CN208586565U - A kind of tilting blocks drift system - Google Patents
A kind of tilting blocks drift system Download PDFInfo
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- CN208586565U CN208586565U CN201820241559.7U CN201820241559U CN208586565U CN 208586565 U CN208586565 U CN 208586565U CN 201820241559 U CN201820241559 U CN 201820241559U CN 208586565 U CN208586565 U CN 208586565U
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- buoyancy tank
- trolley
- tilting
- drift system
- car body
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Abstract
The utility model discloses one kind to block drift system, and especially a kind of tilting automatic lifting blocks drift system, belongs to the technical field of water conservancy floater catching apparatus；The device includes being obliquely installed the guide groove in two sides river levee, the trolley being set in guide groove and multiple being connected between trolley for blocking the buoyancy tank of drift, the trolley includes car body, idler wheel is provided on the car body, the idler wheel, which is assemblied in guide groove, to be moved with band motor vehicles bodies along guide groove direction, the car body using hinged realization level and is rotated upwardly and downwardly with buoyancy tank, successively hingedly realize that horizontal direction relatively rotates between buoyancy tank, which is also connected with hoisting mechanism；The utility model solves conventional bevel formula and blocked drift system in mobile upper required the technical issues of capturing, it blocks the automatic uplink of drift system to realize by the gravity of device itself and the buoyancy of water and moves down, monitors and alarm, effectively to entirely blocking drift system and be monitored, promotion blocks drift system and more automates performance, and reduces the maintenance period and cost for blocking bleaching device.
Description
Technical field
The utility model relates to one kind to block drift system, and especially a kind of tilting blocks drift system, belong to water conservancy floating material and block
Cut the technical field of device.
Background technique
In hydraulic and hydroelectric engineering, especially power station need to intercept the floating pollutants such as weeds, branch and house refuse
In outside water inlet, in the prior art, except traditional scheme is in addition to trash rack is arranged in water inlet, the also normal certain distance in front of trash rack
Setting block drift row, block drift row be divided into it is fixed and mobile.Movable type blocks drift row and is divided into vertical lift type and inclined lift,
Vertical lift type blocks the active force for floating and arranging due to being solely subjected to vertical direction, is easier to realize automatic lifting.And tilting liter
Drop block drift row, due to the active force of existing horizontal direction, and have the active force of vertical direction, to realize automatic lifting difficulty compared with
Greatly, it often will appear card resistance in process of rising or falling, up to the present, tilting automatic lifting is blocked drift drainage technique and applied in state
It is inside still blank.
Summary of the invention
The goal of the invention of the utility model is: in view of the above problems, a kind of tilting is provided and blocks drift system, it should
It blocks drift system and not only solves tilting guide type automatic lifting and the problems such as load monitoring and automatic failure alarm, also improve and block
Bleaching device improves the effect for blocking drift to the adaptability of environment, and the failure for blocking drift row or fracture is avoided to cause downstream installation
Significant damage.
The technical solution adopted in the utility model is as follows:
A kind of tilting blocks drift system, including be obliquely installed the guide groove in two sides river levee, the trolley being set in guide groove with
And it is multiple be connected between trolley for blocking the buoyancy tank of drift, which includes car body, is provided with idler wheel on the car body, idler wheel dress
Assigned in being moved with band motor vehicles bodies along guide groove direction in guide groove, the car body and buoyancy tank are hingedly rotated upwardly and downwardly with realization, between buoyancy tank according to
It is secondary hingedly to realize that horizontal direction relatively rotates, which is also connected with hoisting mechanism.The design of which can be solved effectively
The problem of bleaching device is moved up and down when being obliquely installed certainly is blocked, hingedly rotating upwardly and downwardly by car body with buoyancy tank with realization can be effective
The Impact direction of trolley is set to be biased to the moving direction of trolley, meanwhile, realize that trolley solves trolley card resistance using hoisting mechanism
Problem.
A kind of tilting of the utility model blocks drift system, further includes the monitoring system for monitoring, the monitoring system packet
Controller is included, which is connected with the load transducer being set to car body between buoyancy tank, for passing at a distance from sensed water level
Sensor and warning device for alarm, the controller are also connect to control hoisting mechanism with hoisting mechanism.The design method
It can effectively be monitored to blocking drift system, and can effectively control the problem of hoisting mechanism alleviates card resistance.
A kind of tilting of the utility model blocks drift system, which is winding plant, which passes through steel
Rope connection body.
Further, which is provided with horizontal hunting cross hinge, is provided on the buoyancy tank and swings up and down cross hinge, the water
Flat pendulum move cross hinge and swing up and down cross hinge use the second pin shaft hingedly with realization can relatively rotate up and down.The upgrading mode has
Rotating upwardly and downwardly between guarantee car body and the buoyancy tank of effect, in addition, the setting can also increase the spacing between car body and buoyancy tank,
Effective protection device during moving up and down.
Further, the car body is by the first pin shaft and horizontal hunting cross hinge hingedly to realize horizontal hunting cross hinge water
Square to swingable, the buoyancy tank is by third pin shaft and swings up and down cross hinge and hingedly swings up and down cross hinge level side to realize
To swingable.Help entirely to block moving up and down for bleaching device, more adapts to the environment of inclination river levee.
Further, every side third pin shaft is 2, and is cut with scissors respectively by swinging up and down cross hinge or more two sides and buoyancy tank
It connects.
A kind of tilting of the utility model blocks drift system, which includes groove body, under which is provided with for assembling
Vehicle and the first groove to trolley limit, groove body where the first groove two sides are additionally provided with for assembling idler wheel second recessed
Slot is assembled and is limited to trolley by the second groove.The design of which is more conducive to movement of the trolley in guide groove, simultaneously
The structure has more security performance, and bearing capacity is more preferable.
A kind of tilting of the utility model blocks drift system, which includes 2 big buoyancy tanks for being located at end and multiple companies
The small buoyancy tank being connected between big buoyancy tank, the big buoyancy tank are articulated on car body, between big buoyancy tank and small buoyancy tank and small buoyancy tank with it is small
It is hinged between buoyancy tank.Which can be improved the cushion effect of buoyancy tank, and improve the practicability for blocking drift system.
Further, 2 pulling plates are connected between the big buoyancy tank and small buoyancy tank, big buoyancy tank and small buoyancy tank pass through the 4th respectively
Hinged 1 pulling plate of pin shaft is hinged with connecting plate between the pulling plate to realize that horizontal direction rotates, which passes through the
The hinged pulling plate of five pin shafts is rotated upwardly and downwardly with realizing, hinged by the 6th pin shaft between small buoyancy tank so that small buoyancy tank phase in the horizontal direction
To rotation.The design of which effectively facilitates the change of trolley Impact direction, moves up and down whole device automatically more smooth, promotees
Drift effect is blocked in the water surface into bleaching device is blocked.
Further, be also connected with the safe steel cable connecting with buoyancy tank respectively on 2 car bodies, 2 safe steel cables it
Between be detachably connected to form one.Which guarantees to block the safety of bleaching device, and is conducive to unlock and blocks drift system.
Further, what a kind of tilting blocked drift system blocks bleaching method, comprising the following steps:
A, guide groove is installed on the inclination river levee of river two sides, the first groove of interior processing trolley traveling on the guide groove, the
The second groove is arranged in one groove two sides, and the idler wheel of trolley is assemblied in the second groove, move up and down trolley can along the first groove；
B, trolley is connect with the buoyancy tank for being used to block drift, using horizontal hunting cross hinge and the upper bottom between trolley and buoyancy tank
Dynamic cross is hinged, between trolley and horizontal hunting cross hinge and buoyancy tank and swinging up and down used between cross hinge pin shaft connection with
Realize the relative rotation of horizontal direction；
C, the buoyancy tank includes big buoyancy tank and small buoyancy tank, and two pulling plates are arranged between the big buoyancy tank and small buoyancy tank, are respectively articulated with
The relative rotation of horizontal direction is realized in big buoyancy tank and small buoyancy tank, is passed through connecting plate between the pulling plate and is connected, the connecting plate two
End is respectively articulated with pulling plate to realize the relative rotation of up and down direction；
D, one of them big buoyancy tank and swing up and down between cross hinge using pin shaft load transducer connect, set on trolley
It sets range sensor and control device is connected to sensed water level, the range sensor and pin shaft load transducer, the control device
It is connected with winding plant, which connects trolley by steel cable with lifting truck, sets load standard by control device
Value, load are alarmed when being more than characteristic value of load by warning device to show and remind；
E, the criterion distance value and range error value that a water-head is set in the control device detect water in range sensor
When position, control winding plant lifting truck when being lower than minimum range relative value apart from drop, apart from drop be higher than it is maximum away from
Winding plant machine lifting truck and alarm are controlled when from relative value, this is apart from relative value=criterion distance value ± range error value；
F, according to the case where trolley upstream or downstream set winding plant operating current current setting value, winding plant
Stop winding plant work when operating current is more than the current setting value, winding plant should be made under normal circumstances can in the process
It is blocked with entirety and discharges steel cable automatically under the gravity of bleaching device.
It further, further include step g, section starts setting winding plant at a fixed time, after winding plant starting, work
It stops operating when making electric current greater than current setting value.
Further, in step d, 2 trolleies are also connected with the safe steel with big buoyancy tank and the series connection of small buoyancy tank respectively
Rope, 2 safe steel cables are connected as one by releasable connection.
Further, in step e and f, when trolley uplink, elevator is controlled when being lower than minimum range relative value apart from drop
Stop winding plant work when device lifting truck to criterion distance value, when trolley downlink, is higher than maximum distance apart from drop
Winding plant lifting truck is controlled when relative value, winding plant electric current is more than stopping winding plant work after setting value, alarm dress
It sets and continues working, trolley downlink is driven in the case where buoyancy tank self gravity.
In conclusion by adopting the above-described technical solution, the beneficial effects of the utility model are: the one of the utility model
Kind tilting blocks drift system effective solution conventional bevel formula and blocks the technical issues of drift system is captured required for movement above,
It blocks the automatic uplink of drift system to realize by the gravity of device itself and the buoyancy of water and moves down, monitors and alarm, adopt
Make whole device that there is the same flexibility of rope with the connection of multi-joint, so that it is rectangular close to movement to be conducive to Impact direction, it can
With the buoyancy by the gravity of device itself and water come realize block drift system uplink and move down, meanwhile, by monitoring system
Effectively to entirely blocking drift system and being monitored, promotion blocks drift system and more automates performance, and reduces the maintenance week for blocking bleaching device
Phase and cost.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model；
Fig. 2 is the enlarged diagram at the utility model B；
Fig. 3 is the schematic cross-section at the utility model A；
Fig. 4 is the connection structure enlarged diagram between the big buoyancy tank of the utility model and small buoyancy tank.
Marked in the figure: 1- guide groove, 101- groove body, the first groove of 102-, the second groove of 103-, 2- trolley, 201- car body,
202- idler wheel, 3- buoyancy tank, the big buoyancy tank of 301-, the small buoyancy tank of 302-, 4- horizontal hunting cross hinge, 5- swing up and down cross hinge, 6-
One pin shaft, 7- third pin shaft, the second pin shaft of 8-, 9- hoisting mechanism, 10- controller, 11- load transducer, 12- Distance-sensing
Device, 13- warning device, 14- pulling plate, the 4th pin shaft of 15-, the 5th pin shaft of 16-, the 6th pin shaft of 17-, the safe steel cable of 18-, 19- connect
Fishplate bar.
Specific embodiment
With reference to the accompanying drawing, the utility model is described in detail.
In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation
Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain
The utility model is not used to limit the utility model.
Embodiment one
A kind of tilting blocks drift system, as depicted in figs. 1 and 2, including being obliquely installed the guide groove 1 in two sides river levee, setting
In in guide groove trolley 2 and it is multiple be connected between trolley for blocking the buoyancy tank 3 of drift, which includes car body 201, should
Idler wheel 202 is provided on car body 201, which, which is assemblied in guide groove, is moved with band motor vehicles bodies along guide groove direction, the car body
201 are hingedly rotated upwardly and downwardly with buoyancy tank 3 with realizing, successively hingedly to realize that horizontal direction relatively rotates between buoyancy tank 3, the car body
201 are also connected with hoisting mechanism 9.Car body 201 and buoyancy tank 3 is used hingedly to come in a manner of realizing and rotate upwardly and downwardly in present embodiment
It realizes and carrys out realization device automatic lifting with the self gravity for blocking bleaching device by the buoyancy of water.
Herein, horizontal direction relative rotation/horizontal direction rotation is the relative rotation between two devices of connection,
In addition, the horizontal direction is water (flow) direction.For rotating upwardly and downwardly the drawing illustration in conjunction with the application, it is not intended as upper and lower limit
Fixed, which is that opposite between two devices can rotate upwardly and downwardly.
In the design basis of present embodiment, the operation for not only needing to guarantee to block bleaching device is smooth, examines for hommization
Consider, and in actual application, is monitored in real time with greater need for device, thus, in another specific embodiment, also
Including the monitoring system for monitoring, which includes controller 10, which, which is connected with, is set to car body and floats
Load transducer 11 between case, the range sensor 12 for sensed water level and the warning device 13 for alarm, the control
Device 10 processed is also connect with hoisting mechanism 9 to control hoisting mechanism.
It is designed as specific, in above-mentioned specific embodiment, the range sensor 12 and warning device 13 are arranged small
Che Shang.The control cabinet of single-chip microcontroller formation is integrated on the trolley.The control cabinet connects load transducer 11.The controller 10 is
PLC control cabinet, and be set in computer room with winding plant.Load transducer 11, range sensor 12 and warning device 13 pass through
Control cabinet is connect with controller 10.More specifically, control cabinet is connect with controller using wireless communication module.The controller 10
It connect, can be used wired or is wirelessly connected with the Central Control Room of distal end.Specifically, the load transducer is assemblied in wherein side
Between trolley and buoyancy tank, which is connected to the control cabinet being arranged on the side trolley.
Based in above-mentioned specific embodiment, river levee two sides are provided with computer room, unlike monitoring device, due to this
Block the linear structure of bleaching device, stress condition is balanced, as shown in Figure 1, load transducer is installed on the small of wherein one end
Between vehicle and buoyancy tank.
In design basis based on above-mentioned specific embodiment, as more specifical design, specifically, the hoisting mechanism
9 be winding plant, which passes through steel cable connection body 201.In conjunction with above-mentioned situation, the design of which is in order to make to block
It is solved when the case where card resistance occurs in the process of running in bleaching device using being promoted.In practical applications, for using trolley edge
Guide groove moves up and down, and river surface/underwater has certain floating material, however not excluded that these floating materials block under the active force of water
The firmly idler wheel of trolley, and spacing between idler wheel and floating can be pulled open using being promoted, be detached from floating material and walked with water flow.
The environment that the water surface is salvaged more is adapted in order to make to block bleaching device, needs to improve the flexibility for blocking bleaching device, in the design
On the basis of, in another specific embodiment, as shown in Figures 2 and 3, which is provided with horizontal hunting cross hinge 4, should
It is provided on buoyancy tank 3 and swings up and down cross hinge 5, which uses the second pin shaft 8 with cross hinge 5 is swung up and down
It can hingedly be relatively rotated up and down with realizing.
More specifically design, in another specific embodiment, which passes through the first pin shaft 6 and horizontal hunting
Hingedly to realize that horizontal hunting cross hinge horizontal direction is swingable, which passes through third pin shaft 7 and swings up and down cross hinge 4
It is swingable that cross hinge 5 hingedly swings up and down cross hinge horizontal direction with realization.Which, which effectively raises, blocks the soft of bleaching device
Property, and increase the distance between trolley and buoyancy tank, protective device while, are further conducive to the movement of trolley.
Specifically, every side third pin shaft 7 is 2, and hinged with buoyancy tank by swinging up and down cross hinge or more two sides respectively.
As shown in Fig. 2, wherein the one of third pin shaft connected between cross hinge and buoyancy tank that swings up and down of one end is pin shaft lotus
Set sensor, and connect with controller.In the present embodiment, which is connected to control cabinet/controller.Specifically
, which is installed on top, connects as third pin shaft.I.e. are as follows: wherein side swings up and down cross hinge
Hingedly being connect using upper and lower two third pin shafts between buoyancy tank, under the swinging up and down between cross hinge and buoyancy tank of the other side/
The hinged of top is connected using third pin shaft, and the hinged of up/down side is carried out hingedly using pin shaft load transducer.
Certainly, in order to preferably slide trolley more smoothly, in a wherein specific embodiment, as shown in figure 3, should
Guide groove 1 includes groove body 101, which is provided with gets off and to the first groove 102 that trolley limits, this for assemble
Groove body where one groove, 102 two sides is additionally provided with the second groove 103 for assembling idler wheel 202, by the second groove 103 to small
Vehicle is assembled and is limited.Design method effective solution trolley moves up and down smooth, more preferable automatic lifting of implementing
Function.
In design principle based on above-mentioned specific embodiment, in another specific embodiment, which includes 2
Big buoyancy tank 301 and multiple small buoyancy tanks 302 being connected between big buoyancy tank positioned at end, the big buoyancy tank 301 are articulated on car body,
It is hinged between big buoyancy tank and small buoyancy tank and between small buoyancy tank and small buoyancy tank.
In design principle based on above-mentioned specific embodiment, as more specifical, a specific embodiment wherein
In, as shown in figure 4, being connected with 2 pulling plates 14 between the big buoyancy tank 301 and small buoyancy tank 302, big buoyancy tank 301 divides with small buoyancy tank 302
Not Tong Guo hinged 1 pulling plate of the 4th pin shaft 15 to realize that horizontal direction rotates, be hinged with connecting plate 19 between the pulling plate 14, the company
19 both ends of fishplate bar are rotated upwardly and downwardly by the hinged pulling plate of the 5th pin shaft 16 with realizing, pass through the 6th pin shaft 17 between small buoyancy tank 302
Hingedly so that small buoyancy tank relatively rotates in the horizontal direction.Which promotion makes trolley Impact direction be biased to moving direction, by more
Joint makes downward or upward direction of pull be more conducive to the movement of trolley.
For the specific protection of the device, while also needing to consider that some devices of the water surface need navigation or relevant apparatus
Pass through, in another specific embodiment, is also connected with the safe steel cable 18 connecting with buoyancy tank respectively on 2 car bodies 201, it should
It is detachably connected to form one between 2 safe steel cables 18.As more specifical, capel is used between the safe steel cable 18
Connection.
More specifically, big buoyancy tank and small buoyancy tank include cabinet, and the anti-sinking material of macromolecule is filled in the cabinet.The case
It is additionally provided on body and blocks drift column.
It is the assembly pass of described free bearing and pin shaft in the prior art during above pin shaft assembly connection
System.Certainly, Cong Tuzhong can also obtain the specific implementation of the structure.
Based on above-mentioned specific embodiment, herein, described horizontal hunting cross hinge is the free bearing being horizontally mounted
Plate body, pin shaft from top to bottom assemble, to realize that horizontal direction can be rotated.And swinging up and down cross hinge is vertical (up and down or hang down
Straight horizontal direction) direction installation free bearing plate body, pin shaft assembled by horizontal direction, to realize that vertical direction can be rotated.
In conjunction with attached drawing, guide groove herein, trolley are elevating mechanism, and by the computer room on river levee, elevator is arranged in computer room
Device and control cabinet, it may be assumed that PLC control cabinet is controlled.Elevating mechanism is two sets, is respectively provided at both sides river levee, and each small
There are a control cabinet, warning device and range sensor on vehicle.In addition, load transducer is fitted into side.Specifically
, which can be ultrasonic sensor, infrared sensor.
Embodiment two
What a kind of tilting blocked drift system blocks bleaching method, comprising the following steps:
A, guide groove is installed on the inclination river levee of river two sides, the first groove of interior processing trolley traveling on the guide groove, the
The second groove is arranged in one groove two sides, and the idler wheel of trolley is assemblied in the second groove, move up and down trolley can along the first groove；
B, trolley is connect with the buoyancy tank for being used to block drift, using horizontal hunting cross hinge and the upper bottom between trolley and buoyancy tank
Dynamic cross is hinged, between trolley and horizontal hunting cross hinge and buoyancy tank and swinging up and down used between cross hinge pin shaft connection with
Realize the relative rotation of horizontal direction；
C, the buoyancy tank includes big buoyancy tank and small buoyancy tank, and two pulling plates are arranged between the big buoyancy tank and small buoyancy tank, are respectively articulated with
The relative rotation of horizontal direction is realized in big buoyancy tank and small buoyancy tank, is passed through connecting plate between the pulling plate and is connected, the connecting plate two
End is respectively articulated with pulling plate to realize the relative rotation of up and down direction；
D, one of them big buoyancy tank and swing up and down between cross hinge using pin shaft load transducer connect, set on trolley
It sets range sensor and control device is connected to sensed water level, the range sensor and pin shaft load transducer, the control device
It is connected with winding plant, which connects trolley by steel cable with lifting truck, sets load standard by control device
Value, load are alarmed when being more than characteristic value of load by warning device to show and remind；
E, the criterion distance value and range error value that a water-head is set in the control device detect water in range sensor
When position, control winding plant lifting truck when being lower than minimum range relative value apart from drop, apart from drop be higher than it is maximum away from
Winding plant machine lifting truck and alarm are controlled when from relative value, this is apart from relative value=criterion distance value ± range error value；
F, according to the case where trolley upstream or downstream set winding plant operating current current setting value, winding plant
Stop winding plant work when operating current is more than the current setting value, winding plant should be made under normal circumstances can in the process
It is blocked with entirety and discharges steel cable automatically under the gravity of bleaching device.
It further, further include step g, section starts setting winding plant at a fixed time, after winding plant starting, work
It stops operating when making electric current greater than current setting value.As more specifical, which is 1h-6h.Which can be effective
The influence for making to avoid steel cable from sliding trolley in trolley uphill process.
Further, in step d, 2 trolleies are also connected with the safe steel with big buoyancy tank and the series connection of small buoyancy tank respectively
Rope, 2 safe steel cables are connected as one by releasable connection.
Further, in step e and f, when trolley uplink, elevator is controlled when being lower than minimum range relative value apart from drop
Stop winding plant work when device lifting truck to criterion distance value, when trolley downlink, is higher than maximum distance apart from drop
Winding plant lifting truck is controlled when relative value, winding plant electric current is more than stopping winding plant work after setting value, alarm dress
It sets and continues working, trolley downlink is driven in the case where buoyancy tank self gravity.
Further, control device and the Central Control Room of distal end connect, and carry out data communication, so that Central Control Room is monitored existing
Block the state of bleaching device in field.
In conclusion a kind of tilting of the utility model, which blocks drift system effective solution conventional bevel formula, blocks drift system
In mobile the technical issues of capturing required above, drift system is blocked to realize by the gravity of device itself and the buoyancy of water
Automatic uplink and move down, monitor and alarm, make whole device that there is the same flexibility of rope using the connection of multi-joint, thus
It is rectangular close to movement to be conducive to Impact direction, drift system can be blocked by the gravity of device itself and the buoyancy of water to realize
It uplink and moves down, meanwhile, it is effectively monitored to entirely blocking drift system by monitoring system, promotion is blocked drift system and more automated
Performance, and reduce the maintenance period and cost for blocking bleaching device.
The above is only the preferred embodiment of the utility model only, is not intended to limit the utility model, all at this
Made any modifications, equivalent replacements, and improvements etc., should be included in the utility model within the spirit and principle of utility model
Protection scope within.
Claims (10)
1. a kind of tilting blocks drift system, it is characterised in that: including being obliquely installed the guide groove (1) in two sides river levee, being set to and lead
Trolley (2) in slot and it is multiple be connected to for blocking the buoyancy tank (3) of drift between trolley, which includes car body (201),
Idler wheel (202) are provided on the car body (201), which, which is assemblied in guide groove, is moved with band motor vehicles bodies along guide groove direction,
The car body (201) is hingedly rotated upwardly and downwardly with buoyancy tank (3) with realizing, successively hingedly to realize that horizontal direction is opposite between buoyancy tank (3)
Rotation, the car body (201) are also connected with hoisting mechanism (9).
2. a kind of tilting as described in claim 1 blocks drift system, it is characterised in that: further include the monitoring system for monitoring
System, which includes controller (10), which is connected with the load sensing being set between car body and buoyancy tank
Device (11), the range sensor (12) for sensed water level and the warning device (13) for alarm, the controller (10) is also
It connect with hoisting mechanism (9) to control hoisting mechanism.
3. a kind of tilting as described in claim 1 blocks drift system, it is characterised in that: the hoisting mechanism (9) is winding plant,
The winding plant passes through steel cable connection body (201).
4. a kind of tilting as described in claim 1 blocks drift system, it is characterised in that: the car body (201) is provided with horizontal pendulum
Dynamic cross hinge (4) are provided on the buoyancy tank (3) and swing up and down cross hinge (5), the horizontal hunting cross hinge (4) with swing up and down
Cross hinge (5) uses the second pin shaft (8) that can hingedly relatively rotate up and down to realize.
5. a kind of tilting as claimed in claim 4 blocks drift system, it is characterised in that: the car body (201) passes through the first pin shaft
(6) with horizontal hunting cross hinge (4) hingedly to realize that horizontal hunting cross hinge horizontal direction is swingable, which passes through the
Three pin shafts (7) with swing up and down cross hinge (5) hingedly to realize that swing up and down cross hinge horizontal direction swingable.
6. a kind of tilting as claimed in claim 4 blocks drift system, it is characterised in that: every side third pin shaft (7) is 2, and
It is respectively arranged in and swings up and down cross hinge two sides up and down.
7. a kind of tilting as described in claim 1 blocks drift system, it is characterised in that: the guide groove (1) includes groove body (101),
The groove body (101), which is provided with, gets off and for assembling to the first groove (102) that trolley limits, first groove (102) two
Groove body where side is additionally provided with the second groove (103) for assembling idler wheel (202), by the second groove (103) to trolley into
Luggage is matched and is limited.
8. a kind of tilting as described in claim 1 blocks drift system, it is characterised in that: the buoyancy tank (3) includes 2 and is located at end
Big buoyancy tank (301) and multiple small buoyancy tanks (302) being connected between big buoyancy tank, which is articulated on car body, greatly
It is hinged between buoyancy tank and small buoyancy tank and between small buoyancy tank and small buoyancy tank.
9. a kind of tilting as claimed in claim 8 blocks drift system, it is characterised in that: the big buoyancy tank (301) and small buoyancy tank
(302) 2 pulling plates (14) are connected between, big buoyancy tank (301) and small buoyancy tank (302) pass through the 4th pin shaft (15) hinged 1 respectively
A pulling plate is hinged with connecting plate (19) between the pulling plate (14), connecting plate (19) both ends are logical to realize that horizontal direction rotates
The hinged pulling plate of the 5th pin shaft (16) is crossed to rotate upwardly and downwardly to realize, it is hinged by the 6th pin shaft (17) between small buoyancy tank (302) so that
Small buoyancy tank relatively rotates in the horizontal direction.
10. a kind of tilting as described in claim 1 blocks drift system, it is characterised in that: on 2 car bodies (201) respectively also
It is connected with the safe steel cable (18) connecting with buoyancy tank, is detachably connected to form one between 2 safety ropes (18).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820241559.7U CN208586565U (en) | 2018-02-11 | 2018-02-11 | A kind of tilting blocks drift system |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201820241559.7U CN208586565U (en) | 2018-02-11 | 2018-02-11 | A kind of tilting blocks drift system |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208586565U true CN208586565U (en) | 2019-03-08 |
Family
ID=65531758
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201820241559.7U Active CN208586565U (en) | 2018-02-11 | 2018-02-11 | A kind of tilting blocks drift system |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN208586565U (en) |
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2018
- 2018-02-11 CN CN201820241559.7U patent/CN208586565U/en active Active
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Address after: 618000 Deyang economic and Technological Development Zone, Sichuan, No. 398 Yanshan Road Patentee after: Sichuan Dongfang Water Conservancy Intelligent Equipment Engineering Co., Ltd. Address before: 618000 Yanshan Road, Deyang Economic Development Zone, Sichuan, No. 398 Patentee before: Sichuan Orient Hydroelectric Equipment and Engineering Co., Ltd. |