CN205300176U - Belt drying device - Google Patents

Abstract

The utility model relates to a belt drying device, include: first conveyer belt of in the past arranging after to and the second conveyer belt of arranging to the right side from a left side, first conveyer belt is located the left side of second conveyer belt, be fixed with the gyro wheel structure that a plurality of is the strip and is parallel to each other on the first conveyer belt, follow on the second conveyer belt a plurality of clip is evenly installed to the traffic direction of second conveyer belt, the left side of first conveyer belt is equipped with the horizontally cylinder, the right -hand member of the output pole of cylinder is directional the left end of second conveyer belt, the top at the rear portion of first conveyer belt is equipped with the baffle, the middle part of second conveyer belt is provided with the drying -machine, still including being located the sensor of second conveyer belt left end, the sensor with the cylinder passes through the circuit and links to each other. The utility model discloses the clutch facing of can drying to the characteristics that have high efficiency.

Description

A kind of belt drying unit

Technical field

The processing of this utility model clutch surface, is specifically related to a kind of belt drying unit.

Background technology

Clutch surface processing is to first pass through gasoline as solvent dissolving rubber, then by the rubber that dissolves on the framework material producing clutch surface, being finally pressed into required clutch surface. Containing gasoline on the clutch surface being pressed into, it is impossible to directly assemble, prior art is that the clutch surface being pressed into is placed the long period, could be assembled in clutch by clutch surface so that the production cycle of clutch is longer after gasoline volatilization.

Summary of the invention

The purpose of this utility model is to propose a kind of belt drying unit, it is possible to flash baking clutch surface.

A kind of belt drying unit described in the utility model, including: the first conveyer belt arranged from front to back and the second conveyer belt arranged from left to right, described first conveyer belt and described second conveyer belt are all horizontally disposed with, and described first conveyer belt is positioned at the left side of described second conveyer belt, being fixed with several on described first conveyer belt is strip and the roller structure being parallel to each other, distance between adjacent two roller structures is less than the radius of clutch surface, described roller structure includes roller mount and several rollers being uniformly arranged in roller mount, described roller mount extends to the edge, the right of described first conveyer belt from the left margin of described first conveyer belt, described wheel is rolled being provided with of seat and is extended from left to right and opening up groove, described roller is arranged in described groove and can rotate, the centrage of described roller is arranged along the longitudinal direction, a part for described roller protrudes from the opening of described groove, described second conveyer belt is uniformly provided with several clips along the traffic direction of described second conveyer belt, described clip includes fixing, with described second conveyer belt, the base plate being connected, it is hinged on the two clamping plates on described base plate, described clamping plate are formed from middle part bending by one piece of rectangular slab, one edge of described clamping plate is hinged on described base plate, distance between described two clamping plates is first gradually reduced from described base plate to the direction away from described base plate and is then gradually increased, the bending part at the middle part of two clamping plates is inconsistent, the hinged place of described two clamping plates and described base plate is provided with torsion spring, so that two clamping plates holds out against mutually, between described first conveyer belt and described second conveyer belt, there is the space allowing described clip pass through, the left side of described first conveyer belt is provided with the cylinder of level, and the right-hand member of the take-off lever of described cylinder points to the left end of described second conveyer belt, and the right-hand member of the take-off lever of described cylinder is provided with the pushing block for promoting the clutch surface on described first conveyer belt, the distance thickness less than clutch surface being arranged over baffle plate, the upper surface of described first conveyer belt and the lower edge of described baffle plate at the rear portion of described first conveyer belt, the middle part of described second conveyer belt is provided with dehydrator, and the top in the middle part of described second conveyer belt is positioned at dehydrator, also including the sensor being positioned at described second conveyer belt left end, described sensor is connected by circuit with described cylinder, to control the operation of described cylinder, when a clip runs the left end to described second conveyer belt, described sensor is positioned at the rear of this clip, described baffle plate is positioned at the left back of this clip, and this clip faces the top of described roller structure, and described pushing block pushes between the two clamping plates that clutch surface inserts this clip.

Adopt technique scheme, the second conveyer belt and clip is utilized to dry to transport in clutch surface entrance baking machine, due to all endways placement of clutch surface in this process, second conveyer belt of unit length can be placed more clutch surface, when the size of baking machine is certain, the more clutch surface that can make simultaneously enters baking machine dries, when the speed of service of the second conveyer belt is certain, the drying time of every piece of clutch surface can be extended, so having higher efficiency.The first conveyer belt is utilized to coordinate cylinder and baffle plate to carry out feeding, sensor is set simultaneously, when clip runs to sensor place, sensor sends signal and promotes cylinder to run, pushing block on cylinder pushes between the two clamping plates that clutch surface enters clip, following first conveyer belt runs to baffle plate place with another block clutch surface and is blocked by baffle plate, complete a feeding action, this automatic charging is exactly accurate and quick, simultaneously because be provided with roller structure on the first conveyer belt, clutch surface and the roller contact on roller structure, when clutch surface slides to the right, roller rotates, the resistance that clutch surface is subject in the lateral direction is less, the abrasion that clutch surface is subject to is less, ensure that product quality, improve the speed that clutch surface slides to the right, ensure that clutch surface can insert clip in time, feeding process of the present utility model very simple and fast as can be seen here, workman only need to be placed on the first conveyer belt clutch surface, requiring extremely low to the operation of workman, during blanking, workman has only to a clutch surface and extracts in clip, very convenient. distance between two clamping plates is first gradually reduced from base plate to the direction away from base plate and is then gradually increased, form an X-shaped structure, when making feeding, clutch surface can be pushed between two clamping plates by pushing block easily, clip handles clutch surface and runs along with the second conveyer belt, sufficiently stable, clutch surface will not rock and come off, owing to clip is made up of two clamping plates, it is ensured that the ventilation within clip so that clutch surface can be dried faster.

Further, the right flank of described pushing block is cambered surface recessed to the left. Cambered surface better and the edge mate of clutch surface, can play certain centering effect.

Further, the left part of described baffle plate and right part are equipped with the support downwardly extended.

Further, described sensor is positioned on the support of described baffle plate right part.

Further, the roof of described baking machine is provided with baking components.

This utility model can dry clutch surface, and has feature rapidly and efficiently.

Accompanying drawing explanation

Fig. 1 is top view of the present utility model;

Fig. 2 is the A-A profile in Fig. 1;

Fig. 3 is the zoomed-in view at the first conveyer belt place in Fig. 2;

Fig. 4 is the sectional view of clip;

Fig. 5 is the structural representation of roller structure.

In figure: 1 first conveyer belt; 2 second conveyer belts; 3 baking machines; 4 baffle plates; 5 cylinders; 6 roller structures; 7 clips; 8 clutch surfaces; 9 pushing blocks; 10 sensors; 11 baking components; 12 roller mount; 13 rollers; 14 base plates; 15 clamping plate; 16 torsion springs.

Detailed description of the invention

Below in conjunction with accompanying drawing, the utility model is described in further detail.

A kind of belt drying unit as shown in Figure 1 to Figure 3, including: the first conveyer belt 1 arranged from front to back and the second conveyer belt 2 arranged from left to right, described first conveyer belt 1 and described second conveyer belt 2 are all horizontally disposed with, and described first conveyer belt 1 is positioned at the left side of described second conveyer belt 2, being fixed with several on described first conveyer belt 1 is strip and the roller structure 6 being parallel to each other, distance between adjacent two roller structures 6 is less than the radius of clutch surface 8, as shown in Figure 5, described roller structure 6 includes roller mount 12 and several rollers 13 being uniformly arranged in roller mount 12, described roller mount 12 extends to the edge, the right of described first conveyer belt 1 from the left margin of described first conveyer belt 1, described wheel is rolled being provided with of seat and is extended from left to right and opening up groove, described roller 13 is arranged in described groove and can rotate, the centrage of described roller 13 is arranged along the longitudinal direction, a part for described roller 13 protrudes from the opening of described groove,Described second conveyer belt 2 is uniformly provided with several clips 7 along the traffic direction of described second conveyer belt 2, as shown in Figure 4, described clip 7 includes and the described second fixing base plate 14 being connected of conveyer belt 2, it is hinged on the two clamping plates 15 on described base plate 14, described clamping plate 15 are formed from middle part bending by one piece of rectangular slab, one edge of described clamping plate 15 is hinged on described base plate 14, distance between described two clamping plates 15 is first gradually reduced from described base plate 14 to the direction away from described base plate 14 and is then gradually increased, the bending part at the middle part of two clamping plates 15 is inconsistent, the hinged place of described two clamping plates 15 and described base plate 14 is provided with torsion spring 16, so that two clamping plates 15 holds out against mutually, between described first conveyer belt 1 and described second conveyer belt 2, there is the space allowing described clip 7 pass through, the left side of described first conveyer belt 1 is provided with the cylinder 5 of level, the right-hand member of the take-off lever of described cylinder 5 points to the left end of described second conveyer belt 2, and the right-hand member of the take-off lever of described cylinder 5 is provided with the pushing block 9 for promoting the clutch surface 8 on described first conveyer belt 1, the distance thickness less than clutch surface 8 being arranged over baffle plate 4, the upper surface of described first conveyer belt 1 and the lower edge of described baffle plate 4 at the rear portion of described first conveyer belt 1, the middle part of described second conveyer belt 2 is provided with dehydrator, and the top in the middle part of described second conveyer belt 2 is positioned at dehydrator, also including the sensor 10 being positioned at described second conveyer belt 2 left end, described sensor 10 is connected by circuit with described cylinder 5, to control the operation of described cylinder 5, when a clip 7 runs the left end to described second conveyer belt 2, described sensor 10 is positioned at the rear of this clip 7, described baffle plate 4 is positioned at the left back of this clip 7, this clip 7 faces the top of described roller structure 6, and described pushing block 9 pushes between the two clamping plates 15 that clutch surface 8 inserts this clip 7.

Further, the right flank of described pushing block 9 is cambered surface recessed to the left.

Further, the left part of described baffle plate 4 and right part are equipped with the support downwardly extended.

Further, described sensor 10 is positioned on the support of described baffle plate 4 right part.

Further, the roof of described baking machine 3 is provided with baking components 11.

Describing in order to convenient, upper and lower, left and right, front and rear in this utility model are all as the criterion with the coordinate system in Fig. 1 and Fig. 2, but the actual disposition of the belt drying unit involved by this utility model is not limited to above-mentioned direction.

Claims (5)

1. a belt drying unit, it is characterized in that, including: the first conveyer belt arranged from front to back and the second conveyer belt arranged from left to right, described first conveyer belt and described second conveyer belt are all horizontally disposed with, and described first conveyer belt is positioned at the left side of described second conveyer belt, being fixed with several on described first conveyer belt is strip and the roller structure being parallel to each other, distance between adjacent two roller structures is less than the radius of clutch surface, described roller structure includes roller mount and several rollers being uniformly arranged in roller mount, described roller mount extends to the edge, the right of described first conveyer belt from the left margin of described first conveyer belt, described wheel is rolled being provided with of seat and is extended from left to right and opening up groove, described roller is arranged in described groove and can rotate, the centrage of described roller is arranged along the longitudinal direction, a part for described roller protrudes from the opening of described groove, described second conveyer belt is uniformly provided with several clips along the traffic direction of described second conveyer belt, described clip includes fixing, with described second conveyer belt, the base plate being connected, it is hinged on the two clamping plates on described base plate, described clamping plate are formed from middle part bending by one piece of rectangular slab, one edge of described clamping plate is hinged on described base plate, distance between described two clamping plates is first gradually reduced from described base plate to the direction away from described base plate and is then gradually increased, the bending part at the middle part of two clamping plates is inconsistent, the hinged place of described two clamping plates and described base plate is provided with torsion spring, so that two clamping plates holds out against mutually, between described first conveyer belt and described second conveyer belt, there is the space allowing described clip pass through, the left side of described first conveyer belt is provided with the cylinder of level, and the right-hand member of the take-off lever of described cylinder points to the left end of described second conveyer belt, and the right-hand member of the take-off lever of described cylinder is provided with the pushing block for promoting the clutch surface on described first conveyer belt, the distance thickness less than clutch surface being arranged over baffle plate, the upper surface of described first conveyer belt and the lower edge of described baffle plate at the rear portion of described first conveyer belt, the middle part of described second conveyer belt is provided with dehydrator, and the top in the middle part of described second conveyer belt is positioned at dehydrator, also including the sensor being positioned at described second conveyer belt left end, described sensor is connected by circuit with described cylinder, to control the operation of described cylinder, when a clip runs the left end to described second conveyer belt, described sensor is positioned at the rear of this clip, described baffle plate is positioned at the left back of this clip, and this clip faces the top of described roller structure, and described pushing block pushes between the two clamping plates that clutch surface inserts this clip.

2. belt drying unit according to claim 1, it is characterised in that: the right flank of described pushing block is cambered surface recessed to the left.

3. belt drying unit according to claim 1, it is characterised in that: the left part of described baffle plate and right part are equipped with the support downwardly extended.

4. belt drying unit according to claim 3, it is characterised in that: described sensor is positioned on the support of described baffle plate right part.

5. belt drying unit according to claim 1, it is characterised in that: the roof of described baking machine is provided with baking components.