CN201934884U - Storage-type electric grease pressurizing filling machine - Google Patents
Storage-type electric grease pressurizing filling machine Download PDFInfo
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- CN201934884U CN201934884U CN2011200281100U CN201120028110U CN201934884U CN 201934884 U CN201934884 U CN 201934884U CN 2011200281100 U CN2011200281100 U CN 2011200281100U CN 201120028110 U CN201120028110 U CN 201120028110U CN 201934884 U CN201934884 U CN 201934884U
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Abstract
The utility model relates to a storage-type electric grease pressurizing filling machine, which comprises a motor, a speed reducer, a speed reducer output shaft, an eccentric shaft (15), an eccentric shaft bearing (3), a guide block (8), a plunger driving block (16), a first plunger (9), a storage device, a second plunger (13), a piston pump body (11), an oil outlet joint (10), an auxiliary oil pan (1), a spiral oil pressing plate (19), an oil baffle plate (20) and an oil drum (2). Through the combined functions of the spiral oil pressing plate, the oil baffle plate, the auxiliary oil pan and the first plunger, grease is easily absorbed into a first plunger hole, and is sent to a second plunger hole through the storage device to be output after being pressurized. The filling machine has a simple structure, high efficiency and short waiting time of an interval of filling, and the grease with higher viscosity can be filled at high pressure; and with the storage device, the excess grease does not need to be leaked, and the utilization rate of the grease is obviously improved.
Description
Technical field
The utility model relates to a kind of grease adding machine, particularly, relates to the electronic lubricating grease supercharging of a kind of energy-storage type filling device.
Background technique
Existing electronic lubricating grease supercharging filling device in when work because will produce high pressure, but because its plunger is generally less, and when lubricating grease viscosity was higher, the suction capacity of plunger was very poor, sometimes even inhale less than lubricating grease.
The electronic lubricating grease supercharging filling device solution to the problems described above of prior art is to adopt auxiliary oil-feed mechanism, and wherein a kind of is to add a big plunger to improve oil absorption before the small plunger that produces high pressure, then lubricating grease is pressed onto the small plunger place; Another kind of as CN 101718388 A and the disclosed grease adding machine of CN 201651725 U, it is to force fluid to flow by a framework in the small plunger oil suction.
There is a general character in above-mentioned technical measures of dealing with problems, promptly all adopt rigid construction to improve oil absorption.But there is following shortcoming in these rigid construction: the first, sealing when better between these rigid construction, and they are in pressure feed lubrication fat process, and at any time lubricating grease all can not be more than the required oil mass in small plunger chamber, otherwise will block.Under the situation of good seal between the rigid construction, for fear of retardance, needing increases safety valve, and so that unnecessary lubricating grease is released, this usually causes great waste; Second, between rigid construction, do not seal or seal when bad, the pressure that produces in the enclosed space will be very little, the effect of at this moment forcing viscosity higher lubricating grease to flow is not fine, the small plunger chamber still can not normally be full of lubricating grease, disclosed grease adding machine among for example above-mentioned CN 101718388 A and CN 201651725 U.
In view of the above-mentioned defective of prior art, need a kind of novel electronic lubricating grease supercharging filling device of design.
The model utility content
Technical problem to be solved in the utility model provides the electronic lubricating grease supercharging of a kind of energy-storage type filling device, to overcome the above-mentioned defective of prior art, the electronic lubricating grease supercharging of this energy-storage type filling device can realize that the oil suction of continuous high-efficient ground boosts by flexible energy storage apparatus, to increase work efficiency, improve lubricating quality.
Above-mentioned technical problem solves by following technical solution: the electronic lubricating grease supercharging of energy-storage type filling device, comprise oil drum, bottom in this oil drum is fixed with a plunges pump body or is symmetrically fixed with two plunges pump bodies with respect to the bottom centre of described oil drum, the bottom outside of described oil drum is set with interconnective motor and speed reducer, the bottom centre of described oil drum is provided with the connecting through hole that passes through for eccentric shaft, described eccentric shaft comprises coupling shaft part and last drive shaft section down, described coupling shaft down partly is passed down through described connecting through hole and is connected with the speed reducer output shaft of described speed reducer, the described drive shaft section that goes up is upward through the middle oval through hole of plunger actuation piece that is positioned at described oil drum, and be bearing in this oval through hole by the eccentric shaft bearing rollability, the described tip portion that goes up drive shaft section is fixedly connected with auxiliary food tray and is positioned at the spiral oil pressing plate of auxiliary food tray top, described drive shaft section and the described speed reducer output shaft disalignment of going up; Described plunges pump body is provided with first plunger hole, volume is less than second plunger hole of this first plunger hole, be communicated with described first plunger hole and second plunger oil inlet hole of pillar consent and the inlet port that is communicated with described first plunger hole, be provided with first plunger in wherein said first plunger hole, be provided with second plunger in described second plunger hole, the parallel end face of the side plane with described oval through hole of described plunger actuation piece is connected with described second plunger towards this end face, described plunger actuation piece disposes the guide pad that this plunger actuation piece is carried out straight-line guidance, and described first plunger drives by described plunger actuation piece and carries out straight line motion, described first plunger hole is communicated with described energy storage apparatus, one end of described second plunger hole is provided with delivery connection, and a side of described inlet port is provided with oil baffle.
Both ends of the surface and described guide pad that the side plane with described oval through hole of described plunger actuation piece is vertical are fixedly connected, and the bi-side of this guide pad and described plunges pump body are slidingly matched; Both ends of the surface and described guide pad that the side plane with described oval through hole of perhaps described plunger actuation piece is vertical are slidingly matched, and this guide pad is fixedlyed connected with plunges pump body.
Preferably, described plunges pump body is fixedlyed connected with the plunges pump body fixed plate that is arranged on described oil drum bottom by bolt, this plunger fixed plate is fixedlyed connected with the speed reducer flange of described speed reducer by the bolt that passes described oil drum bottom, described plunger fixed plate is provided with the through hole that passes for described eccentric shaft, and this through hole is corresponding mutually with the connecting through hole of described oil drum bottom.
Preferably, described first plunger hole and second plunger hole be arranged in parallel, described first plunger is a hollow plunger, described energy storage apparatus comprises the energy-storaging spring lid, energy storage piston and energy-storaging spring, one end of described hollow plunger is provided with described energy-storaging spring lid, the other end is communicated with described first plunger hole, be provided with described energy storage piston and energy-storaging spring in the described hollow plunger, one end of this energy-storaging spring is connected in described energy storage piston, the other end is connected in described energy-storaging spring lid, described guide pad is the shaped as frame guide pad around whole described plunges pump bodies, the both ends of the surface that the side plane with described oval through hole of described plunger actuation piece is vertical and this shaped as frame guide pad are fixedly connected, and the bi-side of this shaped as frame guide pad and described plunges pump body are slidingly matched, and described first plunger is fixedlyed connected with described shaped as frame guide pad by described energy-storaging spring lid.
Preferably, described energy storage apparatus is independently external accumulator, this external accumulator comprises the accumulator housing of hollow, one end of this accumulator housing is provided with the energy-storaging spring lid, the other end is formed with external accumulator joint, be provided with energy storage piston and energy-storaging spring in the described accumulator housing, one end of this energy-storaging spring is connected in described energy storage piston, the other end is connected in described energy-storaging spring lid, and described external accumulator is connected on the described plunges pump body and with described first plunger hole by described external accumulator joint and is communicated with.
Preferably, described first plunger hole and second plunger hole be arranged in parallel, described guide pad (8) is the shaped as frame guide pad around described plunges pump body, the both ends of the surface that the side plane with described oval through hole of described plunger actuation piece is vertical are fixedlyed connected with this shaped as frame guide pad, and the bi-side of this shaped as frame guide pad and described plunges pump body are slidingly matched, one end of described first plunger is provided with the first plunger connecting cover, and this first plunger is fixedlyed connected with described shaped as frame guide pad by the described first plunger connecting cover.
Preferably, described first plunger hole and second plunger hole be arranged in parallel, described guide pad is two bar shaped guide pads, one end of described first plunger stretches out described first plunger hole, and on the parallel end face of the side plane that is connected to described plunger actuation piece with described oval through hole, wherein, the both ends of the surface that the side plane with described oval through hole of described plunger actuation piece is vertical and described two bar shaped guide pads are fixedly connected, and the bi-side of these two bar shaped guide pads and described plunges pump body are slidingly matched; The both ends of the surface that the side plane with described oval through hole of perhaps described plunger actuation piece is vertical and this two bar shaped guide pads are slidingly matched, and these two bar shaped guide pads are fixedlyed connected with described plunges pump body.
Preferably, the vertical setting or be obliquely installed mutually mutually of described first plunger hole and second plunger hole, described plunger actuation piece drives described first plunger motion by the wedge side steering.
By technique scheme of the present utility model, the electronic lubricating grease supercharging of described energy-storage type filling device is through the synergy of the spiral oil pressing plate of inlet port top, oil baffle, auxiliary food tray, first plunger, make lubricating grease be inhaled into first plunger hole easily, thereby the pressure that energy storage piston continues is delivered to the back output of boosting in second plunger hole effectively with lubricating grease and is made system pressure reach usage requirement soon.The utility model is simple for structure, the lubricating grease of energy high pressure filling viscosity higher, efficient height, twice filling be the stand-by period weak point at interval, make unnecessary lubricating grease need not to release by energy storage apparatus, improved the utilization ratio of lubricating grease significantly, it has improved working efficiency, makes lubrication operation reliably effective.
Description of drawings
Fig. 1 is the part sectional structure schematic representation of the electronic lubricating grease supercharging of the energy-storage type of the utility model embodiment filling device, wherein for making a part of having omitted the accumulator medi-spring among the succinct figure of drawing (down with);
Fig. 2 is the part sectional structure schematic representation of the external accumulator of the utility model embodiment;
Fig. 3 is the schematic top plan view of the electronic lubricating grease supercharging of the energy-storage type of the utility model embodiment filling device;
Fig. 4 is oil baffle, the structural representation when assisting food tray and spiral oil pressing plate to cooperate oil-collecting of the electronic lubricating grease supercharging of the utility model energy-storage type filling device;
Fig. 5 to Fig. 7 is respectively first plunger hole of the electronic lubricating grease supercharging of the utility model energy-storage type filling device and master that the second plunger hole horizontal Tile is provided with pattern looks schematic representation, sectional view and schematic top plan view;
Fig. 8 is respectively cross-sectional schematic and the schematic top plan view that shaped as frame guide pad of the present utility model is connected external accumulator with Fig. 9, wherein the display format that adopts part to analyse and observe among Fig. 9;
Figure 10 is respectively cross-sectional schematic and the schematic top plan view that another kind of guide pad of the present utility model is connected external accumulator with Figure 11, has wherein adopted the display format of partly analysing and observe among Figure 11.
Among the figure: 1 auxiliary food tray; 2 oil drums; 3 eccentric shaft bearings; 4 inlet ports; 5 energy storage pistons; 6 energy-storaging springs; 7 energy-storaging springs lid; 8 guide pads; 9 first plungers; 10 delivery connections; 11 plunges pump bodies; 12 second plunger oil inlet holes; 13 second plungers; 14 speed reducer output shafts; 15 eccentric shafts; 16 plunger actuation pieces; 17 plunges pump body fixed plates; 18 speed reducer flanges; 19 spiral oil pressing plates; 20 oil baffles; 21 external accumulators; 22 external accumulator joints; 23 accumulator housings; 24 first plunger connecting covers.
Embodiment
The embodiment of the electronic lubricating grease supercharging of the utility model energy-storage type filling device is described below in conjunction with accompanying drawing.
Referring to Fig. 1 to Figure 11, the electronic lubricating grease supercharging of energy-storage type of the present utility model filling device mainly comprises motor, speed reducer, speed reducer output shaft, eccentric shaft 15, eccentric shaft bearing 3, guide pad 8, plunger actuation piece 16, first plunger 9, energy storage apparatus, second plunger 13, plunges pump body 11, delivery connection 10, auxiliary food tray 1, spiral oil pressing plate 19, oil baffle 20 and oil drum 2.
Need to prove that at this electronic lubricating grease supercharging of energy-storage type of the present utility model filling device has a plurality of embodiments, below mainly be elaborated with reference to accompanying drawing, in declarative procedure in, with some obvious variant of additional disclosure.
As shown in figures 1 and 3, the electronic lubricating grease supercharging of described energy-storage type filling device comprises oil drum 2, bottoms in this oil drum 2 are fixedly provided with a plunges pump body 11 or are arranged with two plunges pump bodies 11 with respect to the bottom centre of described oil drum 2, and the bottom outside of oil drum 2 is set with interconnective motor and speed reducer.Preferably, referring to Fig. 1, described plunges pump body 11 is fixedly connected by bolt and the plunges pump body fixed plate 17 that is arranged on oil drum 2 bottoms, this plunger fixed plate 17 is fixedlyed connected with the speed reducer flange 18 of described speed reducer by the bolt that passes oil drum 2 bottoms, and this linkage structure makes that the electronic lubricating grease supercharging of energy-storage type of the present utility model filling device is compacter.Certainly, can expect the various fixed linkage structure to those skilled in the art, for example the bottom thickness of oil drum 2 can be thicker, in this case, plunger fixed plate 17 can be set, plunges pump body 11 can directly be fixed on the bottom of oil drum 2, and the speed reducer flange 18 of speed reducer also can directly be fixed on the bottom outside of oil drum 2 by bolt.
The bottom centre of oil drum 2 is provided with connecting through hole (also needing to be provided with corresponding through hole at the preferred form lower plunger fixed plate 17 that plunger fixed plate 17 is set passes for eccentric shaft 15), eccentric shaft 15 comprises coupling shaft part and last drive shaft section down, the following coupling shaft of eccentric shaft 15 partly is passed down through described connecting through hole and connects with speed reducer output shaft 14, the last drive shaft section of eccentric shaft 15 is upward through the oval through hole in the middle of the plunger actuation piece 16, and be bearing in this oval through hole by eccentric shaft bearing 3 rollabilities, be fixedly connected auxiliary food tray 1 and be positioned at the spiral oil pressing plate 19 of auxiliary food tray 1 top, described drive shaft section and speed reducer output shaft 14 disalignments of going up of the described tip portion that goes up drive shaft section.
In the design scope of above-mentioned basic technical scheme, all there is numerous embodiments in the linkage structure of energy storage apparatus of the present utility model, guide pad and first plunger 9, below describes briefly.
Referring to Fig. 1, described energy storage apparatus can form the integral installation distribution structure with first plunger 9, under this mode of execution, described first plunger hole and second plunger hole be arranged in parallel, first plunger 9 is a hollow plunger, described energy storage apparatus comprises energy-storaging spring lid 7, energy storage piston 5 and energy-storaging spring 6, one end of described hollow plunger is provided with energy-storaging spring lid 7, the other end is communicated with described first plunger hole, be provided with energy storage piston 5 and energy-storaging spring 6 in the described hollow plunger 9, one end of this energy-storaging spring 6 is connected in energy storage piston 5, and the other end is connected in energy-storaging spring lid 7.Under this mode, described guide pad 8 can be the shaped as frame guide pad around whole described plunges pump bodies 11, described first plunger 9 is fixedly connected with described shaped as frame guide pad by energy-storaging spring lid 7, thereby drive first plunger 9 by plunger actuation piece 16 indirectly by this shaped as frame guide pad and carry out linear reciprocating motion, when realizing the first plunger hole oil suction, second plunger hole is fuel-displaced.
Described energy storage apparatus is not limited to above-mentioned integral installation distribution structure, referring to shown in Figure 2, energy storage apparatus can be independently external accumulator 21, this external accumulator 21 comprises the accumulator housing 23 of hollow, one end of this accumulator housing 23 is provided with energy-storaging spring lid 7, and the other end is formed with external accumulator joint 22, is provided with energy storage piston 5 and energy-storaging spring 6 in the described accumulator housing 23, one end of this energy-storaging spring 6 is connected in energy storage piston 5, and the other end is connected in energy-storaging spring lid 7.To shown in Figure 9, described external accumulator 21 can be connected on the plunges pump body 11 and with described first plunger hole by external accumulator joint 22 and be communicated with referring to Fig. 8.In the preferred implementation of Fig. 8 and Fig. 9, the above-mentioned shaped as frame guide pad that guide pad 8 adopts, in this case, one end of first plunger 9 can be provided with the first plunger connecting cover 24(for example by being threaded), first plunger 9 is fixedlyed connected with described shaped as frame guide pad by this first plunger connecting cover 24, carry out linear reciprocating motion thereby drive first plunger 9 by plunger actuation piece 16 indirectly by this shaped as frame guide pad, when realizing the first plunger hole oil suction, second plunger hole is fuel-displaced.
In addition, another mode of execution that shows in Figure 10 and Figure 11 also adopts external accumulator 21.Different is, under mode of execution, guide pad 8 is two bar shaped guide pads that contact with the bi-side of plunges pump body 11, this moment, first plunger 9 can not be provided with the first plunger connecting cover, as shown in Figure 10 and Figure 11, one end of this first plunger 9 can stretch out described first plunger hole, and on the parallel end face of the side plane that is connected to described plunger actuation piece 16 with described oval through hole, thereby directly drive first plunger 9 and carry out linear reciprocating motion by plunger actuation piece 16, when realizing the first plunger hole oil suction, second plunger hole is fuel-displaced.Wherein, the both ends of the surface that the side plane with described oval through hole of described plunger actuation piece 16 is vertical and described two bar shaped guide pads are fixedly connected, and the bi-side of these two bar shaped guide pads and described plunges pump body 11 are slidingly matched; The both ends of the surface that the side plane with described oval through hole of perhaps described plunger actuation piece 16 is vertical and this two bar shaped guide pads are slidingly matched, and these two bar shaped guide pads are fixedlyed connected with described plunges pump body 11.
In the above-described embodiment, first plunger hole in the plunges pump body 11 and second plunger hole are and be arranged in parallel, and as be arrangeding in parallel up and down among Fig. 1 and Fig. 3, perhaps the horizontal Tile as shown in Fig. 5 to Fig. 7 be arranged in parallel.But what expect easily for those skilled in the art is, described first plunger hole also can vertically mutually be provided with or be obliquely installed mutually with second plunger hole, in this case, described plunger actuation piece 16 can wait by known wedge side steering and drive 9 motions of described first plunger, occurs relation vertical mutually or that tilt mutually between first plunger hole and second plunger hole thereby make.
Working principle of the present utility model: plunges pump body 16 and interconnective motor, speed reducer is separately fixed at the interior outside of oil drum 2 bottoms, the both sides of plunges pump body 16 and guide pad 8 are slidingly matched, speed reducer output shaft 14 drives eccentric shaft 15 rotations, eccentric shaft 15 is by eccentric shaft bearing 3 drive plunger driving blocks 16, thereby drive first plunger 9 directly or indirectly and second plunger 13 is done straight reciprocating motion, simultaneously, eccentric shaft 15 drives auxiliary food tray 1 and 19 rotations of spiral oil pressing plate, above spiral oil pressing plate 19 and auxiliary food tray 1 are incited somebody to action, lubricating grease on every side presses down and is carried to inlet port 4, be provided with an oil baffle 20 near the inlet port 4, oil is concentrated on inlet port 4, first plunger 9 with strong suction capacity sucks first plunger hole with lubricating grease, first plunger 9 pressurizes the lubricating grease that sucks to second plunger hole, when the second plunger oil inlet hole 12 is not opened, the energy storage piston 5 of energy storage apparatus retreats, energy-storaging spring 6 compressions, when the second plunger oil inlet hole opens 12, energy-storaging spring 6 is by energy storage piston 5 release pressures, promote lubricating grease and enter second plunger hole, be full of lubricating grease in second plunger hole very soon, outwards carry by delivery connection 10 13 pairs of lubricating grease pressurizations of second plunger back.During 13 pressurizations of second plunger, first plunger 9 carries out oil suction next time again, when inlet port is opened, energy-storaging spring 6, energy storage piston 5 reset, when first plunger with the lubricating grease that sucks when second plunger hole pressurize, the said process recurrence, so go round and begin again, the system high efficiency operation, supercharging continuously, system boosts very fast.
The beneficial effects of the utility model are: referring to shown in Figure 4, synergy through the spiral oil pressing plate 19 of inlet port 4 tops, oil baffle 20, auxiliary food tray 1, first plunger, make lubricating grease be inhaled into first plunger hole easily, thereby the pressure that energy storage piston continues is delivered to the back output of boosting in second plunger hole effectively with lubricating grease and is made system pressure reach usage requirement soon.The utility model is simple for structure, the lubricating grease of energy high pressure filling viscosity higher, efficient height, twice filling be the stand-by period weak point at interval, make unnecessary lubricating grease need not to release by energy storage apparatus, improved the utilization ratio of lubricating grease significantly, it has improved working efficiency, makes lubrication operation reliably effective.
Each concrete technical characteristics described in above-mentioned embodiment can carry out combination in any by any suitable manner, and it falls within the scope disclosed in the utility model equally.Simultaneously, also can carry out combination in any between the various mode of execution of the present utility model, as long as it is without prejudice to thought of the present utility model, it should be considered as content disclosed in the utility model equally.In addition; the utility model is not limited to the detail in the above-mentioned mode of execution; in technical conceive scope of the present utility model, can carry out multiple simple variant to the technical solution of the utility model, these simple variant all belong to protection domain of the present utility model.Protection domain of the present utility model is defined by the claims.
Claims (8)
1. the electronic lubricating grease supercharging of energy-storage type filling device, comprise oil drum (2), it is characterized in that, bottom in this oil drum is fixed with a plunges pump body (11) or is symmetrically fixed with two plunges pump bodies (11) with respect to the bottom centre of described oil drum, the bottom outside of described oil drum is fixed with interconnective motor and speed reducer, the bottom centre of described oil drum is provided with the connecting through hole that passes through for eccentric shaft (15), described eccentric shaft comprises coupling shaft part and last drive shaft section down, described coupling shaft down partly is passed down through described connecting through hole and is connected with the speed reducer output shaft (14) of described speed reducer, the described drive shaft section that goes up is upward through the middle oval through hole of plunger actuation piece (16) that is positioned at described oil drum, and be bearing in this oval through hole by eccentric shaft bearing (3) rollability, the described tip portion that goes up drive shaft section is fixedly connected with auxiliary food tray (1) and is positioned at the spiral oil pressing plate (19) of auxiliary food tray top, described drive shaft section and described speed reducer output shaft (14) disalignment of going up; Described plunges pump body is provided with first plunger hole, volume is less than second plunger hole of this first plunger hole, be communicated with described first plunger hole and second plunger oil inlet hole (12) of pillar consent and the inlet port (4) that is communicated with described first plunger hole, be provided with first plunger (9) in wherein said first plunger hole, be provided with second plunger (13) in described second plunger hole, the parallel end face of the side plane with described oval through hole of described plunger actuation piece is connected with described second plunger (13) towards this end face, described plunger actuation piece (16) disposes the guide pad (8) that this plunger actuation piece is carried out straight-line guidance, and described first plunger carries out straight line motion by the driving of described plunger actuation piece (16), described first plunger hole is communicated with described energy storage apparatus, one end of described second plunger hole is provided with delivery connection (10), and a side of described inlet port (4) is provided with oil baffle (20).
2. the electronic lubricating grease supercharging of energy-storage type according to claim 1 filling device, it is characterized in that, the both ends of the surface that the side plane with described oval through hole of described plunger actuation piece (16) is vertical are fixedlyed connected with described guide pad (8), and the bi-side of this guide pad (8) and described plunges pump body (11) are slidingly matched; Both ends of the surface that the side plane with described oval through hole of perhaps described plunger actuation piece (16) is vertical and described guide pad (8) are slidingly matched, and this guide pad (8) is fixedlyed connected with described plunges pump body (11).
3. the electronic lubricating grease supercharging of energy-storage type according to claim 1 filling device, it is characterized in that, described plunges pump body (11) is fixedlyed connected with the plunges pump body fixed plate (17) that is arranged on described oil drum (2) bottom by bolt, this plunger fixed plate (17) is fixedlyed connected with the speed reducer flange (18) of described speed reducer by the bolt that passes described oil drum bottom, described plunger fixed plate is provided with the through hole that passes for described eccentric shaft, and this through hole is corresponding mutually with the connecting through hole of described oil drum bottom.
4. the electronic lubricating grease supercharging of energy-storage type according to claim 1 filling device, it is characterized in that, described first plunger hole and second plunger hole be arranged in parallel, described first plunger (9) is a hollow plunger, described energy storage apparatus comprises energy-storaging spring lid (7), energy storage piston (5) and energy-storaging spring (6), one end of described hollow plunger is provided with described energy-storaging spring lid (7), the other end is communicated with described first plunger hole, be provided with described energy storage piston (5) and energy-storaging spring (6) in the described hollow plunger (9), one end of this energy-storaging spring (6) is connected in described energy storage piston (5), the other end is connected in described energy-storaging spring lid (7), described guide pad (8) is the shaped as frame guide pad around whole described plunges pump bodies (11), the both ends of the surface that the side plane with described oval through hole of described plunger actuation piece (16) is vertical and this shaped as frame guide pad are fixedly connected, and the bi-side of this shaped as frame guide pad and described plunges pump body (11) are slidingly matched, and described first plunger (9) is fixedlyed connected with described shaped as frame guide pad by described energy-storaging spring lid (7).
5. the electronic lubricating grease supercharging of energy-storage type according to claim 1 filling device, it is characterized in that, described energy storage apparatus is an independently external accumulator (21), this external accumulator comprises the accumulator housing (23) of hollow, one end of this accumulator housing is provided with energy-storaging spring lid (7), the other end is formed with external accumulator joint (22), be provided with energy storage piston (5) and energy-storaging spring (6) in the described accumulator housing, one end of this energy-storaging spring is connected in described energy storage piston (5), the other end is connected in described energy-storaging spring lid (7), and described external accumulator (21) is connected to described plunges pump body (11) by described external accumulator joint (22) and upward and with described first plunger hole is communicated with.
6. the electronic lubricating grease supercharging of energy-storage type according to claim 5 filling device, it is characterized in that, described first plunger hole and second plunger hole be arranged in parallel, described guide pad (8) is the shaped as frame guide pad around described plunges pump body (11), the both ends of the surface that the side plane with described oval through hole of described plunger actuation piece (16) is vertical are fixedlyed connected with this shaped as frame guide pad, and the bi-side of this shaped as frame guide pad and described plunges pump body (11) are slidingly matched, one end of described first plunger (9) is provided with the first plunger connecting cover (24), and this first plunger (9) is fixedlyed connected with described shaped as frame guide pad by the described first plunger connecting cover (24).
7. the electronic lubricating grease supercharging of energy-storage type according to claim 5 filling device, it is characterized in that, described first plunger hole and second plunger hole be arranged in parallel, described guide pad (8) is two bar shaped guide pads, one end of described first plunger (9) stretches out described first plunger hole, and on the parallel end face of the side plane that is connected to described plunger actuation piece (16) with described oval through hole, wherein, the both ends of the surface that the side plane with described oval through hole of described plunger actuation piece (16) is vertical and described two bar shaped guide pads are fixedly connected, and the bi-side of these two bar shaped guide pads and described plunges pump body (11) are slidingly matched; The both ends of the surface that the side plane with described oval through hole of perhaps described plunger actuation piece (16) is vertical and this two bar shaped guide pads are slidingly matched, and these two bar shaped guide pads are fixedlyed connected with described plunges pump body (11).
8. the electronic lubricating grease supercharging of energy-storage type according to claim 1 filling device, it is characterized in that, the vertical setting or be obliquely installed mutually mutually of described first plunger hole and second plunger hole, described plunger actuation piece (16) drives described first plunger (9) by the wedge side steering and moves.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200281100U CN201934884U (en) | 2011-01-27 | 2011-01-27 | Storage-type electric grease pressurizing filling machine |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2011200281100U CN201934884U (en) | 2011-01-27 | 2011-01-27 | Storage-type electric grease pressurizing filling machine |
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| CN201934884U true CN201934884U (en) | 2011-08-17 |
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| CN2011200281100U Expired - Lifetime CN201934884U (en) | 2011-01-27 | 2011-01-27 | Storage-type electric grease pressurizing filling machine |
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Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102072393A (en) * | 2011-01-27 | 2011-05-25 | 扬州市华能太阳能有限公司 | Energy accumulation type electric pressurized charging machine of lubricating grease |
| CN102767682A (en) * | 2012-07-31 | 2012-11-07 | 扬州市华能太阳能有限公司 | High-pressure electric lubricating grease filling device |
| CN112253977A (en) * | 2020-11-27 | 2021-01-22 | 青岛盘古智能制造股份有限公司 | Lubricant supplying device of high-capacity single-line centralized lubricating system |
| CN115748655A (en) * | 2022-11-30 | 2023-03-07 | 北京振冲工程机械有限公司 | Hydraulic vibroflotation device |
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2011
- 2011-01-27 CN CN2011200281100U patent/CN201934884U/en not_active Expired - Lifetime
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102072393A (en) * | 2011-01-27 | 2011-05-25 | 扬州市华能太阳能有限公司 | Energy accumulation type electric pressurized charging machine of lubricating grease |
| CN102072393B (en) * | 2011-01-27 | 2012-11-28 | 扬州市华能太阳能有限公司 | Energy accumulation type electric pressurized charging machine of lubricating grease |
| CN102767682A (en) * | 2012-07-31 | 2012-11-07 | 扬州市华能太阳能有限公司 | High-pressure electric lubricating grease filling device |
| CN102767682B (en) * | 2012-07-31 | 2014-09-17 | 扬州市华能太阳能有限公司 | High-pressure electric lubricating grease filling device |
| CN112253977A (en) * | 2020-11-27 | 2021-01-22 | 青岛盘古智能制造股份有限公司 | Lubricant supplying device of high-capacity single-line centralized lubricating system |
| CN115748655A (en) * | 2022-11-30 | 2023-03-07 | 北京振冲工程机械有限公司 | Hydraulic vibroflotation device |
| CN115748655B (en) * | 2022-11-30 | 2023-06-20 | 北京振冲工程机械有限公司 | Hydraulic vibroflotation device |
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