CN205276121U - Bridge beam supports with real -time height -adjusting function of intelligence - Google Patents
Bridge beam supports with real -time height -adjusting function of intelligence Download PDFInfo
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- CN205276121U CN205276121U CN201620003977.3U CN201620003977U CN205276121U CN 205276121 U CN205276121 U CN 205276121U CN 201620003977 U CN201620003977 U CN 201620003977U CN 205276121 U CN205276121 U CN 205276121U
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Abstract
The utility model belongs to the technical field of bridge beam supports, a bridge beam supports with real -time height -adjusting function of intelligence is disclosed. Its main technical characteristics does: including the support upper part of the body and the support lower part of the body, be provided with double -screw bolt intermediate lamella, turning position nut between the support upper part of the body and the support lower part of the body, the turning position nut passes through transmission and motor, and power supply unit, temperature sensor, displacement sensor and hydraulic oil pump are controlled by central processing unit. Bridge displacement, corner function are satisfied to the support upper part of the body of this support, and sensor acquisition data is passed through to the intelligent control system, intelligent control motor drive when reaching the settlement condition. Has under the prerequisite that need not raise the roof beam body with appurtenance the function increaseing, turn down the support, can realize that accommodation process is intelligent according to the change automatically regulated of environment, the regulative mode is convenient reliable.
Description
Technical field
The utility model belongs to technical field of bridge, particularly relates to a kind of bridge pad with the real-time adjustment height function of intelligence.
Background technology
Bearing is the interconnecting piece of bridge superstructure and substructure, it is possible to transmits vertical power and horizontal force that superstructure is applied to substructure, adapts to beam end displacement and corner. Along with the fast development of traffic infrastructure, for solving the problem of a large amount of land occupation resource, interface height is adopted more and more to become common recognition. And bridge is when concrete is affected by the external environment, the strained condition of upper and lower part structure can be changed, bring hidden danger to the security of structure. Especially, for some high pier bridges and special climate area, by the impact in temperature, season, bridge floor height change is big, extremely easily structure is damaged.
Up to the present, solving the problem with adjustable height bearing is a good method, and it can regulate superstructure and line elevation when not changing upper and lower part configuration, and structure actual forced status is consistent with design strained condition.
The structure formation of height-adjustable supports has multiple, comprise that spiral is heightened, voussoir is heightened, backing plate heightens and fills material feeding solidification and heighten, current spiral is heightened, voussoir is heightened, this several mode of heightening heightened by backing plate a common ground, namely need to be raised by beam body with auxiliary means, make to be separated from bearing upper base plate at the bottom of beam suitably to heighten operation apart from rear just can carrying out, this proposes higher requirement by beam body end and bearing pad stone size, and is unfavorable for construction and operation. Filling material feeding solidification and heighten operating process complexity, solidification process is irreversible, and can not realize turning down and real-time regulatory function. Thus, for adjustment height number of times than bridge more frequently, need a kind of easy construction badly, the height-adjustable supports that convenient, sharpness of regulation is high to be to ensure the safety of its structure.
Practical novel content
It is simple that the technical problems to be solved in the utility model is just to provide a kind of structure, installs and easy construction, has the bridge pad that intelligence regulates height function in real time.
For solving the problems of the technologies described above, the technical solution adopted in the utility model is: comprise bearing upper body and bearing lower body, it is provided with stud intermediate plate between described bearing upper body and bearing lower body, stud intermediate plate is connected with rotational positioning nut thread, bearing lower body is provided with hydraulic pressure oil pump and leads to the hydraulic oil pipeline below stud intermediate plate, and the exit end of hydraulic oil pipeline is provided with hydraulic seal.
Its additional technical feature is: described rotational positioning nut is connected with motor by transmission mechanism, motor is connected with power supply device, bearing lower body is provided with temperature sensor or/and displacement sensor, and power supply device, temperature sensor, displacement sensor and hydraulic pressure oil pump control by central processing unit;
Described transmission mechanism is chain drive or geartransmission or worm drive or V belt translation;
Described power supply device is store battery or the molectron of solar energy photovoltaic panel or store battery and solar energy photovoltaic panel;
Described motor forward and reverse direction drives, and transmission mechanism has specific transmitting ratio.
Provided by the utility model have the bridge pad that intelligence regulates height function in real time, stud intermediate plate it is provided with between bearing upper body and bearing lower body, the stud intermediate plate vertically arranged is connected with horizontally disposed rotational positioning nut thread, bearing lower body is provided with hydraulic pressure oil pump and leads to the hydraulic oil pipeline below stud intermediate plate, and the exit end of hydraulic oil pipeline is provided with hydraulic seal. Rotational positioning nut is connected with motor by transmission mechanism, and motor is connected with power supply device, and bearing lower body is provided with temperature sensor or/and displacement sensor, and power supply device, temperature sensor, displacement sensor and hydraulic pressure oil pump control by central processing unit.
Provided by the utility model have the bridge pad that intelligence regulates height function in real time, regulation scheme one:
When bearing outside temperature is reduced to set(ting)value, temperature sensor sends to central processing unit to be needed to heighten signal, and central processing unit sends instruction to hydraulic pressure oil pump, and hydraulic pressure oil pump, to hydraulic oil pipeline oil transportation, pushes up on stud intermediate plate, bearing upper body is raised; Meanwhile, central processing unit sends instruction, electric motor starting to power supply device, and motor drives rotational positioning nut to rotate by transmission mechanism; Bearing upper body raises after putting in place, displacement sensor sends, to central processing unit, the signal that puts in place, central processing unit sends instruction to hydraulic pressure oil pump, hydraulic pressure oil pump stopping work, and it is adjacent to after bearing lower body until rotational positioning nut, it is achieved the position and lock of bearing height, central processing unit sends instruction to power supply device, motor stopping work, this rear pump or output pump is by recovery of oil, it is achieved bearing is heightened.
When bearing outside temperature is elevated to set(ting)value, temperature sensor needs to turn down signal central processing unit to central processing unit transmission and sends instruction to hydraulic pressure oil pump, hydraulic pressure oil pump, to hydraulic oil pipeline oil transportation, pushes up on stud intermediate plate, makes rotational positioning nut depart from bearing lower body; Thereafter, central processing unit sends instruction to power supply device, electric motor starting, motor drives rotational positioning nut upwards to rotate by transmission mechanism, while rotational positioning nut upwards rotates, central processing unit sends instruction to hydraulic pressure oil pump, and hydraulic pressure oil pump is by the recovery of oil of hydraulic oil pipeline, stud intermediate plate is declined, and bearing upper body reduces; After the reduction of bearing upper body puts in place, displacement sensor sends, to central processing unit, the signal that puts in place, and central processing unit sends instruction, motor stopping work to power supply device, and meanwhile, central processing unit sends instruction to hydraulic pressure oil pump, hydraulic pressure oil pump stopping work; Central processing unit again sends command motor to power supply device and drives rotational positioning nut to rotate by transmission mechanism, it is adjacent to after bearing lower body until rotational positioning nut, realize the position and lock of bearing height, central processing unit sends instruction to power supply device, motor stopping work, this rear pump or output pump is by recovery of oil, it is achieved bearing is turned down.
Provided by the utility model have the bridge pad that intelligence regulates height function in real time, regulation scheme two:
When bearing outside temperature is reduced to set(ting)value, temperature sensor sends to central processing unit to be needed to heighten signal, and central processing unit sends instruction to hydraulic pressure oil pump, and hydraulic pressure oil pump, to hydraulic oil pipeline oil transportation, pushes up on stud intermediate plate, bearing upper body is raised; Meanwhile, central processing unit sends instruction, electric motor starting to power supply device, and motor drives rotational positioning nut to rotate according to the required output rotation number of turns by having the transmission mechanism of particular design transmitting ratio and heightens the required number of turns; Then, central processing unit sends instruction to hydraulic pressure oil pump, and hydraulic pressure oil pump is by recovery of oil, thereafter hydraulic pressure oil pump stopping work, after rotational positioning nut is adjacent to bearing lower body, it is achieved the position and lock of bearing height, central processing unit sends instruction, motor stopping work, it is achieved bearing is heightened to power supply device.
Bearing outside temperature is elevated to set(ting)value, and temperature sensor sends to central processing unit to be needed to turn down signal; Central processing unit sends instruction to hydraulic pressure oil pump, and hydraulic pressure oil pump, to hydraulic oil pipeline oil transportation, pushes up on stud intermediate plate, makes rotational positioning nut depart from bearing lower body; Thereafter, motor drives rotational positioning nut upwards to rotate according to the required output rotation number of turns by having the transmission mechanism of particular design transmitting ratio and turns down the required number of turns, simultaneously, central processing unit sends instruction to hydraulic pressure oil pump, hydraulic pressure oil pump is by the recovery of oil of hydraulic oil pipeline, stud intermediate plate is declined, and bearing upper body reduces; Rotational positioning nut upwards rotates after reaching and turning down the required number of turns, and central processing unit sends instruction, motor stopping work to power supply device; When stud intermediate plate drops to after rotational positioning nut is adjacent to bearing lower body, it is achieved the position and lock of bearing height, hydraulic pressure oil pump stopping work, it is achieved bearing is turned down.
Provided by the utility model have the bridge pad that intelligence regulates height function in real time, and bearing upper body has the structure meeting bridge displacement, corner function. Power supply device, temperature sensor, displacement sensor, hydraulic pressure oil pump and central processing unit composition intelligent control system, by sensor image data, when reaching setting condition, intelligent control motor drives. The utility model has not to be needed under the prerequisite raised by beam body with auxiliary means, the function heightened by bearing, turned down; Automatically can regulate according to the change of environment, it is achieved that regulate process is intelligent, and regulative mode is reliably convenient. As required, transmission mechanism is chain drive or geartransmission or worm drive or V belt translation, power supply device is store battery or the molectron of solar energy photovoltaic panel or store battery and solar energy photovoltaic panel, and motor forward and reverse direction drives, and transmission mechanism has the transmitting ratio of particular design.
Accompanying drawing explanation
Fig. 1 is the first structural representation that the utility model has that intelligence regulates the highly bridge pad of function in real time;
Fig. 2 has the 2nd kind of structural representation that intelligence regulates the highly bridge pad of function in real time;
Fig. 3 has the third structural representation that intelligence regulates the highly bridge pad of function in real time;
Fig. 4 has the 4th kind of structural representation that intelligence regulates the highly bridge pad of function in real time.
Embodiment
Below in conjunction with accompanying drawing, the structure of the bridge pad with the real-time adjustment height function of intelligence provided by the utility model and principle are described further.
As shown in Figure 1, the bridge pad with the real-time adjustment height function of intelligence provided by the utility model comprises bearing upper body 1 and bearing lower body 5, stud intermediate plate 2 it is provided with between bearing upper body 1 and bearing lower body 5, stud intermediate plate 2 is threaded with rotational positioning nut 3, bearing lower body 5 is provided with hydraulic pressure oil pump 4 and leads to the hydraulic oil pipeline 6 below stud intermediate plate 2, the exit end of hydraulic oil pipeline 6 is provided with hydraulic seal 7, rotational positioning nut 3 is connected with motor 9 by chain drive 8, motor 9 is connected with power supply device 10, bearing lower body 5 is provided with temperature sensor 11, displacement sensor 12, power supply device 10, temperature sensor 11, displacement sensor 12 and hydraulic pressure oil pump 4 control by central processing unit 13. as shown in Figure 2, rotational positioning nut 3 is connected with motor 9 by worm drive 14.
As shown in Figure 3, the bridge pad with the real-time adjustment height function of intelligence provided by the utility model comprises bearing upper body 1 and bearing lower body 5, stud intermediate plate 2 it is provided with between bearing upper body 1 and bearing lower body 5, stud intermediate plate 2 is threaded with rotational positioning nut 3, bearing lower body 5 is provided with hydraulic pressure oil pump 4 and leads to the hydraulic oil pipeline 6 below stud intermediate plate 2, the exit end of hydraulic oil pipeline 6 is provided with hydraulic seal 7, rotational positioning nut 3 is connected with motor 9 by engagement type V belt translation 8, motor 9 is connected with power supply device 10, bearing lower body 5 is provided with temperature sensor 11, power supply device 10, temperature sensor 11 and hydraulic pressure oil pump 4 control by central processing unit 13. as shown in Figure 4, rotational positioning nut 3 is connected with motor 9 by worm drive 14.
Embodiment 1
When the bridge pad with the real-time adjustment height function of intelligence provided by the utility model is the structure shown in Fig. 1,2, when bearing outside temperature is reduced to set(ting)value, temperature sensor 11 sends to central processing unit 13 to be needed to heighten signal, central processing unit 13 sends instruction to hydraulic pressure oil pump 4, hydraulic pressure oil pump 4 is to hydraulic oil pipeline 6 oil transportation, push up on stud intermediate plate 2, bearing upper body 1 is raised; Meanwhile, central processing unit 13 sends instruction to for power supply devices 10 such as solar energy photovoltaic panels, and motor 9 starts, and motor 9 drives rotational positioning nut 3 to rotate by transmission mechanisms such as chain drive 8 or worm drive 14; Bearing upper body 1 raises after putting in place, displacement sensor 12 sends, to central processing unit 13, the signal that puts in place, central processing unit 13 sends instruction to hydraulic pressure oil pump 4, hydraulic pressure oil pump 4 stops work, and is adjacent to after bearing lower body 5 until rotational positioning nut 3, it is achieved the position and lock of bearing height, central processing unit 13 sends instruction to power supply devices 10 such as solar energy photovoltaic panels, motor 9 stops work, and this rear pump or output pump 4 is by recovery of oil, it is achieved bearing is heightened.
When bearing outside temperature is elevated to set(ting)value, temperature sensor 11 sends to central processing unit 13 to be needed to turn down signal; Central processing unit 13 sends instruction to hydraulic pressure oil pump 4, and hydraulic pressure oil pump 4, to hydraulic oil pipeline 6 oil transportation, pushes up on stud intermediate plate 2, makes rotational positioning nut 3 depart from bearing lower body 5; Thereafter, central processing unit 13ToThe power supply device 10 such as solar energy photovoltaic panel sends instruction,Motor 9 starts, and motor 9 drives rotational positioning nut 3 upwards to rotate by transmission mechanism, while rotational positioning nut 3 upwards rotates, central processing unit 13 sends instruction to hydraulic pressure oil pump 4, hydraulic pressure oil pump 4, by the recovery of oil of hydraulic oil pipeline 6, makes stud intermediate plate 2 decline, and bearing upper body 1 reduces; After bearing upper body 1 reduction puts in place, displacement sensor 12 sends, to central processing unit 13, the signal that puts in place, and central processing unit 13 sends instruction to power supply devices 10 such as solar energy photovoltaic panels, motor 9 stops work, meanwhile, central processing unit 13 sends instruction to hydraulic pressure oil pump 4, and hydraulic pressure oil pump 4 stops work; Thereafter, central processing unit 13 sends instruction to power supply devices 10 such as solar energy photovoltaic panels again, motor 9 starts, motor 9 drives rotational positioning nut 3 to rotate by transmission mechanisms such as chain drive 8 or worm drive 14, is adjacent to after bearing lower body 5 until rotational positioning nut 3, it is achieved the position and lock of bearing height, central processing unit 13 sends instruction to power supply devices 10 such as solar energy photovoltaic panels, motor 9 stops work, and hereafter hydraulic pressure oil pump 4 is by recovery of oil, it is achieved bearing is turned down.
Provided by the utility model have the bridge pad that intelligence regulates height function in real time, and bearing upper body 1 has the structure meeting bridge displacement, corner function. The power supply device 10 such as solar energy photovoltaic panel, temperature sensor 11, displacement sensor 12, hydraulic pressure oil pump 4 and central processing unit 13 form intelligent control system, and by sensor image data, when reaching setting condition, intelligent control motor 9 drives. The utility model has not to be needed under the prerequisite raised by beam body with auxiliary means, the function heightened by bearing, turned down; Automatically can regulate according to the change of environment, it is achieved that regulate process is intelligent, and regulative mode is reliably convenient. As required, transmission mechanism is chain drive 9 or geartransmission or worm drive 14 or V belt translation, and power supply device 10 be store battery or the molectron of solar energy photovoltaic panel or store battery and solar energy photovoltaic panel, the driving of motor 9 forward and reverse direction.
Embodiment 2
When the bridge pad with the real-time adjustment height function of intelligence provided by the utility model is the structure shown in Fig. 3,4, when bearing outside temperature is reduced to set(ting)value, temperature sensor 11 sends to central processing unit 13 to be needed to heighten signal, central processing unit 13 sends instruction to hydraulic pressure oil pump 4, hydraulic pressure oil pump 4 is to hydraulic oil pipeline 6 oil transportation, push up on stud intermediate plate 2, bearing upper body 1 is raised; Meanwhile, central processing unit 13 sends instruction to power supply device 10, motor 9 starts, and motor 9 drives rotational positioning nut 3 to rotate according to the required output rotation number of turns by the engagement type V belt translation 8 or the transmission mechanism such as geartransmission or worm drive 14 with particular design transmitting ratio and heightens the required number of turns; Then, central processing unit 13 sends instruction to hydraulic pressure oil pump 4, hydraulic pressure oil pump 4 is by recovery of oil, thereafter hydraulic pressure oil pump 4 stops work, after rotational positioning nut 3 is adjacent to bearing lower body 5, it is achieved the position and lock of bearing height, central processing unit 13 sends instruction to power supply device 10, motor 9 stops work, it is achieved bearing is heightened.
Bearing outside temperature is elevated to set(ting)value, and temperature sensor 11 sends to central processing unit 13 to be needed to turn down signal; Central processing unit 13 sends instruction to hydraulic pressure oil pump 4, and hydraulic pressure oil pump 4, to hydraulic oil pipeline 6 oil transportation, pushes up on stud intermediate plate 2, makes rotational positioning nut 3 depart from bearing lower body 5; Thereafter, motor 9 drives rotational positioning nut 3 upwards to rotate according to the required output rotation number of turns by the engagement type V belt translation 8 or the transmission mechanism such as geartransmission or worm drive 14 with particular design transmitting ratio and turns down the required number of turns; Central processing unit 13 sends instruction to hydraulic pressure oil pump 4 simultaneously, and hydraulic pressure oil pump 4, by the recovery of oil of hydraulic oil pipeline 6, makes stud intermediate plate 2 decline, and bearing upper body 1 reduces; Rotational positioning nut 3 upwards rotates after reaching and turning down the required number of turns, and central processing unit 13 sends instruction to power supply device 10, and motor 9 stops work; When stud intermediate plate 2 drops to after rotational positioning nut 3 is adjacent to bearing lower body 5, it is achieved the position and lock of bearing height, hydraulic pressure oil pump 4 stops work; Realize bearing to turn down.
Provided by the utility model have the bridge pad that intelligence regulates height function in real time, and bearing upper body 1 has the structure meeting bridge displacement, corner function. The power supply device 10 such as solar energy photovoltaic panel, temperature sensor 11, hydraulic pressure oil pump 4 and central processing unit 13 form intelligent control system, and by temperature sensor 11 image data, when reaching setting condition, intelligent control motor 9 drives. The utility model has not to be needed under the prerequisite raised by beam body with auxiliary means, the function heightened by bearing, turned down; Automatically can regulate according to the change of environment, it is achieved that regulate process is intelligent, and regulative mode is reliably convenient. As required, transmission mechanism is geartransmission or worm drive 14 or V belt translation 8, power supply device 10 is store battery or the molectron of solar energy photovoltaic panel or store battery and solar energy photovoltaic panel, and motor 9 forward and reverse direction drives, and transmission mechanism has the transmitting ratio of particular design.
The bridge pad with the real-time adjustment height function of intelligence provided by the utility model is not limited only to said structure; just the utility model is carried out exemplary description above in conjunction with accompanying drawing; obvious realization of the present utility model is not subject to the restrictions described above; as long as have employed the various improvement that the design of the utility model method carries out with technical scheme; or without improving, design of the present utility model and technical scheme directly applied to other occasion, all in protection domain of the present utility model.
Claims (5)
1. there is the bridge pad that intelligence regulates height function in real time, comprise bearing upper body and bearing lower body, it is characterized in that: between described bearing upper body and bearing lower body, be provided with stud intermediate plate, stud intermediate plate is connected with rotational positioning nut thread, bearing lower body is provided with hydraulic pressure oil pump and leads to the hydraulic oil pipeline below stud intermediate plate, and the exit end of hydraulic oil pipeline is provided with hydraulic seal.
2. according to claim 1 have the bridge pad that intelligence regulates height function in real time, it is characterized in that: described rotational positioning nut is connected with motor by transmission mechanism, motor is connected with power supply device, bearing lower body is provided with temperature sensor or/and displacement sensor, and power supply device, temperature sensor, displacement sensor and hydraulic pressure oil pump control by central processing unit.
3. according to claim 2 have the bridge pad that intelligence regulates in real time height function, it is characterised in that: described transmission mechanism is chain drive or geartransmission or worm drive or V belt translation.
4. according to claim 2 have the bridge pad that intelligence regulates height function in real time, it is characterised in that: described power supply device is store battery or the molectron of solar energy photovoltaic panel or store battery and solar energy photovoltaic panel.
5. according to claim 2 have the bridge pad that intelligence regulates height function in real time, it is characterised in that: described motor forward and reverse direction drives, and transmission mechanism has specific transmitting ratio.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620003977.3U CN205276121U (en) | 2016-01-06 | 2016-01-06 | Bridge beam supports with real -time height -adjusting function of intelligence |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620003977.3U CN205276121U (en) | 2016-01-06 | 2016-01-06 | Bridge beam supports with real -time height -adjusting function of intelligence |
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| CN205276121U true CN205276121U (en) | 2016-06-01 |
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| CN201620003977.3U Active CN205276121U (en) | 2016-01-06 | 2016-01-06 | Bridge beam supports with real -time height -adjusting function of intelligence |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105421226A (en) * | 2016-01-06 | 2016-03-23 | 衡水宝力工程橡胶有限公司 | Bridge support with function of intelligent real-time height adjustment and adjusting method thereof |
| CN107476184A (en) * | 2017-08-01 | 2017-12-15 | 洛阳双瑞特种装备有限公司 | A kind of bridge height adjusts system and method |
-
2016
- 2016-01-06 CN CN201620003977.3U patent/CN205276121U/en active Active
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105421226A (en) * | 2016-01-06 | 2016-03-23 | 衡水宝力工程橡胶有限公司 | Bridge support with function of intelligent real-time height adjustment and adjusting method thereof |
| CN107476184A (en) * | 2017-08-01 | 2017-12-15 | 洛阳双瑞特种装备有限公司 | A kind of bridge height adjusts system and method |
| CN107476184B (en) * | 2017-08-01 | 2023-11-28 | 中船双瑞(洛阳)特种装备股份有限公司 | Bridge height adjusting system and method |
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Address after: The 053000 Northern Industrial Base Development Zone of Hengshui City, Hebei Province Rubber Road No. 13 Patentee after: Hebei Baoli engineering equipment Limited by Share Ltd Address before: 053000 Heping West Road, Hebei, Hengshui, No. 1888 Patentee before: Hengshui Baoli Engineering Rubber Co., Ltd. |