WO2022160957A1 - 液体抽取器的防滴漏结构 - Google Patents
液体抽取器的防滴漏结构 Download PDFInfo
- Publication number
- WO2022160957A1 WO2022160957A1 PCT/CN2021/136409 CN2021136409W WO2022160957A1 WO 2022160957 A1 WO2022160957 A1 WO 2022160957A1 CN 2021136409 W CN2021136409 W CN 2021136409W WO 2022160957 A1 WO2022160957 A1 WO 2022160957A1
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- WO
- WIPO (PCT)
- Prior art keywords
- liquid
- drip
- positioning
- baffle
- liquid extractor
- Prior art date
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- 239000007788 liquid Substances 0.000 title claims abstract description 265
- 230000000694 effects Effects 0.000 claims description 5
- 239000012780 transparent material Substances 0.000 claims description 3
- 238000007790 scraping Methods 0.000 abstract description 3
- 230000037431 insertion Effects 0.000 abstract 4
- 238000003780 insertion Methods 0.000 abstract 4
- 238000010586 diagram Methods 0.000 description 12
- 230000009471 action Effects 0.000 description 7
- 238000000034 method Methods 0.000 description 5
- 230000000903 blocking effect Effects 0.000 description 4
- 238000000605 extraction Methods 0.000 description 3
- 239000002994 raw material Substances 0.000 description 3
- 239000002699 waste material Substances 0.000 description 3
- 239000013064 chemical raw material Substances 0.000 description 2
- 238000004140 cleaning Methods 0.000 description 2
- 230000003749 cleanliness Effects 0.000 description 2
- 230000006872 improvement Effects 0.000 description 2
- 230000008569 process Effects 0.000 description 2
- 238000009825 accumulation Methods 0.000 description 1
- 230000008859 change Effects 0.000 description 1
- 238000010276 construction Methods 0.000 description 1
- 230000007812 deficiency Effects 0.000 description 1
- 238000013461 design Methods 0.000 description 1
- 238000005516 engineering process Methods 0.000 description 1
- 230000007613 environmental effect Effects 0.000 description 1
- 238000001125 extrusion Methods 0.000 description 1
- 230000036541 health Effects 0.000 description 1
- 239000011344 liquid material Substances 0.000 description 1
- 230000007774 longterm Effects 0.000 description 1
- 238000012423 maintenance Methods 0.000 description 1
- 238000012986 modification Methods 0.000 description 1
- 230000004048 modification Effects 0.000 description 1
- 230000002093 peripheral effect Effects 0.000 description 1
- 238000005086 pumping Methods 0.000 description 1
- 238000011160 research Methods 0.000 description 1
- 238000012827 research and development Methods 0.000 description 1
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 description 1
Images
Classifications
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B05—SPRAYING OR ATOMISING IN GENERAL; APPLYING FLUENT MATERIALS TO SURFACES, IN GENERAL
- B05B—SPRAYING APPARATUS; ATOMISING APPARATUS; NOZZLES
- B05B11/00—Single-unit hand-held apparatus in which flow of contents is produced by the muscular force of the operator at the moment of use
- B05B11/01—Single-unit hand-held apparatus in which flow of contents is produced by the muscular force of the operator at the moment of use characterised by the means producing the flow
- B05B11/04—Deformable containers producing the flow, e.g. squeeze bottles
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B15/00—Preventing escape of dirt or fumes from the area where they are produced; Collecting or removing dirt or fumes from that area
- B08B15/02—Preventing escape of dirt or fumes from the area where they are produced; Collecting or removing dirt or fumes from that area using chambers or hoods covering the area
-
- B—PERFORMING OPERATIONS; TRANSPORTING
- B08—CLEANING
- B08B—CLEANING IN GENERAL; PREVENTION OF FOULING IN GENERAL
- B08B15/00—Preventing escape of dirt or fumes from the area where they are produced; Collecting or removing dirt or fumes from that area
- B08B15/04—Preventing escape of dirt or fumes from the area where they are produced; Collecting or removing dirt or fumes from that area from a small area, e.g. a tool
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- F—MECHANICAL ENGINEERING; LIGHTING; HEATING; WEAPONS; BLASTING
- F04—POSITIVE - DISPLACEMENT MACHINES FOR LIQUIDS; PUMPS FOR LIQUIDS OR ELASTIC FLUIDS
- F04D—NON-POSITIVE-DISPLACEMENT PUMPS
- F04D13/00—Pumping installations or systems
- F04D13/02—Units comprising pumps and their driving means
- F04D13/06—Units comprising pumps and their driving means the pump being electrically driven
Definitions
- the present application belongs to an additional structure of a liquid extractor, especially when the liquid extractor is used up, to avoid leakage of residual liquid material from the liquid extractor, so as to maintain a clean and safe environment and avoid waste of raw material liquid in the barrel. Drip-proof construction for liquid extractors.
- the structure of the manual oil pump in the related art is roughly a pipe body, the pipe body is inserted into the oil barrel, then the handle is pulled, and the oil in the oil barrel is sent out by means of air extrusion, so as to facilitate various uses .
- tools for drawing the oil also have improved automatic tools such as electric assistants in recent years, which can perform a large number of oil pumping operations more quickly and with less effort.
- the structure of the oil pump in the related art is simple in principle and convenient in use, so it has been used for a long time with little improvement, and its application function can be fully exerted.
- the oil is a liquid after all, and it has relative viscosity and fluidity.
- the oil pump in the related art When the oil pump in the related art is used up, the residual oil will inevitably adhere to the inside and outside of the pipe body. In this way, when the oil pump in the related art is pulled out from the oil drum, the residual oil is easily splashed and spilled on the ground, causing the work place to be wet and polluted, which not only requires additional cleaning work, but also affects the work. process and efficiency, and the oil is difficult to clean completely, which will damage environmental hygiene and make the working environment cluttered in the long run.
- the oil usually has adhesiveness and lubricity, which makes the floor of the workplace slippery, and it is easy for people to fall and cause work safety accidents.
- liquid extractor in the related art is obviously insufficient, whether it is to draw water, oil or other liquids, and it needs to be improved to obtain a better use effect.
- the applicant in this case started to carry out research and improvement, considering how to avoid liquid leakage when extracting the liquid extractor, maintain the cleanliness and safety of the workplace and staff, and avoid waste of raw material liquid in the barrel.
- the anti-drip structure of the liquid extractor of the present application is further developed.
- the purpose of the present application is to provide a drip-proof structure for a liquid extractor, which, through a device attached to the outside of the liquid extractor, scrapes off excess liquid when the liquid extractor is pulled out, and removes excess liquid when the liquid extractor is placed.
- the liquid extractor prevents residual liquid from dripping, effectively maintains the cleanliness and safety of the workplace, and avoids waste of raw material liquid in the barrel.
- Another object of the present application is to provide an anti-drip structure of a liquid extractor, which is simple in structure and easy to operate, and can be easily used by anyone, so as to give full play to its anti-drip properties.
- Another object of the present application is to provide an anti-drip structure of a liquid extractor, which is sturdy and durable, can be used for a long time without being easily damaged, reduces maintenance costs, and can better maintain the anti-drip feature.
- the next object of the present application is to provide an anti-drip structure for a liquid extractor, which is further provided with a placing seat to provide the liquid extractor and the entire set for placing or taking, so as to greatly increase the convenience and safety of operation.
- the technical solution adopted in the present application is to provide an anti-drip structure for a liquid extractor, which includes a positioning jacket, an upper positioning ring and a lower positioning ring, and the upper positioning ring and the lower positioning ring are separated from each other.
- the periphery is connected by more than one pipe string, and an anti-drip baffle is arranged between the upper positioning ring and the lower positioning ring, and one side of the anti-drip baffle is axially arranged on any one of the pipe strings and It can be rotated relative to the upper positioning ring and the lower positioning ring to pass the liquid extractor through the upper positioning ring and the lower positioning ring when the anti-drip baffle is unfolded, and when the anti-drip baffle is deployed.
- the surface of the drip-proof baffle is also provided with an opening, and the upper cover of the opening is provided with a cover. the accumulation of said liquid on said anti-drip baffle;
- the liquid removal socket is installed on the opening of the liquid container during use.
- the top surface of the liquid removal socket is provided with a positioning hole opposite to the pipe string, so that when the positioning jacket is placed, the lower end of the pipe string protrudes It is snapped into the positioning hole for positioning, and the inner edge of the liquid removal socket is protruded with a scraper ring.
- the scraper ring will scrape off the residual residue outside the liquid extractor. the liquid.
- the anti-drip structure of the liquid extractor is further provided with a placement seat, a surface of the placement seat is provided with an accommodating hole, and a positioning hole relative to the pipe string is also provided around the accommodating hole, so that the After the liquid extractor is used, the positioning jacket, or together with the liquid removal socket, are removed from the opening and inserted into the accommodating hole, and the positioning jacket outside the liquid extractor is inserted into the accommodating hole.
- the lower end of the pipe string protrudes and snaps into the positioning hole for positioning, so that the liquid extractor can be conveniently and safely stored.
- a screw rod protrudes from the bottom of the liquid removal socket to lock the screw rod at the opening, and the diameter of the accommodating hole is larger than that of the screw rod, so that the liquid removal socket can be used after the liquid removal socket is used.
- the screw is inserted into the accommodating hole and positioned by moving out of the opening. Combining the positioning jacket and the liquid removing socket into the placing seat can stably store the liquid extractor.
- the positioning hole on the surface of the liquid removal socket and the placing seat is an arc-shaped groove, and a buckle point is provided at the end of the arc-shaped groove, so that the positioning jacket passes through the pipe.
- the post is quickly inserted into the positioning hole, and is fixed by rotating through the buckle point.
- the liquid removal socket is provided with a liquid removal socket cover, so that when the liquid extractor is pulled out, the liquid removal socket cover is covered with the liquid removal socket to form a seal, so as to ensure that the liquid in the liquid container is not protected from the liquid. Contaminated or volatilized.
- the pipe string is a multi-section telescopic pipe, so as to adjust the distance between the upper positioning ring and the lower positioning ring, and increase the clamping stability of the liquid extractor.
- a scraper ring is protruded on the inner edge of the upper positioning ring to scrape the liquid outside the liquid extractor, and can be clamped outside the liquid extractor to reduce shaking and increase stability .
- the edge of the anti-drip baffle is provided with a wall, and the wall is made of transparent material, so as to observe the state of the liquid on the anti-drip baffle.
- a baffle ring is protruded on the surface of the anti-drip baffle, and the baffle ring surrounds the liquid extractor to increase the effect of blocking the drip of the liquid.
- an operation lever is provided on one side of the drip-proof baffle, and the operation lever is used to push and pull the drip-proof baffle to rotate.
- the front end of the cover is provided with an axis at the center of the anti-drip baffle for rotation, and the rear end of the cover is extended with a lever protruding from the edge of the anti-drip baffle, the The lever is used to rotate the cover to open or close the opening, or the lever directly pushes and pulls the anti-drip baffle to rotate.
- the contact surfaces of the drip-proof baffle and the lower positioning ring are mutually provided with a magnetic attraction unit, and the magnetic attraction unit has an appropriate magnetic force, so as to quickly position the drip-proof baffle when it is closed, However, as long as a little force is applied to the anti-drip baffle, it can overcome the magnetic force to unfold.
- FIG. 1 is an exploded perspective view of a drip-proof structure of a liquid extractor according to an embodiment of the application
- FIG. 2 is another perspective exploded view of the anti-drip structure of the liquid extractor according to the embodiment of the application;
- FIG. 3 is a schematic diagram of the action of the anti-drip baffle of the anti-drip structure of the liquid extractor according to the embodiment of the application to rotate and deploy the inserted liquid extractor;
- FIG. 4 is a schematic diagram of the completion of the drip-proof baffle of the drip-proof structure of the liquid extractor according to the embodiment of the application, when the liquid extractor is rotated, unfolded, and inserted;
- FIG. 5 is a schematic diagram of the action of positioning the liquid extractor with the anti-drip structure of the liquid extractor according to the embodiment of the application to the placing seat together with the positioning jacket;
- FIG. 6 is a schematic diagram illustrating the completion of positioning the liquid extractor and the positioning jacket of the anti-drip structure of the liquid extractor according to the embodiment of the present application to the placement seat;
- FIG. 7 is a schematic structural diagram of the liquid extraction socket of the anti-drip structure of the liquid extractor according to the embodiment of the application being installed in the opening of the liquid container;
- Fig. 7a is an enlarged schematic view of the positioning hole of the liquid removing socket of Fig. 7;
- FIG. 8 is a schematic diagram of the overall structure of the anti-drip structure of the liquid extractor according to the embodiment of the application performing the liquid drawing action;
- FIG. 9 is a schematic diagram of the overall structure of the anti-drip structure of the liquid extractor according to the embodiment of the application when the liquid suction action is completed to keep the liquid removal socket on the liquid container for storage;
- FIG. 10 is a schematic diagram of the completion of the storage action of the liquid extraction device for the anti-drip structure of the liquid extractor according to the embodiment of the application to complete the storage action of the liquid suction action;
- FIG. 11 is an exploded view of the main structure of the anti-drip structure of the liquid extractor according to the second embodiment of the application on the liquid container;
- FIG. 12 is a schematic diagram of the overall structure of the drip-proof structure of the liquid extractor on the liquid container according to the second embodiment of the application;
- FIG. 13 is a structural perspective view of the positioning jacket of the anti-drip structure of the liquid extractor according to the second embodiment of the application;
- FIG. 14 is a structural perspective view of another angle of the positioning jacket of the anti-drip structure of the liquid extractor according to the second embodiment of the application;
- 15 is a schematic diagram of the operation of positioning the positioning jacket of the anti-drip structure of the liquid extractor according to the second embodiment of the application to the placing seat;
- FIG. 16 is a schematic diagram of the operation of installing the liquid removing socket in the opening of the liquid container of the anti-drip structure of the liquid extractor according to the second embodiment of the application.
- 100-positioning jacket 110-upper positioning ring, 111-scraper ring, 120-drip-proof baffle, 121-cut hole, 122-cover, 123-wall, 124-stop ring, 125-operation lever, 126- lever, 130-lower positioning ring, 140-pipe column, 151-magnetic suction unit, 152-magnetic suction unit, 160-pad body, 161-outflow hole, 200-liquid removal socket, 210-positioning hole, 211-buckle Point, 220-Wiper Ring, 230-Screw, 240-Liquid Receptacle Cover, 241-Pull Ring, 250-Guide Edge, 260-Snap Unit, 270-Set Bolt, 271-Snap Edge, 272-Set Screw , 300-placement seat, 310-accommodating hole, 320-positioning hole, 321-buckle point, 330-positioning surface, 400-liquid extractor, 500-liquid container, 510-opening,
- an anti-drip structure of a liquid extractor provided by the present application includes a positioning jacket 100 , a liquid removing socket 200 , and a placing seat 300 .
- the positioning jacket 100 has an upper positioning ring 110 and a lower positioning ring 130.
- the peripheral edges of the upper positioning ring 110 and the lower positioning ring 130 are connected by more than one pipe string 140. In this embodiment, three are used.
- An anti-drip baffle 120 is arranged between the upper positioning ring 110 and the lower positioning ring 130, and the anti-drip baffle 120 is axially arranged on any of the pipe strings 140 and
- the upper positioning ring 110 and the lower positioning ring 130 can be rotated relative to the upper positioning ring 110 and the lower positioning ring 130 to allow a liquid extractor 400 to pass through the upper positioning ring 110 and the lower positioning ring 130 when the anti-drip baffle 120 is unfolded.
- the surface of the anti-drip baffle 120 is also provided with an opening 121, and the upper cover of the opening 121 is provided with a cover 122. Discharge the liquid on the drip-proof baffle 120 when the cover 122 is opened.
- the liquid removal socket 200 is installed on the opening 510 of the liquid container 500 during use.
- the top surface of the liquid removal socket 200 is provided with a positioning hole 210 opposite to the pipe string 140, so that when the positioning jacket 100 is placed, Let the lower end of the pipe string 140 protrude and snap into the positioning hole 210 for positioning, and the hollow inner edge of the liquid removal socket 200 is protruded with a scraper ring 220.
- the scraper ring 220 scrapes the remaining liquid outside the liquid extractor 400 .
- the scraper ring 220 can further be directly clamped outside the liquid extractor 400 to provide support for the liquid extractor 400 when placed, reduce the shaking of the liquid extractor 400 and increase the stability.
- An accommodating hole 310 is provided on the surface of the placing seat 300 , and a positioning hole 320 corresponding to the pipe string 140 is also arranged around the accommodating hole 310 , so that the liquid extractor 400 is used together with the whole set of the positioning hole 320 after use.
- the jacket 100 is moved out of the opening 510 and inserted into the accommodating hole 310 , and the lower end of the pipe string 140 of the positioning jacket 100 outside the liquid extractor 400 is protruded and clamped into the positioning hole 320 . Positioned for convenient and safe storage of the liquid extractor 400 .
- the liquid removal socket 200 is firstly installed on the opening 510 of the liquid container 500, and the anti-drip baffle 120 of the positioning jacket 100 is rotated and opened, and then the liquid is inserted extractor 400, and then pass the liquid extractor 400 through the liquid removal socket 200 and enter the liquid container 500 to extract the liquid.
- the protrusion is snapped into the positioning hole 210 for positioning;
- the liquid extractor 400 is pulled upward, the residual liquid outside the liquid extractor 400 is scraped off by the scraper ring 220, and the liquid extractor 400 can be pumped back and forth several times to scrape
- the bottom of the liquid extractor 400 reaches the position of the upper positioning ring 110, wait for a few seconds to allow most of the residual oil inside the liquid extractor 400 to drip cleanly, and then put the anti-drip and leakage block
- the plate 120 is turned back into the positioning jacket 100, and the bottom of the liquid extractor 400 is pressed against the surface of the anti-drip baffle 120 to complete the anti-drip function;
- the cover 122 on the anti-drip baffle 120 can be opened to allow the accumulated liquid to flow from the opening 121 to the accommodating hole 310 for concentration, and then complete
- the liquid extractor 400 and the positioning jacket 100 are inserted and stored; of course, the liquid extractor 400 and the positioning jacket 100 can also be moved to a special liquid collection area to collect the liquid. Then, the liquid extractor 400 and the positioning jacket 100 are positioned in the placing seat 300 for storage.
- the anti-drip baffle 120 can be turned and opened at the position of the placing seat 300 , and the bottom of the liquid extractor 400 can be inserted into the accommodating hole 310 to increase storage stability.
- a screw 230 is protruded from the bottom of the liquid removal socket 200 to lock the screw 230 at the opening 510 and store it for a long time when the liquid in the liquid container 500 has not been exhausted.
- the liquid removal socket 200 is also provided with a liquid removal socket cover 240, which is usually a soft cover, which can be When the liquid extractor 400 is pulled out, the liquid removal socket cover 240 is covered with the liquid removal socket 200 to form a seal, so as to ensure that the liquid in the liquid container 500 is not contaminated or volatilized, but the soft In this state, a pull ring 241 must be provided on the liquid removal socket cover 240 to facilitate operation and implementation.
- the diameter of the accommodating hole 310 is larger than that of the screw 230, so that the liquid removing socket 200 is removed from the opening 510 after use, and the screw 230 is inserted into the accommodating hole 310 for positioning, and then the The liquid extractor 400 and the positioning jacket 100 are positioned on the liquid removal socket 200 .
- the positioning holes 210 and 320 on the surface of the liquid removing socket 200 and the placing seat 300 are arc-shaped grooves, and buckle points 211 and 321 are provided at the ends of the arc-shaped grooves, so that the positioning jacket 100 is quickly inserted into the positioning holes 210, 320 through the pipe string 140, and is rotated to be fixed by the buckle points 211, 321.
- buckle points 211, 321 are provided at the ends of the arc-shaped grooves, so that the positioning jacket 100 is quickly inserted into the positioning holes 210, 320 through the pipe string 140, and is rotated to be fixed by the buckle points 211, 321.
- the pipe string 140 is a multi-section telescopic pipe, so as to adjust the distance between the upper positioning ring 110 and the lower positioning ring 130 to increase the liquid extraction. gripping stability of the device 400.
- a scraper ring 111 is protruded from the inner edge of the upper positioning ring 110 , which can also scrape the liquid outside the liquid extractor 400 to avoid the residual liquid when the liquid extractor 400 operates. Splashed out of the positioning jacket 100 .
- the edge of the anti-drip baffle 120 is provided with a wall 123, the wall 123 provides the function of blocking the leakage of the liquid on the one hand, and on the other hand, can increase the overall height of the positioning jacket 100, so as to increase the resistance to the leakage of the liquid.
- the clamping stability of the liquid extractor 400 is improved, and the wall surface 123 is made of a transparent material, so as to observe the liquid state on the anti-drip baffle 120 .
- a baffle ring 124 is protruded from the surface of the anti-drip baffle 120 , and the baffle ring 124 surrounds the liquid extractor 400 to increase the effect of blocking the leakage of the liquid.
- an operation lever 125 is provided on one side of the anti-drip baffle 120 , and the operation lever 125 is used to push and pull the anti-drip baffle 120 to rotate.
- the front end of the cover 122 is provided with an axis at the center of the drip-proof baffle 120 for rotation, and the rear end of the cover 122 is extended with a lever 126 extending from the edge of the drip-proof baffle 120 .
- the lever 126 is used to rotate the cover 122 to open or close the opening 121 .
- the lever 126 can be used to directly push and pull the anti-drip baffle 120 to rotate.
- magnetic attraction units 151 and 152 are mutually provided between the bottom of the anti-drip baffle 120 and the contact surface of the lower positioning ring 130.
- the magnetic attraction units 151 and 152 have appropriate magnetic force to prevent drip When the shutter 120 is folded, the positioning is performed quickly, but as long as a little force is exerted on the anti-drip shutter 120 , the magnetic force of the magnetic attraction units 151 and 152 can be overcome to expand.
- FIGS. 1 to 10 are schematic diagrams of the anti-drip structure of the liquid extractor of the present application with a relatively compact structure but can be used completely.
- FIGS. 11 to 16 are schematic views of the anti-drip structure of the liquid extractor according to the second embodiment of the application. The appearance is more beautiful, but the main structure remains the same, only some details are fine-tuned to better suit the user's usage habits and increase the convenience of operation.
- the shapes of the positioning jacket 100 and the liquid removal socket 200 are changed from a circular shape to a circular shape.
- a polygonal shape, a guide edge 250 is provided on the periphery of the liquid removal socket 200, and a snap unit 260 is provided on the surface of the liquid removal socket 200, so that the positioning jacket 100 is naturally aligned along the guiding edge 250
- the relative position of the liquid removal socket 200 is fixed through the snap unit 260 , the process is simple and smooth, and the fixing effect is better.
- the liquid removing socket 200 can be installed in the opening 510 of the liquid container 500 during use, or inserted into the accommodating hole 310 on the surface of the placing seat 300 after use, considering the The positioning jacket 100 has a directionality when entering the liquid removal socket 200. If the screw 230 is used for direct locking, it is difficult to grasp the guiding direction of the liquid removal socket 200. Therefore, a positioning bolt 270 is provided at the bottom of the liquid removal socket 200. , the positioning bolt 270 is used to lock into the opening 510 or the accommodating hole 310 , its interior is also hollow, and a snap edge 271 is provided around the positioning bolt 270 to remove the liquid from the socket. After adjusting the correct working direction of 200 , insert the bottom of the snap edge 271 into position, and then use a fixing screw 272 to insert the liquid removing socket 200 and the positioning bolt 270 for fixing.
- the structure of the anti-drip baffle 120 is particularly strengthened in this embodiment, so that it has a long and thick wall 123 , and the scraper ring 111 of the upper positioning ring 110 can be fixed Move into the inner wall of the wall 123 and set a plurality of them at the same time, to play a good function of fixing and covering and scraping the liquid extractor 400;
- the surface of the body 160 is provided with an outflow hole 161.
- the cushion body 160 will be closely attached to the surface of the anti-drip baffle 120, thereby effectively avoiding any The liquid dripping can only be concentrated to the position of the opening hole 121 from the outflow hole 161 .
- the pad body 160 has covered the structure of the blocking ring 124 , the pad body 160 itself and the design of the scraper ring 111 can still effectively maintain good airtightness.
- the placing seat 300 is directly fixed on the surface of the liquid container 500 .
- the method is that a placing seat pendant 600 is provided on the liquid container 500, and the placing seat pendant 600 is extended with a hook 610 to grab the edge of the liquid container 500 to be supported, or the extension surface of the hook 610 is supported.
- the suction cup 620 is provided to increase stability, and the extension surface of the hook 610 can be bent for storage after being disassembled.
- a locking surface 630 is provided on the placing seat hanger 600 , and a positioning surface 330 is provided on the surface of the placing seat 300 , so that the placing seat 300 is fixed on the locking surface 630 by the positioning surface 330 .
- An extractor clip 640 is further disposed on the upper end of the hook 610. When the liquid extractor 400 is completely put into the placing seat 300, the extractor clip 640 is used to clamp the liquid. Extractor 400 on top for added stability.
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Abstract
本申请提供一种液体抽取器的防滴漏结构，包括：定位夹套与除液插座，所述定位夹套具有上定位环、下定位环，以及夹在其中的防滴漏挡板，所述上定位环、所述下定位环的周缘是以一个以上的管柱进行连接，所述防滴漏挡板一侧轴设在任一所述管柱上而可转动，所述防滴漏挡板表面还设置有开孔，所述开孔上罩设有遮盖，在打开所述遮盖时放掉所述防滴漏挡板上的所述液体；而所述除液插座使用时安装在液体容器的开口上，所述除液插座顶面设置有相对所述管柱的定位孔，用来让所述管柱下端凸伸卡入所述定位孔中进行定位，所述除液插座内缘则凸设有刮环，当所述液体抽取器拉出时，由所述刮环刮除所述液体抽取器外部的残留的所述液体。
Description
相关申请的交叉引用
本申请主张在2021年1月29日在中国提交的中国专利申请号No.202120258803.2的优先权，其全部内容通过引用包含于此。
本申请属于一种液体抽取器的附加结构，特别在所述液体抽取器使用完毕时，避免残余的液料自所述液体抽取器滴漏，以维持环境洁净、安全及避免桶内原料液体浪费的液体抽取器的防滴漏结构。
相关技术中的手动抽油器结构大致为一管体，将所述管体插入油桶中，然后抽拉把柄，利用空气挤压方式将所述油桶内的油料送出，以利于各种使用。这类汲取所述油料的工具，除了人力操作以外，近年来也有改良的电动帮辅等自动化工具，以更为快速、省力进行大量的抽油动作。
相关技术中的抽油器结构，其原理很简单，使用上也很方便，故已经使用长久而鲜少改良，并能充分发挥其应用功能。
然而，所述油料毕竟是液体，其具有相关的黏着性与流动性，当相关技术中的抽油器使用完毕后，难免在所述管体的内外附着残余的所述油料。如此，当相关技术中的抽油器自所述油桶拔出时，残余的所述油料很容易溅出而洒落一地，造成工作场所地面潮湿与污染，不仅需要额外的清洁工作，影响工作流程与效率，而且所述油料难以完全清洁，长久下来会破坏环境卫生，让工作环境杂乱不堪。况且，所述油料通常具有黏着性与润滑性，造成工作场所地面湿滑，很容易让人跌倒，造成工安意外。
除此之外，除了油料以外，若是抽取的液体为化学原料，那么当所述液体滴落到地面时，还会进一步侵蚀地板结构，轻则造成所述地板变色，影响观瞻，重则使所述地板龟裂、脱落，而需进行所述地板的更换、修补作业，影响工作流程并增加工作成本。更甚者，若所述化学原料因本身有伤害性或 在身体虚弱时接触到人体，将对工作人员的健康与安全造成不良的影响。
为此，无论是汲取水、油料或是其它液体，相关技术中的液体抽取器显然有所不足，而需加以改良，以获得更为优良的使用功效。
有鉴于前述缺失，本案申请人着手进行研发改良，考虑如何在提取液体抽取器时避免液体渗漏，维护工作场所及工作人员的洁净与安全性，及避免桶内原料液体浪费，经由长期的研发与实作，进而研发本申请的液体抽取器的防滴漏结构。
发明内容
为克服上述缺点，本申请的目的在于提供一种液体抽取器的防滴漏结构，其通过附加于液体抽取器外部的装置，在所述液体抽取器拔出时刮除多余的液体，以及在放置所述液体抽取器时防止残留的液体滴漏，有效维护工作场所的洁净与安全性，及避免桶内原料液体浪费。
本申请的另一目的在于提供一种液体抽取器的防滴漏结构，其结构单纯、操作容易，任何人均可轻易使用，以充分发挥其防滴漏特性。
本申请的再一目的在于提供一种液体抽取器的防滴漏结构，其结构坚固耐用，可以长期使用而不易毁损，降低维护成本，更能保持防滴漏特性的发挥。
本申请的下一目的在于提供一种液体抽取器的防滴漏结构，其更提供有放置座，以提供液体抽取器与整组进行放置或取用，以大幅增加操作的方便性与安全性。
为了达到以上目的，本申请采用的技术方案是提供一种液体抽取器的防滴漏结构，其包括定位夹套，具有上定位环、下定位环，所述上定位环和所述下定位环的周缘以一个以上的管柱进行连接，以及在所述上定位环和所述下定位环之间设置有防滴漏挡板，所述防滴漏挡板一侧轴设在任一所述管柱上而可相对于所述上定位环、所述下定位环进行转动，以在所述防滴漏挡板展开时将液体抽取器穿过所述上定位环、所述下定位环，并在所述防滴漏挡板收合时挡止所述液体抽取器防止液体滴漏，所述防滴漏挡板的表面还设置有一开孔，所述开孔上罩设有一遮盖，在打开所述遮盖时放掉所述防滴漏挡 板上所累积的所述液体；
除液插座，使用时安装在液体容器的开口上，所述除液插座顶面设置有相对所述管柱的定位孔，以在所述定位夹套放置时，让所述管柱下端凸伸卡入所述定位孔中进行定位，所述除液插座内缘则凸设有刮环，当所述液体抽取器拉出时，由所述刮环刮除所述液体抽取器外部的残留的所述液体。
可选的，所述液体抽取器的防滴漏结构还设置有放置座，所述放置座的表面设置有容置孔，所述容置孔周围也设置有相对所述管柱的定位孔，使所述液体抽取器使用完毕后与所述定位夹套，或连同所述除液插座移出所述开口而插入所述容置孔中，并使所述液体抽取器外部的定位夹套的所述管柱下端凸伸卡入所述定位孔中进行定位，方便且安全的存放所述液体抽取器。
可选的，所述除液插座底部凸伸有螺杆，以将所述螺杆锁固在所述开口处，且所述容置孔的直径大于所述螺杆，使所述除液插座使用完毕后移出所述开口而将所述螺杆插入所述容置孔中定位。结合所述定位夹套与所述除液插座到所述放置座中可以稳定存放所述液体抽取器。
可选的，所述除液插座与所述放置座表面的所述定位孔为弧形凹槽，并在所述弧形凹槽末端设置有扣点，使所述定位夹套通过所述管柱快速置入所述定位孔中，经转动通过所述扣点进行固定。
所述除液插座设置有除液插座盖，以在所述液体抽取器拉出时将所述除液插座盖盖住所述除液插座形成密封，确保所述液体容器内的所述液体不受污染或挥发。
可选的，所述管柱为多段式伸缩管，以调整所述上定位环、所述下定位环之间的距离，增加对所述液体抽取器的夹持稳定性。
可选的，所述上定位环的内缘凸设有刮环，以刮除所述液体抽取器外部的所述液体，并可夹固在所述液体抽取器外部以减少晃动而增加稳定性。
可选的，所述防滴漏挡板的边缘设置有墙面，所述墙面为透明材质，以观察所述防滴漏挡板上的所述液体的状态。
可选的，所述防滴漏挡板表面凸设有挡环，所述挡环环绕在所述液体抽取器周围，增加阻挡所述液体滴漏的功效。
更进一步，所述防滴漏挡板一侧设置有操作杆，所述操作杆用以推拉所 述防滴漏挡板进行转动。
可选的，所述遮盖的前端在所述防滴漏挡板的中心设置有轴心以进行转动，所述遮盖的后端则延伸有拨杆伸出所述防滴漏挡板的边缘，所述拨杆用以转动所述遮盖以开放或关闭所述开孔，或所述拨杆直接推拉所述防滴漏挡板进行转动。
可选的，所述防滴漏挡板与所述下定位环的接触面互设有磁吸单元，所述磁吸单元具有适当磁力，以在所述防滴漏挡板收合时快速进行定位，但只要稍施力于所述防滴漏挡板即可克服所述磁力进行展开。
图1为本申请实施例的液体抽取器的防滴漏结构的立体分解图；
图2为本申请实施例的液体抽取器的防滴漏结构的另一立体分解图；
图3为本申请实施例的液体抽取器的防滴漏结构的防滴漏挡板转动展开插置液体抽取器的动作示意图；
图4为本申请实施例的液体抽取器的防滴漏结构的防滴漏挡板转动展开插置所述液体抽取器的完成示意图；
图5为本申请实施例的液体抽取器的防滴漏结构的液体抽取器连同定位夹套定位至放置座的动作示意图；
图6为本申请实施例的液体抽取器的防滴漏结构的液体抽取器与定位夹套定位至放置座的完成示意图；
图7为本申请实施例的液体抽取器的防滴漏结构的除液插座安装在液体容器的开口的结构示意图；
图7a为图7的除液插座的定位孔的放大示意图；
图8为本申请实施例的液体抽取器的防滴漏结构进行液体汲取动作的整体结构示意图；
图9为本申请实施例的液体抽取器的防滴漏结构完成液体汲取动作以进行存放时将除液插座保留在液体容器上的整体结构示意图；
图10为本申请实施例的液体抽取器的防滴漏结构完成液体汲取动作的存放动作完成示意图；
图11为本申请第二实施例的液体抽取器的防滴漏结构在所述液体容器上的主要结构分解图；
图12为本申请第二实施例的液体抽取器的防滴漏结构在所述液体容器上的整体结构示意图；
图13为本申请第二实施例的液体抽取器的防滴漏结构的所述定位夹套的结构立体图；
图14为本申请第二实施例的液体抽取器的防滴漏结构的所述定位夹套另一角度的结构立体图；
图15为本申请第二实施例的液体抽取器的防滴漏结构的所述定位夹套定位至所述放置座的动作示意图；以及
图16为本申请第二实施例的液体抽取器的防滴漏结构的所述除液插座安装在液体容器的开口的动作示意图。
附图标记说明：
100-定位夹套，110-上定位环，111-刮环，120-防滴漏挡板，121-开孔，122-遮盖，123-墙面，124-挡环，125-操作杆，126-拨杆，130-下定位环，140-管柱，151-磁吸单元，152-磁吸单元，160-垫体，161-流出孔，200-除液插座，210-定位孔，211-扣点，220-刮环，230-螺杆，240-除液插座盖，241-拉环，250-导引边缘，260-卡扣单元，270-定位螺栓，271-卡扣边缘，272-固定螺丝，300-放置座，310-容置孔，320-定位孔，321-扣点，330-定位面，400-液体抽取器，500-液体容器，510-开口，600-放置座挂件，610-挂勾，620-吸盘，630-扣锁面，640-抽取器夹扣件。
下面结合附图对本申请的较佳实施例进行详细阐述，以使本申请的优点和特征能更易于被本领域技术人员理解，从而对本申请的保护范围做出更为清楚明确的界定。
请参阅图1至图10所示，为本申请所提供的一种液体抽取器的防滴漏结构，其包括有定位夹套100与除液插座200，以及放置座300。
所述定位夹套100具有上定位环110、下定位环130，所述上定位环110、 所述下定位环130的周缘是以一个以上的管柱140进行连接，本实施例以三个所述管柱140进行说明；在所述上定位环110、所述下定位环130之间设置有防滴漏挡板120，所述防滴漏挡板120侧轴设在任一所述管柱140上而可相对所述上定位环110、所述下定位环130进行转动，以在所述防滴漏挡板120展开时将一液体抽取器400穿过所述上定位环110、所述下定位环130，并在所述防滴漏挡板120收合时挡止所述液体抽取器400防止液体滴漏，所述防滴漏挡板120表面还设置有开孔121，所述开孔121上罩设有遮盖122，在打开所述遮盖122时放掉所述防滴漏挡板120上的所述液体。
所述除液插座200使用时安装在液体容器500的开口510上，所述除液插座200顶面设置有相对所述管柱140的定位孔210，以在所述定位夹套100放置时，让所述管柱140下端凸伸卡入所述定位孔210中进行定位，所述除液插座200中空内缘则凸设有刮环220，当所述液体抽取器400拉出时，由所述刮环220刮除所述液体抽取器400外部的残留的所述液体。
所述刮环220更进一步可直接夹固在所述液体抽取器400外部，提供对所述液体抽取器400放置时的支持，减少所述液体抽取器400的晃动而增加稳定性。
所述放置座300表面设置有容置孔310，所述容置孔310周围也设置有相对所述管柱140的定位孔320，使所述液体抽取器400使用完毕后连同整组所述定位夹套100移出所述开口510而插入所述容置孔310中，并使所述液体抽取器400外部的定位夹套100的所述管柱140下端凸伸卡入所述定位孔320中进行定位，使其方便且安全的存放所述液体抽取器400。
根据以上结构，其首先将所述除液插座200安装在所述液体容器500的所述开口510上，并将所述定位夹套100的所述防滴漏挡板120转动打开后插入所述液体抽取器400，再将所述液体抽取器400穿过所述除液插座200而进入所述液体容器500进行汲取所述液体的作业，此时所述定位夹套100以所述管柱140下端凸伸卡入所述定位孔210中进行定位；
待工作完成，将所述液体抽取器400向上拔出，由所述刮环220刮除所述液体抽取器400外部的残留的所述液体，可来回抽送所述液体抽取器400几次以刮除干净，待所述液体抽取器400的底部到达所述上定位环110位置 时，稍待数秒钟让所述液体抽取器400内部的残油大部分滴漏干净后，再将所述防滴漏挡板120转回所述定位夹套100内部，再将所述液体抽取器400的底部抵靠在所述防滴漏挡板120表面完成防再滴漏功能；
最后，将所述液体抽取器400与所述定位夹套100一起移动至所述放置座300表面，并使所述液体抽取器400外部的定位夹套100的所述管柱140下端凸伸卡入所述定位孔320中进行定位，完成所述液体抽取器400的防滴漏存放工作。
当所述液体抽取器400与所述定位夹套100移动至所述放置座300时，由于所述放置座300的所述容置孔310形成有收纳空间，为确保所述液体抽取器400没有残留的所述液体累积，可将所述防滴漏挡板120上的所述遮盖122打开，让积蓄的所述液体自所述开孔121流到所述容置孔310以进行集中，再完成所述液体抽取器400与所述定位夹套100的插置存放；当然，也可先将所述液体抽取器400与所述定位夹套100移动至专门的液体收集区域进中所述液体，再将所述液体抽取器400与所述定位夹套100定位在所述放置座300中进行存放。
更进一步，可在所述放置座300位置转动开启所述防滴漏挡板120，让所述液体抽取器400的底部插入所述容置孔310中增加存放的稳定性。
为便于使用，所述除液插座200底部凸伸有螺杆230，以将所述螺杆230锁固在所述开口510处，且在所述液体容器500内的所述液体尚未取尽时长期放置，直到所述液体容器500内的所述液体取尽或不再汲取时再行取下，为此，所述除液插座200还设置有一除液插座盖240，通常为软质套盖，可在所述液体抽取器400拉出时将所述除液插座盖240盖住所述除液插座200形成密封，确保所述液体容器500内的所述液体不受污染或挥发，但是在软质状态下，必须在所述除液插座盖240上设置有一拉环241，以方便操作实施。
然后，所述容置孔310直径大于所述螺杆230，使所述除液插座200使用完毕后移出所述开口510而以所述螺杆230插入所述容置孔310中定位，然后再将所述液体抽取器400与所述定位夹套100定位在所述除液插座200上。
所述除液插座200与所述放置座300表面的所述定位孔210、320为弧形凹槽，并在所述弧形凹槽末端设置有扣点211、321，使得所述定位夹套100通过所述管柱140快速置入所述定位孔210、320中，经转动以通过所述扣点211、321进行固定，当然，并不限于这种扣法，凡可达成快速定位的结构，皆在本申请的保护之中。
另外，为加强对于所述液体抽取器400的放置支持，所述管柱140为多段式伸缩管，以调整所述上定位环110、所述下定位环130之间距离增加对所述液体抽取器400的夹持稳定性。
并且，所述上定位环110的内缘凸设有刮环111，同样可以刮除所述液体抽取器400外部的所述液体，以避免残余的所述液体在所述液体抽取器400动作时溅出所述定位夹套100外部。
而所述防滴漏挡板120边缘设置有墙面123，所述墙面123一方面提供阻挡所述液体滴漏的功效，另一方面可以增加所述定位夹套100的整体高度，以增加对所述液体抽取器400的夹持稳定性，且所述墙面123为透明材质，以观察所述防滴漏挡板120上的所述液体状态。
另外，所述防滴漏挡板120表面凸设有挡环124，所述挡环124环绕在所述液体抽取器400周围，增加阻挡所述液体滴漏的功效。
而为了便于操作，所述防滴漏挡板120一侧设置有操作杆125，所述操作杆125用以推拉所述防滴漏挡板120进行转动。
再者，所述遮盖122前端在所述防滴漏挡板120中心设置有轴心以进行转动，所述遮盖122后端则延伸有拨杆126伸出所述防滴漏挡板120边缘，所述拨杆126用以转动所述遮盖122以开放或关闭所述开孔121。
或者，如同所述操作杆125的功能，可用所述拨杆126直接推拉所述防滴漏挡板120进行转动。
又，所述防滴漏挡板120底部与所述下定位环130的接触面之间互设有磁吸单元151、152，所述磁吸单元151、152具有适当磁力，以在所述防滴漏挡板120收合时快速进行定位，但只要稍施力于所述防滴漏挡板120即可克服所述磁吸单元151、152的所述磁力以进行展开。
前述图1至图10是提供结构较为精简但可完整使用的本申请液体抽取器 的防滴漏结构，图11至图16为本申请第二实施例的液体抽取器的防滴漏结构的示意图，其外观更为精美，但主要结构不变，仅在一些细节上进行微调，以更符合使用者的使用习惯，增加操作时的方便性。
首先，对于所述定位夹套100定位至所述除液插座200的方式，为提高操作便捷性以及稳定性，所述定位夹套100与所述除液插座200的外型由圆形改为多边形，所述除液插座200周缘设置有导引边缘250，并在所述除液插座200表面设置有卡扣单元260，使所述定位夹套100顺着所述导引边缘250自然对正所述除液插座200的相对位置，并经由所述卡扣单元260进行固定，过程简单顺手，且固定效果更为良好。
同样的，所述除液插座200可以在使用时安装在所述液体容器500的所述开口510，或是使用完毕插置到所述放置座300表面的所述容置孔310，考虑所述定位夹套100进入所述除液插座200具有方向性，若直接以前述螺杆230进行锁固难以掌握所述除液插座200的引导方向，故所述除液插座200底部另设置有一定位螺栓270，所述定位螺栓270用以锁入所述开口510或所述容置孔310，其内部同样为中空，并在所述定位螺栓270周围设置有卡扣边缘271，以将所述除液插座200调整正确工作方向后，使其底部插入所述卡扣边缘271定位后，再另外用一固定螺丝272穿置所述除液插座200与所述定位螺栓270进行固定。
至于所述定位夹套100，本实施例特别强化所述防滴漏挡板120的结构，使其具有较长且厚实的墙面123，并可将所述上定位环110的所述刮环111移入所述墙面123内壁同时设置复数个，发挥良好的固定及包覆刮除所述液体抽取器400的功能；而在所述开孔121上端另设置有一软质垫体160，所述垫体160表面设置有流出孔161，当所述液体抽取器400扺靠在所述垫体160时，会使所述垫体160密合在所述防滴漏挡板120的表面，而有效避免所述液体滴漏，只能由所述流出孔161集中至所述开孔121位置。虽然，所述垫体160已遮盖所述挡环124的结构，但由所述垫体160本身与所述刮环111的设计，仍能有效维持良好的密闭性。
另外，考虑原有的所述放置座300必须放在地面操作，有容易撞到或遗失或占用空间的可能缺失，故本实施例将所述放置座300直接固定在所述液 体容器500表面，其方式是在所述液体容器500上设置有一放置座挂件600，所述放置座挂件600延伸有挂勾610抓住所述液体容器500边缘而得到支持，或在所述挂勾610延伸面上设置吸盘620增加稳定性，所述挂勾610延伸面拆卸后可以弯折以利用存放。而在所述放置座挂件600上设置有一扣锁面630，所述放置座300表面则设置有定位面330，使所述放置座300以所述定位面330固定在所述扣锁面630而获得支持。而在所述挂勾610上端另设置有一抽取器夹扣件640，当所述液体抽取器400用毕置入所述放置座300时，利用所述抽取器夹扣件640夹固所述液体抽取器400上端以增加稳定性。
以上实施方式只为说明本申请的技术构思及特点，其目的在于让熟悉此项技术的人了解本申请的内容并加以实施，并不能以此限制本申请的保护范围，凡根据本申请精神实质所做的等效变化或修饰，都应涵盖在本申请的保护范围内。
Claims (16)
- 一种液体抽取器的防滴漏结构，包括：定位夹套，具有上定位环、下定位环，所述上定位环、所述下定位环的周缘以一个以上的管柱进行连接，以及在所述上定位环和所述下定位环之间设置有防滴漏挡板，所述防滴漏挡板一侧轴设在任一所述管柱上而可相对于所述上定位环和所述下定位环进行转动，以在所述防滴漏挡板展开时将液体抽取器穿过所述上定位环、所述下定位环，并在所述防滴漏挡板收合时挡止所述液体抽取器防止液体滴漏，所述防滴漏挡板的表面还设置有开孔，所述开孔上罩设有遮盖，在打开所述遮盖时放掉所述防滴漏挡板上所累积的所述液体；除液插座，使用时安装在液体容器的开口上，所述除液插座顶面设置有相对所述管柱的定位孔，以在所述定位夹套放置时，让所述管柱下端凸伸卡入所述定位孔中进行定位，所述除液插座内缘则凸设有刮环，当所述液体抽取器拉出时，由所述刮环刮除所述液体抽取器外部的残留的所述液体。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述液体抽取器的防滴漏结构还设置有放置座，所述放置座的表面设置有容置孔，所述容置孔周围也设置有相对所述管柱的定位孔，使所述液体抽取器使用完毕后与所述定位夹套，或连同所述除液插座移出所述开口而插入所述容置孔中，并使所述液体抽取器外部的定位夹套的所述管柱下端凸伸卡入所述定位孔中进行定位。
- 根据权利要求2所述的液体抽取器的防滴漏结构，其中，所述除液插座底部凸伸有螺杆，以将所述螺杆锁固在所述开口处，且所述容置孔的直径大于所述螺杆，使所述除液插座使用完毕后移出所述开口而将所述螺杆插入所述容置孔中定位。
- 根据权利要求2所述的液体抽取器的防滴漏结构，其中，所述除液插座与所述放置座表面的所述定位孔为弧形凹槽，并在所述弧形凹槽末端设置有扣点，使所述定位夹套通过所述管柱快速置入所述定位孔中，经转动通过所述扣点进行固定。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述除液插座设置有除液插座盖，以在所述液体抽取器拉出时将所述除液插座盖盖住所述除液插座形成密封。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述管柱为多段式伸缩管，以调整所述上定位环、所述下定位环之间的距离，增加对所述液体抽取器的夹持稳定性。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述上定位环的内缘凸设有刮环，以刮除所述液体抽取器外部的所述液体，并可夹固在所述液体抽取器外部以减少晃动。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述防滴漏挡板的边缘设置有墙面，所述墙面为透明材质，以观察所述防滴漏挡板上的所述液体的状态。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述防滴漏挡板表面凸设有挡环，所述挡环环绕在所述液体抽取器周围，增加阻挡所述液体滴漏的功效。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述防滴漏挡板一侧设置有操作杆，所述操作杆用以推拉所述防滴漏挡板进行转动。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述遮盖的前端在所述防滴漏挡板的中心设置有轴心以进行转动，所述遮盖的后端则延伸有拨杆伸出所述防滴漏挡板的边缘，所述拨杆用以转动所述遮盖以开放或关闭所述开孔，或所述拨杆直接推拉所述防滴漏挡板进行转动。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述防滴漏挡板与所述下定位环的接触面互设有磁吸单元，以在所述防滴漏挡板收合时快速进行定位。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述除液插座周缘设置有导引边缘，并在所述除液插座表面设置有卡扣单元，使所述定位夹套顺着所述导引边缘对正所述除液插座，并经由所述卡扣单元进行固定。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述除液 插座底部设置有定位螺栓，所述定位螺栓用以锁入所述开口或所述容置孔，其内部为中空，并在所述定位螺栓周围设置有卡扣边缘，以将所述除液插座底部插入所述卡扣边缘扣件定位，并以一固定螺丝穿置所述除液插座与所述定位螺栓进行固定。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述防滴漏挡板具有厚实的墙面，以在所述墙面内壁设置所述刮环，所述防滴漏挡板在所述开孔上端设置有软质垫体，所述垫体表面设置有流出孔，当所述液体抽取器扺靠在所述垫体时，会使所述垫体密合在所述防滴漏挡板的表面。
- 根据权利要求1所述的液体抽取器的防滴漏结构，其中，所述液体容器上设置有放置座挂件，所述放置座挂件延伸有挂勾抓住所述液体容器边缘而得到支持，以将所述放置座固定在使所述放置座而获得支持。
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