CN2908847Y - Powerless automatic suction pump - Google Patents
Powerless automatic suction pump Download PDFInfo
- Publication number
- CN2908847Y CN2908847Y CN 200620113708 CN200620113708U CN2908847Y CN 2908847 Y CN2908847 Y CN 2908847Y CN 200620113708 CN200620113708 CN 200620113708 CN 200620113708 U CN200620113708 U CN 200620113708U CN 2908847 Y CN2908847 Y CN 2908847Y
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- water pump
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Abstract
An electrical energy free automatic pump comprises a suction pipe and a lifting device connected with the suction pipe. The lifting device comprises a vacuum tube connected on top, an inlet pipe connected at bottom, an air reservoir and a water guide box. Top of the air reservoir is connected with a rebounding absorption cylinder; the rebounding absorption cylinder is provided with a piston rod and the piston rod is provided with a vacuum seal structure and enclosed with rebounding compression parts; the rebounding absorption cylinder is provided with a handle to lift the vacuum seal structure and the piston rod upwards and downwards; the air reservoir is connected with the air cylinder through another power vacuum tube; a sliding bar is provided through two chambers in the air cylinder with both ends provided with an absorption dish and a sealing piston respectively; the power vacuum tube is connected to the top chamber of the air cylinder, and each vacuum tube is provided with a non-return valve; bottom of the air cylinder is connected with the water guide box through an inlet pipe and the other end of the water guide box is connected with a water outlet pipe. The utility model has the advantages of energy conservation, wide field of application, high efficiency and being free from any noise pollution, thereby meeting environmental requirements; in addition, the utility model is simple in structure and low in cost.
Description
Technical field
The utility model relates to water pumper, particularly relates to a kind of no electric energy automatic water pump.
Background technique
Existing water plug has multiple, the employed hand well in for example vast rural area, press the hand pressure handle of similar lever principle repeatedly by manpower, make the water pipe that gos deep into water table produce vacuum, thereby press repeatedly in the process of hand pressure handle at manpower, it is for people to use that underground water constantly is drawn onto ground in a steady stream.But this hand well needs ceaselessly repeatable operation hand pressure handle of manpower at every turn when drawing water, labor intensity is big, and the efficient of drawing water is low, particularly in the middle of the irrigation process of big water consumption, the efficient of drawing water of this hand well just more seems that supply falls short of demand, can't satisfy normal irrigation user demand.
Based on big, the inefficient pumping structure of this kind labor intensity, occurred various now by the general electronic suction pump that just adopts.Electronic suction pump adopts electric energy to drive pump working, and underground water constantly is evacuated to ground in a steady stream.Electronic suction pump does not need manual operation, greatly the labor intensity of Jiang Diing owing to adopted the electric energy driving; Simultaneously, the efficient of drawing water also significantly promotes, and can satisfy the use occasion of a lot of big water consumptions, brings great convenience for people's production, life.But this kind electric power suction pump is subjected to the restriction of electric power energy, and under situation about having a power failure, the electric power suction pump can not be worked, and show great narrow limitation; The spy is not in the open-air building operation or field irrigation operation of remote districts, do not have supply network, therefore, electric water pump will be subjected to the restriction of electric power energy and can not use, can not satisfy people's production, life requirement, use occasion and power source all have significant limitation.
From the another one angle, the electric power suction pump in use needs to use electric energy, causes the waste of the energy, does not meet the energy-conservation requirement of society now.Simultaneously, the electric power suction pump also can produce certain noise pollution in the middle of working procedure, do not meet the environmental requirement of current society.
Summary of the invention
Main purpose of the present utility model provides a kind of no electric energy automatic water pump, and it does not need power sources such as electric power and fuel, only with manpower and atmosphere work done, just can realize drawing water, and applied range, and meet energy-conservation requirement; And manual operation intensity is little, and the efficient of drawing water height is suitable for various productions, life occasion and various water consumption needs; In use also without any noise problem, compliance with environmental protection requirements.
Another purpose of the present utility model provides a kind of no electric energy automatic water pump, and it is simple in structure, can reduce manufacture cost.
The technical solution of the utility model is as follows: a kind of no electric energy automatic water pump, include drinking-water pipe and be connected with drinking-water pipe carry the stream device, it is characterized in that: the described upper end of carrying the stream device is communicated with a vacuum tube, is communicated with an intake pipe and carry the lower end of flowing device; Described vacuum tube is communicated to an air reservoir, is provided with to make the one-way valve that gas can only the single flow direction air reservoir on this vacuum tube; This air reservoir top helps the suction cylinder to be connected with a bounce-back, this bounce-back helps the suction cylinder to have at least one single chamber vacuum chamber, in each vacuum chamber, be provided with a piston rod, this piston rod is inhaled the vacuum seal structure that the cylinder chamber inner wall seals slip mutually being provided with near an end of air reservoir with rebounding to help, and on piston rod, be arranged with the rebound compression element, this this vacuum seal structure of rebound compression element contact helps in this bounce-back and to inhale that be provided with on the cylinder can the upper and lower repeatedly handle arrangement of carrying piston rod and vacuum seal structure; This air reservoir is connected by another power vacuum Guan Yuyi cylinder, is provided with the one-way valve that gas only can be flowed to the cylinder direction on this power vacuum pipe; This cylinder is provided with upper and lower two chambers, and be provided with a sliding bar through two chambers, the end of sliding bar in being in lower chamber is connected with the suction dish that seals slip with chamber inner wall mutually, and sliding bar is provided with packed-piston at an end that is in upper chamber, and this power vacuum Guan Ze is communicated in the upper chamber of this cylinder; An end that is positioned at the suction dish at this cylinder is communicated with suction sleeve, and this suction sleeve stretches in the water guide case, and this water guide case communicates with the intake pipe of proposing the lower end connection of stream device, and this water guide case is communicated with an outlet pipe in addition.
According to such scheme, the utility model presses by manpower and proposing bounce-back on the handle and help piston rod and the vacuum sealing device inhaled in the cylinder to reach vacuum, thereby the gas in the under ground piping is sucked, help by bounce-back again and inhale the reverse work done of rebound compression element in the cylinder and will charge in the air reservoir by the air that is drawn in the under ground piping, when repeatable operation makes pressure reach the one-way valve cracking pressure of power vacuum pipe for several times, pressurized gas in the air reservoir will pour in the cylinder, and the jack-up packed-piston that makes progress, by moving on the sliding bar drive suction dish, make the space of suction dish below reach vacuum, thereby, make underground water by the intake pipe that is interconnected, carry the stream device, the water guide case, suction sleeve and drinking up is in order to using.The utility model is by manpower and the work done of barometric pressure relative vacuum environment, just can realize drawing water automatically, test shows that suction journey of the present utility model can reach 50 meters, and lift can reach 30 meters, but continuous pumpage a couple of days, be very easy to people's productive life water, and, need not any electric power energy and fuel energy, applied range, and meet energy-conservation requirement; Simultaneously, the utility model can not produce any noise pollution, compliance with environmental protection requirements in pump process; In addition, the utility model is simple in structure, low cost of manufacture.
Description of drawings
Fig. 1 is a cross-sectional schematic of the present utility model.
Fig. 2 is the cross-sectional schematic of the utility model other direction.
Fig. 3 carries the structural representation of stream device for the utility model.
Fig. 4 helps the serial verb construction schematic representation of suction cylinder for this real new type handle and bounce-back spring.
Fig. 5 is another embodiment's schematic representation of the present utility model.
Embodiment
Embodiment 1
Shown in Fig. 1,2, a kind of no electric energy automatic water pump of the present utility model, include drinking-water pipe 1 and be connected with drinking-water pipe 1 carry stream device 2, the described upper end of carrying stream device 2 is communicated with a vacuum tube 3, is communicated with an intake pipe 4 and carry the lower end of flowing device 2; Described vacuum tube 3 is communicated to an air reservoir 5, is provided with to make the one-way valve 31 that gas can only single flow direction air reservoir 5 on this vacuum tube 3; These air reservoir 5 tops help suction cylinder 6 to be connected with a bounce-back, this bounce-back helps inhales the two-chamber vacuum chamber that cylinder 6 has symmetry, in each vacuum chamber, be provided with a piston rod 61, this piston rod 61 is inhaled the vacuum seal structure 62 that cylinder 6 chamber inner walls seal slip mutually being provided with near an end of air reservoir 5 with rebounding to help, this vacuum seal structure 62 is vacuum micromicrowatt or piston in the utility model, and on piston rod 61, be arranged with rebound compression element 63, in this embodiment, described rebound compression element 63 is the helical spring of compression, these vacuum seal structure 62 dorsal parts of these rebound compression element 63 contacts help to inhale on the cylinder 6 in this bounce-back to be provided with and can to go up repeatedly, carry the handle arrangement 7 of piston rod 61 and vacuum seal structure 62 down; This air reservoir 5 is connected with a cylinder 8 by another power vacuum pipe 32, is provided with the one-way valve 321 that gas only can be flowed to cylinder 8 directions on this power vacuum pipe 32; This cylinder 8 is provided with upper and lower two chambers 84,85 (certainly, this cylinder 8 also can constitute two chamber by two cylinders of split), and be provided with a sliding bar 81 through two chambers, the end of sliding bar 81 in being in lower chamber 85 is connected with the suction dish 82 that seals slip with chamber inner wall mutually, described suction dish 82 can be flexuose, and sliding bar 81 is provided with packed-piston 83 at an end that is in upper chamber 84, in the utility model, sealing piston 83 is the rubber piston of spill for side face, and 32 of this power vacuum pipes are communicated in the upper chamber 84 of this cylinder 8; An end that is positioned at suction dish 82 at this cylinder 8 is communicated with suction sleeve 9, this suction sleeve 9 stretches in the water guide case 10, this water guide case 10 communicates with the intake pipe 4 of proposing the 2 lower ends connection of stream device, this water guide case 10 is communicated with an outlet pipe 101 in addition, on this outlet pipe 101, be provided with valve 1011, open and close current for control.In this embodiment, one housing 11 that holds no electric energy automatic water pump can be set, these housing 11 inside have a supporting plate 12, described bounce-back helps suction cylinder 6 and cylinder 8 then to be arranged at this supporting plate 12 tops, air reservoir 5 and water guide case 10 then are arranged at this supporting plate 12 belows, be provided with the leg 13 of symmetry in these housing 11 bottoms, for support.Certainly, described housing 11 neither be essential, as long as it is just passable each member to be fixed in certain position.
Referring to shown in Figure 3, the described stream device 2 of carrying has a hollow chamber, is provided with the spinning type impeller 21 that can quicken water velocity in this hollow chamber.
Shown in Fig. 1,4, in this embodiment, described bounce-back helps inhales the two-chamber vacuum chamber that cylinder 6 has symmetry, and this two-chamber vacuum chamber can be communicated with air reservoir 5 by the U type pipe 65 that its bottom is provided with; In the middle of this two-chamber vacuum chamber, is provided with and promotes driving plate 73, and described handle arrangement 7 comprises a bent axle 70 and the spur gear 71 that is connected with bent axle 70 ends that this spur gear 71 is meshed with a tooth bar 72 again; And described tooth bar 72 is affixed with this driving riser 73, helps the two SYMMETRIC VACUUM chambers of inhaling cylinder 6 to be proposed simultaneously bounce-back by handle arrangement 7; In addition, make the smooth return of function each time, can be provided with guide pad 74 at described bent axle 70 positions for further guiding bent axle 70.
Certainly, bounce-back helps inhales cylinder 6 and also can adopt vacuum chamber more than three and three, no longer describes in detail.
Further improve, be connected in series a supercharging air valve 11 on the described drinking-water pipe 1 in addition, this supercharging air valve 11 has hollow chamber, is provided with one at the top of this hollow chamber and can be backed down by current and atmosphere is entered to quicken the cursory of current.
According to such scheme, the action of drawing water of the present utility model is as follows: earlier drinking-water pipe 1 is communicated in underground water pipeline place, and the two realizes with the sealing of ambient atmosphere isolated in the joint with colloid or teflon sealing materials such as (being commonly called as raw meal belt), certainly, the utility model is not limited to takes out underground water, and place, any water source can use the utility model to draw water; Press handle arrangement 7 works done, carry on the piston rod 61 that bounce-back helped inhale in the cylinder 6 and the vacuum seal structure 62, gas pressure reduces and near vacuum in the cavity of vacuum seal structure 62 bottoms, at this moment, gas in the under ground piping is via drinking-water pipe 1, supercharging air valve 11, carry stream device 2, vacuum tube 3 and one-way valve 31 and flow in the air reservoir 5, then flowing into the bounce-back spring by air reservoir 5 again helps in the vacuum chamber of vacuum seal structure 62 bottoms of inhaling cylinder 6, after finishing this manpower work done, vacuum seal structure 62 compresses leaked-in air by the reverse work done of elasticity of the rebound compression element 63 that is nested with on the piston rod 61, and air oppositely charged into air reservoir 5, owing to be connected with the one-way valve 31 that can only make gas unidirectional flow to air reservoir 5 on the vacuum tube 3, be reversed in the process that charges into air reservoir 5 at gas, can not flow back under ground piping again, like this, after process manpower for several times presses the elasticity work done of handle arrangement 7 works done and rebound compression element 63, under ground piping is inner and do not have the gas that electric energy automatic water pump inside retained and will all be charged in the air reservoir 5, and the inner vacuum that forms of no electric energy automatic water pump pipeline inner under ground piping and except that air reservoir 5, at this moment, the gas pressure of air reservoir 5 constantly increases, after the cracking pressure that reaches the one-way valve 321 that is provided with on the power vacuum pipe 32, this high pressure air cognition is rushed in the cylinder 8 by power vacuum pipe 32 with powerful strength, and with packed-piston 83 jack-up upwards, at this moment, driving suction dish 82 by sliding bar 81 moves up, the cavity that 82 bottoms are coiled in suction will be reached vacuum state, coiling 82 bottoms because of suction again is connected with water guide case 10 by suction sleeve 9, and water guide case 10 is connected with intake pipe 4, thereby under the situation of vacuum, barometric pressure with underground water via drinking-water pipe 1, supercharging air valve 11, carry stream device 2, intake pipe 4 and in the suction water guide case 10, in order to using, in use, the valve 1011 that only need open on the outlet pipe 101 just can come into operation.To be very easy to people's production, domestic water, and, need not any electric power energy and fuel energy, applied range, and meet energy-conservation requirement; Simultaneously, the utility model can not produce any noise pollution, compliance with environmental protection requirements in pump process; In addition, it is simple in structure, and cost is low.
Referring to shown in Figure 5, this embodiment and embodiment's 1 principle and effect are identical, no longer repeat.Difference is: handle arrangement among this embodiment and bounce-back help suction cylinder vacuum chamber number to change.Particularly:
In this embodiment, single-piece frame is not set, respective members can directly place the relevant position according to field condition.Bounce-back helps inhales cylinder 6 and only is provided with single chamber vacuum chamber, and this bounce-back helps and inhale cylinder 6 and can adopt integrative-structures with air reservoir 5, but is divided into two chambers that communicate, and can realize equally to air reservoir 5 pressurisings.
In this embodiment, described handle arrangement 7 is a lever construction, help piston rod 61 upper ends of inhaling cylinder 6 to be provided with a plurality of and this lever one end hook body 75 snap-in structure 611 of grab mutually in bounce-back, for example can be ring bodies or shrinkage pool etc., behind handle arrangement 7 of operation, the people resets for making it, and once more with coupler body 75 hanging supports on corresponding snap-in structure 611 in case next time the inflation.As shown in FIG., lever can be the press-down type application of force, as is subject to height problem, can be provided with rope 76 in the lever force side, realizing pressing down of lever by downwards-pulling rope 76, and rebound compression element 63 is arranged at the below of vacuum seal structure 62, is the extension spring that is stretched, when piston rod 61 is lifted on further, this extension spring is further stretched, when lever stops the application of force, under the retraction effect of extension spring, vacuum seal structure 62 is by drop-down, and the gas in it is charged in the air reservoir 5.Certainly, this lever construction also can adopt the form of lifting, and at this moment, the rebound compression element can be spiral pressure spring, and is arranged at the top of vacuum seal structure 62, and accompanying drawing and explanation no longer are provided.In a word, the form that handle arrangement of the present utility model is not limited to mention as long as gas all can be adopted by the operating structure that bounce-back helps suction-chamber 6 to be charged in the air reservoir 5, does not limit.
Claims (10)
1. no electric energy automatic water pump, include drinking-water pipe and be connected with drinking-water pipe carry the stream device, it is characterized in that: the described upper end of carrying the stream device is communicated with a vacuum tube, is communicated with an intake pipe and carry the lower end of flowing device; Described vacuum tube is communicated to an air reservoir, is provided with to make the one-way valve that gas can only the single flow direction air reservoir on this vacuum tube; This air reservoir top helps the suction cylinder to be connected with a bounce-back, this bounce-back helps the suction cylinder to have at least one single chamber vacuum chamber, in each vacuum chamber, be provided with a piston rod, this piston rod is inhaled the vacuum seal structure that the cylinder chamber inner wall seals slip mutually being provided with near an end of air reservoir with rebounding to help, and on piston rod, be arranged with the rebound compression element, this this vacuum seal structure of rebound compression element contact helps in this bounce-back and to inhale that be provided with on the cylinder can the upper and lower repeatedly handle arrangement of carrying piston rod and vacuum seal structure; This air reservoir is connected by another power vacuum Guan Yuyi cylinder, is provided with the one-way valve that gas only can be flowed to the cylinder direction on this power vacuum pipe; This cylinder is provided with upper and lower two chambers, and be provided with a sliding bar through two chambers, the end of sliding bar in being in lower chamber is connected with the suction dish that seals slip with chamber inner wall mutually, and sliding bar is provided with packed-piston at an end that is in upper chamber, and this power vacuum Guan Ze is communicated in the upper chamber of this cylinder; An end that is positioned at the suction dish at this cylinder is communicated with suction sleeve, and this suction sleeve stretches in the water guide case, and this water guide case communicates with the intake pipe of proposing the lower end connection of stream device, and this water guide case is communicated with an outlet pipe in addition.
2. no electric energy automatic water pump according to claim 1 is characterized in that: described bounce-back helps inhales the two-chamber vacuum chamber that cylinder has symmetry.
3. no electric energy automatic water pump according to claim 2 is characterized in that: described handle comprises a bent axle and the spur gear that is connected with crankshaft end, and this spur gear is meshed with a tooth bar again; In the middle of this two-chamber vacuum chamber, be provided with the lifting driving plate, and described tooth bar and this driving riser are affixed; Be provided with guide pad at described bent axle position.
4. no electric energy automatic water pump according to claim 1 is characterized in that: described handle arrangement is a lever construction, helps the piston rod upper end of inhaling cylinder to be provided with a plurality of and this lever one end snap-in structure of grab mutually in bounce-back.
5. no electric energy automatic water pump according to claim 1 is characterized in that: described vacuum seal structure is vacuum micromicrowatt or piston.
6. no electric energy automatic water pump according to claim 1 is characterized in that: described rebound compression element is the helical spring of compression, or the extension spring that is stretched.
7. no electric energy automatic water pump according to claim 1 is characterized in that: described packed-piston is the rubber piston that side face is spill.
8. no electric energy automatic water pump according to claim 1, it is characterized in that: comprise that again one holds the housing of no electric energy automatic water pump, this enclosure interior has a supporting plate, described bounce-back helps suction cylinder and cylinder then to be arranged on this supporting plate, air reservoir and water guide case then are arranged at this supporting plate below, are provided with the leg of symmetry at this housing bottom.
9. according to any one described no electric energy automatic water pump in the claim 1～8, it is characterized in that: the described stream device of carrying has a hollow chamber, is provided with the spinning type impeller that can quicken water velocity in this hollow chamber.
10. according to any one described no electric energy automatic water pump in the claim 1～8, it is characterized in that: be connected in series a supercharging air valve on the described drinking-water pipe in addition, this supercharging air valve has hollow chamber, is provided with one at the top of this hollow chamber and can be backed down by current and atmosphere is entered to quicken the cursory of current.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620113708 CN2908847Y (en) | 2006-04-30 | 2006-04-30 | Powerless automatic suction pump |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200620113708 CN2908847Y (en) | 2006-04-30 | 2006-04-30 | Powerless automatic suction pump |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN2908847Y true CN2908847Y (en) | 2007-06-06 |
Family
ID=38128058
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200620113708 Expired - Fee Related CN2908847Y (en) | 2006-04-30 | 2006-04-30 | Powerless automatic suction pump |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN2908847Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110701033A (en) * | 2019-11-11 | 2020-01-17 | 浙江省机电设计研究院有限公司 | Automatic water absorption device and method |
| CN112609991A (en) * | 2020-12-09 | 2021-04-06 | 杭州聚森科技有限公司 | Municipal mobile pump truck and method |
-
2006
- 2006-04-30 CN CN 200620113708 patent/CN2908847Y/en not_active Expired - Fee Related
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN110701033A (en) * | 2019-11-11 | 2020-01-17 | 浙江省机电设计研究院有限公司 | Automatic water absorption device and method |
| CN110701033B (en) * | 2019-11-11 | 2023-10-13 | 浙江省机电设计研究院有限公司 | Automatic water absorbing device and method |
| CN112609991A (en) * | 2020-12-09 | 2021-04-06 | 杭州聚森科技有限公司 | Municipal mobile pump truck and method |
| CN112609991B (en) * | 2020-12-09 | 2022-11-04 | 江苏佳佩环保机械设备有限公司 | Municipal mobile pump truck and method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20070606 Termination date: 20110430 |