixedly connected with coaster (5), the hauling rope (4-1) and two upper directive wheel (4-2), two A lower directive wheel (4-3), two interior directive wheel (4-4) guiding connect, the hauling rope (4-1) and traction drive (4-7) Transmission connection.

2. the hauling rope mechanism of slip rope system according to claim 1, it is characterised in that:

One upper directive wheel (4-2) is located at the top of lower standing column (1-1-2)；

Another described upper directive wheel (4-2) is located at the top of upper standing column (2-1-2)；

One lower directive wheel (4-3) and interior directive wheel (4-4) phase juxtaposition；

The axis of one lower directive wheel (4-3) and the axis of an interior directive wheel (4-4) are parallel to each other and are located at same In one horizontal plane；

One lower directive wheel (4-3) and an interior directive wheel (4-4) are located at interior in the middle part of lower standing column (1-1-2) Side；

Another described lower directive wheel (4-3) and another described interior directive wheel (4-4) phase juxtaposition；

The axis of the axis of another lower directive wheel (4-3) and another interior directive wheel (4-4) is parallel to each other and position In in the same horizontal plane；

Another described lower directive wheel (4-3) and another described interior directive wheel (4-4) are located in the middle part of upper standing column (2-1-2) Inside；

The lower standing column (1-1-2) and the upper standing column (2-1-2) are hollow columns；

The outside of one lower directive wheel (4-3) is embedded in lower standing column (1-1-2) inner sidewall；

The outside of another lower directive wheel (4-3) is embedded in lower standing column (1-1-2) inner sidewall；

Two upper directive wheels (4-2) are located within the ring surrounded by the hauling rope (4-1)；

One lower directive wheel (4-3) is located at except the ring surrounded by the hauling rope (4-1)；

Another described lower directive wheel (4-3) is located at except the ring surrounded by the hauling rope (4-1)；

Two interior directive wheels (4-4) are located at except the ring surrounded by the hauling rope (4-1)；

The traction drive (4-7) is between a lower directive wheel (4-3) and an interior directive wheel (4-4) Lower section.

3. the hauling rope mechanism of slip rope system according to claim 2, it is characterised in that:

The traction drive (4-7) includes traction wheel (4-7-1)；

The traction wheel (4-7-1) is located within the ring surrounded by the hauling rope (4-1)；

The traction wheel (4-7-1) is fixed with rotation axis (4-7-6)；

One end of the rotation axis (4-7-6) and first bearing seat (4-7-2) are rotatablely connected；

The first bearing seat (4-7-2) is fixedly connected with first bearing seat support (4-7-4)；

The other end and second bearing seat (4-7-3) of the rotation axis (4-7-6) are rotatablely connected；

The second bearing seat (4-7-3) is fixedly connected with second bearing seat support (4-7-5)；

The other end of the rotation axis (4-7-6) passes through the output axis connection of shaft joint (4-7-7) and retarder (4-7-8)；

The rotation axis of the input shaft and motor (4-7-9) of the retarder (4-7-8) is coaxially connected；

The retarder (4-7-8) and the motor (4-7-9) are fixedly connected with support (4-7-10).

4. the hauling rope mechanism of slip rope system according to claim 3, it is characterised in that:

Lower section between one upper directive wheel (4-2) and a lower directive wheel (4-3) is provided with action-oriented wheel (4- 5)；

The action-oriented wheel (4-5) is located within the ring surrounded by the hauling rope (4-1)；

The action-oriented wheel (4-5) is located in the lower standing column (1-1-2)；

The action-oriented wheel (4-5) is connect by connector with tension weight (4-6).

5. a kind of slip rope system, including hauling rope mechanism (4), it is characterised in that: the hauling rope mechanism (4) is such as claim Hauling rope mechanism described in one of 1 to 4.