CN1760551A - Electricity saving method of walking beam type pumping unit, and electricity saving mode walking beam typed pumping unit - Google Patents
Electricity saving method of walking beam type pumping unit, and electricity saving mode walking beam typed pumping unit Download PDFInfo
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- CN1760551A CN1760551A CN 200510100947 CN200510100947A CN1760551A CN 1760551 A CN1760551 A CN 1760551A CN 200510100947 CN200510100947 CN 200510100947 CN 200510100947 A CN200510100947 A CN 200510100947A CN 1760551 A CN1760551 A CN 1760551A
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Abstract
A method of saving electricity for beam - pumping unit includes converting potential energy to be kinetic energy and decreasing motor load gradually when crank balancing block falls down , releasing engagement for sliding run to let motor run near idler for saving electricity when rotating speed of reducing gear master shaft is greater than rotating speed of large puller , converting kinetic energy to be potential energy for being stared and decreasing rotary speed of said master shaft gradually till to be equal to rotating speed of large puller when crank balancing block is fallen down to lowest point and carrying out nearly idling run of motor at this period then restoring engagement state to start - up load run of motor.
Description
Technical field the present invention relates to the method or the equipment of producing oil, gas, water, solubilized or fusible material or mineral from well, particularly relates to the method for saving electric power and the energy-saving type beam pumping unit of beam pumping unit.
Background technique is present, and the main mode of crude oil production is a mechanical oil recovery, and the employed pumping unit major part of mechanical oil recovery is a beam pumping unit.In the prior art, beam pumping unit uses allowance very big under various working condition requirements, and energy consumption is many and underuse.For energy-conservation, the Professional visitors has also done a large amount of research and improvement, but mostly is from motor or merely turns down aspects such as jig frequency and set about, and energy-saving effect is very little.In fact, beam pumping unit in the course of the work, can make full use of its each moving element especially the savings of " potential energy-kinetic energy-potential energy " of crankshaft balance weight transform and save electric energy.Because the crankshaft balance weight of prior art beam pumping unit is fixed with the reducing gear integrated spindle axis all the time, the rotating speed of crankshaft balance weight is consistent with the rotating speed of reducing gear all the time, and crankshaft balance weight is in rotary course, and the conversion of its potential energy can not be fully used; And potential energy changes into kinetic energy makes the rotating speed of crankshaft balance weight and reducing gear main shaft also surmount motor speed, causes negative effects such as asynchronous generating (harmonic wave is many and big, and conversion efficiency is low).Moreover the loss in the transmittance process of each parts of the power of the beam pumping unit of prior art is many, and it is many to flog a dead horse.
The summary of the invention the technical problem to be solved in the present invention is to avoid above-mentioned the deficiencies in the prior art part and the method for saving electric power that proposes a kind of beam pumping unit, this method of saving electric power rationally and made full use of each moving element of the pumping unit especially potential energy of crankshaft balance weight and the mutual conversion between the kinetic energy, improve to save the electric energy effect greatly, avoided crankshaft balance weight in the decline process, to react to motor effectively simultaneously and the counter productive that produces.
Another technical problem that the present invention will solve is to provide a kind of energy-saving type beam pumping unit based on above-mentioned method of saving electric power.
Beam pumping unit is in all the time in operation process and becomes the torque operating mode, its each moving element such as crankshaft balance weight and rope hanger and oil well pump and be extracted the weight of crude oil of lifting and their traffic direction and position all can make the operating mode real time altering of pumping unit.Weight with respect to crankshaft balance weight, rope hanger and oil well pump and crude oil in light weight that is extracted lifting, be convenient to understand for making problem reduction, among the present invention, when considering to make full use of the storage between " potential energy-kinetic energy-potential energy " of each moving element of beam pumping unit and transforming, only consider weight and the traffic direction and the position of crankshaft balance weight, and the influence of having ignored other parts such as rope hanger and oil well pump and being extracted the former weight of oil of lifting.
The present invention solve the technical problem can be by realizing by the following technical solutions:
A kind of beam pumping unit method of saving electric power is proposed, this used for oil extractor motoring, make the big belt pulley rotation by belt transmission, and make the crankshaft balance weight rotation through reducing gear driving crank balance device again, make horse head traction rope hanger and oil well pump move up and down by connecting rod drive walking beam again and recover the oil, described method of saving electric power comprises the steps:
A. between big belt pulley and reducing gear, add the geared assembly that to throw off;
B. in described pumping unit horsehead traction rope hanger and oil well pump move up and down a complete cycle that recovers the oil, at the crankshaft balance weight that has been promoted by motor when the summit begins to fall, because its potential energy of effect of gravity is converted into kinetic energy, the load of motor begins progressively to alleviate, when the action of gravity of described crankshaft balance weight makes the main axis rotation speed of described reducing gear surpass the rotating speed of motor drives big belt pulley, make described geared assembly disengage from and change sliding mode into, almost no-load running and economizing on electricity of motor;
C. when described crankshaft balance weight falls to minimum point, its kinetic energy begins to be converted into potential energy and stores, under the effect of gravity, the spindle speed of described reducing gear is slack-off gradually, until consistent with the rotating speed of big belt pulley, in the still approximate no-load running of this stage motor, still for saving the time period of electric energy, make described geared assembly recover engagement after this, motor begins load operation, the tractive force that transmits motor by big belt pulley is to reducing gear, and until described crankshaft balance weight is promoted to the summit, a complete cycle of described oil recovery finishes; Get back to the state of step B;
D. repeating step B and step C, so constantly circulation.
Described geared assembly of throwing off is an engagement type ratchet mechanism in, it comprises the pawl wheel that is the interior ratchet ring of one and is positioned at this ratchet ring circle with big belt pulley, be rotatably mounted with at least two ratchets on this pawl wheel and be sleeved on the main shaft of reducing gear the direction of rotation of the sensing of described ratchet and big belt pulley and interior ratchet ring by bond; In engagement, the tooth paddy of ratchet ring in the pawl pinnacle of each ratchet is lived drives pawl wheel and the rotation of reducing gear main shaft by ratchet ring in described; At sliding mode, must be the rotating speed of pawl wheel and reducing gear main shaft be higher than big belt pulley and in the rotating speed of ratchet ring.
Will be between described motor pulley and big belt pulley and the belt adopt the Synchronous Transmission pattern,, reduce the idle work that motor does and prevent to damage belt and save electric energy with the slip of avoiding in transmission process, producing between the belt and belt pulley.
Between motor and motor pulley, torque converter is set; Under the constant situation of output power of motor, can be according to what of oil pumping amount, in the same complete cycle of described oil recovery, regulate the rotating speed of big belt pulley by the control torque converter, also promptly adjust the uplink and downlink jig frequency of oil well pump; Can turn down up jig frequency as required, heighten descending jig frequency, or heighten up jig frequency, turn down descending jig frequency, for example, under the situation that the oil field oil reserve reduces, the upper and lower operation jig frequency of described oil well pump is adjusted to: descending jig frequency is 6 times/minute, up jig frequency is 2 times/minute, adds up to 4 times/minute.
The present invention solve the technical problem and can also further realize by coming by the following technical solutions:
Design, a kind of energy-saving type beam pumping unit of use, comprise base, be installed in motor and reducing gear on the base, be fixedly connected on the crank balance device on the reducing gear output shaft, and support, electric control box, walking beam, horse head and rope hanger and oil well pump, described crank balance device comprises that crankshaft balance weight also and between the walking beam is hingedly connected with connecting rod, is equipped with big belt pulley on the main shaft of described reducing gear; Motor pulley drives crank balance device through reducing gear again and makes the crankshaft balance weight rotation by the belt transmission big belt pulley, makes horse head traction rope hanger and oil well pump move up and down by connecting rod drive walking beam again and recovers the oil; Also be provided with engagement type ratchet mechanism in, should comprise the interior ratchet ring and the pawl wheel that is positioned at this ratchet ring circle that is one with big belt pulley again by interior engagement type ratchet mechanism, be rotatably mounted with at least two ratchets on this pawl wheel and be sleeved on the main shaft of reducing gear the direction of rotation of the sensing of described ratchet and big belt pulley and interior ratchet ring by bond; Described crankshaft balance weight begins from the summit to descend, and its potential energy is converted into kinetic energy under the effect of gravity, by the transmission of reducing gear, makes the main shaft of reducing gear and the rotating speed that pawl wheel has had self, and the load of respective electrical motivation begins progressively to alleviate; When action of gravity makes the main axis rotation speed of described reducing gear surpass the rotating speed of motor drives big belt pulley, described pawl wheel and interior ratchet ring disengage from and change sliding mode into, also be described crankshaft balance weight and reducing gear main shaft with respect to big belt pulley rotation in advance voluntarily, almost no-load running and economizing on electricity of motor; When crankshaft balance weight drops to minimum point, its kinetic energy begins to be converted into potential energy, under the effect of gravity, the spindle speed of described reducing gear is slack-off gradually, until consistent with the rotating speed of big belt pulley, in the still approximate no-load running of this stage motor, still for saving the time period of electric energy, described after this pawl wheel and interior ratchet ring recover engagement, the tooth paddy of ratchet ring in the pawl pinnacle of each ratchet is lived begins load operation by ratchet ring drive pawl wheel and reducing gear main shaft rotating motor in described; Rotate to the summit to described crankshaft balance weight and descend once more, so move in circles.
Ratchet ring is directly to process on the inner circumference of big belt pulley central circular hole in described; Described ratchet has three, evenly distributes on described pawl wheel circumference.
Described belt internal surface is provided with belt teeth, and described motor pulley and big belt pulley outer surface are provided with and the suitable gear teeth of described belt teeth.
Be provided with the fluid power gear between described motor and the motor pulley; This fluid power gear is the torque converter that is provided with four different gears, and its solenoid valve is electrically connected with electric control box, and described electric control box is provided with the gear control panel.
Also comprise proximity detector; This sensor is connected with electric control box; Detect the diverse location of described crankshaft balance weight by described proximity detector, control the rotating speed that described torque converter is regulated described big belt pulley by electric control box immediately, thereby adjust oil well pump up-downgoing jig frequency.
Compare with prior art, the technique effect of the method for saving electric power of beam pumping unit of the present invention and energy-saving type beam pumping unit is: 1. the geared assembly that can throw off---interior engagement type ratchet mechanism is set between big belt pulley and reducing gear, made full use of the potential energy of crankshaft balance weight like this, and make potential energy fully convert kinetic energy to convert potential energy again to, alleviate the load of motor greatly and save kinetic energy, simultaneously, when the action of gravity of crankshaft balance weight makes the spindle speed of reducing gear surpass the big belt pulley rotating speed, the main shaft of reducing gear separates with big belt pulley automatically, thereby avoid crankshaft balance weight when descending, to react to motor, exist inferior position to transfer advantage to the prior art beam pumping unit; 2. belt transmission adopts synchronous transfer module, has stopped the phenomenon of belt slippage in the transmission process, reduces the loss of power in transmittance process, saves electric energy; 3. the fluid power gear is set, can according to oil reserve what etc. actual conditions adjust the pumping unit jig frequency in real time, reduce idle work; 4. the inner ratch gear of interior engagement type ratchet mechanism and big belt pulley are integrated, transform on the basis of prior art beam pumping unit and change conveniently, and cost is low.
Description of drawings
Fig. 1 is that energy-saving type beam pumping unit structure master of the present invention looks schematic representation;
Fig. 2 is the schematic side view of described energy-saving type beam pumping unit, and walking beam and support do not draw in the drawings;
Fig. 3 is described each component combined structure schematic representation of energy-saving type beam pumping unit transferring power;
Fig. 4 is the structural scheme of mechanism of described energy-saving type beam pumping unit belt drive part;
Fig. 5 is described energy-saving type beam pumping unit geared assembly---the structural representation of interior engagement type ratchet mechanism;
Fig. 6 is the control flow principle schematic that the inventive method is used the torque converter power-saving running.
Embodiment is described in further detail below in conjunction with the most preferred embodiment shown in the accompanying drawing.
A kind of beam pumping unit method of saving electric power, as shown in Figure 1, 2, this used for oil extractor motor 10 drives, 20 transmissions make big belt pulley 30 rotations by belt, and make crankshaft balance weight 61 rotations through a reducing gear 50 driving crank balance devices 60 again, make horse head 82 traction rope hangers and oil well pump 90 move up and down by connecting rod 81 drive walking beams 80 again and recover the oil, described method of saving electric power comprises the steps:
A. between big belt pulley 30 and reducing gear 50, add the geared assembly 40 that to throw off;
B. in described pumping unit horsehead 82 traction rope hangers and oil well pump 90 move up and down a complete cycle that recovers the oil, at the crankshaft balance weight 61 that has been promoted by motor 10 when the summit begins to fall, because its potential energy of effect of gravity is converted into kinetic energy, the load of motor 10 begins progressively to alleviate, when the action of gravity of described crankshaft balance weight 60 makes main shaft 51 rotational speeies of described reducing gear 50 surpass the rotating speed of motor 10 drive big belt pulleys 30, make described geared assembly 40 disengage from and change sliding mode into, almost no-load running and economizing on electricity of motor 10;
C. when described crankshaft balance weight 61 falls to minimum point, its kinetic energy begins to be converted into potential energy and stores, under the effect of gravity, main shaft 51 rotating speeds of described reducing gear 50 are slack-off gradually, until consistent with the rotating speed of big belt pulley 30, in the still approximate no-load running of this stage motor 10, still for saving the time period of electric energy, make described geared assembly 40 recover engagement after this, motor 10 beginning load operations, the tractive force that transmits motor by big belt pulley 30 is to reducing gear 50, and until described crankshaft balance weight 61 is promoted to the summit, a complete cycle of described oil recovery finishes; Get back to the state of step B;
D. repeating step B and step C, so constantly circulation.
Shown in Fig. 4,5, the described geared assembly of throwing off 40 is an engagement type ratchet mechanism in, it comprises the pawl wheel 35 that is the interior ratchet ring 34 of one and is positioned at these ratchet ring 34 circles with big belt pulley 30, be rotatably mounted with three ratchets 36 on this pawl wheel 35 and be sleeved on the main shaft 51 of reducing gear 50 direction of rotation of the sensing of described ratchet 36 and big belt pulley 30 and interior ratchet ring 34 by bond 53; In engagement, the tooth paddy of ratchet ring 34 in the pawl pinnacle of each ratchet 36 is lived is rotated by 34 drive pawl wheels 35 of ratchet ring in described and reducing gear main shaft 51; At sliding mode, must be the rotating speed of pawl wheel 35 and reducing gear main shaft 51 be higher than big belt pulley 30 and in the rotating speed of ratchet rings 34.
As shown in Figure 4, the Synchronous Transmission pattern will be adopted between described motor pulley 11 and big belt pulley 30 and the belt 20, with the slip of avoiding in transmission process, producing between the belt and belt pulley, the idle work that stable drive is reliable and the reduction motor is done can prevent the damage of belt simultaneously to save electric energy.
As shown in Figure 3, between motor 10 and motor pulley 11, torque converter 15 is set; Under the constant situation of output power of motor, can according to what (height of oil level) of oil pumping amount, in the same complete cycle of described oil recovery, regulate the rotating speed of big belt pulley 30 by controlling torque converter 15, also promptly adjust the uplink and downlink jig frequency of oil well pump 90; Can turn down up jig frequency as required, heighten descending jig frequency, or heighten up jig frequency, turn down descending jig frequency; Under the lower situation of oil level, described oil well pump 90 upper and lower operation jig frequencies are adjusted to: descending jig frequency is 6 times/minute, and up jig frequency is 2 times/minute, adds up to 4 times/minute.
A kind of energy-saving type beam pumping unit, as shown in Figure 1, 2, comprise base, be installed in motor 10 and reducing gear 50 on the base, be fixedly connected on the crank balance device 60 on reducing gear 50 output shafts, and support, electric control box 70, walking beam 80, horse head 82 and rope hanger and oil well pump 90, described crank balance device 60 comprise crankshaft balance weight 61 and and walking beam 80 between be hingedly connected with connecting rod 81, on the main shaft 51 of described reducing gear 50 big belt pulley 30 is housed; Motor pulley 11 drives crank balance device 60 through reducing gear 50 again and makes crankshaft balance weight 61 rotations by belt 20 transmission big belt pulleys 30, makes horse head 82 traction rope hangers and oil well pump 90 move up and down by connecting rod 81 drive walking beams 80 again and recovers the oil; Also be provided with engagement type ratchet mechanism in, should be included in the interior ratchet ring 34 that directly processes on the inner circumference of big belt pulley 30 central circular holes again and be positioned at the pawl wheel 35 that this ratchet ring 34 encloses by interior engagement type ratchet mechanism, three ratchets 36 along the circumferential direction evenly are installed on this pawl wheel 35 rotationally and are sleeved on the main shaft 51 of reducing gear 50 direction of rotation of the sensing of described ratchet 36 and big belt pulley 30 and interior ratchet ring 34 by bond 53; Described crankshaft balance weight 61 begins from the summit to descend, its potential energy is converted into kinetic energy under the effect of gravity, by the transmission of reducing gear 50, make the main shaft 51 of reducing gear 50 and the rotating speed that pawl wheel 35 has had self, the load of respective electrical motivation 10 begins progressively to alleviate; When action of gravity makes main shaft 51 rotational speeies of described reducing gear 50 surpass the rotating speed of motor 10 drive big belt pulleys 30, described pawl wheel 35 changes sliding mode into interior ratchet ring 34 automatic disengage from, also be described crankshaft balance weight 61 and reducing gear 50 main shafts 51 with respect to big belt pulley 30 rotation in advance voluntarily, almost no-load running and economizing on electricity of motor 10; When crankshaft balance weight 61 drops to minimum point, its kinetic energy begins to be converted into potential energy, under the effect of gravity, main shaft 51 rotating speeds of described reducing gear 50 are slack-off gradually, until consistent with the rotating speed of big belt pulley 30, in the still approximate no-load running of this stage motor 10, still for saving the time period of electric energy, described after this pawl wheel 35 recovers engagement with interior ratchet ring 34, the tooth paddy of ratchet ring 34 in the pawl pinnacle of each ratchet 36 is lived, drive pawl wheel 35 and 51 rotations of reducing gear main shaft by ratchet ring in described 34, motor 10 beginning load operations; Rotate to the summit to described crankshaft balance weight 61 and descend once more, so move in circles.
As shown in Figure 4, belt 20 internal surfaces of energy-saving type beam pumping unit of the present invention are provided with belt teeth, and described motor pulley 11 and big belt pulley outer surface are provided with and the suitable gear teeth of described belt teeth.
As shown in Figure 3, be provided with the fluid power gear between described motor 10 and the motor pulley 11, this fluid power gear is the torque converter 15 that is provided with four different gears, and its solenoid valve is electrically connected with electric control box 70, and described electric control box 70 is provided with the gear control panel.The also supporting proximity detector 72 that is provided with; This sensor 72 is electrically connected with electric control box 70; By the diverse location of the described crankshaft balance weight 61 of described proximity detector 72 detections, regulate the rotating speed of described big belt pulley 30 by the described torque converter 15 of electric control box 70 controls immediately, thereby adjust oil well pump 90 up-downgoing jig frequencies.Fig. 6 is the control flow principle schematic that the inventive method is used torque converter 15 power-saving runnings, and the electronic control technology of described pumping unit and the application of proximity detector all belong to prior art, repeat no more herein.
Energy-saving type beam pumping unit of the present invention can directly be transformed on the pumping unit of prior art and change, and very simple and convenient.During replacing, unload the big belt pulley of former pumping unit, load onto the interior engagement type ratchet mechanism and the big belt pulley of energy-saving type beam pumping unit of the present invention and can realize preliminary transformation; In order further to save electric energy, simultaneously motor and electric control box and belt are all changed.
The operation of simple declaration energy-saving type beam pumping unit of the present invention once operation more below:
The motor No Load Start and put in place after, start electric control box 70, torque converter 15 is transferred to one grade (bottom gear), when the pumping unit low speed start gets up and overcomes the effect of inertia of rope hanger and oil well pump 90, and after overcoming mechanically activated static friction, make motor 10 rotating speeds satisfy the rotating speed that oil production requires by the gear of regulating torque converter 15.When being that oil level just increases or when reducing oil production according to actual geolograph reserves, do not need to shut down, can be directly set and increase or reduce the jig frequency that pumping unit horsehead 82 traction rope hangers and oil well pump 90 pump: 1. during geology liquid storage quantity not sufficient by gear, directly select low jig frequency, promptly torque converter 15 operates in one grade or second gear (jig frequency is 1 time～3 times/minute); And according to the running current situation of reality, directly star operation makes energy-conservation space bigger; 2. when geology liquid storage amount is sufficient, selects high jig frequency, and be that torque converter 15 operates in third gear or fourth gear (jig frequency is 4 times～6 times/minute); 3. according to actual conditions, by proximity detector 72, the gear of real-time conversion torque converter 15, for example, when the geology reserves are not enough, when oil well pump 90 was descending, torque converter 15 transferred to third gear or fourth gear, and jig frequency is 4 times～6 times/minute, when oil well pump 90 is up, torque converter 15 transfers to one grade or second gear, and jig frequency is 1 time～3 times/minute, greatly reduces idle work like this.Operating mode with prior art is compared, and can mate the power (can reduce 30%～40%) of the motor 10 of the actual normal needs that recover the oil, and also promptly saves the electric energy effect and can reach 30%～40%.Do not need to change belt pulley or electrode (number of poles) when adjusting the jig frequency of pumping unit, directly setting needs jig frequency to get final product.
Claims (11)
1. beam pumping unit method of saving electric power, this used for oil extractor motor (10) drives, transmission makes big belt pulley (30) rotation by belt (20), and make crankshaft balance weight (61) rotation through a reducing gear (50) driving crank balance device (60) again, making horse head (82) traction rope hanger and oil well pump (90) move up and down by connecting rod (81) drive walking beam (80) again recovers the oil, it is characterized in that described method of saving electric power comprises the steps:
A. between big belt pulley (30) and reducing gear (50), add the geared assembly (40) that to throw off;
B. in described pumping unit horsehead (82) traction rope hanger and oil well pump (90) move up and down a complete cycle that recovers the oil, at the crankshaft balance weight (61) that has been promoted by motor (10) when the summit begins to fall, because its potential energy of effect of gravity is converted into kinetic energy, the load of motor (10) begins progressively to alleviate, when the action of gravity of described crankshaft balance weight (60) makes main shaft (51) rotational speed of described reducing gear (50) surpass the rotating speed of motor (10) drive big belt pulley (30), make described geared assembly (40) disengage from and change sliding mode into, almost no-load running and economizing on electricity of motor (10);
C. at described crankshaft balance weight (61) when falling to minimum point, its kinetic energy begins to be converted into potential energy and savings, under the effect of gravity, main shaft (51) rotating speed of described reducing gear (50) is slack-off gradually, until consistent with the rotating speed of big belt pulley (30), in the still approximate no-load running of this stage motor (10), still for saving the time period of electric energy, make described geared assembly (40) recover engagement after this, motor (10) beginning load operation, the tractive force that transmits motor by big belt pulley (30) is to reducing gear (50), and until described crankshaft balance weight (61) is promoted to the summit, a complete cycle of described oil recovery finishes; Get back to the state of step B;
D. repeating step B and step C, so constantly circulation.
2. beam pumping unit method of saving electric power as claimed in claim 1, it is characterized in that: described geared assembly of throwing off (40) is an engagement type ratchet mechanism in, it comprises the pawl wheel (35) that is the interior ratchet ring (34) of one and is positioned at this ratchet ring (34) circle with big belt pulley (30), be rotatably mounted with at least two ratchets (36) on this pawl wheel (35) and be sleeved on the main shaft (51) of reducing gear (50) direction of rotation of the sensing of described ratchet (36) and big belt pulley (30) and interior ratchet ring (34) by bond (53); In engagement, the tooth paddy of ratchet ring (34) in the pawl pinnacle of each ratchet (36) is lived drives pawl wheel (35) and reducing gear main shaft (51) rotation by ratchet ring (34) in described; At sliding mode, must be the rotating speed of pawl wheel (35) and reducing gear main shaft (51) be higher than big belt pulley (30) and in the rotating speed of ratchet ring (34).
3. beam pumping unit method of saving electric power as claimed in claim 1 or 2, it is characterized in that: will adopt the Synchronous Transmission pattern between described motor pulley (11) and big belt pulley (30) and the belt (20), with the slip of avoiding in transmission process, producing between the belt and belt pulley, reduce the idle work that motor does and prevent to damage belt and save electric energy.
4. beam pumping unit method of saving electric power as claimed in claim 3 is characterized in that: between motor (10) and motor pulley (11) torque converter (15) is set; Under the constant situation of output power of motor, can be according to what of oil pumping amount, in the same complete cycle of described oil recovery, regulate the rotating speed of big belt pulley (30) by control torque converter (15), also promptly adjust the uplink and downlink jig frequency of oil well pump (90); Can turn down up jig frequency as required, heighten descending jig frequency, or heighten up jig frequency, turn down descending jig frequency.
5. beam pumping unit method of saving electric power as claimed in claim 4, it is characterized in that: confirming under the few situation of oil pumping amount, the upper and lower operation jig frequency of described oil well pump (90) is adjusted to: descending jig frequency is 6 times/minute, and up jig frequency is 2 times/minute, adds up to 4 times/minute.
6. energy-saving type beam pumping unit, comprise base, be installed in motor (10) and reducing gear (50) on the base, be fixedly connected on the crank balance device (60) on reducing gear (50) output shaft, and support, electric control box (70), walking beam (80), horse head (82) and rope hanger and oil well pump (90), described crank balance device (60) comprise crankshaft balance weight (61) and and walking beam (80) between be hingedly connected with connecting rod (81), on the main shaft (51) of described reducing gear (50) big belt pulley (30) is housed; Motor pulley (11) is by belt (20) transmission big belt pulley (30), drive crank balance device (60) through reducing gear (50) again and make crankshaft balance weight (61) rotation, make horse head (82) traction rope hanger and oil well pump (90) move up and down by connecting rod (81) drive walking beam (80) again and recover the oil; It is characterized in that:
Also be provided with engagement type ratchet mechanism in, this interior engagement type ratchet mechanism comprises the pawl wheel (35) that is the interior ratchet ring (34) of one and is positioned at this ratchet ring (34) circle with big belt pulley (30) again, be rotatably mounted with at least two ratchets (36) on this pawl wheel (35) and be sleeved on the main shaft (51) of reducing gear (50) direction of rotation of the sensing of described ratchet (36) and big belt pulley (30) and interior ratchet ring (34) by bond (53);
Described crankshaft balance weight (61) begins from the summit to descend, its potential energy is converted into kinetic energy under the effect of gravity, by the transmission of reducing gear (50), make the main shaft (51) of reducing gear (50) and the rotating speed that pawl wheel (35) has had self, the load of respective electrical motivation (10) begins progressively to alleviate; When action of gravity makes main shaft (51) rotational speed of described reducing gear (50) surpass the rotating speed of motor (10) drive big belt pulley (30), described pawl wheel (35) changes sliding mode into the automatic disengage from of interior ratchet ring (34), also be described crankshaft balance weight (61) and reducing gear (50) main shaft (51) with respect to big belt pulley (30) rotation in advance voluntarily, almost no-load running and economizing on electricity of motor (10); When crankshaft balance weight (61) when dropping to minimum point, its kinetic energy begins to be converted into potential energy, under the effect of gravity, main shaft (51) rotating speed of described reducing gear (50) is slack-off gradually, until consistent with the rotating speed of big belt pulley (30), in the still approximate no-load running of this stage motor (10), still for saving the time period of electric energy, described after this pawl wheel (35) recovers engagement with interior ratchet ring (34), the tooth paddy of ratchet ring (34) in the pawl pinnacle of each ratchet (36) is lived, drive pawl wheel (35) and reducing gear main shaft (51) rotation by ratchet ring (34) in described, motor (10) beginning load operation; Rotate to the summit to described crankshaft balance weight (61) and descend once more, so move in circles.
7. energy-saving type beam pumping unit as claimed in claim 6 is characterized in that: ratchet ring (34) is directly to process on the inner circumference of big belt pulley (30) central circular hole in described; Described ratchet (36) has three, evenly distributes on described pawl wheel (35) circumference.
8. energy-saving type beam pumping unit as claimed in claim 6 is characterized in that: described belt (20) internal surface is provided with belt teeth, and described motor pulley (11) and big belt pulley outer surface are provided with and the suitable gear teeth of described belt teeth.
9. as each described slide beam energy-saving type pumping unit of claim 6 to 8, it is characterized in that: be provided with the fluid power gear between described motor (10) and the motor pulley (11).
10. energy-saving type beam pumping unit as claimed in claim 9, it is characterized in that: described fluid power gear is the torque converter (15) that is provided with four different gears, its control electromagnetic valve is electrically connected with electric control box (70), and described electric control box (70) is provided with the gear control panel.
11. energy-saving type beam pumping unit as claimed in claim 9 is characterized in that: also comprise proximity detector (72); This sensor (72) is electrically connected with electric control box (70); Detect the diverse location of described crankshaft balance weight (61) by described proximity detector (72), control the rotating speed that described torque converter (15) is regulated described big belt pulley (30) by electric control box (70) immediately, thereby adjust oil well pump (90) up-downgoing jig frequency.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101009470A CN100497945C (en) | 2005-11-01 | 2005-11-01 | Electricity saving method of walking beam type pumping unit, and electricity saving mode walking beam typed pumping unit |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101009470A CN100497945C (en) | 2005-11-01 | 2005-11-01 | Electricity saving method of walking beam type pumping unit, and electricity saving mode walking beam typed pumping unit |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1760551A true CN1760551A (en) | 2006-04-19 |
| CN100497945C CN100497945C (en) | 2009-06-10 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005101009470A Expired - Fee Related CN100497945C (en) | 2005-11-01 | 2005-11-01 | Electricity saving method of walking beam type pumping unit, and electricity saving mode walking beam typed pumping unit |
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| Country | Link |
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| CN (1) | CN100497945C (en) |
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101165313B (en) * | 2006-10-20 | 2011-05-11 | 深圳市联创真节能设备有限公司 | Beam-pumping unit |
| CN103061721A (en) * | 2013-01-15 | 2013-04-24 | 王振铎 | Energy-saving pumping unit system and operation control mode thereof |
| CN105740482A (en) * | 2014-12-07 | 2016-07-06 | 中国石油化工股份有限公司 | Method for establishing load torque model of pumping unit and simulation system |
| CN107387028A (en) * | 2016-05-17 | 2017-11-24 | 张敏 | A kind of beam pumping unit working system combined running method |
-
2005
- 2005-11-01 CN CNB2005101009470A patent/CN100497945C/en not_active Expired - Fee Related
Cited By (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101165313B (en) * | 2006-10-20 | 2011-05-11 | 深圳市联创真节能设备有限公司 | Beam-pumping unit |
| CN103061721A (en) * | 2013-01-15 | 2013-04-24 | 王振铎 | Energy-saving pumping unit system and operation control mode thereof |
| CN103061721B (en) * | 2013-01-15 | 2015-10-28 | 王振铎 | Oil pump energy-saving system |
| CN105740482A (en) * | 2014-12-07 | 2016-07-06 | 中国石油化工股份有限公司 | Method for establishing load torque model of pumping unit and simulation system |
| CN105740482B (en) * | 2014-12-07 | 2019-01-25 | 中国石油化工股份有限公司 | A kind of pump load torque model method for building up and analogue system |
| CN107387028A (en) * | 2016-05-17 | 2017-11-24 | 张敏 | A kind of beam pumping unit working system combined running method |
Also Published As
| Publication number | Publication date |
|---|---|
| CN100497945C (en) | 2009-06-10 |
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