CN209706508U

CN209706508U - A kind of new material drying equipment

Info

Publication number: CN209706508U
Application number: CN201821990424.7U
Authority: CN
Inventors: 钟新华
Original assignee: Pingta Precision Equipment (shenzhen) Co Ltd
Current assignee: Pingta Precision Equipment (shenzhen) Co Ltd
Priority date: 2018-11-29
Filing date: 2018-11-29
Publication date: 2019-11-29
Anticipated expiration: 2028-11-29

Abstract

The utility model discloses a kind of new material drying equipments, its structure includes idler wheel, installs case, controller, button, power lead, fixed frame, first motor, conveyer belt, overhead guard, blower, connecting tube, bellows, drying hood, first sliding rail, first sliding block, electric hot plate, display screen, lifting device and temperature sensor, a kind of new material drying equipment of the utility model, its advantages are, to solve the height of drying hood can not be adjusted according to the size of new material, lead to the problem that drying efficiency is low, by being provided with lifting device, second motor drives first bevel gear to drive bull stick to be rotated on the inside of first bearing and second bearing by second bevel gear, drive block drives the second sliding block to be moved toward the second sliding rail lower end, the second sliding block is set to drive push rod to be moved to lower end, make push rod to lower end Drying hood is pushed, the beneficial effect that the height of drying hood can be adjusted according to the size of new material has been reached.

Description

A kind of new material drying equipment

Technical field

The utility model relates to drying equipment technical fields, and in particular to a kind of new material drying equipment.

Background technique

New material technology (or advanced material) refers to those to the progress of modern science and technology and the development of national economy There is the technology of these new materials of the new material and development manufacture production of great impetus, new material technology is the meaning according to people Will creates by a series of research process such as physical study, design of material, material processing, test evaluations and is able to satisfy various need The technology for the new material wanted, new material after processing is completed, for the ease of using, need to be dried using drying equipment, Existing new material can not be adjusted the height of drying hood according to the size of new material with drying equipment, lead to drying efficiency It is low, temperature can not be detected and be adjusted, lead to that the practicability is poor, with the rapid development of science and technology, new material drying Equipment has also obtained technological improvement, but the prior art can not be adjusted the height of drying hood according to the size of new material, Cause drying efficiency low, temperature can not be detected and be adjusted, leads to that the practicability is poor.

Utility model content

(1) technical problems to be solved

In order to overcome the shortage of prior art, it is proposed that a kind of new material drying equipment, it can not root to solve the prior art The height of drying hood is adjusted according to the size of new material, causes drying efficiency low, temperature can not be detected and be adjusted, Lead to the problem of the practicability is poor, the height of drying hood can be adjusted according to the size of new material by having reached, can be to temperature Degree is detected and is adjusted, and the beneficial effect of the practicality is increased.

(2) technical solution

The utility model is achieved through the following technical solutions: the utility model proposes a kind of new material drying equipment, Including idler wheel, installs case, controller, button, power lead, fixed frame, first motor, conveyer belt, overhead guard, blower, connecting tube, Bellows, drying hood, the first sliding rail, the first sliding block, electric hot plate, display screen, lifting device and temperature sensor, the idler wheel are logical It crosses gasket and installs case bottom left front end carries out vertical welding, the controller is in rectangular parallelepiped structure, and controller passes through six Corner bolt is threadedly coupled with installs case right end upper right side, controller front end lower left side be equipped with cylindrical structure by Button, the power lead and controller right end carry out grafting, and the fixed frame is by carrying out spiral shell at the top of hex(agonal)screw and installs case Line connection, the first motor are located on front side of fixed frame left end, and are bolted with fixed frame left end front side, the biography Band is sent to be sequentially connected by shaft and first motor output end, the overhead guard passes through Philip's head screw and fixed frame top center Edge is threadedly coupled, and the blower is welded by gasket and overhead guard top nose, the blower and connecting tube front end Grafting, connecting tube grafting vertical with the progress of bellows upper end are carried out, the drying hood passes through adhesive glue and bellows lower end Edge is vertically bonded, and the lifting device is threadedly coupled by upper right side inside hex(agonal)screw and overhead guard, and described the One sliding rail is bolted with left end inside overhead guard, and first sliding block is slidably connected with the first sliding rail right end, described First sliding block is in rectangular parallelepiped structure, and the first sliding block carries out vertical be bonded, the electricity with drying hood lower-left end by adhesive glue Hot plate is located at drying hood Internal back end, and is bolted with drying hood Internal back end, the temperature sensor and drying It covers internal right rear end to be bolted, the display screen of rectangular parallelepiped structure, the lifting is installed on the upside of the controller front end Device includes shell, the second motor, first bevel gear, first bearing, bull stick, second bevel gear, drive block, second bearing, Two sliding blocks, the second sliding rail and push rod, the shell are threadedly coupled by upper right side inside hex(agonal)screw and overhead guard, and described the Two motors are located at interior of shell upper right side, and are threadedly coupled by Philip's head screw with interior of shell upper right side, and described One bevel gear is sequentially connected by shaft and the second motor output end, and the first bearing and interior of shell upper end carry out spiral shell It tethers and connects, the bull stick is vertically embedded into first bearing lower end inside, and is pivotally connected with first bearing lower end inside, described It is sequentially connected in the middle part of bar and second bevel gear, the second bevel gear right end is engaged with first bevel gear lower end, institute It states bull stick to extend vertically through in the middle part of drive block, and is sequentially connected with drive block middle part, the second bearing is embedded in outer Shell interior lower end, and be bolted with interior of shell lower end, it is pivotally connected on the inside of the bull stick and second bearing upper end, The drive block is in rectangular parallelepiped structure, and drive block is vertical be bonded by the progress of adhesive glue and the second sliding block right end, and described the Two sliding blocks are slidably connected with the second sliding rail right end, and second sliding rail carries out screw thread company by bolt and shell lower-left end It connects, for the push rod by being welded in the middle part of gasket and the second sliding block lower end, the push rod passes through adhesive glue and drying hood upper end Right side is bonded, the button, first motor, blower, electric hot plate, display screen, temperature sensor and the second motor with control Device electrical connection processed, the controller are electrically connected by power lead with external power supply.

Further, the first motor and the second motor upper end are provided with bar shaped cooling fin, and the equal edge of cooling fin First motor and the second outer surface of motor are uniformly distributed, conducive to playing the role of radiating to first motor and the second motor, Prevent first motor and the second motor overheating to damage.

Further, the bull stick upper end is provided with spiral screw thread, and screw thread is in along bull stick outer surface lower end Up time is needle-shaped to be uniformly distributed, conducive to playing the role of that drive block is driven to be driven.

Further, the drive block is internally provided with inner bearing, and inner bearing is internally provided with spiral helicine screw thread, Conducive to playing the role of being driven in bull stick upper end.

Further, there are three the electric hot plate is arranged altogether, and electric hot plate uniformly divides along longitudinal direction inside drying hood Cloth conducive to playing the role of carrying out heat production, and increases heat production efficiency.

Further, the push rod is internally provided with reinforcing rib, and reinforcing rib is in cylindrical structure, is conducive to increase push rod Intensity, and increase the service life of push rod.

Further, the bellows is in cylindrical structure, and the highest extended length of bellows is 30cm, is conducive to Yi Dong Yong is carried out to drive drying hood.

Further, the first motor and the second motor are AKM series, and revolving speed is uniform.

Further, the display screen is ST7565R series, and display effect is excellent, and it is low to consume energy.

Further, the electric hot plate is DB-3 series, heat production excellent effect.

Further, the temperature sensor is PT100 series, and inductive effects are excellent.

(3) beneficial effect

The utility model compared with the existing technology, has the advantages that

1), to solve the height of drying hood can not be adjusted according to the size of new material, cause drying efficiency low Problem, by being provided with lifting device, the second motor drives first bevel gear to drive bull stick in first axle by second bevel gear It holds and is rotated on the inside of second bearing, drive block drives the second sliding block to be moved toward the second sliding rail lower end, makes the second sliding block It drives push rod to be moved to lower end, push rod is made to push drying hood to lower end, having reached can be according to the size of new material to dry The beneficial effect that the height of dry cover is adjusted.

2), lead to that the practicability is poor to solve the problem of can not to detect temperature and be adjusted, by being provided with temperature biography Sensor, temperature sensor is because the temperature change inside drying hood, the resistance value of upper end change, and controller is to data processing Afterwards, temperature data is shown by display screen, while operator can be by button press to the heating temperature of electric hot plate It is adjusted, reaches, temperature can be detected and be adjusted, increase the beneficial effect of the practicality.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

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

Fig. 2 is the overhead guard schematic diagram of internal structure of the utility model；

Fig. 3 is the drying hood schematic diagram of internal structure of the utility model；

Fig. 4 is the lifting device schematic diagram of internal structure of the utility model；

Fig. 5 is the circuit connection diagram of the utility model.

In figure: idler wheel -1, installs case -2, controller -3, button -4, power lead -5, fixed frame -6, first motor -7, Conveyer belt -8, overhead guard -9, blower -10, connecting tube -11, bellows -12, drying hood -13, lifting device -14, the first sliding rail - 15, the first sliding block -16, electric hot plate -17, temperature sensor -18, display screen -19, shell -1401, the second motor -1402, first Bevel gear -1403, first bearing -1404, bull stick -1405, second bevel gear -1406, drive block -1407, second bearing - 1408, the second sliding block -1409, the second sliding rail -1410, push rod -1411.

Specific embodiment

In the technical program:

Lifting device 14, temperature sensor 18, shell 1401, the second motor 1402, first bevel gear 1403, first bearing 1404, bull stick 1405, second bevel gear 1406, drive block 1407, second bearing 1408, the second sliding block 1409, the second sliding rail 1410 and push rod 1411 be that the utility model contains the innovative component of essence.

Idler wheel 1, installs case 2, controller 3, button 4, power lead 5, fixed frame 6, first motor 7, conveyer belt 8, overhead guard 9, blower 10, connecting tube 11, bellows 12, drying hood 13, the first sliding rail 15, the first sliding block 16, electric hot plate 17 and display screen 19 To realize the essential connectivity component of technical solutions of the utility model.

In order to make the purpose of the utility model, technical solutions and advantages more clearly understood, below in conjunction with attached drawing and implementation Example, the present invention will be further described in detail.It should be appreciated that specific embodiment described herein is only used to explain The utility model is not used to limit the utility model.

Fig. 1, Fig. 2, Fig. 3, Fig. 4 and Fig. 5 are please referred to, the utility model provides a kind of new material drying equipment: including rolling Wheel 1, controller 3, button 4, power lead 5, fixed frame 6, first motor 7, conveyer belt 8, overhead guard 9, blower 10, connects installs case 2 Adapter tube 11, bellows 12, drying hood 13, the first sliding rail 15, the first sliding block 16, electric hot plate 17, display screen 19,14 and of lifting device Temperature sensor 18, idler wheel 1 carry out vertical welding by gasket and 2 bottom left front end of installs case, and controller 3 is in cuboid knot Structure, and controller 3 is threadedly coupled by hex bolts with 2 right end upper right side of installs case, 3 front end lower left side of controller peace Button 4 equipped with cylindrical structure, power lead 5 and 3 right end of controller carry out grafting, and fixed frame 6 passes through hex(agonal)screw and peace 2 top of vanning is threadedly coupled, and first motor 7 is located on front side of 6 left end of fixed frame, and carries out on front side of 6 left end of fixed frame It is bolted, conveyer belt 8 is sequentially connected by shaft and 7 output end of first motor, and overhead guard 9 passes through Philip's head screw and fixation 6 top center edge of frame is threadedly coupled, and blower 10 is welded by gasket and 9 top nose of overhead guard, blower 10 and company 11 front end of adapter tube carries out grafting, the grafting vertical with the progress of 12 upper end of bellows of connecting tube 11, and drying hood 13 passes through adhesive glue and wave 12 lower edge of line pipe is vertically bonded, and lifting device 14 carries out screw thread company by hex(agonal)screw and 9 inside upper right side of overhead guard It connects, the first sliding rail 15 is bolted with 9 inside left end of overhead guard, and the first sliding block 16 and 15 right end of the first sliding rail carry out sliding company It connects, the first sliding block 16 is in rectangular parallelepiped structure, and the first sliding block 16 is glued by the way that adhesive glue is vertical with 13 lower-left end progress of drying hood It connects, electric hot plate 17 is located at 13 Internal back end of drying hood, and is bolted with 13 Internal back end of drying hood, temperature sensor 18 are bolted with 13 inside right rear end of drying hood, and the display screen 19 of rectangular parallelepiped structure is equipped on the upside of 3 front end of controller, Lifting device 14 includes shell 1401, the second motor 1402, first bevel gear 1403, first bearing 1404, bull stick 1405, second Bevel gear 1406, drive block 1407, second bearing 1408, the second sliding block 1409, the second sliding rail 1410 and push rod 1411, shell 1401 are threadedly coupled by hex(agonal)screw with 9 inside upper right side of overhead guard, and it is right that the second motor 1402 is located at 1401 inside of shell Upper end, and be threadedly coupled by Philip's head screw with 1401 inside upper right side of shell, first bevel gear 1403 passes through shaft It being sequentially connected with 1402 output end of the second motor, first bearing 1404 is bolted with 1401 inner upper end of shell, Bull stick 1405 is vertically embedded into 1404 lower end inside of first bearing, and is pivotally connected with 1404 lower end inside of first bearing, bar 1405 be sequentially connected in the middle part of second bevel gear 1406,1406 right end of second bevel gear and 1403 lower end of first bevel gear into Row engagement, bull stick 1405 are extended vertically through in the middle part of drive block 1407, and be sequentially connected in the middle part of drive block 1407, second Bearing 1408 is embedded in 1401 interior lower end of shell, and is bolted with 1401 interior lower end of shell, bull stick 1405 with It is pivotally connected on the inside of 1408 upper end of second bearing, drive block 1407 is in rectangular parallelepiped structure, and drive block 1407 passes through adhesive glue Vertical be bonded with the progress of 1409 right end of the second sliding block, the second sliding block 1409 is slidably connected with 1410 right end of the second sliding rail, the Two sliding rails 1410 are threadedly coupled by bolt with 1401 lower-left end of shell, and push rod 1411 passes through gasket and the second sliding block 1409 It is welded in the middle part of lower end, push rod 1411 is by carrying out be bonded, button 4, first motor on the right side of adhesive glue and 13 upper end of drying hood 7, blower 10, electric hot plate 17, display screen 19, temperature sensor 18 and the second motor 1402 are electrically connected with controller 3, controller 3 are electrically connected by power lead 5 with external power supply.

Wherein, the first motor 7 and 1402 upper end of the second motor are provided with bar shaped cooling fin, and the equal edge of cooling fin First motor 7 and 1402 outer surface of the second motor are uniformly distributed, conducive to play first motor 7 and the second motor 1402 are carried out it is scattered The effect of heat prevents first motor 7 and the second motor 1402 from overheating to damage.

Wherein, 1405 upper end of bull stick is provided with spiral screw thread, and screw thread is under 1405 outer surface of bull stick End is uniformly distributed in up time is needle-shaped, conducive to playing the role of that drive block 1407 is driven to be driven.

Wherein, the drive block 1407 is internally provided with inner bearing, and inner bearing is internally provided with spiral helicine screw thread, Conducive to playing the role of being driven in 1405 upper end of bull stick.

Wherein, there are three the electric hot plate 17 is arranged altogether, and electric hot plate 17 is uniform along 13 inside longitudinal direction of drying hood Distribution conducive to playing the role of carrying out heat production, and increases heat production efficiency.

Wherein, the push rod 1411 is internally provided with reinforcing rib, and reinforcing rib is in cylindrical structure, is conducive to increase push rod 1411 intensity, and increase the service life of push rod 1411.

Wherein, the bellows 12 is in cylindrical structure, and the highest extended length of bellows 12 is 30cm, is conducive to Yi Dong Yong is carried out to drive drying hood 13.

Wherein, the first motor 7 and the second motor 1402 are AKM series, and revolving speed is uniform.

Wherein, the display screen 19 is ST7565R series, and display effect is excellent, and it is low to consume energy.

Wherein, the electric hot plate 17 is DB-3 series, heat production excellent effect.

Wherein, the temperature sensor 18 is PT100 series, and inductive effects are excellent.

Temperature sensor 18 described in this patent refers to the sensor that can be experienced temperature and be converted into usable output signal, temperature Degree sensor is the core of temperature measuring instrument, various in style, can be divided into contact and contactless two by measurement method Major class is divided into two class of thermal resistance and thermocouple according to sensor material and electron component characteristic；The first bearing 1404 is to work as For important spare part a kind of in mechanical equipment, its major function is to support mechanical rotary body, reduces rubbing in its motion process Coefficient is wiped, and guarantees its rotating accuracy.

New material: being horizontally arranged by working principle with drying equipment first, next new material is pushed to be set with drying It is standby, idler wheel 1 is rolled, new material is pushed on suitable position with drying equipment, then will need dry new material It is placed in 8 top nose of conveyer belt, and presses the button 4 of 3 upper end of controller, starts new material drying equipment, the first electricity Machine 7 electric must make mechanical movement, and drive conveyer belt 8 to be driven by shaft, make conveyer belt 8 that new material is sent to overhead guard 9 Inside, while blower 10 electric must work, and by mechanical energy lift gas kinetic energy, to generate wind-force, wind-force be made to pass through company Adapter tube 11 is blowed to bellows 12, is subsequent passed through inside drying hood 13, and electric hot plate 17 carries out heat production, to form heat Wind makes heat blow to new material upper end, new material is dried, temperature sensor 18 becomes because of the temperature inside drying hood 13 Change, the resistance value of upper end changes, and is sent to 3 upper end of controller followed by electric signal, controller 3 is to data processing Afterwards, temperature data is shown by display screen 19, while operator can heating by button press 4 to electric hot plate 17 Temperature is adjusted；When the height of drying hood 13 to be adjusted, by lower button 4, start lifting device 14, the second motor 1402 electric must make mechanical movement, and drive first bevel gear 1403 to be rotated by shaft, and then make first bevel gear 1403 Bull stick 1405 is driven to be rotated on the inside of first bearing 1404 and second bearing 1408 by second bevel gear 1406, to make Bull stick 1405 drive drive block 1407 be driven, drive block 1407 drive the second sliding block 1409 toward 1410 lower end of the second sliding rail into Row movement, makes the second sliding block 1409 drive push rod 1411 to be moved to lower end, and push rod 1411 is made to push drying hood 13 to lower end It is moved, slides drying hood 13 in 15 upper end of the first sliding rail by the first sliding block 16, and then keep drying hood 13 downward End is moved, and drying efficiency is increased.

The basic principles and main features of the present invention and the advantages of the present invention have been shown and described above, for For those skilled in the art, it is clear that the present invention is not limited to the details of the above exemplary embodiments, and without departing substantially from this In the case where the spirit or essential attributes of utility model, the utility model can be realized in other specific forms.Therefore, no matter From the point of view of which point, the present embodiments are to be considered as illustrative and not restrictive, and the scope of the utility model is by institute Attached claim rather than above description limit, it is intended that will fall within the meaning and scope of the equivalent elements of the claims All changes are embraced therein.It should not treat any reference in the claims as limiting related right It is required that.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims

1. a kind of new material drying equipment, including idler wheel (1), installs case (2), controller (3), button (4), power lead (5), fixed frame (6), first motor (7), conveyer belt (8), overhead guard (9), blower (10), connecting tube (11), bellows (12), dry Dry cover (13), the first sliding rail (15), the first sliding block (16), electric hot plate (17) and display screen (19), it is characterised in that: further include rising Falling unit (14) and temperature sensor (18), the idler wheel (1) carry out vertical welding by gasket and installs case (2) bottom left front end Connect, the controller (3) is in rectangular parallelepiped structure, and controller (3) by hex bolts and installs case (2) right end upper right side into Row is threadedly coupled, and controller (3) front end lower left side is equipped with the button (4) of cylindrical structure, the power lead (5) with Controller (3) right end carries out grafting, and the fixed frame (6) at the top of hex(agonal)screw and installs case (2) by being threadedly coupled, institute It states first motor (7) to be located on front side of fixed frame (6) left end, and is bolted with fixed frame (6) left end front side, the biography Band (8) is sent to be sequentially connected by shaft and first motor (7) output end, the overhead guard (9) passes through Philip's head screw and fixation Frame (6) top center edge is threadedly coupled, and the blower (10) is welded by gasket and overhead guard (9) top nose, The blower (10) and connecting tube (11) front end carry out grafting, and the connecting tube (11) is vertical with the progress of bellows (12) upper end to insert It connects, the drying hood (13) carries out vertical be bonded, the lifting device (14) with bellows (12) lower edge by adhesive glue It is threadedly coupled by hex(agonal)screw with the internal upper right side of overhead guard (9), first sliding rail (15) and overhead guard (9) internal left end It is bolted, first sliding block (16) is slidably connected with the first sliding rail (15) right end, first sliding block (16) In rectangular parallelepiped structure, and the first sliding block (16) carries out vertical be bonded, the electricity with drying hood (13) lower-left end by adhesive glue Hot plate (17) is located at drying hood (13) Internal back end, and is bolted with drying hood (13) Internal back end, the temperature Sensor (18) is bolted with the internal right rear end of drying hood (13), is equipped on the upside of controller (3) front end rectangular The display screen (19) of body structure, the lifting device (14) include shell (1401), the second motor (1402), first bevel gear (1403), first bearing (1404), bull stick (1405), second bevel gear (1406), drive block (1407), second bearing (1408), the second sliding block (1409), the second sliding rail (1410) and push rod (1411), the shell (1401) by hex(agonal)screw with The internal upper right side of overhead guard (9) is threadedly coupled, and second motor (1402) is located at the internal upper right side of shell (1401), and Be threadedly coupled by the internal upper right side of Philip's head screw and shell (1401), the first bevel gear (1403) by shaft with Second motor (1402) output end is sequentially connected, and the first bearing (1404) and shell (1401) inner upper end carry out spiral shell Tether and connect, the bull stick (1405) is vertically embedded into first bearing (1404) lower end inside, and under first bearing (1404) End inside is pivotally connected, and is sequentially connected in the middle part of the bar (1405) and second bevel gear (1406), the second bevel gear (1406) right end is engaged with first bevel gear (1403) lower end, and the bull stick (1405) extends vertically through in drive block (1407) Middle part, and be sequentially connected with drive block (1407) middle part, the second bearing (1408) is embedded in shell (1401) Subordinate end, and be bolted with shell (1401) interior lower end, on the bull stick (1405) and second bearing (1408) End inside is pivotally connected, and the drive block (1407) is in rectangular parallelepiped structure, and drive block (1407) passes through adhesive glue and second Sliding block (1409) right end is vertically bonded, and second sliding block (1409) and the second sliding rail (1410) right end carry out sliding company It connects, second sliding rail (1410) is threadedly coupled by bolt with shell (1401) lower-left end, and the push rod (1411) is logical It crosses in the middle part of gasket and the second sliding block (1409) lower end and is welded, the push rod (1411) passes through on adhesive glue and drying hood (13) End right side is bonded, and the button (4), first motor (7), blower (10), electric hot plate (17), display screen (19), temperature pass Sensor (18) and the second motor (1402) are electrically connected with controller (3), and the controller (3) passes through power lead (5) and outer Connect power electric connection.

2. a kind of new material drying equipment according to claim 1, it is characterised in that: the first motor (7) and Two motors (1402) upper end is provided with bar shaped cooling fin, and cooling fin is along first motor (7) and the second motor (1402) Outer surface is uniformly distributed.

3. a kind of new material drying equipment according to claim 1, it is characterised in that: bull stick (1405) upper end is set It is equipped with spiral screw thread, and screw thread is uniformly distributed along bull stick (1405) outer surface lower end in up time is needle-shaped.

4. a kind of new material drying equipment according to claim 1, it is characterised in that: the drive block (1407) is internal It is provided with inner bearing, and inner bearing is internally provided with spiral helicine screw thread.

5. a kind of new material drying equipment according to claim 1, it is characterised in that: the electric hot plate (17) is arranged altogether There are three, and electric hot plate (17) is uniformly distributed along the internal longitudinal direction of drying hood (13).

6. a kind of new material drying equipment according to claim 1, it is characterised in that: set inside the push rod (1411) It is equipped with reinforcing rib, and reinforcing rib is in cylindrical structure.

7. a kind of new material drying equipment according to claim 1, it is characterised in that: the bellows (12) is in cylinder Body structure, and the highest extended length of bellows (12) is 30cm.