CN203043065U - Overflow protection cup and negative pressure regulator - Google Patents
Overflow protection cup and negative pressure regulator Download PDFInfo
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- CN203043065U CN203043065U CN 201220535293 CN201220535293U CN203043065U CN 203043065 U CN203043065 U CN 203043065U CN 201220535293 CN201220535293 CN 201220535293 CN 201220535293 U CN201220535293 U CN 201220535293U CN 203043065 U CN203043065 U CN 203043065U
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- cup
- vacuum table
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Abstract
The utility model relates to an overflow protection cup and a negative pressure regulator. The overflow protection cup comprises a main body, an isolated body, an inner core body, a filter and a floater, wherein the main body comprises a containing part and a clamping part; a second inlet is arranged on a base plate of the containing part; a convex block surrounding a lower port is arranged on an upper end face of the base plate; the isolated body comprises an isolated part, and a channel convex block arranged along an outer edge of the isolated part; a support convex block is arranged on an upper end face of the base plate of the isolated part; the inner core body comprises a cover plate and a limiting pipe body arranged on a lower end face of the cover plate; a limiting row strip is arranged on an inner side of the limiting pipe body and is downwards stretched out of a lower end face of the limiting pipe body; the cover plate is provided with a second outlet; the isolated body is arranged in the containing part and is located on the convex block; the inner core body is arranged in the isolated part; the cover plate is higher than an upper end face of the isolated body and covers an upper end of the containing part in a seal way; the floater is arranged in the limiting pipe body and is located above the limiting convex block; and the filter is detachably arranged on the clamping part. The overflow protection cup is lower in use cost, and is environmentally friendly.
Description
[technical field]
This utility model relates to a kind of overflow protection cup and uses the draft regulator of this overflow protection cup.
[background technology]
The utility model that the application number that China discloses is 200720074917.1, name is called the multifunctional medical draft regulator, the multifunctional medical draft regulator that is communicated with successively, overflow protection cup and receiving flask in its accompanying drawing 10, have been provided, specifically be, the import of multifunctional medical draft regulator is communicated with the outlet of overflow protection cup, and the import of overflow protection cup is communicated with the outlet of receiving flask; The operation principle of these three devices is: the outlet of multifunctional medical draft regulator is connected with negative pressure system, the import of receiving flask is connected in the patient, negative pressure system is started working, make the inside of multifunctional medical draft regulator, overflow protection cup and receiving flask form negative pressure, patient's liquid object can be drawn into receiving flask and collect; Wherein, overflow protection cup is that the liquid that prevents receiving flask too much overflows and flows to multifunctional medical draft regulator and negative pressure system, owing to can have liquid from the air that receiving flask flows out, therefore, overflow protection cup all can be provided with filter.
But owing to all be that filter is built-in in the overflow protection cup, in use, domestic consumer can't dismantle for this overflow protection cup and clean assembling again.Therefore, present overflow protection cup all is overall time, will be with a complete set of replacing of whole cup after using up, and use cost is higher; And soiling solution is excessive easily, causes cross-contamination, problems such as environmental protection treatment difficulty.
[utility model content]
The technical problems to be solved in the utility model provides the overflow protection cup that a kind of use cost is lower, use safety and environmental protection.
Above-mentioned technical problem is achieved through the following technical solutions:
A kind of overflow protection cup is characterized in that, comprising:
The protection cup, it comprises into the accommodation section of cup-shaped, and the base plate of accommodation section offers one second import, and the upper surface of the base plate of accommodation section is provided with a plurality of protruding blocks around second import; A clamping part is arranged at the bottom of accommodation section;
Slider, it isolation part that comprises into cup-shaped reaches a plurality of passage projections that arrange along the outer of isolation part, and the upper surface of the base plate of isolation part is provided with supporting lug;
Protection cup inner core-body, the spacing body that it comprises cover plate and is located at the cover plate lower surface, the inboard of spacing body is provided with a plurality of spacing row bars, the lower surface that spacing row bar extends and protrude from spacing body from top to bottom along the inboard of spacing body, cover plate are provided with second outlet that is communicated in the spacing body;
Float, the sealing that it comprises buoyancy portion and is located at buoyancy portion upper end and is used for sealing second outlet;
Filter, it is provided with first outlet and first import;
Slider places in the accommodation section of protecting cup and is positioned on the protruding block; Protection cup inner core-body places in the isolation part of slider, and the cover plate of protection cup inner core-body also covers the upper end in the accommodation section hermetically above the upper surface of slider; Float places in the spacing body of protection cup inner core-body, and is positioned at the top of supporting lug; Spacing row bar is the guiding that moves up and down of float round float; Filter places the clamping part of protection cup removably, and its first outlet communicates with second import of protection cup.
As seen from the above technical solution, this overflow protection cup is placed corresponding filter by adding the portion of holding in the setting of the bottom of protection cup, in case filter failure, as long as change filter, other parts of cleaning, disinfection protection cup just can normally use, low consumption environment protection; And other parts of protection cup are highly susceptible to splitting and assembling for stacking the formula assembling, and the utmost point is convenient to clean, sterilization.In addition; employing is positioned at the slider on the protruding block; gas, liquid mixing body that overflow is come in are scraped air pocket at this; avoiding air pocket to enter protection cup inner core-body carries out explosion and liquid is spilt from second outlet of protection cup inner core-body; avoided liquid to enter negative pressure system; thereby improve the safety of negative pressure system, prevent air pollution simultaneously.Therefore, this overflow protection cup operation, easy to use, use cost is lower, uses safety and environmental protection.
Further specifically scheme is, is provided with first sealing ring between the cover plate of protection cup inner core-body and the accommodation section of protection cup, to realize protecting the cover plate of cup inner core-body and the excellent sealing of upper end, accommodation section.
Further specifically scheme is, clamping part has for the shallow storage space that filter is installed, and clamping part has the port for the dismounting filter in its side.
Further concrete scheme is, described filter comprises: be provided with first import lower house, be provided with first the outlet upper shell and filter membrane, upper shell and lower house fasten mutually, and clamp filter membrane, first exit is provided with the 4th sealing ring, relies on the 4th seal to realize sealing between first outlet and second import and communicates.
This utility model also provides a kind of draft regulator simultaneously, it is characterized in that, comprises the draft regulator main body that is provided with air inlet and bleeding point, and above-mentioned overflow protection cup; Overflow protection cup removably is connected in the draft regulator main body, and second outlet of overflow protection cup communicates with the air inlet sealing.
Used the draft regulator of above-mentioned overflow protection cup, can not need often to change overflow protection cup, it is namely reusable only to need to change filter, and therefore, use cost is lower, low consumption environment protection.
Further concrete scheme is that described draft regulator main body clamps the cover plate of protecting the cup inner core-body jointly with the accommodation section of protection cup.
Further concrete scheme is that described draft regulator main body comprises main valve body and vacuum table; Main valve body is provided with the adjusting cavity, and is provided with and regulates bleeding point and the air inlet that cavity communicates; Described vacuum table is provided with the detection port; Described vacuum table places on the described main valve body rotationally, and described detection port communicates with described adjusting cavity sealing.
Further concrete scheme is also to comprise locating piece, prolong post and jump ring; Main valve body is provided with and regulates the vacuum table installing port that cavity communicates; Prolong the extending channel that post is provided with up/down perforation; Locating piece places on the main valve body rotationally and is positioned at the upper end of vacuum table installing port; The lower end of vacuum table is passed locating piece and is stuck on the locating piece; Prolong post and place the vacuum table installing port, extending channel all seals with the adjusting cavity and communicates; The upper end that prolongs post is connected with vacuum table, and extending channel communicates with the sealing of detection port; Jump ring is sheathed on and prolongs on the post, is stuck in the lower end of vacuum table installing port.
Further specifically scheme is, described draft regulator main body also comprises rotary switch bar, pressure compensation control valve, and main valve body is provided with and regulates the bleed-off passage that cavity communicates, and bleed-off passage is provided with bleeding point and transition bleeding point; Main valve body is provided with the switch passage that crosses bleed-off passage; The rotary switch bar inserts the switch passage, bleeding point and transition bleeding point can be cut off or is communicated with; The pressure compensation control valve is located on the main valve body, and communicates with the adjusting cavity.
Further concrete scheme is that main valve body comprises protecgulum and valve body spare; The front end of valve body spare is provided with open cavity, and valve body spare is provided with bleed-off passage, air inlet and the vacuum table installing port that communicates with open cavity, and valve body spare is provided with the switch passage that crosses outlet passageway; The pressure compensation control valve comprises adjusting knob, knob location core, regulating spool, diaphragm, spring, spring base and nut; Knob location core is provided with the storing groove at its front end, is provided with draw-in groove within it, is provided with at least one spacing wing shape bar that extends forward in its back-end; Adjusting knob is connected in the front end of protecgulum rotationally; Knob location core passes protecgulum from the rear end of protecgulum, and is threaded with adjusting knob; Spacing wing shape bar inserts in protecgulum and rotates with restriction knob location core; Regulating spool comprises a mobile jib, is provided with screw thread, spline piece, first ring baffle, second ring baffle and plug on the mobile jib from front to back; The middle part of diaphragm is enclosed between first ring baffle and second ring baffle; Regulating spool inserts in the storing groove of knob location core from the rear end of knob location core; The spline piece places draw-in groove, rotates to prevent regulating spool; Be enclosed within on the regulating spool before and after spring base, the spring, and be arranged in the storing groove of knob location core; Nut is connected in the front end of regulating spool, and is positioned at the place ahead of spring base; Before be covered on the front end of valve body spare, membrane covered is in the opening part of open cavity, protecgulum and valve body spare are clamped diaphragm, diaphragm and open cavity form described adjusting cavity; The plug of regulating spool is facing to the transition bleeding point.
Further concrete scheme is, described draft regulator main body also comprises the high negative pressure relief valve, main valve body is provided with and regulates the relief valve installing port that cavity communicates, described high negative pressure relief valve is located at the relief valve installing port, to be used for when the negative pressure absolute value in the adjusting cavity is too high, will regulating cavity and outside connection.
Further concrete scheme is, described high negative pressure relief valve, comprise the relief valve valve body, safety valve spring, the relief valve spheroid, relief valve spool and relief valve sealing ring, be located at the relief valve installing port relief valve valve seal, the first passage that connects before and after the centre of relief valve valve body is provided with, the second channel that connects before and after the centre of relief valve spool is provided with, safety valve spring, the relief valve spheroid, the relief valve spool is located in the first passage of relief valve valve body successively, the outer wall of relief valve spool and first passage are by the sealing of relief valve sealing ring, and the relief valve spheroid is blocked the second channel of relief valve spool under the active force of safety valve spring.
[description of drawings]
Fig. 1 is the explosive view of embodiment one overflow protection cup;
Fig. 2 is the cutaway view of the protection cup of embodiment one overflow protection cup;
Fig. 3 is the vertical view of the protection cup of embodiment one overflow protection cup;
Fig. 4 is the cutaway view of the slider of embodiment one overflow protection cup;
Fig. 5 is the vertical view of the slider of embodiment one overflow protection cup;
Fig. 6 is the axonometric chart of the slider of embodiment one overflow protection cup;
Fig. 7 is the cutaway view of the protection cup inner core-body of embodiment one overflow protection cup;
Fig. 8 is the upward view of the protection cup inner core-body of embodiment one overflow protection cup;
Fig. 9 is the cutaway view of the float of embodiment one overflow protection cup;
Figure 10 is the axonometric chart of the float of embodiment one overflow protection cup;
Figure 11 flows to sketch map for the inside of embodiment one overflow protection cup;
Figure 12 is the structural representation of embodiment two back casings;
Figure 13 is the structural representation of embodiment two rotary switch bars;
Figure 14 is the front angular views of embodiment two valve body spares;
Figure 15 is the back angular views of embodiment two valve body spares;
Figure 16 is the sectional elevation of embodiment two regulating spools;
Figure 17 is the sectional elevation of embodiment two high negative pressure relief valve;
Figure 18 is the phantom of embodiment two draft regulator main bodys;
Figure 19 is for prolonging the cutaway view of post;
Figure 20 is the part-structure sketch map of vacuum table;
Figure 21 is that embodiment two vacuum tables are connected to each the link sketch map on the main valve body;
Figure 22 be embodiment two draft regulator main bodys front view;
Figure 23 is that Figure 22 is along the cutaway view of A-A.
[specific embodiment]
Embodiment one
Shown in Fig. 1-10, a kind of overflow protection cup 600 that present embodiment provides comprises:
Protection cup inner core-body 3, it comprises cover plate 31 and is located at the spacing body 32 of cover plate 31 lower surfaces, the inboard of spacing body 32 is provided with equally distributed a plurality of spacing vertical bar 33, spacing vertical bar 33 extends from top to bottom along the inboard of spacing body 32, and protruding from the lower surface of spacing body 32, cover plate 31 is provided with second outlet 34 that is communicated in the spacing body 32;
As shown in figure 11, the operation principle of above-mentioned overflow protection cup is as follows:
The overflow protection cup body of can ventilating: (filter 5 can filtering gas from filter 5 when gas, and liquid is had plugging action) enter, enter accommodation section 11 along second import 13, go to the top of slider 2 from the space between the passage projection 22, enter then in the isolation part 21, enter in the spacing body 32 of protection cup inner core-body 3 along the space between isolation part 21 and the protection cup inner core-body 3, go out from second outlet 34 along the space between spacing body 32 and the float 4 then;
The main effect of overflow protection cup is to prevent that when filter 5 is damaged liquid is inhaled into draft regulator from second outlet 34; and even negative pressure system: when liquid enters from filter 5 (supposing that filter 5 was damaged and lost the function of shutoff liquid this moment); enter accommodation section 11 along second import 13; from the space between the passage projection 22; be pumped down to the top of isolation part 21; enter then in the isolation part 21; enter in the spacing body 32 of protection cup inner core-body 3 along the space between isolation part 21 and the protection cup inner core-body 3; liquid in spacing body 32 increases gradually; float 4 can raise along spacing row bar 33 under the buoyancy of liquid effect gradually; liquid in spacing body 32 rises to certain height; make the sealing of float 4 block second outlet 34; bleeding of draft regulator just blocked; liquid also just can't be drawn into negative pressure system from second outlet 34, makes draft regulator and even negative pressure system avoid polluting.
Embodiment two
As Figure 12-shown in Figure 21, a kind of draft regulator that present embodiment provides comprises the draft regulator main body 700 that is provided with air inlet 133 and bleeding point 137, and embodiment one described overflow protection cup 600; Overflow protection cup removably is connected in the draft regulator main body, and second outlet 13 of overflow protection cup communicates with air inlet 133 sealings.
Draft regulator main body 700 with the concrete annexation of overflow protection cup 600 is: the outer, upper end of the accommodation section 11 of protection cup 1 is provided with external screw thread 15; the lower end of draft regulator main body 700 is provided with connector 139; the inwall of connector 139 is provided with the female thread 191 that cooperates with external screw thread 15, and the upper end of accommodation section 11 is by the connector 139 of female thread 191 with the draft regulator main body 700 that is connected of external screw thread 15.
Interconnecting simultaneously of draft regulator main body and overflow protection cup; draft regulator main body 700 and clamp the cover plate 31 of protection cup inner core-body 3 jointly with the accommodation section 11 of protection cup 1; make cover plate 31 and accommodation section 11 can clamp second sealing ring 7 better, thereby make the better effects if that second outlet 34 communicates with air inlet 133 sealings.Utilize draft regulator main body 700 against living cover plate 31, reduce to increase necessity that miscellaneous part or structure fix cover plate 31.
Draft regulator main body 700 comprises main valve body, high negative pressure relief valve 300, rotary switch bar 400, pressure compensation control valve and vacuum table 500, main valve body is provided with bleed-off passage 132, air inlet 133 and the relief valve installing port 135 of regulating cavity and communicating with the adjusting cavity, bleed-off passage 132 is provided with bleeding point 137 and transition bleeding point 138, main valve body is provided with the switch passage 136 that crosses bleed-off passage 132, rotary switch bar 400 inserts in the switch passage 136, and the rotation turn switch bar can cut off bleeding point 137 and transition bleeding point 138 or be communicated with in 180 ° of scopes; Vacuum table 500 is provided with and detects port 506, and vacuum table 500 is located on the main valve body rotationally, detects port 506 and seals with the adjusting cavity of main valve body and communicate, and can rotate vacuum table 500 as required to the angle of suitable reading; The pressure compensation control valve is located on the main valve body, realizes the automatic compensation of negative pressure, comes the negative pressure in the stable regulation cavity; High negative pressure relief valve 300 is located at relief valve installing port 135, will regulate cavity and connect with outside when the negative pressure absolute value in the cavity is too high, to replenish barotropic gas, makes the negative pressure of regulating in the cavity remain setting.
The operation principle of draft regulator is as follows:
Bleeding point 137 at draft regulator connects negative pressure system, regulates rotary switch bar 400, can or close bleeding point 137 and 138 connections of transition bleeding point; Draft regulator is connected with negative pressure source, the inner negative pressure that forms of draft regulator, the high negative pressure relief valve is blocked relief valve installing port 135 will regulate cavity and external isolation, gas enters the adjusting cavity through overflow protection cup from air inlet 133, flow out draft regulator through bleeding point 137 then, observe negative pressure value from vacuum table 500, what vacuum table 500 can be according to vision conveniently comes the anglec of rotation; In above aspiration procedure, if the fluctuation of the negative pressure in the actuator cavity is bigger, pressure compensation is regulated and can be regulated automatically, with the negative pressure in the stable governor cavity; Negative pressure absolute value in cavity surpasses setting, and when causing the compensation range of overpressure Compensation Regulation valve, the high negative pressure relief valve will be regulated cavity and exterior, comes negative pressure maintenance setting in the regulating and controlling cavity to replenish barotropic gas.
Wherein, as Figure 19-shown in Figure 23, vacuum table 500 places the concrete annexation of main valve body to be rotationally: comprise locating piece 501, prolong post 502 and jump ring 505, prolong the extending channel 521 that post 502 is provided with up/down perforation; Main valve body is provided with and regulates the vacuum table installing port 134 that cavity communicates; Locating piece 501 places on the main valve body rotationally and is positioned at the upper end of vacuum table installing port 134; The lower end of vacuum table 500 is passed locating piece 501 and is stuck on the locating piece 501, prolongs post 502 and places vacuum table installing port 134, and extending channel 521 all seals with the adjusting cavity and communicates; The upper end that prolongs post 502 is connected with vacuum table, and extending channel 521 communicates with 506 sealings of detection port; Jump ring 505 is located at and is prolonged on the post 502, is stuck in the lower surface of vacuum table installing port 134.
Be provided with the first vacuum table sealing ring 503 between prolongation post 502 and the vacuum table 500, be provided with the second vacuum table sealing ring 504 between prolongation post 502 and the vacuum table installing port 134.
The detection port 506 that prolongs post 502 and vacuum table 500 is connected, its physical relationship is: prolong post 502 upper end outer walls and be provided with external screw thread 521, the inwall of the detection port 506 of vacuum table 500 is provided with female thread 561, prolongs post 502 upper ends by the detection port 506 that place vacuum table 500 of joining of female thread 561 with external screw thread 521.
Because vacuum table 500 is to be stuck on the locating piece 501, when vacuum table 500 rotates, prolongs post 502 and rotate together thereupon; The extending channel 521 that prolongs post 502 is introduced vacuum table to the gas of draft regulator intracavity, is realized that by the first vacuum table sealing ring 503, the second vacuum table sealing ring 504 the detection port 506 of negative table 500 communicates with the sealing of adjusting cavity; Jump ring 505 restrictions prolong moving up and down of post.
As Figure 13-Figure 15, Figure 18, Figure 22, shown in Figure 23, be with O shape circle the 402 and the 2nd O shape circle 403 on the rotary switch bar 400, rotary switch bar 400 is provided with passage 401, this passage is between first O shape circle the 402 and the 2nd O shape circle 403, be used for bleeding point 137 and transition bleeding point 138 are communicated with, rotary switch bar 4 inserts switch passage 136, and be connected with the inner thread of switch passage 136, rotary switch bar 400 can rotate, and can move along switch passage 136, in order to bleeding point 137 and transition bleeding point 138 cut off or passage 401 is communicated with bleeding point 137 and transition bleeding point 138.
As Figure 14-Figure 16, Figure 18, Figure 22, shown in Figure 23, main valve body comprises protecgulum 101, valve body spare 103 and back casing 104; The front end of valve body spare 103 is provided with open cavity 131, valve body spare 103 is provided with bleed-off passage 132, air inlet 133, vacuum table installing port 134 and the relief valve installing port 135 that communicates with open cavity 131, and valve body spare 103 is provided with the switch passage 136 that crosses bleed-off passage 132;
The pressure compensation control valve comprises adjusting knob 201, knob location core 202, regulating spool 203, spring 204, spring base 205, nut 206 and diaphragm 102;
Regulating spool 203 comprises a mobile jib 230, is provided with screw thread 234, spline piece 235, first ring baffle 236, second ring baffle 237 and plug 232 on the mobile jib 230 from front to back;
The middle part of diaphragm 102 is enclosed between first ring baffle 236 and second ring baffle 237; Regulating spool 203 inserts in the storing groove 222 of knob location core 202 from the rear end of knob location core 202; Spline piece 235 places draw-in groove, rotates to prevent regulating spool 203; Be enclosed within on the regulating spool 203 to spring base 205, spring 204 front and back, and be arranged in the storing groove 222 of knob location core 202; Nut 206 is connected in the front end of regulating spool 203, and is positioned at the place ahead of spring base 205;
The operation principle of pressure compensation control valve is as follows:
By rotating the adjusting knob 201 of draft regulator, change the size of spring 204 pretightning forces, negative pressure and flow are carried out step-less adjustment; Originally, earlier according to the needs of running parameter, rotate adjusting knob 201 with the pretightning force of setting spring 204 and the space between plug and the transition bleeding point 133; In aspiration procedure, higher when the negative pressure absolute value of regulating cavity, can hold diaphragm 102 and drive regulating spool 203 mobile backward, can compress spring 204 this moment, and spring 204 power that has the opposite effect reduces the negative pressure absolute value of regulating cavity; On the low side when the negative pressure absolute value of regulating cavity, the tension force of spring 204 orders about diaphragm 102 and regulating spool 203 moves forward, and improves the negative pressure absolute value of regulating cavity this moment; Therefore, the pressure compensation control valve is stablized aspiration procedure continuously.
As Figure 17 and shown in Figure 21, high negative pressure relief valve 300, comprise relief valve valve body 301, safety valve spring 302, relief valve spheroid 303, relief valve spool 304 and relief valve sealing ring 305, relief valve valve body 301 is located at relief valve installing port 135 hermetically, the first passage 311 that connects before and after the centre of relief valve valve body 301 is provided with, the second channel 312 that connects before and after the centre of relief valve spool 304 is provided with, safety valve spring 302, relief valve spheroid 303, be located in the first passage 311 of relief valve valve body 301 to relief valve spool 304 front and back, the outer wall of relief valve spool 304 and first passage 311 form sealing by relief valve sealing ring 305, and relief valve spheroid 303 is blocked the second channel 312 of relief valve spool 304 under the active force of safety valve spring 302.
The operation principle of high negative pressure relief valve is as follows:
When the negative pressure absolute value in regulating cavity is too high, extraneous air extruding relief valve spheroid 303 moves forward, at this moment, relief valve spheroid 303 is not blocked the second channel 312 of relief valve spool 304, extraneous air is being pressed second channel 312, first passage 311 to enter and is being regulated in the cavity, to realize that replenishing barotropic gas comes the negative pressure in the regulating and controlling cavity to keep setting.
This utility model is not limited to above-described embodiment, based on simple replacement above-described embodiment, that do not make creative work, should belong to the scope that this utility model discloses.
Claims (10)
1. an overflow protection cup is characterized in that, comprising:
The protection cup, it comprises into the accommodation section of cup-shaped, and the base plate of accommodation section offers one second import, and the upper surface of the base plate of accommodation section is provided with a plurality of protruding blocks around second import; A clamping part is arranged at the bottom of accommodation section;
Slider, it isolation part that comprises into cup-shaped reaches a plurality of passage projections that arrange along the outer of isolation part, and the upper surface of the base plate of isolation part is provided with supporting lug;
Protection cup inner core-body, the spacing body that it comprises cover plate and is located at the cover plate lower surface, the inboard of spacing body is provided with a plurality of spacing row bars, the lower surface that spacing row bar extends and protrude from spacing body from top to bottom along the inboard of spacing body, cover plate are provided with second outlet that is communicated in the spacing body;
Float, it comprises buoyancy portion and is located at the sealing of buoyancy portion upper end;
Filter, it is provided with first outlet and first import;
Slider places in the accommodation section of protecting cup and is positioned on the protruding block; Protection cup inner core-body places in the isolation part of slider, and the cover plate of protection cup inner core-body also covers the upper end in the accommodation section hermetically above the upper surface of slider; Float places in the spacing body of protection cup inner core-body, and is positioned at the top of supporting lug; Spacing row bar is the guiding that moves up and down of float round float; Filter places the clamping part of protection cup removably, and its first outlet communicates with second import of protection cup.
2. cup is protected in overflow according to claim 1; it is characterized in that; described filter comprises: be provided with first import lower house, be provided with first the outlet upper shell and filter membrane; upper shell and lower house fasten mutually; and clamp filter membrane; first exit is provided with the 4th sealing ring, relies on the 4th seal to realize sealing between first outlet and second import and communicates.
3. overflow protection cup according to claim 1 and 2 is characterized in that, is provided with first sealing ring between the cover plate of protection cup inner core-body and the accommodation section of protection cup.
4. overflow protection cup according to claim 1 and 2 is characterized in that clamping part has for the shallow storage space that filter is installed, and clamping part has the port for the dismounting filter in its side.
5. overflow according to claim 1 and 2 protection cup is characterized in that, described buoyancy portion is for falling cup.
6. overflow protection cup according to claim 1 and 2 is characterized in that, described sealing comprises the straight-bar of being located at buoyancy portion upper end and the 3rd sealing ring that is sheathed on the straight-bar.
7. a draft regulator is characterized in that, comprises the draft regulator main body that is provided with air inlet and bleeding point, and claim 1 or 2 described overflow protection cups; Overflow protection cup removably is connected in the draft regulator main body, and second outlet of overflow protection cup communicates with the air inlet sealing.
8. draft regulator according to claim 7 is characterized in that, described draft regulator main body clamps the cover plate of protecting the cup inner core-body jointly with the accommodation section of protection cup.
9. draft regulator according to claim 7 is characterized in that, described draft regulator main body comprises main valve body and vacuum table; Main valve body is provided with the adjusting cavity, and is provided with and regulates bleeding point and the air inlet that cavity communicates; Described vacuum table is provided with the detection port; Described vacuum table places on the described main valve body rotationally, and described detection port communicates with described adjusting cavity sealing.
10. draft regulator according to claim 9 is characterized in that, also comprises locating piece, prolongs post and jump ring; Main valve body is provided with and regulates the vacuum table installing port that cavity communicates; Prolong the extending channel that post is provided with up/down perforation; Locating piece places on the main valve body rotationally and is positioned at the upper end of vacuum table installing port; The lower end of vacuum table is passed locating piece and is stuck on the locating piece; Prolong post and place the vacuum table installing port, extending channel all seals with the adjusting cavity and communicates; The upper end that prolongs post is connected with vacuum table, and extending channel communicates with the sealing of detection port; Jump ring is sheathed on and prolongs on the post, is stuck in the lower end of vacuum table installing port.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220535293 CN203043065U (en) | 2012-10-18 | 2012-10-18 | Overflow protection cup and negative pressure regulator |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220535293 CN203043065U (en) | 2012-10-18 | 2012-10-18 | Overflow protection cup and negative pressure regulator |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN203043065U true CN203043065U (en) | 2013-07-10 |
Family
ID=48726071
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220535293 Withdrawn - After Issue CN203043065U (en) | 2012-10-18 | 2012-10-18 | Overflow protection cup and negative pressure regulator |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN203043065U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103055359A (en) * | 2012-10-18 | 2013-04-24 | 珠海市奥吉赛科技有限公司 | Overflow protection cup and negative pressure regulator |
-
2012
- 2012-10-18 CN CN 201220535293 patent/CN203043065U/en not_active Withdrawn - After Issue
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103055359A (en) * | 2012-10-18 | 2013-04-24 | 珠海市奥吉赛科技有限公司 | Overflow protection cup and negative pressure regulator |
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