CN208937549U - A kind of ion chromatograph to Drinking Water detection - Google Patents
A kind of ion chromatograph to Drinking Water detection Download PDFInfo
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- CN208937549U CN208937549U CN201821480533.4U CN201821480533U CN208937549U CN 208937549 U CN208937549 U CN 208937549U CN 201821480533 U CN201821480533 U CN 201821480533U CN 208937549 U CN208937549 U CN 208937549U
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- block
- splitter
- cabinet
- drinking water
- ion chromatograph
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Abstract
The utility model provides a kind of ion chromatograph to Drinking Water detection, including cabinet and the plunger pump being removably connected in the cabinet, the cabinet inner opposite end is equipped with washing lotion slot and de-ionized water tank, the washing lotion slot and the de-ionized water tank lower end are detachably connected transformational structure, the transformational structure conduit connects plunger pump, and described plunger pump one end conduit connects splitter, be slidably connected heating structure in the splitter, and the splitter lower end is correspondingly connected with flow monitor, suppressor is detachably connected below the flow monitor, the suppressor is detachably connected detector, and above the detector, controller is equipped in the cabinet.The utility model rotates washing lotion slot and de-ionized water tank by transformational structure, is being monitored in real time by flow monitor to flow velocity, so that the safety of splitter more.Detection more accurate.
Description
Technical field
The utility model relates to water quality inspection technique fields, relate generally to a kind of ion color to Drinking Water detection
Spectrometer.
Background technique
Water is Source of life, and the mankind be unable to do without water in life and production activity, the superiority and inferiority of Drinking Water water quality with
Human health is closely related.With the improvement of social and economic development, scientific progress, and people ' s living standards, people drink life
The water quality requirement of water is continuously improved, and water quality standard for drinking water also has been continuously developed and improved accordingly.Due to Drinking Water water quality
The formulation of standard and people's lives habit, culture, economic condition, scientific technological advance level, water resource and its water quality situation
Equal many factors are related, and not only between various countries, but also between the different regions of same country, the requirement to drinking water quality is all deposited
In difference.
It needs to use ion chromatograph during water quality detection, and ion chromatography is one kind of high performance liquid chromatography,
Therefore also known as high-efficient ion chromatogram or Modern Ion Chromatography, the mainly resin for being different from conventional ion exchange chromatography column have very
The high degree of cross linking and lower exchange capacity, sampling volume very little usually carry out leachates with plunger pump conveying leacheate
The automatic continuous Conductivity detection of line.
Ion chromatograph is waited when in use, and splitter sets allowable maximum velocity, in continuous mode, once splitter
It has been more than allowable maximum velocity, splitter will be caused to damage, in prolonged use, ion chromatograph will can not be just
Often test, to influence testing result.
Utility model content
The utility model provides a kind of ion chromatograph to Drinking Water detection, to solve above-mentioned background technique
The ion chromatograph of middle proposition is waited when in use, and splitter sets allowable maximum velocity, in continuous mode, once splitter
It has been more than allowable maximum velocity, splitter will be caused to damage, in prolonged use, ion chromatograph will can not be just
Often test, thus the technical issues of influencing testing result.
To achieve the above object, the utility model provides the following technical solutions: it is a kind of to Drinking Water detection from
Sub- chromatograph, including cabinet and the plunger pump being removably connected in the cabinet, the cabinet inner opposite end is equipped with washing lotion slot
And de-ionized water tank, the washing lotion slot and the de-ionized water tank lower end are detachably connected transformational structure, the transformational structure
Conduit connects plunger pump, and described plunger pump one end conduit connects splitter, and be slidably connected heating structure in the splitter, and
The splitter lower end is correspondingly connected with flow monitor, is detachably connected suppressor below the flow monitor, described
Suppressor is detachably connected detector, and above the detector, controller is equipped in the cabinet.
Preferably, it is equipped with display panel above the washing lotion slot and the de-ionized water tank, the display panel, which is equipped with, to be held
Scale, and the display panel is equipped with catheter, the drain pipe internal surface is equipped with depth inductor.
Preferably, the transformational structure includes the first connecting tube, and first connecting tube two sides are respectively equipped with two second
Connecting tube, two second connecting tube tops are respectively equipped with two third connecting tubes, and two third connecting tubes are right respectively
The washing lotion slot and the de-ionized water tank should be connected, and is equipped with first sliding groove, the first sliding groove in first connecting tube
Two the second connecting tubes are inside correspondingly connected with, and are equipped with the first rotating disc in the first sliding groove, first rotating disc is equipped with
First water guide mouth, the first water guide mouth are slidably connected two second connecting tubes, and are equipped with above first rotating disc
First rotating bar, bearing connects first connecting tube above first rotating bar, and first rotating bar is equipped with the
One spill spin block, is equipped with the first driving motor in first connecting tube, and first driving motor is connected first rotation
Switch block.
Preferably, it is equipped with first connecting rod on the inside of the splitter, the first connecting rod is fixedly connected with separating pipe, described
Separating pipe forms the first trench structure between the splitter, and the heating structure includes arc heat block, and the arc adds
Heat block is slidably connected first trench structure, and described in being detachably connected above the arc heat block by the first link block
First connecting rod.
Preferably, first diversion pipe of flow monitor, first diversion pipe is interior equipped with the first turbine fan, described
It is equipped with the first connection ring on the outside of first turbine fan, first connection ring is slidably connected the first detection ring, and first detection
Ring is fixedly connected with the first diversion pipe, and first connection ring is equipped with the first sensor block, and correspondence is set on the first detection ring
There are the second sensor block, the second sensor block induction connection first sensor block, and second sensor block to be correspondingly connected with aobvious
Show that device, the display are detachably connected the cabinet.
Preferably, it is equipped with second sliding slot on the inside of the first detection ring, first connection ring is slidably connected described second
Sliding slot, and the first connection ring upper and lower is equipped with multiple balls, the ball are slidably connected the second sliding slot.
Preferably, the display includes the first display board, and side is equipped with graduated scale, the quarter on first display board
It spends ruler side and is equipped with the first groove, be equipped with real-time flow rate column in first groove, real-time flow rate column side, described first
It is symmetrically arranged with two the second grooves on display board, respectively to furnishings there are two the second driving motor in two second grooves,
Two second driving motors respectively drive two the first screw rods of axis connection chain, are equipped with limit on two first screw rods
Block, the limited block are slidably connected the graduated scale, and limited block induction connects the real-time flow rate column, and the limit
Block is correspondingly connected with the controller.
Compared with prior art, the utility model has the beneficial effects that
The utility model first passes through controller control transformational structure rotation, so that washing lotion slot and the conversion of deionization slot
Connection transformational structure is making corresponding liquid enter plunger pump, import by washing lotion slot when needing to clean and realize clearly
It washes, weak to be attached thereto deionization slot when needing to measure, i.e., the solution in realization deionization slot is connect with plunger pump, is being imported
Lock out operation is carried out in splitter, while heating structure heats the liquid entered in limitation splitter, the inspection of two flow velocitys
Geodesic structure exports end at it and is detected, derived speed, in order to the detection to flow velocity.
Detailed description of the invention
Fig. 1 is the utility model structure diagram；
Fig. 2 is the utility model washing lotion slot and deionized water slot structure schematic diagram；
Fig. 3 is the utility model display panel connection schematic diagram；
Fig. 4 is the utility model the first connecting pipe structure schematic diagram；
Fig. 5 is the utility model the first rotating disc structural schematic diagram；
Fig. 6 is the utility model splitter connection schematic diagram；
Fig. 7 is the utility model heating structure schematic diagram；
Fig. 8 is the utility model flow monitor structural schematic diagram.
In figure: 1- cabinet, 11- suppressor, 12- detector, 13- controller, 2- plunger pump, 3- washing lotion slot, 31- are shown
Disk, 32- capacities chart, 33- catheter, 4- de-ionized water tank, 5- transformational structure, the first connecting tube of 51-, 511- first sliding groove, 52-
Second connecting tube, 53- third connecting tube, the first rotating disc of 54-, 541- the first water guide mouth, the first rotating bar of 55-, 56- first revolve
Switch block, the first driving motor of 57-, 6- splitter, 61- first connecting rod, 62- separating pipe, the first trench structure of 63-, 7- heating
Structure, 71- arc heat block, the first link block of 72-, 8- flow monitor, the first diversion pipe of 81-, the first turbine fan of 82-,
The first connection ring of 83-, the first sensor block of 831-, 84- first detect ring, the second sensor block of 841-, 85- display, 851- first
Display board, 852- graduated scale, the first groove of 853-, 854- real-time flow rate column, the second groove of 855-, the second driving motor of 856-,
The first screw rod of 857-, 858- limited block.
Specific embodiment
The following will be combined with the drawings in the embodiments of the present invention, carries out the technical scheme in the embodiment of the utility model
Clearly and completely describe, it is clear that the described embodiments are only a part of the embodiments of the utility model, rather than whole
Embodiment.Based on the embodiments of the present invention, those of ordinary skill in the art are without making creative work
Every other embodiment obtained, fall within the protection scope of the utility model.
Embodiment, please refers to Fig. 1-8, a kind of ion chromatograph to Drinking Water detection, including cabinet 1 and removable
The plunger pump 2 being connected in the cabinet 1 is unloaded, 1 inner opposite end of cabinet is equipped with washing lotion slot 3 and de-ionized water tank 4, described to wash
Liquid bath 3 and 4 lower end of the de-ionized water tank are detachably connected transformational structure 5, and 5 conduit of transformational structure connects plunger pump 2,
And 2 one end conduit of plunger pump connects splitter 6, be slidably connected heating structure 7, and the splitter 6 in the splitter 6
Lower end is correspondingly connected with flow monitor 8, and suppressor 11, the suppressor are detachably connected below the flow monitor 8
11 are detachably connected detector 12, and 12 top of the detector, are equipped with controller 13 in the cabinet 1.
Embodiment please refers to Fig. 1-3, display panel 31, institute is equipped with above the washing lotion slot 3 and the de-ionized water tank 4
Display panel 31 is stated equipped with capacities chart 32, and the display panel 31 is equipped with catheter 33,33 inner surface of catheter is equipped with
Depth inductor 34.
Embodiment, please refers to Fig. 4-5, and the transformational structure 5 includes the first connecting tube 51,51 two sides of the first connecting tube
It is respectively equipped with two the second connecting tubes 52, two 52 tops of the second connecting tube are respectively equipped with two third connecting tubes 53, and two
A third connecting tube 53 is connected respectively the washing lotion slot 3 and the de-ionized water tank 4, and first connecting tube 51
It is interior to be equipped with first sliding groove 511, two the second connecting tubes 52, and the first sliding groove 511 are correspondingly connected in the first sliding groove 511
It is inside equipped with the first rotating disc 54, first rotating disc 54 is equipped with the first water guide mouth 541, and the first water guide mouth 541 slides
Two second connecting tubes 52 are connected, and are equipped with the first rotating bar 55 above first rotating disc 54, first rotation
55 top bearing of bar connects first connecting tube 51, and first rotating bar 55 is equipped with the first spill spin block 56, and described the
It is equipped with the first driving motor 57 in one connecting tube 51, first driving motor 57 is connected first spill spin block 56.
Embodiment please refers to Fig. 6-7, first connecting rod 61 is equipped on the inside of the splitter 6, and the first connecting rod 61 is solid
Surely separating pipe 62 is connected, the separating pipe 62 forms the first trench structure 63, the heating structure 7 between the splitter 6
Including arc heat block 71, the arc heat block 71 is slidably connected first trench structure 63, and the arc heat block
71 tops are detachably connected the first connecting rod 61 by the first link block 72.
Embodiment, please refers to Fig. 6-8,8 first diversion pipe 81 of flow monitor, sets in first diversion pipe 81
There is the first turbine fan 82, is equipped with the first connection ring 83 on the outside of first turbine fan 82, first connection ring 83 is slidably connected
First detection ring 84, and the first detection ring 84 is fixedly connected with the first diversion pipe 81, and first connection ring 83 is equipped with
First sensor block 831 is correspondingly provided with the second sensor block 841 on the first detection ring 84, and the induction of the second sensor block 841 connects
First sensor block 831 is connect, and second sensor block 841 is correspondingly connected with display 85, the display 85 detachably connects
Connect the cabinet 1.
Embodiment please refers to Fig. 6-8, is equipped with second sliding slot 842, first connection ring on the inside of the first detection ring 84
83 are slidably connected the second sliding slot 842, and 83 upper and lower of the first connection ring is equipped with multiple balls 832, the ball
832 are slidably connected the second sliding slot 842.
Embodiment, please refers to Fig. 6-8, and the display 85 includes the first display board 851, on first display board 851
Side is equipped with graduated scale 852, and 852 side of graduated scale is equipped with the first groove 853, is equipped in first groove 853 real-time
Flow velocity column 854,854 side of real-time flow rate column are symmetrically arranged with two the second grooves 855 on first display board 851, and two
Respectively to furnishings there are two the second driving motor 856 in a second groove 855, two second driving motors 856 divide
Two the first screw rods 857 of other drive shaft connection chain are equipped with limited block 858, the limited block on two first screw rods 857
858 are slidably connected the graduated scale 852, and the induction of the limited block 858 connects the real-time flow rate column 854, and the limit
Block 858 is correspondingly connected with the controller 13.
Operating method: the utility model just drives the first rotating bar by the first driving motor when being cleaned
Rotation, then the first rotating bar rotation drive the first water guide mouth on the first rotating disc to be slidingly attached to the second of washing lotion slot lower end
Connection nozzle goes out, and realizes the export of washing lotion trough inner water, also, as the water height in the export washing lotion slot of water flow reduces, thus
It realizes that the capacities chart on display panel is rotating, and then passes the information on to controller, realize the speed of double check water flow.
When needing to be to water quality detection, while the first driving motor connects the sliding of the first pouring mouth on the first rotating disc
De-ionized water tank is connect, then, then the water flow in de-ionized water tank is logical, and then to plunger pump, plunger pump connects by connecting tube
Connect splitter, and between connecting tube on be provided with electric check valve, so that aspect carries out weep water guide in early period, work as pipeline
Water is filled to fully open, so that water flow detection more accurate, while protecting splitter.
When being detected, arc heat block is slidably connected first sliding groove, then heats to separating pipe.Then
Water flow is being excluded, and water flow drives the rotation of the first turbine fan, the first turbine fan rotation, so that first connects when exclusion
Ring is connect to move in a circle, when moving in a circle, the first sensor block thereon also moves in a circle the first connection ring, thus
Second sensor block incudes the circle number of the first sensor block interior rotation when waiting, and the circle number rotated is shown by real-time flow rate column
Show, and two the second driving motors in the second groove on the first display board drive the rotation of the first screw rod, so that limited block position
In specified position, thus incude the maximum speed per hour and minimum speed per hour of water flow, controller control rotating device and electricity when close
Dynamic shut-off valve is controlled.Then solution enters suppressor and detector is detected.
While there has been shown and described that the embodiments of the present invention, for the ordinary skill in the art,
It is understood that these embodiments can be carried out with a variety of variations in the case where not departing from the principles of the present invention and spirit, repaired
Change, replacement and variant, the scope of the utility model is defined by the appended claims and the equivalents thereof.
Claims (7)
1. a kind of ion chromatograph to Drinking Water detection, including cabinet (1) and be removably connected to the cabinet (1)
Interior plunger pump (2), it is characterised in that: cabinet (1) inner opposite end is equipped with washing lotion slot (3) and de-ionized water tank (4), described
Washing lotion slot (3) and the de-ionized water tank (4) lower end are detachably connected transformational structure (5), and transformational structure (5) conduit connects
It connects plunger pump (2), and the plunger pump (2) one end conduit connection splitter (6), be slidably connected heating in the splitter (6)
Structure (7), and the splitter (6) lower end is correspondingly connected with flow monitor (8), it can under the flow monitor (8)
Dismantling connection suppressor (11), the suppressor (11) are detachably connected detector (12), and above the detector (12), institute
It states in cabinet (1) and is equipped with controller (13).
2. a kind of ion chromatograph to Drinking Water detection according to claim 1, it is characterised in that: described to wash
It is equipped with display panel (31) above liquid bath (3) and the de-ionized water tank (4), the display panel (31) is equipped with capacities chart
(32), and the display panel (31) is equipped with catheter (33), and catheter (33) inner surface is equipped with depth inductor (34).
3. a kind of ion chromatograph to Drinking Water detection according to claim 1, it is characterised in that: described turn
Changing structure (5) includes the first connecting tube (51), and the first connecting tube (51) two sides are respectively equipped with two the second connecting tubes (52),
Two the second connecting tube (52) tops are respectively equipped with two third connecting tubes (53), two third connecting tubes (53) point
It is not correspondingly connected with the washing lotion slot (3) and the de-ionized water tank (4), and is equipped with first sliding groove in first connecting tube (51)
(511), it is correspondingly connected with two the second connecting tubes (52) in the first sliding groove (511), and is equipped in the first sliding groove (511)
First rotating disc (54), first rotating disc (54) are equipped with the first water guide mouth (541), and the first water guide mouth (541) is sliding
Two second connecting tubes (52) of dynamic connection, and the first rotating bar (55) are equipped with above first rotating disc (54), it is described
Bearing connects first connecting tube (51) above first rotating bar (55), and first rotating bar (55) is equipped with the first rotation
Switch block (56), first connecting tube (51) is interior to be equipped with the first driving motor (57), and the first driving motor (57) occlusion connects
Connect first spill spin block (56).
4. a kind of ion chromatograph to Drinking Water detection according to claim 1, it is characterised in that: described point
First connecting rod (61) are equipped with from the inside of column (6), the first connecting rod (61) is fixedly connected with separating pipe (62), the separating pipe
(62) it is formed the first trench structure (63) between Yu Suoshu splitter (6), the heating structure (7) includes arc heat block
(71), the arc heat block (71) is slidably connected first trench structure (63), and above the arc heat block (71)
The first connecting rod (61) are detachably connected by the first link block (72).
5. a kind of ion chromatograph to Drinking Water detection according to claim 1, it is characterised in that: the stream
(8) first diversion pipe (81) of speed detector, first diversion pipe (81) is interior to be equipped with the first turbine fan (82), first whirlpool
The first connection ring (83) are equipped on the outside of wheel fan (82), first connection ring (83) is slidably connected the first detection ring (84), and institute
It states the first detection ring (84) to be fixedly connected the first diversion pipe (81), and first connection ring (83) is equipped with the first sensor block
(831), it is correspondingly provided with the second sensor block (841) in first detection ring (84), the second sensor block (841) induction connection
First sensor block (831), and second sensor block (841) is correspondingly connected with display (85), the display (85) can
Cabinet described in dismantling connection (1).
6. a kind of ion chromatograph to Drinking Water detection according to claim 5, it is characterised in that: described the
Second sliding slot (842) are equipped on the inside of one detection ring (84), first connection ring (83) is slidably connected the second sliding slot
(842), and first connection ring (83) upper and lower is equipped with multiple balls (832), and the ball (832) is slidably connected described
Second sliding slot (842).
7. a kind of ion chromatograph to Drinking Water detection according to claim 5, it is characterised in that: described aobvious
Show that device (85) include the first display board (851), side is equipped with graduated scale (852) on first display board (851), the scale
Ruler (852) side is equipped with the first groove (853), is equipped with real-time flow rate column (854) in first groove (853), described real-time
Flow velocity column (854) side, is symmetrically arranged with two the second grooves (855) on first display board (851), and two described second recessed
Respectively to furnishings there are two the second driving motor (856) in slot (855), two second driving motors (856) are respectively driven
Two the first screw rods (857) of axis connection chain are equipped with limited block (858), the limited block on two first screw rods (857)
(858) be slidably connected the graduated scale (852), and the limited block (858) induction connects the real-time flow rate column (854), and
The limited block (858) is correspondingly connected with the controller (13).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821480533.4U CN208937549U (en) | 2018-09-11 | 2018-09-11 | A kind of ion chromatograph to Drinking Water detection |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201821480533.4U CN208937549U (en) | 2018-09-11 | 2018-09-11 | A kind of ion chromatograph to Drinking Water detection |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN208937549U true CN208937549U (en) | 2019-06-04 |
Family
ID=66720494
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201821480533.4U Active CN208937549U (en) | 2018-09-11 | 2018-09-11 | A kind of ion chromatograph to Drinking Water detection |
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| Country | Link |
|---|---|
| CN (1) | CN208937549U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113777208A (en) * | 2021-09-16 | 2021-12-10 | 王飞龙 | Chemical industry detects uses impurity analysis instrument |
-
2018
- 2018-09-11 CN CN201821480533.4U patent/CN208937549U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113777208A (en) * | 2021-09-16 | 2021-12-10 | 王飞龙 | Chemical industry detects uses impurity analysis instrument |
| CN113777208B (en) * | 2021-09-16 | 2023-07-04 | 海南哈勃新能源技术合伙企业(有限合伙) | Impurity analysis instrument for chemical industry detection |
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