CN207524419U - A kind of conveying belt die machine for being easy to turn at drive - Google Patents
A kind of conveying belt die machine for being easy to turn at drive Download PDFInfo
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- CN207524419U CN207524419U CN201721069763.7U CN201721069763U CN207524419U CN 207524419 U CN207524419 U CN 207524419U CN 201721069763 U CN201721069763 U CN 201721069763U CN 207524419 U CN207524419 U CN 207524419U
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- conveyer belt
- flange belts
- drive
- hollow
- heat preservation
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Abstract
The utility model discloses a kind of conveying belt die machines for being easy to turn at drive, which is characterized in that dynamical system connection conveyer belt (12), flange belts are fixed on the both sides of conveyer belt (12), and flange belts are hollow flange belts.The problem of the utility model solves when conveyer belt and is fixed on the flange belts of conveyer belt both sides when drive director time synchronization turn, and flange belts crack or flange belts come off from conveyer belt.
Description
Technical field
The utility model is related to building machinery technical field, more particularly to a kind of conveyer belt for being easy to turn at drive
Molding machine.
Background technology
Heat preservation dismounting-free formwork for building includes insulating layer and sub-surface reinforcement, and insulating layer is protected between sub-surface reinforcement
Warm layer is fixed together with sub-surface reinforcement.The layer that wherein sub-surface reinforcement is made of together cementitious material with net gelling
Face, insulating layer is plant dry matter, cementitious material is added in a kind of substance in animal skin, lightweight aggregate these three substances or is added
Add the level that agent is formed；Or for after two kinds of substances combination in plant dry matter, animal skin, lightweight aggregate these three substances again
The level that addition cementitious material or additive are formed；Or it is plant dry matter, animal skin, lightweight aggregate these three substances combination
Cementitious material is added afterwards or level that additive is formed.
The heat preservation dismounting-free formwork for building has high-strength light, heat-insulation and heat-preservation, the fire prevention significant advantages such as impervious, be both beam,
The construction formwork of the monolithic reinforced concrete structure of the heat bridges such as column, shear wall, floor, roofing part, and be the guarantor of structure heat bridge
Warm layer.Heat preservation is combined into one with construction formwork, structure heat bridge part is not required to do insulating layer again.It is the primary great of building energy conservation
It changes.
About the method for production heat preservation dismounting-free formwork, we have applied for patent《A kind of life of heat preservation dismounting-free formwork for building
Producing line》(application number 201620707252.2) on the production line of production heat preservation dismounting-free formwork, one is provided in conveyer belt both sides
Determine the rib of thickness, the heat preservation mixture on conveyer belt is blocked from both sides, heat preservation mixture is made not to be scattering into the outside of conveyer belt.
Motor drive drive in production process, drive driving conveying belt operating, when conveyer belt is run at drive and is turned
When, since the rib for being fixed on conveyer belt both sides has certain intensity and thickness, to make rib light at drive with conveyer belt
It changes places and synchronizes turning, be highly difficult.If the production time is long, synchronous turning by force for a long time, then rib is easily damaged, and is held
It easily leads to rib cracking or rib comes off from conveyer belt.
Technical problem to be solved in the utility model is：Solve when conveyer belt and be fixed on the flange belts of conveyer belt both sides
When drive director time synchronization is turned, flange belts cracking or flange belts the problem of coming off from conveyer belt.
Invention content
In view of the above-mentioned problems, the technical scheme adopted by the utility model is that：
A kind of conveying belt die machine for being easy to turn at drive, which is characterized in that dynamical system connects conveyer belt
(12), flange belts are fixed on the both sides of conveyer belt (12), and flange belts are hollow flange belts.
Its way is：Flange belts are made into hollow flange belts 20, hollow flange belts 20 are then fixed on conveyer belt 12
Both sides；During work, motor 25 drives drive 26 to operate, and 26 driving conveying belt 12 of drive operates, when conveyer belt 12 and admittedly
When being scheduled on the synchronous operation of hollow flange belts 20 of conveyer belt both sides at drive 26, the hollow parts in hollow flange belts 20
201 provide extendable room for hollow flange belts, and conveyer belt 12 is made to be driven with the hollow flange belts 20 for being fixed on conveyer belt both sides
When taking turns synchronization turning at 26, flange belts will not cracking, come off.
The utility model has the technical effect that：
It solves when conveyer belt and is fixed on the flange belts of conveyer belt both sides when drive director time synchronization turn, keep off
The problem of sideband cracks or flange belts come off from conveyer belt.
Description of the drawings
Fig. 1 is the production line schematic diagram with conveyer belt He the hollow flange belts for being fixed on conveyer belt both sides
Fig. 2 is hollow flange belts schematic diagram
Fig. 3 is hollow mould knife structure diagram
Fig. 4 is that a kind of heat preservation for building in application example exempts to roll over the vertical view of the production line of template
Fig. 5 is conveyer belt and is fixed on the partial top view of the production line of the hollow flange belts of conveyer belt both sides
Fig. 6 is that a kind of heat preservation for building in application example exempts to roll over the front view of the production line of template
Specific embodiment
The scope of the utility model is not limited to this, and claimed range is recorded in each claim of claim.
Embodiment 1
As shown in Figure 1, Figure 2, shown in Fig. 3, Fig. 4, Fig. 5, Fig. 6, by a length of 1.5 meters, width be 0.05 meter, a height of 0.05 meter rectangular
Flange belts fix on the top of the shelf, then dig in rectangular flange belts with hollow mould knife one a length of 1.5 meters, width be 0.009 meter,
A height of 0.009 meter of hollow pipe.Rectangular flange belts is made to become hollow flange belts.Hollow one section of flange belts are connect into one section of ground patch again
On the both sides of conveyer belt.
During work, motor 25 drives drive 26 to operate, and 26 driving conveying belt 12 of drive operates, when 12 He of conveyer belt
When being fixed on the synchronous operation of hollow flange belts 20 of conveyer belt both sides at drive 26, the hollow parts in hollow flange belts 20
Extendable room is provided for hollow flange belts, make conveyer belt 12 and is fixed on the hollow flange belts 20 of conveyer belt both sides in drive 26
Coordinated with each other consistent when place synchronizes turning, even if the production time is long, the two is synchronous for a long time to turn, and flange belts will not crack,
Or it comes off from conveyer belt.
As shown in figure 3, hollow mould knife is made of hollow position 23, knife wall 24 and bottom cutting edge 34.
Application example
As shown in Figure 1, Figure 2, shown in Fig. 4, Fig. 5, Fig. 6, the technical program is applied to a kind of heat preservation for building and exempts to roll over the life of template
In producing line, the production line which exempts to roll over template includes raw material cabin, feed proportioning system, the first transport system, conveyer belt, bottom
Layer device for layering, bottom mortar distributor, heat insulation mortar blanking device, uniform distribution device, face layer device for layering, molding machine,
Face layer mortar distributor, the bottom device for layering 1, bottom mortar distributor 2, heat insulation mortar blanking device, uniform distribution device 4,
Face layer device for layering 5, vibrating formation unit 6, face 7 heating curing device 8 of layer mortar distributor, drilling equipment 9, cutter device 10 are pressed
Conveying tape motion direction is sequentially arranged, and conveyer belt 12 is located at bottom device for layering 1, bottom mortar distributor 2, the first scraping device
29th, heat insulation mortar blanking device, uniform distribution device 4, face layer device for layering 5, vibrating formation unit 6, Thickness sensitivity and correction
Device 31, face layer mortar distributor 7, the second scraping device 30, heating curing device 8, drilling equipment 9, cutter device 10 lower section,
Hollow flange belts 20 are fixed on the both sides of conveyer belt 12；
Pneumatic conveying pipeline 15 connects accelerated cement raw material cabin 14 and 2 knead dough layer mortar distributor 7 of bottom mortar distributor.
The production method of production line that the heat preservation for building exempts to roll over template is：
After feed proportioning system completes dispensing, light bone is conveyed to the blender 13 of heat insulation mortar blanking device by conveying device
Material, accelerated cement, additive and water stir into heat preservation mixture, to 32 conveying of lower hopper, then convey tape starting, bottom paving
Net device 1 first complete bottom be laid with grid cloth, bottom mortar distributor 2 on grid cloth cloth starch, the first scraping device 29 by its
It is struck off on grid cloth, then 32 blanking of lower hopper, then the material-pulling device in uniform distribution device 4 starts, reverse with conveyer belt
Operation, is then return to original position, then push away, and so on, the heat preservation mixture in heaps on conveyer belt is longitudinally bulldozed；Simultaneously
Lateral poking device in uniform distribution device 4 does traverse above conveyer belt, and the heat preservation on conveyer belt is mixed
Material laterally shakeouts, and the slurry on conveyer belt is made to be distributed more uniform, realizes heat preservation mixture uniform distribution；Back layer lapping
5 paved surface layer grid cloth of device, by the vibration of vibrating forming machine 6, is molded the heat preservation dismounting-free formwork of production, Thickness sensitivity with
Means for correcting 31 rolls template, keeps the consistency of thickness of heat preservation dismounting-free formwork, the right rapid hardening water of back layer mortar distributor 7
Mud cloth on the surface of heat preservation dismounting-free formwork is starched, and the second scraping device 30 strikes off cement slurry, increases heat preservation dismounting-free formwork table
The intensity in face enters back into heating and heat-insulating device 8 and is conserved, and side is run heat preservation dismounting-free formwork on the conveyor belt, side maintenance, maintenance
After when conveyer belt 12 and when being fixed on the synchronous operation of hollow flange belts 20 of conveyer belt both sides at drive 26, hollow gear
Hollow parts 201 in sideband provide extendable room for hollow flange belts, make conveyer belt 12 and are fixed on the sky of conveyer belt both sides
Heart flange belts 20 are harmonious, the easily synchronous turning at drive 26.Even if the production time is long, the two exists for a long time
Turning is synchronized at drive 26, flange belts will not crack or come off from conveyer belt.Then after drilling machine 9 is to maintenance
Heat preservation dismounting-free formwork punching, then cut by cutting machine 10, be finally sent at piler 11 a code heap.
In this application example, conveyer belt 12 is belt.
Embodiment 2
As shown in Figure 1, Figure 2, shown in Fig. 4, Fig. 5, with punch device in rectangular flange belts, a hollow pipe is made a call to.Make rectangular
Flange belts become hollow flange belts.Hollow one section of flange belts are connect into one section of ground patch on the both sides of conveyer belt again.
During work, motor 25 drives drive 26 to operate, and 26 driving conveying belt 12 of drive operates, when 12 He of conveyer belt
When being fixed on the synchronous operation of hollow flange belts 20 of conveyer belt both sides at drive 26, the hollow parts in hollow flange belts 20
Extendable room is provided for hollow flange belts, make conveyer belt 12 and is fixed on the hollow flange belts 20 of conveyer belt both sides in drive 26
Coordinated with each other consistent when place synchronizes turning, even if the production time is long, the two is synchronous for a long time to turn, and flange belts will not crack,
Or it comes off from conveyer belt.
Application example
As shown in Figure 1, Figure 2, shown in Fig. 4, Fig. 5, Fig. 6, the technical program is applied to a kind of heat preservation for building and exempts to roll over the life of template
In producing line, the production line which exempts to roll over template includes raw material cabin, feed proportioning system, the first transport system, conveyer belt, bottom
Layer device for layering, bottom mortar distributor, heat insulation mortar blanking device, uniform distribution device, face layer device for layering, molding machine,
Face layer mortar distributor, the bottom device for layering 1, bottom mortar distributor 2, heat insulation mortar blanking device, uniform distribution device 4,
Face layer device for layering 5, vibrating formation unit 6, face 7 heating curing device 8 of layer mortar distributor, drilling equipment 9, cutter device 10 are pressed
Conveying tape motion direction is sequentially arranged, and conveyer belt 12 is located at bottom device for layering 1, bottom mortar distributor 2, the first scraping device
29th, heat insulation mortar blanking device, uniform distribution device 4, face layer device for layering 5, vibrating formation unit 6, Thickness sensitivity and correction
Device 31, face layer mortar distributor 7, the second scraping device 30, heating curing device 8, drilling equipment 9, cutter device 10 lower section,
Hollow flange belts 20 are fixed on the both sides of conveyer belt 12；
Pneumatic conveying pipeline 15 connects accelerated cement raw material cabin 14 and 2 knead dough layer mortar distributor 7 of bottom mortar distributor.
The production method of production line that the heat preservation for building exempts to roll over template is：
After feed proportioning system completes dispensing, light bone is conveyed to the blender 13 of heat insulation mortar blanking device by conveying device
Material, accelerated cement, additive and water stir into heat preservation mixture, to 32 conveying of lower hopper, then convey tape starting, bottom paving
Net device 1 first complete bottom be laid with grid cloth, bottom mortar distributor 2 on grid cloth cloth starch, the first scraping device 29 by its
It is struck off on grid cloth, then 32 blanking of lower hopper, then the material-pulling device in uniform distribution device 4 starts, reverse with conveyer belt
Operation, is then return to original position, then push away, and so on, the heat preservation mixture in heaps on conveyer belt is longitudinally bulldozed；Simultaneously
Lateral poking device in uniform distribution device 4 does traverse above conveyer belt, and the heat preservation on conveyer belt is mixed
Material laterally shakeouts, and the slurry on conveyer belt is made to be distributed more uniform, realizes heat preservation mixture uniform distribution；Back layer lapping
5 paved surface layer grid cloth of device, by the vibration of vibrating forming machine 6, is molded the heat preservation dismounting-free formwork of production, Thickness sensitivity with
Means for correcting 31 rolls template, keeps the consistency of thickness of heat preservation dismounting-free formwork, the right rapid hardening water of back layer mortar distributor 7
Mud cloth on the surface of heat preservation dismounting-free formwork is starched, and the second scraping device 30 strikes off cement slurry, increases heat preservation dismounting-free formwork table
The intensity in face enters back into heating and heat-insulating device 8 and is conserved, and side is run heat preservation dismounting-free formwork on the conveyor belt, side maintenance, maintenance
After when conveyer belt 12 and when being fixed on the synchronous operation of hollow flange belts 20 of conveyer belt both sides at drive 26, hollow gear
Hollow parts 201 in sideband provide extendable room for hollow flange belts, make conveyer belt 12 and are fixed on the sky of conveyer belt both sides
Heart flange belts 20 are harmonious, the easily synchronous turning at drive 26.Even if the production time is long, the two exists for a long time
Turning is synchronized at drive 26, flange belts will not crack or come off from conveyer belt.Then after drilling machine 9 is to maintenance
Heat preservation dismounting-free formwork punching, then cut by cutting machine 10, be finally sent at piler 11 a code heap.
In this application example, conveyer belt 12 is belt.
Claims (1)
1. a kind of conveying belt die machine for being easy to turn at drive, which is characterized in that dynamical system connection conveyer belt (12),
Flange belts are fixed on the both sides of conveyer belt (12), and flange belts are hollow flange belts.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721069763.7U CN207524419U (en) | 2017-08-17 | 2017-08-17 | A kind of conveying belt die machine for being easy to turn at drive |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721069763.7U CN207524419U (en) | 2017-08-17 | 2017-08-17 | A kind of conveying belt die machine for being easy to turn at drive |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207524419U true CN207524419U (en) | 2018-06-22 |
Family
ID=62576507
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721069763.7U Active CN207524419U (en) | 2017-08-17 | 2017-08-17 | A kind of conveying belt die machine for being easy to turn at drive |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN207524419U (en) |
-
2017
- 2017-08-17 CN CN201721069763.7U patent/CN207524419U/en active Active
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