CN2539866Y

CN2539866Y - Liquid thermal directional pressurization system

Info

Publication number: CN2539866Y
Application number: CN 02206878
Authority: CN
Inventors: 袁文征
Original assignee: Individual
Current assignee: Qingdaohuaqingrelikejikaifayouxian Company House
Priority date: 2002-02-18
Filing date: 2002-02-18
Publication date: 2003-03-12
Anticipated expiration: 2012-02-18

Abstract

A liquid heat directional pressurizing system is characterized in that an inner tubular electrode, a middle tubular electrode and an outer tubular electrode are coaxially spaced in an insulating shell of an electric heating pump, one end of the inner tubular electrode is sleeved on three conductor rings of an insulating base communicated with a lead, the other end of the outer tubular electrode is fixedly and electrically connected with a reticular conductor, the electric heating pump is hermetically connected with the electric heating pump through a liquid outlet metal tube, a plurality of guide thrusters with y-shaped inner walls are tightly sleeved in a rigid body tube shell of the electric heating pump at the left inclined curve opening, a power supply live wire is electrically communicated with the inner middle electrode and the zero line of the electric heating pump, liquid forcibly directionally accelerates to flow while being heated, and the system is energy-saving, efficient, low in manufacturing cost and long in service life.

Description

The directed pressurization system of liquid heating power

The utility model relates to and a kind ofly is used for having loop or loop-free closed or semienclosed liquid system to make liquid do the directed pressurization system of mandatory flowing liquid heating power in heating.

At present, making liquid do mandatory mobile majority in heating is that liquid is made flow of fluid by low pressure pump such as blade type, gear type, plunger type, pump such as centrifugal after with heating such as fuel, electric heating, solar energy again, these pumps all need to drag with motor, its complex structure, consumed energy, vibration and noise are arranged, easy break-down.

The purpose of this utility model provides and a kind ofly promptly produces directed heating power in liquid heating, liquid is done in system forced to flow, liquid does not need the energy, not vibration and noise in addition in the overall process that flows, the directed pressurization system of liquid heating power simple in structure, that the life-span is permanent.

The purpose of this utility model is achieved in that an end that is communicated with the liquid outlet metal tube is the U type in the insulation crust of electric heating pump, its the right is a skew curve, the left side is the garden column type, end in rear end cover is connected with the insulator foot thread seal, in insulation crust, the tubular guidewire internal electrode, middle electrode, external electrode is coaxial spaced from inside to outside, on the insulator foot that the feed pathway that is sleeved on one end runs through, in the other end, external electrode grows middle electrode 1-20 millimeter, external electrode firmly is electrically connected with netted conductor, the other end of insulator foot is connected with feed liquor metal tube thread seal, insulator foot with interior, in, on the post surface, garden that outer three electrodes connect conductor loops is guided to insulator foot by lead other end is set respectively, the live wire of power supply is electrically connected with middle electrode by conductor loops, the zero line of power supply respectively by conductor loops with in, external electrode is electrically connected, interior electrode and middle electrode are offered 1-20 the discharge opeing through hole perpendicular to its axis respectively on close insulator foot sidewall, the ground wire of power line with advance, the fluid metal tube is electrically connected, the liquid outlet of electric heating pump is tightly connected by fluid metal tube and thermal pump, the rigid body shell of thermal pump can be a straight tube-like, helical or garden ring-type, the guiding thruster of a tight suit 2-20 same specification in the rigid body shell, the outer wall of guiding thruster is the garden column type, inwall is the y type, the left side of its inwall is a skew curve, the right is the garden camber, and guarantee joint compact and smooth transition between the two guiding thrusters, angle between the tangent line of the tangent line of left side skew curve and garden, the right arc is 5 °-30 °, the tangent line and the angle between its center line of garden, the right arc are 25 °-85 °, the inner chamber minimum diameter of guiding thruster is 0.2-0.85 a times of inner chamber maximum diameter, the width of sharp corner is the 0.5-8 millimeter, length from the sharp corner to the right side is 0.1-0.5 times of length overall, because in the electric heating pump, the live wire electromotive force of electrode during external electrode and the tight electric shield of netted conductor that is electrically connected with external electrode, advancing, when liquid outlet is keeping zero potential, the electric heating conversion directly, efficiently, interior can sharply increasing in liquid heating in the electric heating pump and make fluid molecule accelerated motion, in, in, the left end gap of outer three electrodes is Transverse planes of insulator foot, liquid can only flow to the right-hand member liquid outlet direction that does not have barrier, the liquid of liquid entering hole is through interior electrode, the discharge opeing through hole of middle electrode is given to replenish, owing to the skew curve structure of liquid outlet direction reduces the resistance of liquid directional flow, when hydrothermal solution process thermal pump, liquid produces hot eddy expansion phenomenon in its guiding thruster, make its left side at two guiding thruster inwalls, right surface forms two groups of opposite damping forces of direction, by a left side, the morpheme size decision on right two surfaces and checking by experiment, the negative damping power on the left side is greater than the positive damping power on the right, force liquid in thermal pump, to do from left to right to quicken to flow, specific requirement according to system, a dried approximately thermal pump can be set in system to be connected in the same way to satisfy required flow velocity and flow, when electric heating pump quits work, as long as in the liquid system temperature difference is arranged, thermal pump also can make liquid do mandatory flowing from high temperature to the low temperature place.

Owing to adopt such scheme, the utility model all can make loop or loop-free closed or semienclosed liquid do mandatory flowing in heating, and energy saving, does not have vibration and noise, and simple in structure, the life-span is permanent.

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is a structural representation of the present utility model.

Fig. 2 is the sectional view of electric heating pump among Fig. 1.

Fig. 3 is the sectional view of thermal pump among Fig. 1.

Fig. 4 is the structural representation of guiding thruster among Fig. 1.

Electrode discharge opeing through hole 22. earth connection lines 23. earth connection lines in netted conductor 16. insulation crusts of the electrode 13. external electrode conductor loops 14. external electrodes 15. 17. fluid metal tubes 18. rigid body shells 19. guiding thrusters 20. interior electrode discharge opeing through holes 21. in the electrode conductor ring 12. in 1. electric heating pumps, 2. thermal pumps, 3. feed liquor metal tubes, 4. rear end caps, 5. power firestreak lines, 6. power line wire holes, 7. zero-power line lines, 8. insulator foots, the 9. interior electrode conductor ring 10. interior electrodes 11. among the figure.

In Fig. 1, the shell (16) of electric heating pump (1) is connected with insulator foot (8) thread seal, rear end cover (4) is tightly connected with shell (16), feed liquor metal tube (3) is connected with insulator foot (8) thread seal through rear end cover (4), the interior electrode conductor ring (9) that the other end of insulator foot (8) is provided with, middle electrode conductor ring (11), external electrode conductor loops (13) respectively with the interior electrode (10) that has discharge opeing through hole (20), the middle electrode (12) that has discharge opeing through hole (21), external electrode (14) is the coaxial spaced suit from inside to outside, the other end of external electrode (14) firmly is electrically connected with netted conductor (15), power firestreak connects (5) and is electrically connected with middle electrode conductor ring (11) by insulator foot (8), zero-power line line (7) is electrically connected with interior electrode conductor ring (9) and external electrode conductor loops (13) respectively by insulator foot (8), ground wire line (22), one end of ground wire line (23) respectively with feed liquor metal tube (3), fluid metal tube (17) is electrically connected, the other end is electrically connected with the power ground line respectively, the liquid outlet end of insulation crust (16) is connected with fluid metal tube (17) thread seal, the threaded one end of the rigid body shell (18) of the other end of fluid metal tube (17) and thermal pump (2) is tightly connected, and closely is sleeved in the rigid body shell (18) according to the guiding thruster (19) of skew curve opening same direction left with a plurality of same specifications.

In Fig. 4, the outer wall of guiding thruster (19) is the garden column type, inwall is the y type, angle α is 5 °-30 ° between the tangent line a of the tangent line b of inwall left side skew curve and garden, the right arc, angle β is 25 °-85 ° between the tangent line a of garden, the right arc and its center line c, the minimum diameter d of inner chamber is 0.2-0.8 a times of inner chamber maximum dimension D o, and the width B of sharp corner is the 0.5-8 millimeter, and the distance L 0 from the sharp corner to the right side is 0.1-0.5 a times of length overall L.

Claims

1, the directed pressurization system of a kind of liquid heating power, it is characterized in that: an end that is communicated with the liquid outlet metal tube in the insulation crust of electric heating pump is the U type, its the right is a skew curve, the left side is the garden column type, end in rear end cover is connected with the insulator foot thread seal, in insulation crust, the tubular guidewire internal electrode, middle electrode, external electrode is coaxial spaced from inside to outside, on the insulator foot that the feed pathway that is sleeved on one end runs through, in the other end, external electrode grows middle electrode 1-20 millimeter, external electrode firmly is electrically connected with netted conductor, the other end of insulator foot is connected with feed liquor metal tube thread seal, insulator foot with in, in, on the post surface, garden that outer three electrodes connect conductor loops is guided to insulator foot by lead other end is set respectively, the live wire of power supply is electrically connected with middle electrode by conductor loops, the zero line of power supply respectively by conductor loops with in, external electrode is electrically connected, interior electrode and middle electrode are offered 1-20 the discharge opeing through hole perpendicular to its axis respectively on the close sidewall of insulator foot, the ground wire of power line with advance, the fluid metal tube is electrically connected, the liquid outlet of electric heating pump is connected with the rigid body package closure of thermal pump by the fluid metal tube, the rigid body shell can be a straight tube-like, helical or garden ring-type, the guiding thruster of a tight suit 2-20 same specification in the rigid body shell, the outer wall of guiding thruster is the garden column type, inwall is the y type, the left side of its inwall is a skew curve, the right is the garden camber, and guarantee joint compact and smooth transition between the two guiding thrusters, angle between the tangent line of the tangent line of left side skew curve and garden, the right arc is 5 °-30 °, the tangent line and the angle between its center line of garden, the right arc are 25 °-85 °, the inner chamber minimum diameter of guiding thruster is 0.2-0.85 a times of inner chamber maximum diameter, the width of sharp corner is the 0.5-8 millimeter, and the length from the sharp corner to the right side is 0.1-0.5 times of length overall.