CN208723323U - Electric drilling machine optimal control for energy saving center - Google Patents
Electric drilling machine optimal control for energy saving center Download PDFInfo
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- CN208723323U CN208723323U CN201821555363.1U CN201821555363U CN208723323U CN 208723323 U CN208723323 U CN 208723323U CN 201821555363 U CN201821555363 U CN 201821555363U CN 208723323 U CN208723323 U CN 208723323U
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- 238000009423 ventilation Methods 0.000 description 2
- 239000002699 waste material Substances 0.000 description 2
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Abstract
The utility model belongs to power distribution equipment technical field, and in particular to a kind of electric drilling machine optimal control for energy saving center.Including control centre's main body, refrigerating plant is provided on control centre top body plate A, the cold air outlet of refrigerating plant passes through top plate A and is set in control centre's main body, is provided with temperature sensor on side wall A；Multiple air blowers are additionally provided on top plate A, the air outlet of air blower is set in control centre's main body, and cover board is provided on air outlet, and the bottom side wall A is provided with multiple air entries, is provided with vacuum pump in air entry.Refrigerating plant, air blower and vacuum pump in the utility model be not it is always on, be then turned on when the temperature is excessively high when temperature sensor detects；When humidity sensor detects that humidity is excessively high, air blower and vacuum pump are opened.It can guarantee that electrical equipment will not be opened for a long time, solar panel can reduce most of power consumption, avoid the case where wasting electric energy generation, realize energy-efficient purpose in usually reserve power.
Description
Technical field
The utility model belongs to power distribution equipment technical field, and in particular to a kind of electric drilling machine optimal control for energy saving center.
Background technique
It is Green drilling well, energy conservation, clear as an important component of oil field development in drilling prospection operation
Clean, efficient production becomes the fresh target of drilling well industry development, proposes requirements at the higher level to the energy conservation and environmental-protecting performance of drilling machine.With
The raising of environmental consciousness, the increase in short supply and diesel oil cost of petroleum resources, the mode of electricity generation oil apply increasingly wider
It is general.Net electric drill well is that an important measure of drilling prospection industry energy-saving emission reduction and drilling well industry save the cost increase benefit
An important measure.According to investigation, it is high to provide the power feasibility of drilling well to replace diesel-driven generator using the power supply of power grid,
Economic benefit is very considerable.
Oil changes the electric signal for needing some control centres to provide power grid after electricity and handles, to control the output of electric power.
Requirement of the working environment of control centre to temperature and humidity is very high, and temperature is excessively high to accelerate the old of electrical component
Change, service life reduces；The moisture that temperature low humidity will lead to greatly in air liquefies on electrical component, reduces the insulation of element
Short circuit easily occurs when energization and burns out electrical component for performance.Especially in hyperbaric environment, it is easy to short circuit phenomenon occur.Therefore first
Have in technology, in order to cool down, dehumidify and dedusting, needs lasting open corresponding equipment to run, cause serious waste.
Utility model content
The utility model mesh provides a kind of electric drilling machine optimal control for energy saving center, solves in the prior art with automatically controlled
Center processed wastes serious problem.
The technology employed by the present utility model is
A kind of electric drilling machine optimal control for energy saving center, including control centre's main body are provided with door in control centre's main body,
Control centre's main body includes side wall A and top plate A, and refrigerating plant is provided on top plate A, and the cold air outlet of refrigerating plant passes through top
Plate A is set in control centre's main body, is provided with temperature sensor on control centre main body wall A；It is additionally provided on top plate A more
A air blower, the air outlet of air blower are set in control centre's main body, are provided on air outlet and usually close, air blower work
When the cover board opened, the side of cover board is provided with side plate, and side plate is vertical with cover board and top plate A respectively, and arc is provided on side plate
Attachment lug A, attachment lug A is set between two attachment lug B, and attachment lug B is set on top plate A, and two companies
Lug piece B is parallel to each other, and attachment lug B and attachment lug A are arranged on the driving shaft, drive shaft and the fixed company of attachment lug A
It connects, drive shaft is rotatably connected with attachment lug B, and drive shaft is driven by driving motor, and the bottom of side wall A is provided with multiple air-breathings
Mouthful, vacuum pump is provided in air entry.Solar panel is additionally provided at the top of control centre's main body.
Further, magnet ring, the diameter and drum of magnet ring are provided on the air blower between the air blower and cover board
Blower is identical, and cover board is metal cover board.
Further, described, the bottom of control centre's main body is provided with pedestal, and the bottom of pedestal is provided with pedestal；
The moving trolley that can be capable of automatic lifting is provided in pedestal, moving trolley includes front wheels and rear wheels, and front wheels and rear wheels are all provided with
There are two setting, it is connected between two front wheels by front-wheel connecting shaft, is connected between two rear-wheels by rear-wheel connecting shaft, front-wheel connecting shaft
It is provided with connecting plate between rear-wheel connecting shaft, is provided with support column in the middle part of the front of connecting plate, is provided at the top of support column
Support platform, the front end of support platform are fixedly installed bearing A, and bearing A is set on vertical shaft, vertical shaft lower end and front-wheel connecting shaft
Middle part be fixedly connected, vertical shaft upper end is fixedly installed the direction gear that can be rotated automatically, and rear-wheel is driven by motor.
Further, the direction gear is fixedly connected with vertical shaft, and steering gear wheel and rack A engagement, rack gear A is by cylinder A
Driving, cylinder A are fixed in support platform；The rack gear A is engaged one end with direction gear, and the other end is provided with slide block B,
Slide block B is set in sliding slot B, and slide block B is slidably connected with sliding slot B.
Further, the motor is fixed on connecting plate by attachment base, and drive is provided on the output shaft of motor
Driving wheel is arranged with driven wheel in the middle part of rear-wheel connecting shaft, is connected between driving wheel and driven wheel by chain, driving wheel and driven
Wheel is gear, and the both ends of chain are engaged with driving wheel and driven wheel respectively.
Further, the connecting plate is provided with two parallel convex blocks, two convex blocks close to the side of rear-wheel connecting shaft
The both ends of chain are separately positioned on, the end of two convex blocks is connected separately with bearing B, and bearing B is set in rear-wheel connecting shaft.
Further, there are four cylinder B, the two sides of connecting plate to distinguish for setting between the connecting plate and the top plate B of pedestal
There are two cylinder B, the one end cylinder B to be connected with top plate B for setting, and the other end is connected with connecting plate.
Further, the two sides of the connecting plate are additionally provided with sliding block A, and there are four sliding block A, and each cylinder B and distance are most
Sliding block A is provided in the projection of short side, sliding block A is set in sliding slot A, and sliding slot A is fixed in the side wall B of pedestal
Side, and it is vertical with pedestal.
Further, lower support device is additionally provided on the side wall B of the pedestal, lower support device includes on side wall B
Lower rectangular channel is provided with multiple lower runners in lower rectangular channel, and lower runner is gear, is set in shaft, turns in the middle part of lower runner
The both ends of axis are rotatably connected at the top and bottom of lower rectangular channel respectively；Lower runner is set to the setting of one end on the inside of side wall B
There is lower supporting block, the section of lower supporting block is L shape, and short side is connected with lower runner, and the extended line of short side passes through the circle of lower runner
The length of the heart, long side is greater than the distance between connecting plate and side wall B length；Lower runner is set to one end and tooth on the outside of side wall B
C engagement, the one end rack gear C engages with lower runner, and the other end is set in sliding slot D, and the section of sliding slot D is U-shaped, top and lower square
It is connected on the outside of the side wall B of shape slot upper end, is connected below on the outside of the side wall B of lower rectangular channel lower end；Rack gear C is driven by cylinder D, gas
Cylinder D is fixed on side wall B.
Further, support device is additionally provided with above the lower support device, upper support device includes on side wall B
Upper rectangular channel, multiple upper runners are provided in upper rectangular channel, upper runner is gear, be set in shaft in the middle part of upper runner,
The both ends of shaft are rotatably connected at the top and bottom of upper rectangular channel respectively；One end that upper runner is set on the inside of side wall B is set
It is equipped with supporting block, the section of upper supporting block is L shape, and short side is connected with upper runner, and the extended line of short side passes through upper runner
The length in the center of circle, long side is greater than the distance between connecting plate and side wall B length；Upper runner be set to one end on the outside of side wall B with
Rack gear B engagement, the one end rack gear B engages with upper runner, and the other end is set in sliding slot C, and the section of sliding slot C is U-shaped, top with it is upper
It is connected on the outside of the side wall B of rectangular channel upper end, is connected below on the outside of the side wall B of upper rectangular channel lower end；Rack gear B is driven by cylinder C,
Cylinder C is fixed on side wall B.
The utility model has the following beneficial effects:
The utility model is by being arranged temperature sensor in control centre's main body, when temperature sensor detects in control
In heart main body when the temperature is excessively high, starting refrigerating plant cools down, when humidity sensor detects humidity in control centre's main body
When excessively high, start air blower, the air blast into control centre's main body, while the vacuum pump startup in air entry, by control centre master
Air extraction in body, realizes the purpose of ventilation, dehumidifying, dedusting.
Refrigerating plant, air blower and vacuum pump in the utility model be not it is always on, when temperature sensor detects
When the temperature is excessively high, refrigerating plant is then turned on, and when temperature drops to safety value, refrigerating plant is turned off；When humidity sensor is examined
Measure humidity it is excessively high when, air blower and vacuum pump are opened, and after the completion of ventilation, air blower and vacuum pump are turned off.Air blower simultaneously
Time opening also can be set into vacuum pump, open within such as one week primary.It can guarantee that electrical equipment will not be opened for a long time, together
When, the solar panel of control centre's body top can be when needed power electrical apparatus in usually reserve power, can
To reduce most power consumption, the case where wasting electric energy generation is avoided, realizes energy-efficient purpose.
Moving trolley is dropped when needing movements control center by the way that the moving trolley that can be gone up and down is arranged in pedestal
Under, and control centre is jacked up, moving trolley, which can be realized, to be automatically moved, and when front encounters barrier, can control moving trolley
It is turned to.When control centre is moved to predetermined position, rise moving trolley, allow control centre pedestal and ground face contact,
Guarantee the stability of control centre at runtime.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the utility model.
Fig. 2 is the utility model control centre main structure schematic cross-sectional view.
Fig. 3 is enlarged drawing at A in Fig. 2.
Fig. 4 is the utility model understructure schematic cross-sectional view.
Fig. 5 is the utility model understructure schematic top plan view.
Fig. 6 is support device structure schematic cross-sectional view on the utility model.
In figure: 1, control centre's main body；101, solar panel；102, refrigerating plant；103, top plate A；104, temperature
Sensor；105, vacuum pump；106, air entry；107, side wall A；108, humidity sensor；109, cold air outlet；110, air blower；
111, magnet ring；112, cover board；113, side plate；114, drive shaft；115, attachment lug A；116, attachment lug B；2, door；3, bottom
Seat；4, pedestal；5, rear-wheel connecting shaft；6, connecting plate；7, lower runner；8, lower supporting block；9, lower rectangular channel；10, sliding slot A；11, it props up
Dagger；12, front-wheel；13, front-wheel connecting shaft；14, vertical shaft；15, bearing A；16, side wall B；17, top plate B；18, sliding slot B；19, side
To gear；20, rack gear A；21, cylinder A；22, support platform；23, cylinder B；24, attachment base；25, motor；26, driving wheel；27,
Chain；28, rear-wheel；29, driven wheel；30, upper rectangular channel；31, upper supporting block；32, upper runner；33, shaft；34, rack gear B；35,
Sliding slot C；36, cylinder C；37, upper support device；38, lower support device；39, cylinder D；40, sliding slot D；41, sliding block A；42, sliding block
B；43, bearing B；44, convex block.
Specific embodiment
With reference to the accompanying drawing, the utility model is described in detail.
It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer
Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched
The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Usually here in attached drawing description and
The component of the utility model embodiment shown can be arranged and be designed with a variety of different configurations.
Therefore, requirement is not intended to limit to the detailed description of the embodiments of the present invention provided in the accompanying drawings below
The scope of the utility model of protection, but it is merely representative of the selected embodiment of the utility model.Based in the utility model
Embodiment, every other embodiment obtained by those of ordinary skill in the art without making creative efforts, all
Belong to the range of the utility model protection.
It should also be noted that similar label and letter indicate similar terms in following attached drawing, therefore, once a certain Xiang Yi
It is defined in a attached drawing, does not then need that it is further defined and explained in subsequent attached drawing.
In the description of the present invention, it should be noted that the side of the instructions such as term " on ", "vertical", "inner", "outside"
Position or positional relationship be based on the orientation or positional relationship shown in the drawings or the utility model product using when usually put
Orientation or positional relationship or the orientation or positional relationship that usually understands of those skilled in the art, be merely for convenience of retouching
State the utility model and simplify description, rather than the device or element of indication or suggestion meaning must have a particular orientation, with
Specific orientation construction and operation, therefore should not be understood as limiting the present invention.In addition, term " first ", " second "
It is described etc. being only used for distinguishing, is not understood to indicate or imply relative importance.
In the description of the present invention, it should also be noted that, unless otherwise clearly defined and limited, term " is set
Set ", " installation ", " connection " shall be understood in a broad sense, for example, it may be being fixedly connected, may be a detachable connection, or integrally
Connection；It can be mechanical connection, be also possible to be electrically connected；Can be directly connected, can also indirectly connected through an intermediary,
It can be the connection inside two elements.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition
The concrete meaning of language in the present invention.
Embodiment 1:
A kind of electric drilling machine optimal control for energy saving center is present embodiments provided, as shown in Figure 1 to Figure 2.
A kind of electric drilling machine optimal control for energy saving center, including control centre's main body 1 are provided in control centre's main body 1
Door 2, control centre's main body 1 include side wall A107 and top plate A103, are provided with refrigerating plant 102 on top plate A103, freeze
The cold air outlet 109 of device 102 passes through top plate A103 and is set in control centre's main body 1, sets on 1 side wall A107 of control centre's main body
It is equipped with temperature sensor 104；Multiple air blowers 110 are additionally provided on top plate A103, the air outlet of air blower 110 is set to control
In central body 1, it is provided on air outlet and usually closes, the cover board 112 that air blower 110 is opened when working, the side of cover board 112
It is provided with side plate 113, side plate 113 is vertical with cover board 112 and top plate A103 respectively, and the engaging lug of arc is provided on side plate 113
Piece A115, attachment lug A115 are set between two attachment lug B116, and attachment lug B116 is set on top plate A103, and
Two attachment lug B116 are parallel to each other, and attachment lug B116 and attachment lug A115 are set in drive shaft 114, drive shaft
114 are fixedly connected with attachment lug A115, and drive shaft 114 is rotatably connected with attachment lug B116, and drive shaft 114 is by driving electricity
Machine driving, the bottom of side wall A107 is provided with multiple air entries 106, is provided with vacuum pump 105 in air entry 106.Control centre
The top of main body 1 is additionally provided with solar panel 101.
Embodiment 2:
A kind of electric drilling machine optimal control for energy saving center is present embodiments provided, as shown in Figure 1 to Figure 2.
A kind of electric drilling machine optimal control for energy saving center, including control centre's main body 1 are provided in control centre's main body 1
Door 2, control centre's main body 1 include side wall A107 and top plate A103, are provided with refrigerating plant 102 on top plate A103, freeze
The cold air outlet 109 of device 102 passes through top plate A103 and is set in control centre's main body 1, sets on 1 side wall A107 of control centre's main body
It is equipped with temperature sensor 104；Multiple air blowers 110 are additionally provided on top plate A103, the air outlet of air blower 110 is set to control
In central body 1, it is provided on air outlet and usually closes, the cover board 112 that air blower 110 is opened when working, the side of cover board 112
It is provided with side plate 113, side plate 113 is vertical with cover board 112 and top plate A103 respectively, and the engaging lug of arc is provided on side plate 113
Piece A115, attachment lug A115 are set between two attachment lug B116, and attachment lug B116 is set on top plate A103, and
Two attachment lug B116 are parallel to each other, and attachment lug B116 and attachment lug A115 are set in drive shaft 114, drive shaft
114 are fixedly connected with attachment lug A115, and drive shaft 114 is rotatably connected with attachment lug B116, and drive shaft 114 is by driving electricity
Machine driving, the bottom of side wall A107 is provided with multiple air entries 106, is provided with vacuum pump 105 in air entry 106.Control centre
The top of main body 1 is additionally provided with solar panel 101.
Be provided with magnet ring 111 on air blower 110 between the air blower 110 and cover board 112, magnet ring 111 it is straight
Diameter is identical as air blower 110, and cover board 112 is metal cover board.
Embodiment 3:
A kind of electric drilling machine optimal control for energy saving center is present embodiments provided, as shown in Figures 3 to 6.
A kind of electric drilling machine optimal control for energy saving center, including control centre's main body 1, the bottom of control centre's main body 1
Portion is provided with pedestal 3, and the bottom of pedestal 3 is provided with pedestal 4；The moving trolley that can be capable of automatic lifting is provided in pedestal 3,
Moving trolley includes front-wheel 12 and rear-wheel 28, there are two front wheels and rear wheels 28 are respectively provided with, pass through front-wheel between two front wheels 12 and connects
Axis 13 is connected, and is connected between two rear-wheels by rear-wheel connecting shaft 5, the company of being provided between front-wheel connecting shaft 13 and rear-wheel connecting shaft 5
The front middle part of fishplate bar 6, connecting plate 6 is provided with support column 11, and the top of support column 11 is provided with support platform 22, support platform
22 front end is fixedly installed bearing A15, and bearing A15 is set on vertical shaft 14, in 14 lower end of vertical shaft and front-wheel connecting shaft 13
Portion is fixedly connected, and 14 upper end of vertical shaft is fixedly installed the direction gear 19 that can be rotated automatically, and rear-wheel 28 is driven by motor 25.
Embodiment 4:
A kind of electric drilling machine optimal control for energy saving center is present embodiments provided, as shown in Figures 3 to 6.
A kind of electric drilling machine optimal control for energy saving center, including control centre's main body 1, the bottom of control centre's main body 1
Portion is provided with pedestal 3, and the bottom of pedestal 3 is provided with pedestal 4；The moving trolley that can be capable of automatic lifting is provided in pedestal 3,
Moving trolley includes front-wheel 12 and rear-wheel 28, there are two front wheels and rear wheels 28 are respectively provided with, pass through front-wheel between two front wheels 12 and connects
Axis 13 is connected, and is connected between two rear-wheels by rear-wheel connecting shaft 5, the company of being provided between front-wheel connecting shaft 13 and rear-wheel connecting shaft 5
The front middle part of fishplate bar 6, connecting plate 6 is provided with support column 11, and the top of support column 11 is provided with support platform 22, support platform
22 front end is fixedly installed bearing A15, and bearing A15 is set on vertical shaft 14, in 14 lower end of vertical shaft and front-wheel connecting shaft 13
Portion is fixedly connected, and 14 upper end of vertical shaft is fixedly installed the direction gear 19 that can be rotated automatically, and rear-wheel 28 is driven by motor 25.
The direction gear 19 is fixedly connected with vertical shaft 14, and direction gear 19 is engaged with rack gear A20, and rack gear A20 is by cylinder
A21 driving, cylinder A21 are fixed in support platform 22.
The one end the rack gear A20 is engaged with direction gear 19, and the other end is provided with slide block B 42, and slide block B 42 is set to sliding slot
In B18, slide block B 42 is slidably connected with sliding slot B18.
It when needing to turn, is moved by cylinder A21 drive rack A20, rack gear A20 drives direction gear while moving
19 rotations, the rotation of direction gear 19 drive vertical shaft 14 to rotate, and the rotation of vertical shaft 14 drives front-wheel connecting shaft 13 to rotate, to realize two
A front-wheel 12 rotates move angle, realizes the function of steering.As for the mode of control cylinder A21 movement, the side of remote control can be used
Formula, remote control mode are the prior art, and repeats no more herein.
Embodiment 5:
A kind of electric drilling machine optimal control for energy saving center is present embodiments provided, as shown in Figures 3 to 6.
A kind of electric drilling machine optimal control for energy saving center, including control centre's main body 1, the bottom of control centre's main body 1
Portion is provided with pedestal 3, and the bottom of pedestal 3 is provided with pedestal 4；The moving trolley that can be capable of automatic lifting is provided in pedestal 3,
Moving trolley includes front-wheel 12 and rear-wheel 28, there are two front wheels and rear wheels 28 are respectively provided with, pass through front-wheel between two front wheels 12 and connects
Axis 13 is connected, and is connected between two rear-wheels by rear-wheel connecting shaft 5, the company of being provided between front-wheel connecting shaft 13 and rear-wheel connecting shaft 5
The front middle part of fishplate bar 6, connecting plate 6 is provided with support column 11, and the top of support column 11 is provided with support platform 22, support platform
22 front end is fixedly installed bearing A15, and bearing A15 is set on vertical shaft 14, in 14 lower end of vertical shaft and front-wheel connecting shaft 13
Portion is fixedly connected, and 14 upper end of vertical shaft is fixedly installed the direction gear 19 that can be rotated automatically, and rear-wheel 28 is driven by motor 25.
The motor 25 is fixed on connecting plate 6 by attachment base 24, and driving is provided on the output shaft of motor 25
Wheel 26, the middle part of rear-wheel connecting shaft 5 is arranged with driven wheel 29, is connected between driving wheel 26 and driven wheel 29 by chain 27, drives
Driving wheel 26 and driven wheel 29 are gear, and the both ends of chain 27 are engaged with driving wheel 26 and driven wheel 29 respectively.
The rotation of motor 25 drives driving wheel 26 to rotate, and driving wheel 26 drives driven wheel 29 to rotate by chain 27, driven
Wheel 29 drives rear-wheel connecting shaft 5 to rotate, so that rear-wheel 28 be driven to rotate, realizes mobile purpose.
Embodiment 6:
A kind of electric drilling machine optimal control for energy saving center is present embodiments provided, as shown in Figures 3 to 6.
A kind of electric drilling machine optimal control for energy saving center, including control centre's main body 1, the bottom of control centre's main body 1
Portion is provided with pedestal 3, and the bottom of pedestal 3 is provided with pedestal 4；The moving trolley that can be capable of automatic lifting is provided in pedestal 3,
Moving trolley includes front-wheel 12 and rear-wheel 28, there are two front wheels and rear wheels 28 are respectively provided with, pass through front-wheel between two front wheels 12 and connects
Axis 13 is connected, and is connected between two rear-wheels by rear-wheel connecting shaft 5, the company of being provided between front-wheel connecting shaft 13 and rear-wheel connecting shaft 5
The front middle part of fishplate bar 6, connecting plate 6 is provided with support column 11, and the top of support column 11 is provided with support platform 22, support platform
22 front end is fixedly installed bearing A15, and bearing A15 is set on vertical shaft 14, in 14 lower end of vertical shaft and front-wheel connecting shaft 13
Portion is fixedly connected, and 14 upper end of vertical shaft is fixedly installed the direction gear 19 that can be rotated automatically, and rear-wheel 28 is driven by motor 25.
The connecting plate 6 is provided with two parallel convex blocks 44 close to the side of rear-wheel connecting shaft 5, and two convex blocks 44 are distinguished
The both ends of chain 27 are set, and the end of two convex blocks 44 is connected separately with bearing B43, and bearing B43 is set in rear-wheel connection
On axis 5.
There are four cylinder B23 for setting between the connecting plate 6 and the top plate B17 of pedestal 3, and the two sides of connecting plate 6 are set respectively
It sets there are two cylinder B23, the one end cylinder B23 is connected with top plate B17, and the other end is connected with connecting plate 6.
Embodiment 7:
A kind of electric drilling machine optimal control for energy saving center is present embodiments provided, as shown in Figures 3 to 6.
A kind of electric drilling machine optimal control for energy saving center, including control centre's main body 1, the bottom of control centre's main body 1
Portion is provided with pedestal 3, and the bottom of pedestal 3 is provided with pedestal 4；The moving trolley that can be capable of automatic lifting is provided in pedestal 3,
Moving trolley includes front-wheel 12 and rear-wheel 28, there are two front wheels and rear wheels 28 are respectively provided with, pass through front-wheel between two front wheels 12 and connects
Axis 13 is connected, and is connected between two rear-wheels by rear-wheel connecting shaft 5, the company of being provided between front-wheel connecting shaft 13 and rear-wheel connecting shaft 5
The front middle part of fishplate bar 6, connecting plate 6 is provided with support column 11, and the top of support column 11 is provided with support platform 22, support platform
22 front end is fixedly installed bearing A15, and bearing A15 is set on vertical shaft 14, in 14 lower end of vertical shaft and front-wheel connecting shaft 13
Portion is fixedly connected, and 14 upper end of vertical shaft is fixedly installed the direction gear 19 that can be rotated automatically, and rear-wheel 28 is driven by motor 25.
The two sides of the connecting plate 6 are additionally provided with sliding block A41, and there are four sliding block A41, and each cylinder B23 and distance are most short
Side projection on be provided with sliding block A41, sliding block A41 is set in sliding slot A10, and sliding slot A10 is fixed at pedestal 3
On the inside of side wall B16, and it is vertical with pedestal 4.
When needing mobile, by cylinder B23 by moving trolley toward decentralization, until front-wheel 12 and rear-wheel 28 connect with ground
Touching, front-wheel 12 and rear-wheel 28 continue to stretch with ground face contact exhaust hood B23, and control centre is up jacked up, until pedestal 4 leaves
Ground can be moved.After being moved to predetermined position, cylinder B23 is shunk, and rises moving trolley, pedestal 4 is allowed to connect with ground
Touching guarantees the stability in operational process.
Embodiment 8:
A kind of electric drilling machine optimal control for energy saving center is present embodiments provided, as shown in Figures 3 to 6.
A kind of electric drilling machine optimal control for energy saving center, including control centre's main body 1, the bottom of control centre's main body 1
Portion is provided with pedestal 3, and the bottom of pedestal 3 is provided with pedestal 4；The moving trolley that can be capable of automatic lifting is provided in pedestal 3,
Moving trolley includes front-wheel 12 and rear-wheel 28, there are two front wheels and rear wheels 28 are respectively provided with, pass through front-wheel between two front wheels 12 and connects
Axis 13 is connected, and is connected between two rear-wheels by rear-wheel connecting shaft 5, the company of being provided between front-wheel connecting shaft 13 and rear-wheel connecting shaft 5
The front middle part of fishplate bar 6, connecting plate 6 is provided with support column 11, and the top of support column 11 is provided with support platform 22, support platform
22 front end is fixedly installed bearing A15, and bearing A15 is set on vertical shaft 14, in 14 lower end of vertical shaft and front-wheel connecting shaft 13
Portion is fixedly connected, and 14 upper end of vertical shaft is fixedly installed the direction gear 19 that can be rotated automatically, and rear-wheel 28 is driven by motor 25.
There are four cylinder B23 for setting between the connecting plate 6 and the top plate B17 of pedestal 3, and the two sides of connecting plate 6 are set respectively
It sets there are two cylinder B23, the one end cylinder B23 is connected with top plate B17, and the other end is connected with connecting plate 6.
The two sides of the connecting plate 6 are additionally provided with sliding block A41, and there are four sliding block A41, and each cylinder B23 and distance are most short
Side projection on be provided with sliding block A41, sliding block A41 is set in sliding slot A10, and sliding slot A10 is fixed at pedestal 3
On the inside of side wall B16, and it is vertical with pedestal 4.
Lower support device 38 is additionally provided on the side wall B16 of the pedestal 3, lower support device 38 includes on side wall B16
Lower rectangular channel 9 is provided with multiple lower runners 7 in lower rectangular channel 9, and lower runner 7 is gear, is set in shaft 33 in the middle part of lower runner
On, top and bottom of the both ends of shaft 33 respectively with lower rectangular channel 9 are rotatably connected；Lower runner 7 is set on the inside of side wall B16
One end be provided with lower supporting block 8, the section of lower supporting block 8 is L shape, and short side is connected with lower runner 7, and the extended line of short side is worn
The center of circle of runner 7 is crossed down, the length of long side is greater than the distance between connecting plate 6 and side wall B16 length；Lower runner 7 is set to side
One end on the outside of wall B16 is engaged with rack gear C, and the one end rack gear C is engaged with lower runner 7, and the other end is set in sliding slot D40, sliding slot
The section of D40 is U-shaped, and the outside side wall B16 of top and lower 9 upper end of rectangular channel is connected, below with the side wall of lower 9 lower end of rectangular channel
It is connected on the outside of B16；Rack gear C is driven by cylinder D39, and cylinder D39 is fixed on side wall B16.
During moving trolley moves downward, when connecting plate 6 moves to the lower section of lower supporting block 8, cylinder B23 stops
It only stretches, cylinder D39 drive rack C movement, rack gear C drives lower runner 7 along rotating clockwise, to drive lower 8 edge of supporting block
It rotates clockwise, after supporting block 8 is rotated by 90 ° instantly, the end of rack gear C stop motion, this supporting block 8 at present is set to connection
The top of plate 6, with the common support and control center cylinder B23.
Embodiment 9:
A kind of electric drilling machine optimal control for energy saving center is present embodiments provided, as shown in Figures 3 to 6.
A kind of electric drilling machine optimal control for energy saving center, including control centre's main body 1, the bottom of control centre's main body 1
Portion is provided with pedestal 3, and the bottom of pedestal 3 is provided with pedestal 4；The moving trolley that can be capable of automatic lifting is provided in pedestal 3,
Moving trolley includes front-wheel 12 and rear-wheel 28, there are two front wheels and rear wheels 28 are respectively provided with, pass through front-wheel between two front wheels 12 and connects
Axis 13 is connected, and is connected between two rear-wheels by rear-wheel connecting shaft 5, the company of being provided between front-wheel connecting shaft 13 and rear-wheel connecting shaft 5
The front middle part of fishplate bar 6, connecting plate 6 is provided with support column 11, and the top of support column 11 is provided with support platform 22, support platform
22 front end is fixedly installed bearing A15, and bearing A15 is set on vertical shaft 14, in 14 lower end of vertical shaft and front-wheel connecting shaft 13
Portion is fixedly connected, and 14 upper end of vertical shaft is fixedly installed the direction gear 19 that can be rotated automatically, and rear-wheel 28 is driven by motor 25.
There are four cylinder B23 for setting between the connecting plate 6 and the top plate B17 of pedestal 3, and the two sides of connecting plate 6 are set respectively
It sets there are two cylinder B23, the one end cylinder B23 is connected with top plate B17, and the other end is connected with connecting plate 6.
The two sides of the connecting plate 6 are additionally provided with sliding block A41, and there are four sliding block A41, and each cylinder B23 and distance are most short
Side projection on be provided with sliding block A41, sliding block A41 is set in sliding slot A10, and sliding slot A10 is fixed at pedestal 3
On the inside of side wall B16, and it is vertical with pedestal 4.
Lower support device 38 is additionally provided on the side wall B16 of the pedestal 3, lower support device 38 includes on side wall B16
Lower rectangular channel 9 is provided with multiple lower runners 7 in lower rectangular channel 9, and lower runner 7 is gear, is set in shaft 33 in the middle part of lower runner
On, top and bottom of the both ends of shaft 33 respectively with lower rectangular channel 9 are rotatably connected；Lower runner 7 is set on the inside of side wall B16
One end be provided with lower supporting block 8, the section of lower supporting block 8 is L shape, and short side is connected with lower runner 7, and the extended line of short side is worn
The center of circle of runner 7 is crossed down, the length of long side is greater than the distance between connecting plate 6 and side wall B16 length；Lower runner 7 is set to side
One end on the outside of wall B16 is engaged with rack gear C, and the one end rack gear C is engaged with lower runner 7, and the other end is set in sliding slot D40, sliding slot
The section of D40 is U-shaped, and the outside side wall B16 of top and lower 9 upper end of rectangular channel is connected, below with the side wall of lower 9 lower end of rectangular channel
It is connected on the outside of B16；Rack gear C is driven by cylinder D39, and cylinder D39 is fixed on side wall B16.
The top of the lower support device 38 is additionally provided with support device, and upper support device 37 includes on side wall B16
Upper rectangular channel 30 is provided with multiple upper runners 32 in upper rectangular channel 30, and upper runner 32 is gear, is set in and turns in the middle part of upper runner
On axis 33, top and bottom of the both ends of shaft 33 respectively with upper rectangular channel 30 are rotatably connected；Upper runner 32 is set to side wall
One end on the inside of B16 is provided with supporting block 31, and the section of upper supporting block 31 is L shape, and short side is connected with upper runner 32, and short side
Extended line pass through the center of circle of upper runner 32, the length of long side is greater than the distance between connecting plate 6 and side wall B16 length；It is upper to turn
One end that wheel 32 is set on the outside of side wall B16 is engaged with rack gear B34, and the one end rack gear B34 is engaged with upper runner 32, other end setting
In in sliding slot C35, the section of sliding slot C35 is U-shaped, and top is connected with the outside side wall B16 of upper 30 upper end of rectangular channel, below with it is upper
It is connected on the outside of the side wall B16 of 30 lower end of rectangular channel；Rack gear B34 is driven by cylinder C36, and cylinder C36 is fixed at side wall B16
On.The upper runner 32 and lower runner 7 are arranged between two sliding slot A10 of same side wall B16.
During moving trolley moves upwards, when connecting plate 6 moves to the top of upper supporting block 31, cylinder B23
Stop contraction exhibition, cylinder C36 drive rack B34 is moved, and runner 32 is along rotating clockwise in rack gear B34 drive, thus on driving
Supporting block 31 is along rotating clockwise, and after upper supporting block 31 is rotated by 90 °, supporting block 31 is gone up in rack gear B34 stop motion at this time
End is set to the lower section of connecting plate 6, supports moving trolley jointly with cylinder B23.
The utility model is not limited to above-mentioned optional embodiment, anyone can obtain under the enlightenment of the utility model
Other various forms of products out.Above-mentioned specific embodiment should not be understood the limitation of the pairs of protection scope of the utility model,
The protection scope of the utility model should be subject to be defined in claims, and specification can be used for explaining that right is wanted
Seek book.
Claims (10)
1. a kind of electric drilling machine optimal control for energy saving center, including control centre's main body (1), control centre's main body are arranged on (1)
There are door (2), it is characterised in that: control centre's main body (1) includes side wall A (107) and top plate A (103), on top plate A (103)
It is provided with refrigerating plant (102), the cold air outlet (109) of refrigerating plant (102) passes through top plate A (103) and is set to control centre master
In body (1), temperature sensor (104) are provided on control centre's main body (1) side wall A (107)；Top plate A is additionally provided on (103)
Multiple air blowers (110), the air outlet of air blower (110) are set in control centre's main body (1), are provided with usually on air outlet
It closes, the cover board (112) that air blower (110) is opened when working, the side of cover board (112) is provided with side plate (113), side plate
(113) vertical with cover board (112) and top plate A (103) respectively, the attachment lug A (115) of arc is provided on side plate (113), even
Lug piece A (115) is set between two attachment lug B (116), and attachment lug B (116) is set on top plate A (103), and
Two attachment lug B (116) are parallel to each other, and attachment lug B (116) and attachment lug A (115) are set in drive shaft (114)
On, drive shaft (114) is fixedly connected with attachment lug A (115), and drive shaft (114) is rotatably connected with attachment lug B (116),
Drive shaft (114) is driven by driving motor, and the bottom of side wall A (107) is provided with multiple air entries (106), in air entry (106)
It is provided with vacuum pump (105).
2. electric drilling machine optimal control for energy saving according to claim 1 center, it is characterised in that: the air blower (110)
It is provided with magnet ring (111) on air blower (110) between cover board (112), the diameter and air blower of magnet ring (111)
(110) identical, cover board (112) is metal cover board.
3. electric drilling machine optimal control for energy saving according to claim 1 center, it is characterised in that: it is described, in the control
The bottom of heart main body (1) is provided with pedestal (3), and the bottom of pedestal (3) is provided with pedestal (4)；Being provided in pedestal (3) being capable of energy
The moving trolley of enough automatic liftings, moving trolley includes front-wheel (12) and rear-wheel (28), and front wheels and rear wheels (28) are provided with two
It is a, it is connected between two front wheels (12) by front-wheel connecting shaft (13), is connected between two rear-wheels by rear-wheel connecting shaft (5), front-wheel
It is provided between connecting shaft (13) and rear-wheel connecting shaft (5) connecting plate (6), is provided with support column in the middle part of the front of connecting plate (6)
(11), it is provided with support platform (22) at the top of support column (11), the front end of support platform (22) is fixedly installed bearing A
(15), bearing A (15) is set on vertical shaft (14), is fixedly connected in the middle part of vertical shaft (14) lower end and front-wheel connecting shaft (13), is stood
Axis (14) upper end is fixedly installed the direction gear (19) that can be rotated automatically, and rear-wheel (28) is driven by motor (25).
4. electric drilling machine optimal control for energy saving according to claim 3 center, it is characterised in that: the direction gear (19)
It is fixedly connected with vertical shaft (14), direction gear (19) is engaged with rack gear A (20), and rack gear A (20) is driven by cylinder A (21), cylinder A
(21) it is fixed on support platform (22)；Described (20) one end rack gear A is engaged with direction gear (19), and the other end is provided with
Slide block B (42), slide block B (42) are set in sliding slot B (18), and slide block B (42) is slidably connected with sliding slot B (18).
5. electric drilling machine optimal control for energy saving according to claim 3 center, it is characterised in that: the motor (25) passes through
Attachment base (24) is fixed on connecting plate (6), and driving wheel (26), rear-wheel connecting shaft are provided on the output shaft of motor (25)
(5) it is arranged in the middle part of driven wheel (29), is connected between driving wheel (26) and driven wheel (29) by chain (27), driving wheel
(26) and driven wheel (29) is gear, and the both ends of chain (27) are engaged with driving wheel (26) and driven wheel (29) respectively.
6. electric drilling machine optimal control for energy saving according to claim 3 center, it is characterised in that: the connecting plate (6) is leaned on
The side of nearly rear-wheel connecting shaft (5) is provided with two parallel convex blocks (44), and two convex blocks (44) are separately positioned on chain (27)
Both ends, the end of two convex blocks (44) is connected separately with bearing B (43), and bearing B (43) is set in rear-wheel connecting shaft (5)
On.
7. electric drilling machine optimal control for energy saving according to claim 3 center, it is characterised in that: the connecting plate (6) with
Setting is there are four cylinder B (23) between the top plate B (17) of pedestal (3), and the two sides of connecting plate (6) are respectively set that there are two cylinder B
(23), (23) one end cylinder B is connected with top plate B (17), and the other end is connected with connecting plate (6).
8. electric drilling machine optimal control for energy saving according to claim 7 center, it is characterised in that: the connecting plate (6)
Two sides are additionally provided with sliding block A (41), and there are four sliding block A (41), each cylinder B (23) with it is equal in the projection apart from shortest side
It is provided with sliding block A (41), sliding block A (41) is set in sliding slot A (10), and sliding slot A (10) is fixed at the side wall B of pedestal (3)
(16) inside, and it is vertical with pedestal (4).
9. electric drilling machine optimal control for energy saving according to claim 8 center, it is characterised in that: the side of the pedestal (3)
It being additionally provided on wall B (16) lower support device (38), lower support device (38) includes the lower rectangular channel (9) on side wall B (16), under
Multiple lower runners (7) are provided in rectangular channel (9), lower runner (7) is gear, it is set on shaft (33) in the middle part of lower runner,
The both ends of shaft (33) are rotatably connected at the top and bottom of lower rectangular channel (9) respectively；Lower runner (7) is set to side wall B
(16) one end on the inside of is provided with lower supporting block (8), and the section of lower supporting block (8) is L shape, and short side is connected with lower runner (7), and
The extended line of short side passes through the center of circle of lower runner (7), and the length of long side is greater than the distance between connecting plate (6) and side wall B (16)
Length；One end that lower runner (7) is set on the outside of side wall B (16) is engaged with rack gear C, and the one end rack gear C is engaged with lower runner (7),
The other end is set in sliding slot D (40), and the section of sliding slot D (40) is U-shaped, the side wall B (16) of top and lower rectangular channel (9) upper end
Outside is connected, and is connected below with the outside the side wall B (16) of lower rectangular channel (9) lower end；Rack gear C is driven by cylinder D (39), cylinder D
(39) it is fixed on side wall B (16).
10. electric drilling machine optimal control for energy saving according to claim 9 center, it is characterised in that: the lower support device
(38) support device is additionally provided with above, upper support device (37) includes the upper rectangular channel (30) on side wall B (16), upper square
Multiple upper runners (32) are provided in shape slot (30), upper runner (32) is gear, it is set on shaft (33) in the middle part of upper runner,
The both ends of shaft (33) are rotatably connected at the top and bottom of upper rectangular channel (30) respectively；Upper runner (32) is set to side wall B
(16) one end on the inside of is provided with supporting block (31), and the section of upper supporting block (31) is L shape, short side and upper runner (32) phase
Even, and the extended line of short side is across the center of circle of upper runner (32), and the length of long side is greater than between connecting plate (6) and side wall B (16)
Distance length；Upper runner (32) is set to one end on the outside of side wall B (16) and engages with rack gear B (34), (34) one end rack gear B with
Upper runner (32) engagement, the other end are set in sliding slot C (35), and the section of sliding slot C (35) is U-shaped, top and upper rectangular channel
(30) it is connected on the outside of the side wall B (16) of upper end, is connected below with the outside the side wall B (16) of upper rectangular channel (30) lower end；Rack gear B
(34) it is driven by cylinder C (36), cylinder C (36) is fixed on side wall B (16).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821555363.1U CN208723323U (en) | 2018-09-21 | 2018-09-21 | Electric drilling machine optimal control for energy saving center |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821555363.1U CN208723323U (en) | 2018-09-21 | 2018-09-21 | Electric drilling machine optimal control for energy saving center |
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| Publication Number | Publication Date |
|---|---|
| CN208723323U true CN208723323U (en) | 2019-04-09 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821555363.1U Expired - Fee Related CN208723323U (en) | 2018-09-21 | 2018-09-21 | Electric drilling machine optimal control for energy saving center |
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| Country | Link |
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| CN (1) | CN208723323U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11955782B1 (en) | 2022-11-01 | 2024-04-09 | Typhon Technology Solutions (U.S.), Llc | System and method for fracturing of underground formations using electric grid power |
-
2018
- 2018-09-21 CN CN201821555363.1U patent/CN208723323U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| US11955782B1 (en) | 2022-11-01 | 2024-04-09 | Typhon Technology Solutions (U.S.), Llc | System and method for fracturing of underground formations using electric grid power |
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| GR01 | Patent grant | ||
| GR01 | Patent grant | ||
| CB03 | Change of inventor or designer information | ||
| CB03 | Change of inventor or designer information |
Inventor after: Zhou Qingxiang Inventor after: Wang Zedong Inventor after: Sun Xuesong Inventor after: Li Juntao Inventor after: Zheng Xuemin Inventor after: Hao Yongcheng Inventor after: Liu Xianhui Inventor before: Zhou Qingxiang Inventor before: Wang Zedong Inventor before: Sun Xuesong Inventor before: Li Juntao Inventor before: Zheng Xuemin |
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| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20190409 |