CN209465421U - A kind of cooling device of supersonic wave cleaning machine - Google Patents

Abstract

The utility model discloses a kind of cooling devices of supersonic wave cleaning machine, it is related to supersonic wave cleaning machine technical field, its key points of the technical solution are that: the ultrasonic transducer that bottom of rinse bath in the intracorporal rinse bath of machine, is set is set up including body, opening, it further include cooling body, cooling body includes water pump, circulation pipe, water pump is in outside body, and one end of circulation pipe is connected in one end of water pump, and the other end of circulation pipe passes through rinse bath and is connected to the other end of water pump.Circulation pipe filling heat-conductive liquid, conductive fluid can be made in circulation pipe internal circulation flow by water pump, conductive fluid is absorbed heat in cleaning solution one end, it arrives outside body and radiates again, to pass through the heat for circulating consumption cleaning solution and generating of conductive fluid, the temperature growth rate of cleaning solution is reduced, to reduce the influence to the sample being in rinse bath.

Description

A kind of cooling device of supersonic wave cleaning machine

Technical field

The utility model relates to supersonic wave cleaning machine technical field, in particular to the cooling dress of a kind of supersonic wave cleaning machine It sets.

Background technique

Ultrasonic cleaning refers to using ultrasonic wave cavitation, acceleration effect and direct flow effect in a liquid to liquid Body and dirt directly, indirectly effect, make crud layer by dispersion, emulsification, removing and reach cleaning purpose.In all cleaning sides In formula, ultrasonic cleaning is the best one kind of efficiency highest, effect, therefore is widely used.

Currently, as shown in Figure 1, a kind of supersonic wave cleaning machine of use for laboratory comprising body 1, rinse bath 11, setting exist The ultrasonic transducer 12 of slot bottom, the shelf for storage 3 for placing experimental apparatus, shelf for storage 3 are placed into rinse bath 11, are poured into clear Washing lotion makes cleaning solution cover experiment equipment to be cleaned, then generates ultrasonic wave by ultrasonic transducer 12 to carry out ultrasonic wave Cleaning.

In laboratory, supersonic wave cleaning machine is not only cleaned only to experimental apparatus, additionally it is possible to in laboratory Sample carries out some pre-treatments, broken, dispersion, hydrotropy, extracts extraction, accelerates chemical reaction etc., has very extensive applicable Range.But in use due to supersonic wave cleaning machine, cleaning solution vibration can generate heat, and then improve cleaning solution temperature, And higher temperature is easily destroyed cell, albumen, organic matter in sample etc., influences subsequent experimental.

Utility model content

In view of the deficienciess of the prior art, the purpose of this utility model is to provide a kind of coolings of supersonic wave cleaning machine Device accelerates the heat of cleaning solution to distribute by circulating for conductive fluid, to achieve the purpose that reduce cleaning solution temperature.

The above-mentioned technical purpose of the utility model has the technical scheme that a kind of supersonic wave cleaning machine Cooling device, including body, the open ultrasonic wave transducer for setting up in the intracorporal rinse bath of machine, being arranged in bottom of rinse bath Device further includes cooling body, and the cooling body includes water pump, circulation pipe, and the water pump is in outside body, one end of circulation pipe It is connected in one end of water pump, the other end of circulation pipe passes through rinse bath and is connected to the other end of water pump.

Through the above technical solutions, circulation pipe filling heat-conductive liquid, can make conductive fluid in circulation pipe inner recirculation flow by water pump Dynamic, for the cleaning solution in rinse bath due to vibration and when heating up, temperature is transmitted to leading in one section of circulation pipe being in rinse bath In hydrothermal solution, the conductive fluid after being heated can dissipate the heat to the air after moving to outside body, at a temperature of making conductive fluid Drop, so that the temperature growth rate of cleaning solution is reduced by the heat for circulating consumption cleaning solution and generating of conductive fluid, thus Reduce the influence to the sample being in rinse bath.

Preferably, the circulation pipe includes absorbing pipe, several connecting tubes, and the absorbing pipe is located in rinse bath, the suction The both ends of heat pipe are connected to the both ends of water pump respectively by several connecting tubes, the serpentine-like setting of absorbing pipe.

Through the above technical solutions, the contact area of absorbing pipe and cleaning solution is big, the conductive fluid for flowing through absorbing pipe can be sufficiently Heat absorption accelerates radiating efficiency to make conductive fluid that can carry more heats in the case where fixed flow rate；In addition, can also drop The low requirement to pump power is also able to maintain preferable heat-sinking capability, reduces energy consumption.

Preferably, the circulation pipe further includes two heat outting pipes, and two heat outting pipes are in outside body, the absorbing pipe Both ends are connected to two heat outting pipes respectively by several connecting tubes, two heat outting pipes by several connecting tubes respectively with water pump two End connection, the heat outting pipe are in U-shape.

Through the above technical solutions, increasing the contact area of heat outting pipe and outside air, so that conductive fluid is flowing through heat release Guan Shineng is sufficiently exothermic, makes conductive fluid that can also absorb amount of heat when absorbing heat again in absorbing pipe.

Preferably, several support columns are equipped in the rinse bath, support column one end is connected to rinse bath slot bottom, support column The other end upwardly extends and is higher than the circulation pipe being in rinse bath, and several support columns are symmetrically distributed in the circulation pipe in rinse bath Two sides.

Through the above technical solutions, shelf for storage is placed on the support columns, avoids shelf for storage and circulation pipe from directly contacting, prevent Shelf for storage causes to damage to circulation pipe, extends the service life of circulation pipe.

Preferably, the cooling body further includes supporting table, and the supporting table is equipped with cooling bath, and two heat outting pipes are located In cooling bath.

Through the above technical solutions, can add cooling water in cooling bath, the heating conduction of water is better than air, conductive fluid After flowing through heat outting pipe, heat can quickly be spread in cooling water, decline faster the temperature of conductive fluid, convenient for after conductive fluid Continuous heat absorption again.

Preferably, drainpipe and water inlet pipe are equipped in the cooling bath, drainpipe and water inlet pipe are equipped with valve.

It water and discharges water through the above technical solutions, cooling bath is facilitated to add, it is cooling when supersonic wave cleaning machine works long hours down When coolant-temperature gage raising is unable to satisfy heat dissipation and needs, also can quickly it be replaced.

Preferably, the circulation pipe is equipped with inlet tube and drain pipe, is equipped with valve on inlet tube and drain pipe.

Through the above technical solutions, heating conduction can decline after the conductive fluid in circulation pipe is used for multiple times, pass through drain After pipe empties these conductive fluids, then pass through inlet tube and inject new conductive fluid in circulation pipe, makes the cold of entire cooling body But effect keeps good.

Preferably, the drain pipe is located at outside cooling bath, and the both ends of the drain pipe are worn to cooling bath, the drain One end of pipe is connected to circulation pipe, and the valve of the drain pipe is in outside cooling bath.

Through the above technical solutions, convenient for the opening and closing of control drain pipe, enable conductive fluid in circulation pipe more easily by It is expelled in cooling bath, then is discharged by the drainpipe in cooling bath.

In conclusion the utility model having the beneficial effect that in contrast to the prior art

1. accelerating the heat dissipation of cleaning solution, so that the heating rate of cleaning solution is reduced, to sample by setting circulation pipe and water pump Product are protected；

2. enhance the heat absorption capacity and emission capacity of conductive fluid by setting absorbing pipe and heat outting pipe, further speed up pair The heat dissipation of cleaning solution；

3. being easier the characteristics of radiating than air using cooling water by setting cooling bath, accelerate the heat dissipation speed of conductive fluid Degree further controls the temperature of cleaning solution.

Detailed description of the invention

Fig. 1 is the structural schematic diagram of the prior art；

Fig. 2 is the overall structure diagram of embodiment；

Fig. 3 is the structural schematic diagram of the cooling body of embodiment.

Appended drawing reference: 1, body；11, rinse bath；12, ultrasonic transducer；13, support column；2, cooling body；21, water Pump；22, circulation pipe；221, absorbing pipe；222, heat outting pipe；223, connecting tube；23, inlet tube；24, drain pipe；25, supporting table； 251, cooling bath；26, water inlet pipe；27, drainpipe；3, shelf for storage.

Specific embodiment

The utility model is described in further detail below in conjunction with attached drawing.

A kind of cooling device of supersonic wave cleaning machine, as shown in Fig. 2, including body 1, cooling body 2, shelf for storage 3, body 1 is equipped with rinse bath 11, and vertically upward, the slot bottom of rinse bath 11 is equipped with ultrasonic transducer 12, cleaning to the notch of rinse bath 11 Several support columns 13 are additionally provided in slot 11, cooling body 2 is located at the side of body 1, and shelf for storage 3 can be put into cleaning from top to bottom On the support column 13 of slot 11, cooling body 2 is for rise the temperature in rinse bath 11 will not too fast.

Referring to fig. 2, Fig. 3, cooling body 2 include water pump 21, circulation pipe 22, supporting table 25, and supporting table 25 is connected to body 1 On side wall, supporting table 25 is equipped with cooling bath 251, water inlet pipe 26, drainpipe 27, and water inlet pipe 26 and drainpipe 27 are located at branch On the two sides lateral wall for supportting platform 25, and water inlet pipe 26 and drainpipe 27 are connected to cooling bath 251, and water inlet pipe 26 is far from cooling The slot bottom of slot 251, for drainpipe 27 close to the slot bottom of cooling bath 251, drainpipe 27 and water inlet pipe 26 are in the end outside cooling bath 251 Valve is equipped in portion, water pump 21 is in cooling bath 251.Circulation pipe 22 includes 221, two heat outting pipes 222 of absorbing pipe, several Connecting tube 223, absorbing pipe 221 is serpentine-like and is in rinse bath 11, and absorbing pipe 221 is in 11 slot bottom of shelf for storage 3 and rinse bath Between, two heat outting pipes 222 are in cooling bath 251 and are located at the two sides of cooling bath 251, and heat outting pipe 222 is U Type, and the middle part of two heat outting pipes 222 is oppositely arranged, several connecting tubes 223 are respectively by the both ends of water pump 21 and two heat outting pipes Two heat outting pipes 222 are connected to by 222 connections, several connecting tubes 223 with absorbing pipe 221 respectively.Drain is additionally provided on circulation pipe 22 Pipe 24, inlet tube 23, inlet tube 23 and drain pipe 24 are connected in the connecting tube 223 of 21 two sides of water pump, and inlet tube 23 is remote Vertically upward, and inlet tube 23 is equipped with valve for one end from corresponding connecting tube 223, drain pipe 24 be it is U-shaped, the two of drain pipe 24 End is in cooling bath 251, and one end of drain pipe 24 is connected in corresponding connecting tube 223, and the other end of drain pipe 24 is in The center of the lower section of corresponding connecting tube 223, drain pipe 24 is outer in cooling bath 251 and is equipped with valve.

In the actual operation process, shelf for storage 3 is put into from top to bottom in rinse bath 11, several support columns 13 are by storage Frame 3 supports, and the experimental apparatus equipped with sample is placed into again on shelf for storage 3, and enough cleaning solutions are poured into rinse bath 11, are made Cleaning solution is partially submerged by experimental apparatus, restarts ultrasonic transducer 12, vibrates cleaning solution, if the vibration to experimental apparatus Time is shorter, then only starts water pump 21, makes water pump 21 drive conductive fluid in 22 internal circulation flow of circulation pipe, if to experimental apparatus Time of vibration is longer, then while starting water pump 21, cold water is put into cooling bath 251 by water inlet pipe 26, cold water is minimum Flood two heat outting pipes 222 being in cooling bath 251.When conductive fluid by the heat transfer of cleaning solution into cooling bath 251, And when the water temperature in cooling bath 251 being made to rise too high, the water of higher temperatures can be discharged by drainpipe 27, then again from water inlet pipe 26 are put into cold water, make the better heat-radiation effect of conductive fluid.

The above is only the exemplary embodiment of the utility model, the protection model rather than limited the present invention It encloses, the protection scope of the utility model is determined by the attached claims.

Claims (8)

1. a kind of cooling device of supersonic wave cleaning machine sets up the rinse bath in body (1) including body (1), opening (11), the ultrasonic transducer (12) in rinse bath (11) bottom is set, it is characterized in that: further include cooling body (2), it is described cold But mechanism (2) includes water pump (21), circulation pipe (22), and the water pump (21) is in body (1) outside, and one end of circulation pipe (22) connects It connects in one end of water pump (21), the other end of circulation pipe (22) passes through rinse bath (11) and is connected to the another of water pump (21) End.

2. the cooling device of a kind of supersonic wave cleaning machine according to claim 1, it is characterized in that: the circulation pipe (22) wraps Absorbing pipe (221), several connecting tubes (223) are included, the absorbing pipe (221) is located in rinse bath (11), the absorbing pipe (221) Both ends be connected to respectively with the both ends of water pump (21) by several connecting tubes (223), the serpentine-like setting of the absorbing pipe (221).

3. the cooling device of a kind of supersonic wave cleaning machine according to claim 2, it is characterized in that: the circulation pipe (22) is also Including two heat outting pipes (222), two heat outting pipes (222) are in body (1) outside, and the both ends of the absorbing pipe (221) pass through Several connecting tubes (223) are connected to two heat outting pipes (222) respectively, and two heat outting pipes (222) pass through several connecting tubes (223) point It is not connected to the both ends of water pump (21), the heat outting pipe (222) is in U-shape.

4. the cooling device of a kind of supersonic wave cleaning machine according to claim 1, it is characterized in that: in the rinse bath (11) Equipped with several support columns (13), support column (13) one end is connected to rinse bath (11) slot bottom, and the other end of support column (13) is upward Extend and be higher than the circulation pipe (22) being in rinse bath (11), several support columns (13) are symmetrically distributed in rinse bath (11) The two sides of circulation pipe (22).

5. the cooling device of a kind of supersonic wave cleaning machine according to claim 1, it is characterized in that: the cooling body (2) It further include supporting table (25), the supporting table (25) is equipped with cooling bath (251), and two heat outting pipes (222) are in cooling bath (251) in.

6. the cooling device of a kind of supersonic wave cleaning machine according to claim 5, it is characterized in that: the cooling bath (251) In be equipped with drainpipe (27) and water inlet pipe (26), drainpipe (27) and water inlet pipe (26) are equipped with valve.

7. the cooling device of a kind of supersonic wave cleaning machine according to claim 5, it is characterized in that: on the circulation pipe (22) Equipped with inlet tube (23) and drain pipe (24), valve is equipped on inlet tube (23) and drain pipe (24).

8. the cooling device of a kind of supersonic wave cleaning machine according to claim 7, it is characterized in that: the drain pipe (24) position Outside in cooling bath (251), the both ends of the drain pipe (24) are worn to cooling bath (251), one end of the drain pipe (24) It is connected to circulation pipe (22), the valve of the drain pipe (24) is in cooling bath (251) outside.