CN208504884U - A kind of high-efficiency and energy-saving type Bioexperiment drying device - Google Patents

Abstract

The utility model relates to biological plant fields, more particularly to a kind of high-efficiency and energy-saving type Bioexperiment drying device, including cabinet, inside casing, temperature inductor, support plate, fixed plate, snorkel, branch pipe, ring-shaped foam, placement plate, water cooling dehumidification device, air pump, air inlet frame, air-heater, bifurcated pipe and controller, chamber door is provided on the front side wall of cabinet, cabinet is internally provided with inside casing, air inlet is evenly arranged on the left and right sides wall of inside casing, temperature inductor is provided at the top of inside casing, support plate is disposed with inside inside casing along the longitudinal direction, fixed plate and snorkel, the first opening and the second opening are respectively arranged in support plate and fixed plate, the left and right ends of snorkel extend through the left and right sidewall of inside casing, branch pipe is provided on snorkel, the present apparatus can not only quickly do Bioexperiment vessel It is dry, moreover it is possible to reduce the consumption of the energy, there is stronger applicability.

Description

A kind of high-efficiency and energy-saving type Bioexperiment drying device

Technical field

The utility model relates to biological plant fields, and in particular to a kind of high-efficiency and energy-saving type Bioexperiment drying device.

Background technique

Drying box is the very common experimental instrument and equipment of biological study, and drying box currently on the market is mostly desciccation Dry, hot gas drying compares electrothermal drying, can faster take away the moisture of vessel surface, drying efficiency is faster.Dry hot gas The moisture of vessel surface and discharge are taken away, being discharged in gas still carries afterheat, will cause the waste of the energy if direct emission. And drying box currently on the market, when test tube class long tube vessel are dried, since long tube vessel are deeper, hot gas is difficult to The root of long tube vessel is arrived at, drying efficiency is slower.

Utility model content

In view of the above problems, the utility model discloses a kind of high-efficiency and energy-saving type Bioexperiment drying device, the device Rapid draing can not only be carried out to test tube class long tube vessel, additionally it is possible to the hot gas of discharge be recycled, the energy is reduced Waste.

Specific technical solution is as follows:

A kind of high-efficiency and energy-saving type Bioexperiment drying device, it is characterised in that: including cabinet, inside casing, temperature inductor, Support plate, fixed plate, snorkel, branch pipe, ring-shaped foam, placement plate, water cooling dehumidification device, air pump, air inlet frame, hot wind Machine, bifurcated pipe and controller, are provided with chamber door on the front side wall of the cabinet, and the cabinet is internally provided with inside casing, described It is evenly arranged with air inlet on the left and right sides wall of inside casing, is provided with temperature inductor at the top of the inside casing, in the inside casing Portion is disposed with support plate, fixed plate and snorkel along the longitudinal direction, and the is respectively arranged in the support plate and fixed plate One opening extends through the left and right sidewall of the inside casing with the second opening, the left and right ends of the snorkel, on the snorkel It is provided with branch pipe, the upper end of the branch pipe is each passed through first opening and the second opening, is provided on the outside of the branch pipe Ring-shaped foam, the ring-shaped foam are located at the top of the fixed plate, are provided with placement below the snorkel Plate, water cooling dehumidification device is provided at the top of the cabinet, and the water cooling dehumidification device includes water storage frame, bottom frame, water inlet, goes out The mouth of a river, the first T-type pipe, the second T-type pipe, U-tube, water guide branch pipe and aqueduct, the bottom of the water storage frame are provided with bottom frame, institute The top that bottom frame is fixed on the cabinet is stated, the left upper end and bottom righthand side of the water storage frame are respectively arranged with water outlet and water inlet Mouthful, the left and right sides inside the water storage frame is respectively arranged with the second T-type pipe and the first T-type pipe, the second T-type pipe and first T-type pipe extends through the left and right sidewall of the water storage frame, is evenly arranged between the first T-type pipe and the second T-type pipe U-shaped Pipe, the bottom of the U-tube are provided with water guide branch pipe, and the water guide branch pipe runs through the bottom of the water storage frame, the water guide branch The bottom of pipe is provided with aqueduct, and the aqueduct runs through the rear wall of the bottom frame, sets on the right side of the water cooling dehumidification device Be equipped with air pump, one end of the water cooling dehumidification device is connected with the air pump air inlet, the water cooling dehumidification device it is another End is connected by connecting tube with the inside casing, and air inlet frame is provided on the left of the water cooling dehumidification device, the air inlet frame Opening is provided on left side wall, the gas outlet of the air pump is connected by connecting tube with the air inlet frame, the air inlet frame Lower section is provided with air-heater, and the air inlet of the air-heater is connected with the air inlet frame, and the gas outlet of the air-heater is run through The top of the cabinet, the gas outlet bottom of the air-heater are connected with bifurcated pipe, control are provided on the right side wall of the cabinet Device processed, the controller and the temperature inductor, air pump and air-heater are electrically connected.

Preferably, the edge of the chamber door is provided with sealing ring.

Preferably, the water outlet is located at the top of the U-tube.

Preferably, the second T-type pipe, the first T-type pipe, water inlet, water outlet and water guide branch pipe and the water storage frame Junction is provided with sealing ring.

Preferably, second opening and the first opening and the branch pipe are all clearance fit.

Preferably, venthole is all evenly arranged in the support plate, placement plate and fixed plate.

The utility model has the advantages that

The present apparatus can not only quickly dry Bioexperiment vessel, moreover it is possible to reduce the consumption of the energy, have compared with Strong applicability.When the utility model is used, vessel need to be dried to be placed in placement plate, the vessel of long tubing is opened from first Mouth is put into, and is placed on the outside of branch pipe, then shuts chamber door and engaging means power supply, and the setting of chamber door upper seal can increase The air-tightness of device avoids hot gas from running out of from gap, and chamber door operates and to box house air-blowing, and dry hot gas is through bifurcated pipe quilt It is divided into the flow direction of left and right two, the dry hot gas of a part enters in inside casing from air inlet, the vessel in placement plate is dried, Another part hot gas enters in snorkel, and the inside of long tubing vessel is dried from the branch pipe blowout on snorkel, Ring-shaped foam play it is ventilative with avoid long tube from being put into during bottom broken up the case where, carrying inside long tubing vessel The hot gas of moisture is blown out from nozzle, this kind design can make hot gas reach the root of long tubing vessel and be dried, and is improved The rate of dryings of long tubing vessel, the setting of support plate, placement plate and fixed plate upper vent hole make in gas is easier to be full of The inside of frame, air pump operating the gas inside inside casing is drawn onto water cooling dehumidification device, the water inlet on water cooling dehumidification device into Water, water outlet water outlet make full of cooling water inside water storage frame, and cooling water cools down U-tube, and water outlet is higher than U-tube energy It is enough dipped in U-tube in water completely, cools down U-tube preferably, the hot gas for carrying moisture enters respectively from the second T-type pipe In a U-tube, the steam in moist hot gas is condensed return water drop, and water droplet is flowed out from the water guide branch pipe of U-tube bottom, and by water guide Pipe export, the setting of multiple U-tubes are capable of increasing the contact area of gas and U-tube, enable steam is more efficient to be condensed into Water droplet, the gas after water removal are exported from U-tube, and gas is blown into air inlet frame by air pump, after air inlet frame will remove moisture again Hot gas is blown into cabinet after heating again, and the opening closed on the left of air inlet frame plays the role of balancing air inlet frame air pressure inside, When box house reaches certain temperature, temperature inductor sends electric signal to controller, and controller controls air pump and air-heater It shuts down, when temperature is lower than setting temperature, controller controls air pump again and air-heater starts again at operating, this kind of hot gas follows The setting of ring is not only able to reduce the consumption of the energy, additionally it is possible to so that box house is rapidly heated to improve the dry effect of device Rate.

Detailed description of the invention

In order to illustrate the embodiment of the utility model or the technical proposal in the existing technology more clearly, below will be to embodiment Or attached drawing needed to be used in the description of the prior art is briefly described, it should be apparent that, the accompanying drawings in the following description is only It is some embodiments of the utility model, for those of ordinary skill in the art, in the premise not made the creative labor Under, it is also possible to obtain other drawings based on these drawings.

Fig. 1: the structural schematic diagram of the utility model；

Fig. 2: the main view of the utility model；

Fig. 3: the main view of the utility model water cooling dehumidification device；

Fig. 4: the top view of the utility model water cooling dehumidification device；

Fig. 5: the side view of the utility model water cooling dehumidification device.

Appended drawing reference is as follows: 1, cabinet, 2, inside casing, 3, temperature inductor, 4, support plate, 5, fixed plate, 6, snorkel, 7, Branch pipe, 8, ring-shaped foam, 9, placement plate, 10, water cooling dehumidification device, 11, air pump, 12, air pump, 13, air pump, 14, bifurcated Pipe, 15, controller, 101, chamber door, 201, air inlet, 401, air inlet, the 501, second opening, 1001, water storage frame, 1002, bottom Frame, 1003, water inlet, 1004, water outlet, the 1005, first T-type pipe, the 1006, second T-type pipe, 1007, U-tube, 1008, U-shaped Pipe, 1009, aqueduct.

Specific embodiment

It is practical new below in conjunction with this to keep the objectives, technical solutions, and advantages of the embodiments of the present invention clearer Attached drawing in type embodiment, the technical scheme in the utility model embodiment is clearly and completely described, it is clear that is retouched The embodiment stated is the utility model a part of the embodiment, instead of all the embodiments.Based on the implementation in the utility model Example, every other embodiment obtained by those of ordinary skill in the art without making creative efforts belong to The range of the utility model protection.

In conjunction with Fig. 2,3,4,5, referring to Fig. 1: a kind of high-efficiency and energy-saving type Bioexperiment drying device, including cabinet 1, inside casing 2, temperature inductor 3, support plate 4, fixed plate 5, snorkel 6, branch pipe 7, ring-shaped foam 8, placement plate 9, water cooling dehumidifying dress 10, air pump 11, air inlet frame 12, air-heater 13, bifurcated pipe 14 and controller 15 are set, is provided with chamber door on the front side wall of cabinet 1 101, cabinet 1 is internally provided with inside casing 2, and air inlet 201, the top of inside casing 2 are evenly arranged on the left and right sides wall of inside casing 2 It is provided with temperature inductor 3, is disposed with support plate 4, fixed plate 5 and snorkel 6 inside inside casing 2 along the longitudinal direction, is supported It is respectively arranged with the first opening 401 on plate 4 and fixed plate 5 and the second opening 501, the left and right ends of snorkel 6 extend through interior The left and right sidewall of frame 2, branch pipe 7 is provided on snorkel 6, and the upper end of branch pipe 7 is each passed through the first opening 401 and the second opening 501, the outside of branch pipe 7 is provided with ring-shaped foam 8, and ring-shaped foam 8 is located at the top of fixed plate 5, under snorkel 6 Side is provided with placement plate 9, and the top of cabinet 1 is provided with water cooling dehumidification device 10, water cooling dehumidification device 10 include water storage frame 1001, Bottom frame 1002, water inlet 1003, water outlet 1004, the first T-type pipe 1005, the second T-type pipe 1006, U-tube 1007, water guide branch pipe 1008 and aqueduct 1009, the bottom of water storage frame 1001 be provided with bottom frame 1002, bottom frame 1002 is fixed on the top of cabinet 1, store The left upper end and bottom righthand side of water frame 1001 are respectively arranged with water outlet 1004 and water inlet 1003, the left and right inside water storage frame 1001 Two sides are respectively arranged with the second T-type pipe 1006 and the first T-type pipe 1005, and the second T-type pipe 1006 passes through respectively with the first T-type pipe 1005 The left and right sidewall of water storage frame 1001 is worn, is evenly arranged with U-tube 1007, U between the first T-type pipe 1005 and the second T-type pipe 1006 The bottom of type pipe 1007 is provided with water guide branch pipe 1008, and water guide branch pipe 1008 runs through the bottom of water storage frame 1001, water guide branch pipe 1008 bottom is provided with aqueduct 1009, and aqueduct 1009 runs through the rear wall of bottom frame 1002, the right side of water cooling dehumidification device 10 Side is provided with air pump 11, and one end of water cooling dehumidification device 10 is connected with 11 air inlet of air pump, water cooling dehumidification device 10 it is another End is connected by connecting tube with inside casing 2, and the left side of water cooling dehumidification device 10 is provided with air inlet frame 12, the left side wall of air inlet frame 12 On be provided with opening, the gas outlet of air pump 11 is connected by connecting tube with air inlet frame 12, and the lower section of air inlet frame 12 is provided with heat The air inlet of blower 13, air-heater 13 is connected with air inlet frame 12, and the top of cabinet 1, hot wind are run through in the gas outlet of air-heater 13 The gas outlet bottom of machine 13 is connected with bifurcated pipe 14, and controller 15, controller 15 and temperature sense are provided on the right side wall of cabinet 1 Device 3, air pump 11 and air-heater 13 is answered to be electrically connected.

Specifically, the edge of chamber door 101 is provided with sealing ring, water outlet 1004 is located at the top of U-tube 1007, the 2nd T The connection of type pipe 1006, the first T-type pipe 1005, water inlet 1003, water outlet 1004 and water guide branch pipe 1008 and water storage frame 1001 Place is provided with sealing ring, and the second opening 501 and the first opening 401 and branch pipe 7 are all clearance fit, support plate 4, placement plate 9 with Venthole is all evenly arranged in fixed plate 5.

When the utility model is used, vessel need to be dried to be placed in placement plate 9, the vessel of long tubing is open from first 401 are put into, and are placed on the outside of branch pipe 7, then shut chamber door 101 and engaging means power supply, the setting of 101 upper seal of chamber door The air-tightness that device can be increased avoids hot gas from running out of from gap, and chamber door 13 operates and to 1 inside air-blowing of cabinet, dries hot gas It is divided into the flow direction of left and right two through bifurcated pipe 14, the dry hot gas of a part enters in inside casing 2 from air inlet 201, to placement plate 9 On vessel be dried, another part hot gas enters in snorkel 6, and from snorkel 6 branch pipe 7 blow out to long tubing The inside of vessel is dried, ring-shaped foam 8 play it is ventilative with avoid long tube from being put into during bottom broken up the case where, The hot gas of carrying moisture inside long tubing vessel is blown out from nozzle, this kind design can make hot gas reach long tubing vessel Root is simultaneously dried, and improves the rate of drying of long tubing vessel, support plate 4, placement plate 9 and 5 upper vent hole of fixed plate Being arranged makes gas be easier to be full of the inside of inside casing 2, and the gas inside inside casing 2 is drawn onto water cooling dehumidification device 10 by the operating of air pump 11 In, the water inlet 1003 on water cooling dehumidification device 10 is intake, and water outlet 1004 is discharged, and is made inside water storage frame 1001 full of cooling Water, cooling water cool down U-tube 1007, and water outlet 1004, which is higher than U-tube 1007, can make U-tube 1007 be dipped in water completely In, cool down U-tube 1007 preferably, the hot gas for carrying moisture enters each U-tube 1007 from the second T-type pipe 1006 In, the steam in moist hot gas is condensed return water drop, and water droplet is flowed out from the water guide branch pipe 1008 of 1007 bottom of U-tube, and by leading Water pipe 1009 exports, and the setting of multiple U-tubes 1007 is capable of increasing the contact area of gas Yu U-tube 1007, enables steam More efficient is condensed into water droplet, and the gas after water removal is exported from U-tube 1005, and gas is blown into air inlet frame 12 by air pump 11, Air inlet frame 13 is blown into cabinet 1 after again heating the hot gas after removing moisture again, and the opening closed on the left of air inlet frame 12 rises To the effect of balance 12 air pressure inside of air inlet frame, when reaching certain temperature inside cabinet 1, temperature inductor 3 sends electric signal To controller 15, controller 15 controls air pump 11 and shuts down with air-heater 13, when temperature is lower than setting temperature, controller 15 Control air pump 11 and air-heater 13 start again at operating again, and the setting of this kind of hot gas cycle is not only able to reduce the consumption of the energy, It can also make to be rapidly heated the drying efficiency for improving device inside cabinet 1.

The present apparatus can not only quickly dry Bioexperiment vessel, moreover it is possible to reduce the consumption of the energy, have compared with Strong applicability.

Above embodiments are only to illustrate the technical solution of the utility model, rather than its limitations；Although referring to aforementioned reality Example is applied the utility model is described in detail, those skilled in the art should understand that: it still can be to preceding Technical solution documented by each embodiment is stated to modify or equivalent replacement of some of the technical features；And these It modifies or replaces, the spirit and model of various embodiments of the utility model technical solution that it does not separate the essence of the corresponding technical solution It encloses.

Claims (6)

1. a kind of high-efficiency and energy-saving type Bioexperiment drying device, it is characterised in that: including cabinet (1), inside casing (2), temperature sense Answer device (3), support plate (4), fixed plate (5), snorkel (6), branch pipe (7), ring-shaped foam (8), placement plate (9), water cooling Dehumidification device (10), air pump (11), air inlet frame (12), air-heater (13), bifurcated pipe (14) and controller (15), the cabinet (1) it is provided on front side wall chamber door (101), the cabinet (1) is internally provided with inside casing (2), the left and right of the inside casing (2) It is evenly arranged on two sidewalls air inlet (201), is provided with temperature inductor (3), the inside casing at the top of the inside casing (2) (2) support plate (4), fixed plate (5) and snorkel (6), the support plate (4) and fixation are disposed with inside along the longitudinal direction The first opening (401) and the second opening (501) are respectively arranged on plate (5), the left and right ends of the snorkel (6) extend through The left and right sidewall of the inside casing (2) is provided with branch pipe (7) on the snorkel (6), and the upper end of the branch pipe (7) is each passed through First opening (401) is open (501) with second, is provided with ring-shaped foam (8) on the outside of the branch pipe (7), described Ring-shaped foam (8) is located at the top of the fixed plate (5), is provided with placement plate (9), institute below the snorkel (6) It states and is provided at the top of cabinet (1) water cooling dehumidification device (10), the water cooling dehumidification device (10) includes water storage frame (1001), bottom Frame (1002), water inlet (1003), water outlet (1004), the first T-type pipe (1005), the second T-type pipe (1006), U-tube (1007), the bottom of water guide branch pipe (1008) and aqueduct (1009), the water storage frame (1001) is provided with bottom frame (1002), institute The top that bottom frame (1002) is fixed on the cabinet (1) is stated, the left upper end of the water storage frame (1001) is respectively set with bottom righthand side There are water outlet (1004) and water inlet (1003), the internal left and right sides of the water storage frame (1001) is respectively arranged with the second T-type (1006) and the first T-type pipe (1005) are managed, the second T-type pipe (1006) and the first T-type pipe (1005) extend through the storage The left and right sidewall of water frame (1001) is evenly arranged with U-tube between the first T-type pipe (1005) and the second T-type pipe (1006) (1007), the bottom of the U-tube (1007) is provided with water guide branch pipe (1008), and the water guide branch pipe (1008) runs through the storage The bottom of the bottom of water frame (1001), the water guide branch pipe (1008) is provided with aqueduct (1009), the aqueduct (1009) Rear wall through the bottom frame (1002) is provided with air pump (11), the water cooling on the right side of the water cooling dehumidification device (10) One end of dehumidification device (10) is connected with the air pump (11) air inlet, and the other end of the water cooling dehumidification device (10) passes through Connecting tube is connected with the inside casing (2), is provided with air inlet frame (12), the air inlet on the left of the water cooling dehumidification device (10) Opening is provided on the left side wall of frame (12), the gas outlet of the air pump (11) is connected by connecting tube with the air inlet frame (12) It is logical, it is provided with air-heater (13) below the air inlet frame (12), the air inlet and the air inlet frame of the air-heater (13) (12) it is connected, the top of the cabinet (1), the gas outlet of the air-heater (13) are run through in the gas outlet of the air-heater (13) Bottom is connected with bifurcated pipe (14), is provided with controller (15) on the right side wall of the cabinet (1), the controller (15) and institute Temperature inductor (3), air pump (11) and air-heater (13) is stated to be electrically connected.

2. a kind of high-efficiency and energy-saving type Bioexperiment drying device according to claim 1, it is characterised in that: the chamber door (101) edge is provided with sealing ring.

3. a kind of high-efficiency and energy-saving type Bioexperiment drying device according to claim 1, it is characterised in that: the water outlet Mouth (1004) is located at the top of the U-tube (1007).

4. a kind of high-efficiency and energy-saving type Bioexperiment drying device according to claim 1, it is characterised in that: described second T-type pipe (1006), the first T-type pipe (1005), water inlet (1003), water outlet (1004) and water guide branch pipe (1008) and the storage The junction of water frame (1001) is provided with sealing ring.

5. a kind of high-efficiency and energy-saving type Bioexperiment drying device according to claim 1, it is characterised in that: described second Opening (501) and the first opening (401) and the branch pipe (7) are all clearance fit.

6. a kind of high-efficiency and energy-saving type Bioexperiment drying device according to claim 1, it is characterised in that: the support Venthole is all evenly arranged on plate (4), placement plate (9) and fixed plate (5).