Net cage type fruit and vegetable dryness case
Technical field
The present invention relates to a kind of drying box, especially a kind of net cage type fruit and vegetable dryness case.
Background technology
The method of fruit and vegetable dryness case employing at present is the direct air supply type drying machine; Adopt the leeward mode of end wind or back, also have to adopt and blow the contact area that rotation wind method increases wind and material, quicken the drying of material; In dry run; Constantly have hot blast from the bottom or back porch blow out, the moisture in the fruits and vegetables is taken away, play the effect of dry fruits and vegetables at last; But because fruits and vegetables are in the process of drying; Self motionless makes all that hot blast can not the comprehensive engagement fruits and vegetables, drying that can only be in layer.Therefore operating efficiency is lower, and rate of drying is slow.At present, good solution is not also arranged.
Summary of the invention
Technical assignment of the present invention is to above-mentioned deficiency of the prior art a kind of net cage type fruit and vegetable dryness case to be provided; This net cage type fruit and vegetable dryness case has the surface of fruits and vegetables and the contact area of hot blast constantly changes; Make hot blast comprehensive engagement arrive fruits and vegetables; Reach the purpose of rapid draing fruits and vegetables, improved the characteristics of operating efficiency.
The technical solution adopted for the present invention to solve the technical problems is: it comprises casing and chamber door; Be provided with cylinder mould in the described casing; The front side of described cylinder mould is provided with the cylinder mould door; Described cylinder mould links to each other with the cylinder mould rotating driving device; The casing of described cylinder mould front side is provided with chamber door; The bottom of described cylinder mould is provided with heating tube; Fan and axial flow blower; Described heating tube is arranged on the top of fan; Axial flow blower is arranged on the right side of heating tube; Described fan; Axial flow blower links to each other with fan drive device; The bottom of described casing is provided with box bottom; Described fan drive device is arranged on the bottom of box bottom; Cylinder mould; Heating tube; Fan and axial flow blower are arranged on the top of box bottom; The casing on box bottom top is provided with the mouth that dries; The casing of described box bottom bottom is provided with device for digit-displaying; Motor switch; Motor speed is regulated button and heating tube by-pass cock; Described device for digit-displaying; Motor switch; Motor speed is regulated button and is linked to each other with the cylinder mould rotating driving device with fan drive device respectively, and described heating tube by-pass cock links to each other with heating tube.
Described cylinder mould rotating driving device comprises the cylinder mould motor; Described cylinder mould motor is arranged on the top of casing; The cylinder mould motor shaft of described cylinder mould motor links to each other with the top of cylinder mould, and described cylinder mould motor is regulated button with device for digit-displaying, motor switch and motor speed respectively and linked to each other.
Described fan drive device comprises fan electromotor; Motor pulley; First belt pulley; Second belt pulley and blower fan belt pulley; Described motor pulley is arranged on the fan electromotor axle of fan electromotor; Described first belt pulley and second belt pulley are same shaft pulley; Be separately positioned on the fan shaft of fan; Described blower fan belt pulley is arranged on the blower fan axle of axial flow blower; Described first belt pulley links to each other with motor pulley through belt; Second belt pulley links to each other with the blower fan belt pulley through belt, described fan electromotor respectively with device for digit-displaying; Motor switch is regulated button with motor speed and is linked to each other.
Be provided with mesh plate in the casing between described cylinder mould and heating tube and the axial flow blower.
Net cage type fruit and vegetable dryness case of the present invention is compared with prior art; Has following outstanding beneficial effect: in the fruit and vegetable dryness process; The cylinder mould that loads fruits and vegetables can be under the drive of cylinder mould motor; According to the speed rotation of setting; The surface of fruits and vegetables and the contact area of hot blast are constantly changed, make hot blast comprehensive engagement arrive fruits and vegetables, reach the purpose of rapid draing fruits and vegetables; Improved operating efficiency, characteristics such as easy to use.
Description of drawings
Accompanying drawing 1 is the main TV structure sketch map of net cage type fruit and vegetable dryness case;
Accompanying drawing 2 is right TV structure sketch mapes of net cage type fruit and vegetable dryness case;
Description of reference numerals: 1, cylinder mould motor, 2, the cylinder mould motor shaft, 3, casing; 4, cylinder mould door, 5, cylinder mould, 6, mesh plate; 7, axial flow blower, 8, box bottom, 9, the blower fan axle; 10, blower fan belt pulley, 11, belt, 12, second belt pulley; 13, fan shaft, 14, first belt pulley, 15, motor pulley; 16, fan electromotor axle; 17, fan electromotor, 18, the heating tube by-pass cock, 19, motor switch; 20, motor speed is regulated button; 21, device for digit-displaying, 22, chamber door, 23, fan; 24, heating tube, 25, mouth dries.
The specific embodiment
With reference to explanation at length below 2 pairs of net cage type fruit and vegetable dryness casees works of the present invention of Figure of description 1 and accompanying drawing.
Net cage type fruit and vegetable dryness case of the present invention; Its structure comprises casing 3 and chamber door 22; Be provided with cylinder mould 5 in the described casing 3; The front side of described cylinder mould 5 is provided with cylinder mould door 4; Described cylinder mould 5 links to each other with the cylinder mould rotating driving device; The casing 3 of described cylinder mould 5 front sides is provided with chamber door 22; The bottom of described cylinder mould 5 is provided with heating tube 24; Fan 23 and axial flow blower 7; Described heating tube 24 is arranged on the top of fan 23; Axial flow blower 7 is arranged on the right side of heating tube 24; Described fan 23; Axial flow blower 7 links to each other with fan drive device; The bottom of described casing 3 is provided with box bottom 8; Described fan drive device is arranged on the bottom of box bottom 8; Cylinder mould 5; Heating tube 24; Fan 23 and axial flow blower 7 are arranged on the top of box bottom 8; The casing 3 on box bottom 8 tops is provided with the mouth 25 that dries; The casing 3 of described box bottom 8 bottoms is provided with device for digit-displaying 21; Motor switch 19; Motor speed is regulated button 20 and heating tube by-pass cock 18; Described device for digit-displaying 21; Motor switch 19; Motor speed is regulated button 20 and is linked to each other with the cylinder mould rotating driving device with fan drive device respectively, and described heating tube by-pass cock 18 links to each other with heating tube 24.
Described cylinder mould rotating driving device comprises cylinder mould motor 1; Described cylinder mould motor 1 is arranged on the top of casing 3; The cylinder mould motor shaft 2 of described cylinder mould motor 1 links to each other with the top of cylinder mould 5, and described cylinder mould motor 1 is regulated button 20 with device for digit-displaying 21, motor switch 19 and motor speed respectively and linked to each other.
Described fan drive device comprises fan electromotor 17; Motor pulley 15; First belt pulley 14; Second belt pulley 12 and blower fan belt pulley 10; Described motor pulley 15 is arranged on the fan electromotor axle 16 of fan electromotor 17; Described first belt pulley 14 and second belt pulley 12 are same shaft pulley; Be separately positioned on the fan shaft 13 of fan 23; Described blower fan belt pulley 10 is arranged on the blower fan axle 9 of axial flow blower 7; Described first belt pulley 14 links to each other with motor pulley 15 through belt 11; Second belt pulley 12 links to each other with blower fan belt pulley 10 through belt 11, described fan electromotor 17 respectively with device for digit-displaying 21; Motor switch 19 is regulated button 20 with motor speed and is linked to each other.
Be provided with mesh plate 6 in the casing 3 between described cylinder mould 5 and heating tube 24 and the axial flow blower 7.
When fruits and vegetables are carried out drying; Chamber door 22 and cylinder mould door 4 are opened; Fruits and vegetables to be dried are put into cylinder mould 5; Close cylinder mould door 4 and chamber door 22; Open heating tube by-pass cock 18; Be transferred to the temperature of setting; Thereby heating tube 24 heats; Open motor switch 19 and regulate button 20 with motor speed; Fan electromotor 17 and cylinder mould motor 1 are adjusted to setting speed; Fan electromotor 17 rotates through first belt pulley 14 that motor pulley 15 and belt 11 drive on the fans 23 simultaneously, thereby drives fan 23 work and coaxial second belt pulley, 12 rotations, and second belt pulley 12 drives blower fan belt pulleys 10 through belt 11 and rotates; Thereby driving axial flow blower 7 starts working; Simultaneously, cylinder mould motor 1 drives cylinder mould 5 rotations, and the fruits and vegetables in the cylinder mould 5 are carried out drying; A large amount of moisture that fruits and vegetables produce in dry run; Through axial flow blower 7,, thereby accomplish dry run from mouthful 25 discharges of drying.
Except that the described technical characterictic of specification, be the known technology of those skilled in the art.