CN103922432A - Multistage combined heat control ultra-pure water continuous generator - Google Patents
Multistage combined heat control ultra-pure water continuous generator Download PDFInfo
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- CN103922432A CN103922432A CN201410161492.2A CN201410161492A CN103922432A CN 103922432 A CN103922432 A CN 103922432A CN 201410161492 A CN201410161492 A CN 201410161492A CN 103922432 A CN103922432 A CN 103922432A
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Abstract
The invention discloses a multistage combined secondary distillation heat control ultra-pure water continuous generator, relating to the technical field of high-purity water preparation. The multistage combined secondary distillation heat control ultra-pure water continuous generator is characterized in that a distiller main body is a cylinder body, and is separated into three regions of a primary distiller, a secondary distiller and a high-purity water storage chamber by an upper partitioning layer and a lower partitioning layer; the upper partitioning layer and the lower partitioning layer are circular glass with diameters equal to the diameter of the cylinder body as the distiller main body, and peripheries of the upper partitioning layer and the lower partitioning layer are adhered and connected with the inner wall of the distiller main body; a V-shaped condensing pipe is located at the upper part of the primary distiller; an outlet pipe of the primary condensing pipe and an inlet pipe of the primary condensing pipe respectively protrude out of the wall of the distiller main body, and the pipe wall and the wall of the distiller main body are adhered together; a quartz heating pipe is U-shaped, a U-shaped opening end of the quartz heating pipe protrudes out of the wall of the distiller, and the pipe wall and the wall of the distiller are adhered together; a secondary electric heating wire is connected with a secondary pressure regulator. According to the multistage combined secondary distillation heat control ultra-pure water continuous generator, the problem of secondary pollution of high-purity water of the prior art is solved; the heat efficiency is increased; the multistage combined secondary distillation heat control ultra-pure water continuous generator is small in volume, high in condensing efficiency and low in cost.
Description
Multistage combined heat regulation ultrapure water continuous generator is dividing an application of invention " multistage combined secondary distillation heat regulation ultrapure water continuous generator ".Original application day: on April 22nd, 2016, application number: 2014100450588, former invention and created name: multistage combined secondary distillation heat regulation ultrapure water continuous generator.
Technical field
Multistage combined heat regulation ultrapure water continuous generator relates to high purity water equipment technical field.
Background technology
The high purity water that scientific research and analysis are used, also claims repeatedly distilled water.High purity water distiller boils in the quartz Asia of preparing high purity water of prior art.Distillation number of times is more, the purity of water is higher, but high purity water distiller boils in the multistage Asia of prior art, as Chinese patent: 01216619.7 and 200920131863.7 is to be installed in series and to realize the preparation of high purity water on boiling the basis of high purity water distiller in the quartzy Asia of single-action, but it is uncovered having the boil pure water water outlet of high purity water distiller of quartzy Asias at different levels, the airborne soluble impurity secondary that remains unchanged dissolves in " high purity water " of having purified, and is still difficult to guarantee the quality of high purity water.Secondly, the quartz Asia of the prior art high purity water distiller that boils, can not continuous supplementation feed liquor, and distillation amount is at 500～600ml/h, distillation speed, while needing high-purity water yield large, have people on duty separately, delay scientific research, once forget that can make water purifior dryout bursts, and causes unnecessary loss and harm.
Summary of the invention
For the defect of prior art, one of object of the application:
Be to adopt multistage distillation to prepare high purity water in complete totally enclosed system, avoid secondary pollution;
Two of the application's object:
Be to provide a kind of multistage distillation of continuous supplementation feed liquor to prepare high-purity hydrophone, alleviate and need the scientific research personnel of high purity water tired;
Three of the application's object:
Be to provide the bubble-free high-efficiency multi-stage distillation preparation of a kind of prolong high-purity hydrophone.
For guaranteeing that above-mentioned purpose realization also should possess:
1, the distillation amount of primary and secondary distiller wants consistent, the two balance;
2, each interlayer, for avoiding hypertonia to occur the unexpected explosion of glass pot, also will keep the internal and external pressure balance in each interlayer;
3, air enters and brings impurity effect pure water quality into;
4, glass pot also will bear certain pressure, avoids the breakage of the accidental collision in packed and transported use procedure.
For achieving the above object, the application by the following technical solutions:
1, multistage combined heat regulation ultrapure water continuous generator, comprises elementary prolong outlet pipe 1-1, elementary V-arrangement prolong 2-1, elementary quartz heating-pipe 3-1, primary distillation device 4-1, elementary prolong inlet tube 5-1, elementary prolong inlet tube water seal 6-1, the elementary liquid funnel 7-1 that holds, elementary filler neck 8-1, secondary prolong outlet pipe 1-2, secondary V-arrangement prolong 2-2, secondary quartz heating-pipe 3-2, secondary distiller 4-2, secondary prolong inlet tube 5-2, secondary prolong inlet tube water seal 6-2, the secondary liquid funnel 7-2 that holds, secondary filler neck 8-2, high purity water outlet pipe 9, silica glass valve 9-1, pressure compensation opening 10, high-order glass pot 11, glass valves 12, first water feed liquor flexible pipe 13, first water fluid inlet 14, support 15, high purity water storage chamber 16, upper interlayer 17-1, lower interlayer 17-2, distiller back cover 18, distiller main body 19, distiller end socket 20, primary air filter 21-1, secondary air strainer 21-2, storage chamber air filter 21-3, primary electrical heated filament 22-1, secondary electrical heated filament 22-2, voltate regulator 23,
It is characterized in that: high-order glass pot 11 bottoms connect glass valves 12, and glass valves 12 connects first water feed liquor flexible pipe 13, and first water feed liquor flexible pipe 13 connects first water fluid inlet 14, and pressure compensation opening 10 is equipped with at high-order glass pot 11 tops;
Distiller main body 19 is right cylinder, and distiller main body 19 is divided into three regions by upper interlayer 17-1 and lower interlayer 17-2, that is: primary distillation device 4-1, secondary distiller 4-2 and high purity water storage chamber 16; It is the isometrical circular glass sheet of right cylinder, the inwall bonding connection of upper interlayer 17-1 and lower interlayer 17-2 circumferential edge and distiller main body 19 that upper interlayer 17-1 and lower interlayer 17-2 are with distiller main body 19;
Distiller main body 19 top bonding connection distiller end sockets 20, distiller main body 19 bottom adhesive connect distiller back cover 18;
Described primary distillation device 4-1 is positioned at distiller main body 19 tops, and primary distillation device 4-1 comprises elementary prolong outlet pipe 1-1, elementary V-arrangement prolong 2-1, elementary quartz heating-pipe 3-1, elementary prolong inlet tube 5-1, elementary prolong inlet tube water seal 6-1, elementary liquid funnel 7-1, elementary filler neck 8-1, upper interlayer 17-1, primary air filter 21-1, the primary electrical heated filament 22-1 of holding; Elementary V-arrangement prolong 2-1 is positioned at primary distillation device 4-1 top; Elementary prolong outlet pipe 1-1 and elementary prolong inlet tube 5-1 lean out respectively outside distiller main body 19 wall walls, and tube wall and distiller main body 19 walls are bonded together;
Elementary quartz heating-pipe 3-1 is U-shaped pipe, inside has primary electrical heated filament 22-1, and elementary quartz heating-pipe 3-1U type opening end leans out outside distiller main body 19 wall walls, and tube wall and distiller main body 19 walls are bonded together;
Elementaryly hold the below that liquid funnel 7-1 is positioned at primary distillation device 4-1 bottom elementary V-arrangement prolong 2-1, face " V " font bottom of elementary V-arrangement prolong 2-1;
First water fluid inlet 14 is positioned at primary distillation device 4-1 bottom one side, the tube wall surrounding of first water fluid inlet 14 and bonding the linking together of upper interlayer 17-1 through upper interlayer 17-1;
The elementary liquid funnel 7-1 bottom of holding is elementary filler neck 8-1, and elementary filler neck 8-1 is positioned at primary distillation device 4-1 bottom center, and through upper interlayer 17-1, the outer wall of elementary filler neck 8-1 is together with upper interlayer 17-1 bonding connection; The outlet of elementary filler neck 8-1 is arranged in secondary distiller 4-2;
Described secondary distiller 4-2 is positioned at distiller main body 19 middle parts, and secondary distiller 4-2 comprises secondary prolong outlet pipe 1-2, secondary V-arrangement prolong 2-2, secondary quartz heating-pipe 3-2, secondary prolong inlet tube 5-2, secondary prolong inlet tube water seal 6-2, secondary liquid funnel 7-2, secondary filler neck 8-2, upper interlayer 17-2, secondary air strainer 21-2, the secondary electrical heated filament 22-2 of holding;
Secondary V-arrangement prolong 2-2 is positioned at secondary distiller 4-2 top; Secondary prolong outlet pipe 1-2 and secondary prolong inlet tube 5-2 lean out respectively outside distiller main body 19 wall walls, and tube wall and distiller main body 19 walls are bonded together;
Secondary quartz heating-pipe 3-2 is U-shaped, inside has secondary electrical heated filament 22-2, departs from the central authorities of distiller main body 19 at the bottom of " V " font of secondary quartz heating-pipe 3-2; (its objective is and make the secondary liquid funnel 7-2 elementary filler neck 8-1 that staggers that holds) secondary quartz heating-pipe 3-2U type opening end leans out outside distiller main body 19 wall walls, and tube wall and distiller main body 19 walls are bonded together;
Described secondary electrical heated filament 22-2 connects voltate regulator 23; For thyristor regulating depressor, (adjustment is added to the voltage on nichrome wire to described voltate regulator 23, controls heating power; Regulate voltate regulator 23 to reduce voltage the heating intensity of secondary electrical heated filament 22-2 is reduced, make the distillation amount of secondary distiller 4-2 and the distillation amount of primary distillation device 4-1 keep balance, avoid secondary distiller 4-2 distillation speed too fast, evaporate to dryness burns out);
Secondaryly hold the below that liquid funnel 7-2 is positioned at secondary distiller 4-2 bottom secondary V-arrangement prolong 2-2, face " V " font bottom of secondary V-arrangement prolong 2-2;
The secondary liquid funnel 7-2 bottom of holding is secondary filler neck 8-2, and secondary filler neck 8-2 is positioned at secondary distiller 4-2 bottom, and through lower interlayer 17-2, the outer wall of secondary filler neck 8-2 is together with lower interlayer 17-2 bonding connection; The outlet of secondary filler neck 8-2 is arranged in high purity water store chamber 16;
Described high purity water store chamber 16 bottoms connect high purity water band valve outlet port pipe 9.
2, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: described elementary prolong inlet tube 5-1 connects elementary prolong inlet tube water seal 6-1.
3, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: described secondary prolong inlet tube 5-2 connects secondary prolong inlet tube water seal 6-2.
4, described multistage combined heat regulation ultrapure water continuous generator, it is characterized in that: described support 15 is identical three of equidistant shape, three supports 15 are positioned at distiller back cover 18 housing bottoms, three support 15 spacing equate, support multistage combined heat regulation ultrapure water continuous generator.
5, described multistage combined heat regulation ultrapure water continuous generator, it is characterized in that: described elementary prolong outlet pipe 1-1, elementary V-arrangement prolong 2-1, elementary quartz heating-pipe 3-1, primary distillation device 4-1, elementary prolong inlet tube 5-1, the elementary liquid funnel 7-1 that holds, elementary filler neck 8-1, secondary prolong outlet pipe 1-2, secondary V-arrangement prolong 2-2, secondary quartz heating-pipe 3-2, secondary distiller 4-2, secondary prolong inlet tube 5-2, the secondary liquid funnel 7-2 that holds, secondary filler neck 8-2, high purity water outlet pipe 9, silica glass valve 9-1, first water fluid inlet 14, high purity water storage chamber 16, upper interlayer 17-1, lower interlayer 17-2, distiller back cover 18, distiller main body 19, distiller end socket 20 is silica glass material, (avoiding the pollution of simple glass to distilled water at different levels).
6, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: described distiller back cover 18 and distiller end socket 20 are the ellipsoid of evagination.(avoiding using or transporting and damage distiller by accidental impact).
7, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: primary air filter 21-1 is housed on distiller end socket 20.
8, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: on top side portion distiller main body 19 walls of secondary distiller 4-2, secondary air strainer 21-2 is housed.
9, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: on the 16 top side portion walls of high purity water storage chamber, storage chamber air filter 21-3 is housed.(air filter can effectively avoid other impurity such as airborne micronic dust, bacterium to enter).
10, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: silica glass valve 9-1 is housed on described high purity water outlet pipe 9.(while stopping using, close glass valves 9-1, can avoid airborne impurity to waft in high purity water storage chamber 16)
Beneficial effect
1, boil after the series connection of high purity water distiller in the multistage quartzy Asia of solution prior art, is non-closed system, avoids causing the problem of secondary pollution;
2, multistage combined heat regulation ultrapure water continuous generator, because multistage distillation device is combined, the second distillation water temp of elementary condensation is high, continues the fast heat utilization rate of heating evaporation high;
3, multistage combined heat regulation ultrapure water continuous generator combine volume little, take up room littlely, cost is low;
4, adopt the water seal of prolong inlet tube to enter prolong by Anti-bubble, elementary V-arrangement prolong and secondary V-arrangement prolong inlet tube enter without bubble, and prolong utilization ratio is high, improves cooling efficiency, reduces water of condensation consumption, saving water resource;
5, in multistage combined heat regulation ultrapure water continuous generator, by regulating high purity water outlet pipe 9 to install silica glass valve 9-1 additional, in used time not, to close, the impurity that prevents air enters high purity water storage chamber 16 and pollutes high purity waters;
6, by the adjustment to the first water feed liquor amount of glass valves 12, can realize the running balance of flooding quantity and high purity water liquid outlet quantity, therefore can alleviate the fatigue that operator's long-time observation causes, and avoid because flooding quantity deficiency causes that instrument dryouies, bursts, damage instrument, even bring harm;
7, in elementary, secondary distiller and high purity water storage chamber, installing air filter additional can effectively avoid other impurity such as airborne micronic dust, bacterium to enter;
8, described glass pot 4 main bodys are cylindrical, and glass pot 4 tops and bottom are the arch of evagination, and top and bottom bearing resistance are high.
9, adopt voltate regulator 23, the Heating temperature of secondary quartz heating-pipe in adjustable secondary distiller, make distillation amount in primary distillation device and the distillation amount in secondary distiller realize running balance, avoid redistilled water in secondary distiller because temperature is higher than the single flash water temp being entered by outside in primary distillation device, the fast evaporate to dryness of distillation speed, the problem burning out.
Accompanying drawing explanation
Fig. 1: multistage combined heat regulation ultrapure water continuous generator structural representation;
In figure: the elementary prolong outlet pipe of 1-1, the elementary V-arrangement prolong of 2-1, the elementary quartz heating-pipe of 3-1, 4-1 primary distillation device, the elementary prolong inlet tube of 5-1, the water seal of the elementary prolong inlet tube of 6-1, the elementary liquid funnel that holds of 7-1, the elementary filler neck of 8-1, 1-2 level prolong outlet pipe, 2-2 level V-arrangement prolong, 3-2 level quartz heating-pipe, 4-2 level distiller, 5-2 level prolong inlet tube, the water seal of 6-2 level prolong inlet tube, 7-2 time level is held liquid funnel, 8-2 level filler neck, 9 high purity water outlet pipes, 9-1 silica glass valve, 10 pressure compensation openings, 11 high-order glass pots, 12 glass valvess, 13 first water feed liquor flexible pipes, 14 first water fluid inlets, 15 supports, 16 high purity water storage chambers, the upper interlayer of 17-1, interlayer under 17-2, 18 distiller back covers, 19 distiller main bodys, 20 distiller end sockets, 21-1 primary air filter, 21-2 secondary air strainer, 21-3 storage chamber air filter, 22-1 primary electrical heated filament, 22-2 secondary electrical heated filament, 23 voltate regulators.
Embodiment
Embodiment 1
1, multistage combined heat regulation ultrapure water continuous generator, comprises elementary prolong outlet pipe 1-1, elementary V-arrangement prolong 2-1, elementary quartz heating-pipe 3-1, primary distillation device 4-1, elementary prolong inlet tube 5-1, elementary prolong inlet tube water seal 6-1, the elementary liquid funnel 7-1 that holds, elementary filler neck 8-1, secondary prolong outlet pipe 1-2, secondary V-arrangement prolong 2-2, secondary quartz heating-pipe 3-2, secondary distiller 4-2, secondary prolong inlet tube 5-2, secondary prolong inlet tube water seal 6-2, the secondary liquid funnel 7-2 that holds, secondary filler neck 8-2, high purity water outlet pipe 9, silica glass valve 9-1, pressure compensation opening 10, high-order glass pot 11, glass valves 12, first water feed liquor flexible pipe 13, first water fluid inlet 14, support 15, high purity water storage chamber 16, upper interlayer 17-1, lower interlayer 17-2, distiller back cover 18, distiller main body 19, distiller end socket 20, primary air filter 21-1, secondary air strainer 21-2, storage chamber air filter 21-3, primary electrical heated filament 22-1, secondary electrical heated filament 22-2, voltate regulator 23,
It is characterized in that: high-order glass pot 11 bottoms connect glass valves 12, and glass valves 12 connects first water feed liquor flexible pipe 13, and first water feed liquor flexible pipe 13 connects first water fluid inlet 14, and pressure compensation opening 10 is equipped with at high-order glass pot 11 tops;
Distiller main body 19 is right cylinder, and distiller main body 19 is divided into three regions by upper interlayer 17-1 and lower interlayer 17-2, that is: primary distillation device 4-1, secondary distiller 4-2 and high purity water storage chamber 16; It is the isometrical circular glass sheet of right cylinder, the inwall bonding connection of upper interlayer 17-1 and lower interlayer 17-2 circumferential edge and distiller main body 19 that upper interlayer 17-1 and lower interlayer 17-2 are with distiller main body 19;
Distiller main body 19 top bonding connection distiller end sockets 20, distiller main body 19 bottom adhesive connect distiller back cover 18;
Described primary distillation device 4-1 is positioned at distiller main body 19 tops, and primary distillation device 4-1 comprises elementary prolong outlet pipe 1-1, elementary V-arrangement prolong 2-1, elementary quartz heating-pipe 3-1, elementary prolong inlet tube 5-1, elementary prolong inlet tube water seal 6-1, elementary liquid funnel 7-1, elementary filler neck 8-1, upper interlayer 17-1, primary air filter 21-1, the primary electrical heated filament 22-1 of holding; Elementary V-arrangement prolong 2-1 is positioned at primary distillation device 4-1 top; Elementary prolong outlet pipe 1-1 and elementary prolong inlet tube 5-1 lean out respectively outside distiller main body 19 wall walls, and tube wall and distiller main body 19 walls are bonded together;
Elementary quartz heating-pipe 3-1 is U-shaped pipe, inside has primary electrical heated filament 22-1, and elementary quartz heating-pipe 3-1U type opening end leans out outside distiller main body 19 wall walls, and tube wall and distiller main body 19 walls are bonded together;
Elementaryly hold the below that liquid funnel 7-1 is positioned at primary distillation device 4-1 bottom elementary V-arrangement prolong 2-1, face " V " font bottom of elementary V-arrangement prolong 2-1;
First water fluid inlet 14 is positioned at primary distillation device 4-1 bottom one side, the tube wall surrounding of first water fluid inlet 14 and bonding the linking together of upper interlayer 17-1 through upper interlayer 17-1;
The elementary liquid funnel 7-1 bottom of holding is elementary filler neck 8-1, and elementary filler neck 8-1 is positioned at primary distillation device 4-1 bottom center, and through upper interlayer 17-1, the outer wall of elementary filler neck 8-1 is together with upper interlayer 17-1 bonding connection; The outlet of elementary filler neck 8-1 is arranged in secondary distiller 4-2.
Described secondary distiller 4-2 is positioned at distiller main body 19 middle parts, and secondary distiller 4-2 comprises secondary prolong outlet pipe 1-2, secondary V-arrangement prolong 2-2, secondary quartz heating-pipe 3-2, secondary prolong inlet tube 5-2, secondary prolong inlet tube water seal 6-2, secondary liquid funnel 7-2, secondary filler neck 8-2, upper interlayer 17-2, secondary air strainer 21-2, the secondary electrical heated filament 22-2 of holding;
Secondary V-arrangement prolong 2-2 is positioned at secondary distiller 4-2 top; Secondary prolong outlet pipe 1-2 and secondary prolong inlet tube 5-2 lean out respectively outside distiller main body 19 wall walls, and tube wall and distiller main body 19 walls are bonded together;
Secondary quartz heating-pipe 3-2 is U-shaped, inside has secondary electrical heated filament 22-2, departs from the central authorities of distiller main body 19 at the bottom of " V " font of secondary quartz heating-pipe 3-2; (its objective is and make the secondary liquid funnel 7-2 elementary filler neck 8-1 that staggers that holds) secondary quartz heating-pipe 3-2U type opening end leans out outside distiller main body 19 wall walls, and tube wall and distiller main body 19 walls are bonded together;
Described secondary electrical heated filament 22-2 connects voltate regulator 23; For thyristor regulating depressor, (adjustment is added to the voltage on nichrome wire to described voltate regulator 23, controls heating power; Regulate voltate regulator 23 to reduce voltage the heating intensity of secondary electrical heated filament 22-2 is reduced, make the distillation amount of secondary distiller 4-2 and the distillation amount of primary distillation device 4-1 keep balance, avoid secondary distiller 4-2 distillation speed too fast, evaporate to dryness burns out);
Secondaryly hold the below that liquid funnel 7-2 is positioned at secondary distiller 4-2 bottom secondary V-arrangement prolong 2-2, face " V " font bottom of secondary V-arrangement prolong 2-2;
The secondary liquid funnel 7-2 bottom of holding is secondary filler neck 8-2, and secondary filler neck 8-2 is positioned at secondary distiller 4-2 bottom, and through lower interlayer 17-2, the outer wall of secondary filler neck 8-2 is together with lower interlayer 17-2 bonding connection; The outlet of secondary filler neck 8-2 is arranged in high purity water store chamber 16;
Described high purity water store chamber 16 bottoms connect high purity water band valve outlet port pipe 9.
2, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: described elementary prolong inlet tube 5-1 connects elementary prolong inlet tube water seal 6-1.
3, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: described secondary prolong inlet tube 5-2 connects secondary prolong inlet tube water seal 6-2.
4, described multistage combined heat regulation ultrapure water continuous generator, it is characterized in that: described support 15 is identical three of equidistant shape, three supports 15 are positioned at distiller back cover 18 housing bottoms, three support 15 spacing equate, support multistage combined heat regulation ultrapure water continuous generator.
5, described multistage combined heat regulation ultrapure water continuous generator, it is characterized in that: described elementary prolong outlet pipe 1-1, elementary V-arrangement prolong 2-1, elementary quartz heating-pipe 3-1, primary distillation device 4-1, elementary prolong inlet tube 5-1, the elementary liquid funnel 7-1 that holds, elementary filler neck 8-1, secondary prolong outlet pipe 1-2, secondary V-arrangement prolong 2-2, secondary quartz heating-pipe 3-2, secondary distiller 4-2, secondary prolong inlet tube 5-2, the secondary liquid funnel 7-2 that holds, secondary filler neck 8-2, high purity water outlet pipe 9, silica glass valve 9-1, first water fluid inlet 14, high purity water storage chamber 16, upper interlayer 17-1, lower interlayer 17-2, distiller back cover 18, distiller main body 19, distiller end socket 20 is silica glass material, (avoiding the pollution of simple glass to distilled water at different levels).
6, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: described distiller back cover 18 and distiller end socket 20 are the ellipsoid of evagination.(avoiding using or transporting and damage distiller by accidental impact).
7, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: primary air filter 21-1 is housed on distiller end socket 20.
8, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: on top side portion distiller main body 19 walls of secondary distiller 4-2, secondary air strainer 21-2 is housed.
9, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: on the 16 top side portion walls of high purity water storage chamber, storage chamber air filter 21-3 is housed.(air filter can effectively avoid other impurity such as airborne micronic dust, bacterium to enter).
10, described multistage combined heat regulation ultrapure water continuous generator, is characterized in that: silica glass valve 9-1 is housed on described high purity water outlet pipe 9.(while stopping using, close glass valves 9-1, can avoid airborne impurity to waft in high purity water storage chamber 16).
Claims (9)
1. multistage combined heat regulation ultrapure water continuous generator, comprise elementary prolong outlet pipe, elementary V-arrangement prolong, elementary quartz heating-pipe, primary distillation device, elementary prolong inlet tube, the water seal of elementary prolong inlet tube, the elementary liquid funnel that holds, elementary filler neck, secondary prolong outlet pipe, secondary V-arrangement prolong, secondary quartz heating-pipe, secondary distiller, secondary prolong inlet tube, the water seal of secondary prolong inlet tube, the secondary liquid funnel that holds, secondary filler neck, high purity water outlet pipe, silica glass valve, pressure compensation opening, high-order glass pot, glass valves, first water feed liquor flexible pipe, first water fluid inlet, support, high purity water storage chamber, upper interlayer, lower interlayer, distiller back cover, distiller main body, distiller end socket, primary air filter, secondary air strainer, storage chamber air filter, primary electrical heated filament, secondary electrical heated filament, voltate regulator,
It is characterized in that: high-order glass pot bottom connects glass valves, and glass valves connects first water feed liquor flexible pipe, the hose connection first water fluid inlet of first water feed liquor, pressure compensation opening is equipped with at high-order glass pot top;
Distiller main body is right cylinder, and distiller main body is divided into three regions by upper interlayer and lower interlayer, that is: primary distillation device, secondary distiller and high purity water storage chamber; It is the isometrical circular glass sheet of right cylinder that upper interlayer and lower interlayer are with distiller main body, the inwall bonding connection of upper interlayer and lower interlayer circumferential edge and distiller main body;
Distiller main body top bonding connection distiller end socket, distiller bottom part body bonding connection distiller back cover;
Described primary distillation device is positioned at distiller main body top, and primary distillation device comprises elementary prolong outlet pipe, elementary V-arrangement prolong, elementary quartz heating-pipe, elementary prolong inlet tube, the water seal of elementary prolong inlet tube, elementary liquid funnel, elementary filler neck, upper interlayer, primary air filter, the primary electrical heated filament of holding; Elementary V-arrangement prolong is positioned at primary distillation device top; Elementary prolong outlet pipe and elementary prolong inlet tube lean out respectively outside distiller main body wall wall, and tube wall and distiller main body wall are bonded together;
Elementary quartz heating-pipe is U-shaped pipe, inside has primary electrical heated filament, and the pipe U-shaped opening end of elementary quartz heating leans out outside distiller main body wall wall, and tube wall and distiller main body wall are bonded together;
Elementaryly hold the below that liquid funnel is positioned at the elementary V-arrangement prolong in primary distillation device bottom, face " V " font bottom of elementary V-arrangement prolong;
First water fluid inlet is positioned at primary distillation device bottom one side through upper interlayer, the tube wall surrounding of first water fluid inlet and upper interlayer is bonding links together;
The elementary liquid funnel bottom of holding is elementary filler neck, and elementary filler neck is positioned at primary distillation device bottom center, and through upper interlayer, the outer wall of elementary filler neck is together with upper interlayer bonding connection; The outlet of elementary filler neck is arranged in secondary distiller;
Described secondary distiller is positioned at distiller main body middle part, and secondary distiller comprises secondary prolong outlet pipe, secondary V-arrangement prolong, secondary quartz heating-pipe, secondary prolong inlet tube, the water seal of secondary prolong inlet tube, secondary liquid funnel, secondary filler neck, upper interlayer, secondary air strainer, the secondary electrical heated filament of holding;
Secondary V-arrangement prolong is positioned at secondary distiller top; Secondary prolong outlet pipe and secondary prolong inlet tube lean out respectively outside distiller main body wall wall, and tube wall and distiller main body wall are bonded together;
Secondary quartz heating-pipe is U-shaped, inside has secondary electrical heated filament, departs from the central authorities of distiller main body at the bottom of " V " font of secondary quartz heating-pipe; The pipe U-shaped opening end of secondary quartz heating leans out outside distiller main body wall wall, and tube wall and distiller main body wall are bonded together;
Described secondary electrical heated filament connects voltate regulator; Described voltate regulator is thyristor regulating depressor;
Secondaryly hold the below that liquid funnel is positioned at the secondary V-arrangement prolong in secondary distiller bottom, face " V " font bottom of secondary V-arrangement prolong;
The secondary liquid funnel bottom of holding is secondary filler neck, and secondary filler neck is positioned at secondary distiller bottom, and through lower interlayer, the outer wall of secondary filler neck is together with lower interlayer bonding connection; The outlet of secondary filler neck is arranged in high purity water store chamber;
Described high purity water store chamber bottom connects high purity water band valve outlet port pipe.
2. multistage combined heat regulation ultrapure water continuous generator as claimed in claim 1, is characterized in that: described elementary prolong inlet tube connects the water seal of elementary prolong inlet tube.
3. multistage combined heat regulation ultrapure water continuous generator as claimed in claim 1, is characterized in that: described secondary prolong inlet tube connects the water seal of secondary prolong inlet tube.
4. multistage combined heat regulation ultrapure water continuous generator as claimed in claim 1, it is characterized in that: described elementary prolong outlet pipe, elementary V-arrangement prolong, elementary quartz heating-pipe, primary distillation device, elementary prolong inlet tube, the elementary liquid funnel that holds, elementary filler neck, secondary prolong outlet pipe, secondary V-arrangement prolong, secondary quartz heating-pipe, secondary distiller, secondary prolong inlet tube, the secondary liquid funnel that holds, secondary filler neck, high purity water outlet pipe, silica glass valve, first water fluid inlet, high purity water storage chamber, upper interlayer, lower interlayer, distiller back cover, distiller main body, distiller end socket is silica glass material.
5. multistage combined heat regulation ultrapure water continuous generator as claimed in claim 1, is characterized in that: described distiller back cover and distiller end socket are the ellipsoid of evagination.
6. multistage combined heat regulation ultrapure water continuous generator as claimed in claim 1, is characterized in that: on distiller end socket, primary air filter is housed.
7. multistage combined heat regulation ultrapure water continuous generator as claimed in claim 1, is characterized in that: on the top side portion distiller main wall of secondary distiller, secondary air strainer is housed.
8. multistage combined heat regulation ultrapure water continuous generator as claimed in claim 1, is characterized in that: on the top side portion wall of high purity water storage chamber, storage chamber air filter is housed.
9. multistage combined heat regulation ultrapure water continuous generator as claimed in claim 1, is characterized in that: on described high purity water outlet pipe, silica glass valve is housed.
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310150516XA CN103214048A (en) | 2013-04-22 | 2013-04-22 | Multi-level combined type secondary distillation heat control ultrapure water continuous generator |
Related Parent Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201310150516XA Division CN103214048A (en) | 2013-04-22 | 2013-04-22 | Multi-level combined type secondary distillation heat control ultrapure water continuous generator |
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| CN103922432B CN103922432B (en) | 2015-07-22 |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN110500770A (en) * | 2019-07-05 | 2019-11-26 | 同济大学 | A kind of ultrapure water heating system of online in-situ type |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| CN104155132B (en) * | 2014-07-30 | 2016-09-07 | 天津大学 | A kind of gaseous organic pollutant generator for air filter test system |
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| Publication number | Priority date | Publication date | Assignee | Title |
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| AU2007202893A1 (en) * | 2007-06-22 | 2009-01-22 | Steven Michael Sutton | A Water Distiller/Purifier |
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- 2013-04-22 CN CN201410161492.2A patent/CN103922432B/en not_active Expired - Fee Related
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| US4089749A (en) * | 1976-03-29 | 1978-05-16 | The United States Of America As Represented By The Department Of Health, Education And Welfare | Apparatus for producing high-purity water |
| CN86206458U (en) * | 1986-08-30 | 1987-09-30 | 长沙市电子材料二厂 | Multifunctional horizental sub-boiling distiller made of quartz glass |
| JPH10244250A (en) * | 1997-02-28 | 1998-09-14 | Mito Rika Glass:Kk | Non-boiling type distillation-purification device |
| CN2538783Y (en) * | 2002-03-01 | 2003-03-05 | 曾宾 | Quartz subnormal boiling high-pure water automatic distiller |
| CN201410306Y (en) * | 2009-05-15 | 2010-02-24 | 深圳市金鹏源辐照技术有限公司 | Quartz sub-boiling distiller |
| CN102976423A (en) * | 2012-12-24 | 2013-03-20 | 济南大学 | Automatic liquid replenishing sub-boil high-purity water distiller |
| CN102976422A (en) * | 2012-12-24 | 2013-03-20 | 济南大学 | Continuous-liquid-adding sub-boil high-purity water distiller and applications thereof |
| CN203187486U (en) * | 2013-04-22 | 2013-09-11 | 济南大学 | Multi-stage combined secondary distillation and heating regulated continuous ultra-purified water generator |
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| CN110500770A (en) * | 2019-07-05 | 2019-11-26 | 同济大学 | A kind of ultrapure water heating system of online in-situ type |
Also Published As
| Publication number | Publication date |
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| CN103922432B (en) | 2015-07-22 |
| CN103214048A (en) | 2013-07-24 |
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