CN208688200U - Hot-air drying device is used in instant noodles production - Google Patents

Abstract

Instant noodles production hot-air drying device, belong to the heated-air drying field of instant noodles production, including shell, the shell is made of upper housing and lower case respectively, the lower case is equipped with transmission device, the transmission device includes idler wheel and the conveyer belt that is socketed in outside the idler wheel, hot-air drying device is additionally provided with inside the lower case, the hot-air drying device is for generating the thermal current that flour cake is dried, the upper housing is equipped with the flow-guiding structure that the thermal current for generating to hot-air drying device carries out water conservancy diversion, the thermal current of the hot-air drying device generation is formed after flour cake is dried from the bottom to top, the structure that multi-angle drying process is carried out to flour cake is realized by the flow-guiding structure again, it can not be filled with flour cake for solving thermal current during flour cake is dried in existing hot-air drying device The contact divided, the poor problem of drying efficiency.

Description

Hot-air drying device is used in instant noodles production

Technical field

The utility model relates to the heated-air drying fields of instant noodles production, more particularly to a kind of instant noodles production hot wind Drying device.

Background technique

Instant noodles need that flour cake is dried in process of production, and traditional drying mode multi-pass overheating air flow is straight It connects and flour cake is dried, the flow direction of thermal current is that straight up and down, may result in face during drying Some positions, which with thermal current can not come into full contact with, in cake causes drying effect poor, therefore the dry effect in order to guarantee flour cake Fruit, thermal current needs during cake is dried over there and flour cake carries out coming into full contact with for multi-angle.

Utility model content

For above situation, for the defect for overcoming the prior art, the utility model provides a kind of instant noodles production hot wind Drying device, solving thermal current during flour cake is dried in existing hot-air drying device can not carry out sufficiently with flour cake Contact, the poor problem of drying efficiency.

Its technical solution is, instant noodles production hot-air drying device, including shell, the shell respectively by be located at it is upper, The upper housing and lower case of lower section form, and the lower case is equipped with the transmission device for flour cake transmission, the upper housing with The gap passed through for flour cake is formed between the lower case, which is characterized in that the transmission device includes being located at the lower casing The idler wheel at body both ends and the conveyer belt being socketed in outside the idler wheel, form in the idler wheel rotation process and drive the transmission The structure that band moves together is additionally provided with hot-air drying device in the lower case, and the hot-air drying device is for generating opposite The thermal current that cake is dried, the upper housing are equipped with the thermal current for generating to hot-air drying device and carry out leading for water conservancy diversion Flow structure forms the thermal current of the hot-air drying device generation after flour cake is dried from the bottom to top, then passes through The flow-guiding structure realizes the structure that multi-angle drying process is carried out to flour cake.

Further, the hot-air drying device includes the heating element being located between two idler wheels and is set to The blower device of the lower case bottom end forms the heating element energization and generates heat, and the blower device passes through the electricity Thermal element is blown to the conveyer belt, is realized and is carried out heated-air drying processing to the flour cake on conveyer belt.

Further, the blower device includes blast pipe and ventilation duct, inside the blast pipe and the ventilation duct Connection, the ventilation duct form fenestral fabric in the bottom end of the lower case, are uniformly provided with several on the ventilation duct Exhaust vent.

Further, the flow-guiding structure includes multiple wind deflectors, and each wind deflector passes through a side and adjacent gear Rotatable connection structure is arranged in aerofoil, and sliding connection structure between each wind deflector and the upper housing is formed each described Wind deflector can carry out the structure that angle can be adjusted between sliding and adjacent wind deflector in the upper housing.

Further, the junction of each wind deflector be equipped with sliding block, the top of the upper housing offer with it is described The compatible sliding slot of sliding block, the sliding block can reciprocatingly slide in the sliding slot, by the sliding block in the upper casing Sliding is realized to the structure that angle is adjusted between each wind deflector in vivo.

Further, the wind deflector positioned at the upper housing both ends is fixedly connected with knot with upper housing setting respectively Structure and movable connection structure, the bottom end for the wind deflector being flexibly connected with the upper housing are fixed with connecting rod, the upper casing The side of body offers through-hole, and the connecting rod extends to the outside of the upper housing by the through-hole, described in pulling Connecting rod realizes the adjusting to angle between each wind deflector.

The utility model has the technical effect that flour cake passes through transmission device in the drying process and carries out in the lower case Transmission, and drying process of the realization to flour cake in transmit process, the lower case is interior to be equipped with hot-air drying device, the hot wind Drying device can produce more uniform thermal current, and flour cake is dried in the thermal current by generating, it is described on The upper end of shell is equipped with guiding device, and the guiding device makes flour cake and thermal current for being changed to the direction of thermal current Between adequately contacted, and then thermal current multi-angle is dried to flour cake, reinforces flour cake in the drying process Drying effect and drying efficiency.

Detailed description of the invention

Fig. 1 is the overall structure diagram of the utility model.

Fig. 2 is the enlarged drawing of part A in Fig. 1.

Fig. 3 is the attachment structure schematic diagram of blast pipe and ventilation duct in the utility model.

Specific embodiment

Below in conjunction with Figure of description, specific embodiment is described in further details.

Shell: the shell includes upper housing 1 and lower case 13, and the upper housing 1 is located at the top of the lower case 13, There are gap between the upper housing 1 and the lower case 13, the upper housing 1 can form rectangular parallelepiped structure, the upper casing The inside of body 1 forms the cavity of cuboid, and the external of the lower case 13 forms rectangular parallelepiped structure, the inside of the lower case 13 The cavity of cuboid is formed, the upper housing 1 forms the opposite structure that is open with the lower case 13, sets in the lower case 13 There is the transmission device for flour cake transmission, the inside of the upper housing 1 is equipped with flow-guiding structure.

Transmission device: the transmission device includes idler wheel 2 and conveyer belt 3, and the idler wheel 2 is located at the lower case 13 opening The left and right both ends at place, any idler wheel 2 are connected with power source as driving wheel, and the power source can be generator, institute It states idler wheel 2 to be rotated under the drive of the power source, the conveyer belt 3 is socketed in the outside of two idler wheels 2, is formed The structure that the idler wheel 2 drives the conveyer belt 3 to rotate together during rotation, flour cake are placed on the conveyer belt 3 simultaneously It is moved with the conveyer belt 3, the conveyer belt 3 forms engraved structure, passes through the sky on the conveyer belt 3 convenient for thermal current Gap is come into full contact with flour cake, promotes the drying effect in drying process to flour cake.

Hot-air drying device: the inside of the lower case 13 is additionally provided with hot-air drying device, and the hot-air drying device exists The thermal current for flour cake to be dried can be uniformly generated in the course of work, the hot-air drying device includes heating element 7 and blower device, the electric-heating assembly is between the conveyer belt 3, the side of the heating element 7 and the lower case 13 It is fixedly connected, the connection type between 13 side wall of the heating element 7 and the lower case includes but is not limited to that bolt connects It connects, the heating element 7, which is powered, generates heat, and the heating element 7 can be electric hot plate, heating wire or electrothermal tube etc., described Heating element 7 is attached by conducting wire and power supply, and the blower device includes blast pipe 8 and ventilation duct 9, the blast pipe 8 Be connected to the inside of the ventilation duct 9, the blast pipe 8 can be attached with air blower, air blower by it is described into Air hose 8 carries out air blast into the ventilation duct 9, and bottom end of the ventilation duct 9 inside the lower case 13 forms latticed knot The inside of structure, the ventilation duct 9 is connected to, and several exhaust vents 10 is uniformly provided on the ventilation duct 9, the exhaust vent 10 can To be circular through-hole, air blower is formed by the ventilation duct 8 and blasts air into the ventilation duct 9, and via each described The structure that exhaust vent 10 is uniformly sprayed to upper end.

During the work time, the heating element 7 is powered generates heat to the hot-air drying device, and the blower device will Air-flow sprays from the bottom to top carries the heat formation thermal current that the heating element 7 generates via the heating element 7, hot gas Stream is further contacted with the flour cake on the conveyer belt 3, realizes the drying process to flour cake.

Flow-guiding structure: the flow-guiding structure allows thermal current from angle less for changing the flow direction of thermal current Degree is contacted with flour cake, contacts flour cake adequately with thermal current, promotes the drying effect to flour cake, the water conservancy diversion knot Structure includes the wind deflector 4 of rectangular plate-like structure, and the wind deflector 4 has multiple, and each wind deflector 4 passes through a side and adjacent gear Aerofoil 4 is arranged rotatable connection structure, the connection type between adjacent wind deflector 4 be it is hinged, each wind deflector 4 with it is described Sliding connection structure between upper housing 1, sliding can be carried out in the upper housing 1 and adjacent keep out the wind by forming each wind deflector 4 The junction of the structure that angle can be adjusted between plate 4, the wind deflector 4 is equipped with sliding block 5, and the top of the upper housing 1 is opened Equipped with sliding slot 6 compatible with the sliding block 5, the sliding block 5 can reciprocatingly slide in the sliding slot 6, the sliding block 5 T-shaped structure can be formed, 6 level of sliding slot is provided in 1 inside top surface of upper housing, and the sliding slot 6 is described The closed structure in both ends is formed on the top surface of upper housing 1, the sliding block 5 of T-shaped structure it is possible to prevente effectively from the sliding block 5 by The inside of the sliding slot 6 slips, and is realized by the sliding block 5 in sliding in the upper housing and is pressed from both sides between each wind deflector 4 The structure that angle is adjusted.

Fixed connection structure and activity is arranged with the upper housing 1 respectively in wind deflector 4 positioned at 1 both ends of upper housing Connection structure, fixed connection structure can be arranged by the side wall of screw and the upper housing 1 in the wind deflector 4, on described The bottom end for the wind deflector 4 that shell 1 is flexibly connected is fixed with connecting rod 11, and the side of the upper housing 1 offers through-hole 12, The connecting rod 11 extends to the outside of the upper housing 1 by the through-hole 12, by pulling the realization pair of connecting rod 11 The adjusting of angle between each wind deflector 4, the through-hole 12 are provided with vertically on the side wall of the upper housing 1, the through-hole 12 can be strip structure, and the connection type between the connecting rod 11 and the wind deflector 4, which can be, to be bolted or weld It connects, the connecting rod 11 can be rectangular rod structure.

Thermal current continues to flow upwards after contacting with flour cake from the bottom to top in the lower case 13 and described with being located at Each wind deflector 4 of 1 upper end of upper housing contacts, and the end face of each wind deflector 4 is smooth, thermal current with the wind deflector 4 Flow direction changes after contact, and changes flowing angle and be contacted again with flour cake, realizes more between thermal current and flour cake Angle contact, contacts thermal current adequately with flour cake, promotes the drying efficiency and drying effect of flour cake, it is each described in keep out the wind Relative angle between plate 4 can be adjusted, and the angle that same thermal current changes after contacting with each wind deflector 4 is same It can be adjusted.

The utility model has the technical effect that flour cake passes through transmission device in the drying process and carries out in the lower case Transmission, and drying process of the realization to flour cake in transmit process, the lower case is interior to be equipped with hot-air drying device, the hot wind Drying device can produce more uniform thermal current, and flour cake is dried in the thermal current by generating, it is described on The upper end of shell is equipped with guiding device, and the guiding device makes flour cake and thermal current for being changed to the direction of thermal current Between adequately contacted, and then thermal current multi-angle is dried to flour cake, reinforces flour cake in the drying process Drying effect and drying efficiency.

The utility model is described in detail above by specific embodiment and embodiment, but these are not structure At limitations of the present invention.In the case where not departing from the utility model principle, those skilled in the art can also be made Many modification and improvement, these also should be regarded as the protection scope of the utility model.

Claims (6)

1. instant noodles production hot-air drying device, including shell, the shell is respectively by the upper housing (1) positioned at upper and lower It is formed with lower case (13), the lower case (13) is equipped with the transmission device for flour cake transmission, the upper housing (1) and institute State the gap for being formed between lower case (13) and being passed through for flour cake, which is characterized in that the transmission device include be located at it is described under The idler wheel (2) at shell (13) both ends and the conveyer belt (3) for being socketed in the idler wheel (2) outside form the idler wheel (2) rotation The structure for driving the conveyer belt (3) to move together in the process, the lower case (13) is internal to be additionally provided with hot-air drying device, institute It states hot-air drying device and is equipped with for generating the thermal current that flour cake is dried, the upper housing (1) for hot air drying The thermal current that dry device generates carries out the flow-guiding structure of water conservancy diversion, formed thermal current that the hot-air drying device generates by down toward On flour cake is dried after, then by the flow-guiding structure realize to flour cake carry out multi-angle drying process structure.

2. instant noodles production hot-air drying device according to claim 1, which is characterized in that the hot-air drying device Including the heating element (7) being located between two idler wheels (2) and the blower device for being set to the lower case (13) bottom end, It forms the heating element (7) energization and generates heat, the blower device passes through the heating element (7) Xiang Suoshu conveyer belt (3) it blows, realizes and heated-air drying processing is carried out to the flour cake on conveyer belt (3).

3. instant noodles according to claim 2 production hot-air drying device, which is characterized in that the blower device includes It is connected to inside blast pipe (8) and ventilation duct (9), the blast pipe (8) and the ventilation duct (9), the ventilation duct (9) is described The bottom end of lower case forms fenestral fabric, is uniformly provided with several exhaust vents (10) on the ventilation duct (9).

4. instant noodles according to claim 1 production hot-air drying device, which is characterized in that the flow-guiding structure includes Rotatable connection structure is arranged by a side and adjacent wind deflector (4) in multiple wind deflectors (4), each wind deflector (4), respectively Sliding connection structure between the wind deflector (4) and the upper housing (1), forming each wind deflector (4) can be in the upper casing The structure that angle can be adjusted between sliding and adjacent wind deflector (4) is carried out in body (1).

5. instant noodles production hot-air drying device according to claim 4, which is characterized in that each wind deflector (4) Junction be equipped with sliding block (5), the top of the upper housing (1) offers compatible sliding slot (6), institute with the sliding block (5) Stating sliding block (5) can reciprocatingly slide in the sliding slot (6), be slided in the upper housing by the sliding block (5) real Now to the structure that angle is adjusted between each wind deflector (4).

6. instant noodles production hot-air drying device according to claim 4, which is characterized in that be located at the upper housing (1) fixed connection structure and movable connection structure is arranged with the upper housing (1) respectively in the wind deflector (4) at both ends, and described The bottom end for the wind deflector (4) that upper housing (1) is flexibly connected is fixed with connecting rod (11), and the side of the upper housing (1) is opened Equipped with through-hole (12), the connecting rod (11) extends to the outside of the upper housing (1) by the through-hole (12), passes through pulling The connecting rod (11) realizes the adjusting to angle between each wind deflector (4).