CN210853744U

CN210853744U - Core layer metering bin

Info

Publication number: CN210853744U
Application number: CN201921884305.8U
Authority: CN
Inventors: 魏立虎; 张风民; 李珊; 张风慷
Original assignee: Dezhou Paier Mechanical Equipment Co ltd
Current assignee: Dezhou Paier Mechanical Equipment Co ltd
Priority date: 2019-11-05
Filing date: 2019-11-05
Publication date: 2020-06-26
Anticipated expiration: 2029-11-05

Abstract

The utility model discloses a core layer measurement storehouse, it is connected through setting up blanking storehouse and play feed bin, after the connection finishes when the saw-dust falls down from the top, through the transport driving lever on the top carding module with the material saw-dust dispersion comb and lead-in to the middle part of conveyer belt through the side shield, comb dispersion action back more than the process, the material saw-dust can be combed the dispersion once more through many dispersion drive shafts in the exit after the conveyer belt on the conveying module of bottom is carried, not only realize that the measurement of effectual sandwich layer saw-dust still can realize even carrying in to forming device. The device is novel and simple in structure arrangement, can effectively comb and disperse core layer materials, and provides a better material source for the next forming process.

Description

Core layer metering bin

Technical Field

The utility model belongs to the technical field of the shaping of core plywood, especially, relate to a core layer measurement storehouse.

Background

Particle board is also called bagasse board, and is an artificial board made of crushed materials made of wood or other lignocellulose materials and glued under the action of heat and pressure after adhesive is applied, and is also called crushed material board. It is mainly used for furniture manufacture, building industry and train and automobile carriage manufacture. Because the shaving board structure is more even, and the processability is good, can process into panel by a wide margin according to actual need, be the better raw materials of furniture of preparation different specifications, style.

In shaving board manufacturing process, need carry out standard ration through metering device through the shaping of laying the saw-dust is even in order to realize the plank sandwich layer in molding machine with the saw-dust, need carry out even the breaing up with the saw-dust in metering device when the ration, but the integrated forming device of present sandwich layer does not just have this type of material to break up the function.

Disclosure of Invention

For realize above technical function, the utility model provides a core layer measurement storehouse, it has structural design novelty, can realize that the material is broken up, is carried and freely combs the function of dispersion before getting into forming die.

Aiming at the core layer metering bin: the conveying device comprises a supporting underframe, wherein a bottom conveying module is arranged in the supporting underframe, the bottom conveying module comprises a conveying driving shaft and a conveying fixed shaft, a conveying belt is arranged between the conveying driving shaft and the conveying fixed shaft in a surrounding manner, and a bottom conveying adjusting device is arranged on the conveying fixed shaft; the device comprises a bottom conveying module, a long strip-shaped square bin body, a top combing module and a combing adjusting device, wherein the long strip-shaped square bin body corresponds to the bottom conveying module and comprises a blanking bin and a discharging bin which are connected to form a whole; end gears are arranged at two ends of the combing material driving shaft and the combing material fixing shaft, driving chains are arranged on the end gears to realize driving, a conveying deflector rod is connected to the two driving chains arranged in front and at the back of the end gears together, and a plurality of vertical rods are arranged on the top surface of the conveying deflector rod to realize material scattering; go out the feed bin setting in the rear side of blanking storehouse, be provided with feed dispersion module in going out the feed bin, slope on the feed dispersion module is provided with many dispersion drive shafts, the front end of dispersion drive shaft extend to go out the feed bin outside and be provided with a double drive gear in every dispersion drive shaft, every dispersion drive shaft on all be provided with the dispersion fluted disc, be provided with the protruding material dispersion of realizing of pick and comb on the dispersion fluted disc.

Two of the dispersed driving shafts are arranged in a fixed groove as a group, and a plugging plate is arranged in each fixed groove to realize sealing arrangement.

The dispersion driving shaft is provided with a plurality of spacing discs and a dispersion fluted disc, the dispersion fluted disc is divided into a left inclined dispersion fluted disc and a right inclined dispersion fluted disc, and the difference is that when the tooth sheet protrusions on the dispersion fluted disc are set, the tooth sheet protrusions on the left inclined dispersion fluted disc are left inclined, and the tooth sheet protrusions on the right inclined dispersion fluted disc are right inclined.

When the dispersing driving shaft is arranged, the left end of the dispersing driving shaft is higher than the right end of the dispersing driving shaft, and the dispersing driving shaft at the rightmost end of the dispersing driving shaft is tangent to the conveying belt on the bottom conveying module.

In the blanking bin, chain supporting plates are arranged on the inner wall of the blanking bin corresponding to the driving chains on the top carding module, and the driving chains slide on the chain supporting plates.

On the inside wall of the blanking bin, a side baffle is arranged right below the conveying deflector rod corresponding to the conveying deflector rod on the top carding module, and the side baffle guides the vertically entering materials to the middle of the conveying belt.

The utility model has the advantages that: the utility model discloses an above structure setting, it is connected through setting up blanking storehouse and play feed bin, after the connection finishes when the saw-dust falls down from the top, through the transport driving lever on the top comb material module with the material saw-dust dispersion comb and lead-in to the middle part of conveyer belt to through the side shield, comb dispersion action back more than the process, the material saw-dust can comb the dispersion once more through many dispersion drive shafts in the exit after the conveyer belt on the bottom transport module is carried, not only realize that the measurement of effectual sandwich layer saw-dust can also realize even carrying in to forming device.

The device is novel and simple in structure arrangement, can effectively comb and disperse core layer materials, and provides a better material source for the next forming process.

Drawings

The utility model discloses total 8 of the attached drawings, wherein:

FIG. 1 is a schematic perspective view of the present invention;

FIG. 2 is a schematic perspective view II of the present invention;

FIG. 3 is a schematic view of the structure of the present invention;

FIG. 4 is a schematic front view of a spacer and a dispersion toothed disc mounted on the dispersion drive shaft;

FIG. 5 is a schematic perspective view of a spacer and a dispersive fluted disc mounted on a dispersive drive shaft;

FIG. 6 is an enlarged view of the structure in the direction A of FIG. 1;

FIG. 7 is an enlarged view of the structure in the direction B in FIG. 1;

FIG. 8 is an enlarged view of the structure in the direction C of FIG. 1;

in the drawings: 1. the device comprises a square cabin body, 11, a blanking cabin, 12, a discharging cabin, 13, a discharging port, 2, a supporting underframe, 3, a bottom conveying module, 31, a conveying driving shaft, 32, a conveying fixed shaft, 33, a bottom conveying adjusting device, 34, a conveying belt, 4, a top combing module, 41, a combing driving shaft, 42, a fixed bolt, 43, a chain, 44, a conveying deflector rod, 45, a vertical rod, 46, a combing adjusting device, 47, a combing fixed shaft, 48, a strip hole, 49, a chain supporting plate, 5, a feeding dispersion module, 50, an end gear, 51, a dispersion driving shaft, 52, a right dispersion fluted disc, 53, a spacing disc, 54, a left dispersion fluted disc, 55, a fluted sheet bulge, 56, a fixed seat, 57, a plugging plate, 58, a double-row driving gear, 6 and a side baffle.

Detailed Description

The invention is further described below with reference to the accompanying drawings.

As shown in the attached drawings, the core layer metering bin comprises a supporting chassis 2, a bottom conveying module 3 is arranged in the supporting chassis 2, the bottom conveying module 3 comprises a conveying driving shaft 31 and a conveying fixing shaft 32, a conveying belt 34 is arranged between the conveying driving shaft 31 and the conveying fixing shaft 32 in a surrounding mode, a bottom conveying adjusting device 33 is arranged on the conveying fixing shaft 32, and tightness adjustment of the conveying belt 34 can be achieved through the bottom conveying adjusting device 33; the device comprises a bottom conveying module 3, a strip-shaped square bin body 1 is arranged above the bottom conveying module, the strip-shaped square bin body 1 comprises a blanking bin 11 and a discharging bin 12, the blanking bin 11 and the discharging bin 12 are connected to form a whole, the top of the blanking bin 11 is in an open design and is connected with an external material supply device, screened core layer wood chips are led into the blanking bin 11, a top carding module 4 is arranged at an opening at the top of the blanking bin 11, the top carding module 4 comprises a carding driving shaft 41 and a carding fixing shaft 47, and a carding adjusting device 46 is arranged on the carding fixing shaft 47; end gears 50 are arranged at two ends of the combing driving shaft 41 and the combing fixing shaft 47, driving chains 43 are arranged on the end gears 50 to realize driving, a conveying deflector rod 44 is jointly connected to the two driving chains 43 arranged in front and at the back, and a plurality of vertical rods 45 are arranged on the top surface of the conveying deflector rod 44 to realize material scattering; go out the feed bin 12 setting in the rear side of blanking storehouse 11, be provided with feed dispersion module 5 in the play feed bin 12, slope on feed dispersion module 5 is provided with many dispersion drive shafts 51, dispersion drive shaft 51's front end extend to a feed bin 12 outside and be provided with a double drive gear 52 on every dispersion drive shaft 51, double drive gear 52 fixed through fixing base 56, every dispersion drive shaft 51 on all be provided with the dispersion fluted disc, be provided with the protruding 55 realization material dispersion of dentate piece and comb. The dispersion drive shaft 51 is provided with a plurality of spacing discs 53 and dispersion toothed discs, the dispersion toothed discs are divided into a left inclined dispersion toothed disc 54 and a right inclined dispersion toothed disc 52, and the difference lies in that when teeth projections 55 on the dispersion toothed disc are set, the teeth projections on the left inclined dispersion toothed disc 54 are left inclined, and the teeth projections on the right inclined dispersion toothed disc 52 are right inclined.

Further, two of the plurality of dispersion driving shafts 51 are arranged in a fixing groove as a group, and a blocking plate 57 is arranged in each fixing groove to realize sealing arrangement, so that the dispersion driving shafts 51 can be conveniently installed and fixed.

When the dispersing driving shaft 51 is arranged, the left end is higher and the right end is lower, the dispersing driving shaft 51 at the rightmost end is tangentially arranged with the conveying belt 34 on the bottom conveying module 3, and the material sawdust running from left to right on the conveying belt 34 can be uniformly dispersed through the dispersing driving shaft 51.

In the blanking bin 11, the driving chains 43 corresponding to the top carding module 4 are all fixed with chain supporting plates 49 on the inner wall of the blanking bin 11 through vertical strip grooves 48, the driving chains 43 slide on the chain supporting plates 49 to realize rotation, and the driving chains 43 can be effectively prevented from sagging in the circulating rotation process to influence the conveying efficiency.

On the inside wall of blanking storehouse 11, corresponding to the transport driving lever 44 on the top carding module 4, be provided with side shield 6 under transport driving lever 44, side shield 6 with the material direction of vertical entering to the middle part of conveyer belt 34, prevent that the material saw-dust is too close to the conveyer belt edge and leaks to the outside.

To summarize: this device is connected through setting up blanking bin 11 and play feed bin 12, after the connection finishes when the saw-dust falls down from the top, through the transport driving lever 44 on the top carding module 4 with the material saw-dust dispersion comb and lead-in to the middle part of conveyer belt 34 through side shield 6, comb dispersion action back more than, the material saw-dust can be combed the dispersion once more through many dispersion drive shafts in the exit after the conveyer belt 34 on the bottom conveying module 3 is carried with the material saw-dust, not only realize that the measurement of effectual sandwich layer saw-dust still can realize even carrying in to forming device.

Claims

1. A core layer measurement bin comprises a supporting base frame and is characterized in that: a bottom conveying module is arranged in the supporting underframe and comprises a conveying driving shaft and a conveying fixed shaft, a conveying belt is arranged between the conveying driving shaft and the conveying fixed shaft in a surrounding mode, and a bottom conveying adjusting device is arranged on the conveying fixed shaft; the device comprises a bottom conveying module, a long strip-shaped square bin body, a top combing module and a combing adjusting device, wherein the long strip-shaped square bin body corresponds to the bottom conveying module and comprises a blanking bin and a discharging bin which are connected to form a whole; end gears are arranged at two ends of the combing material driving shaft and the combing material fixing shaft, driving chains are arranged on the end gears to realize driving, a conveying deflector rod is connected to the two driving chains arranged in front and at the back of the end gears together, and a plurality of vertical rods are arranged on the top surface of the conveying deflector rod to realize material scattering; go out the feed bin setting in the rear side of blanking storehouse, be provided with feed dispersion module in going out the feed bin, slope on the feed dispersion module is provided with many dispersion drive shafts, the front end of dispersion drive shaft extend to go out the feed bin outside and be provided with a double drive gear in every dispersion drive shaft, every dispersion drive shaft on all be provided with the dispersion fluted disc, be provided with the protruding material dispersion of realizing of pick and comb on the dispersion fluted disc.

2. The core metrology bin of claim 1, wherein: two of the dispersed driving shafts are arranged in a fixed groove as a group, and a plugging plate is arranged in each fixed groove to realize sealing arrangement.

3. The core metrology bin of claim 1, wherein: the dispersion driving shaft is provided with a plurality of spacing discs and a dispersion fluted disc, the dispersion fluted disc is divided into a left inclined dispersion fluted disc and a right inclined dispersion fluted disc, and the difference is that when the tooth sheet protrusions on the dispersion fluted disc are set, the tooth sheet protrusions on the left inclined dispersion fluted disc are left inclined, and the tooth sheet protrusions on the right inclined dispersion fluted disc are right inclined.

4. The core metrology bin of claim 1, wherein: when the dispersing driving shaft is arranged, the left end of the dispersing driving shaft is higher than the right end of the dispersing driving shaft, and the dispersing driving shaft at the rightmost end of the dispersing driving shaft is tangent to the conveying belt on the bottom conveying module.

5. The core metrology bin of claim 1, wherein: in the blanking bin, chain supporting plates are arranged on the inner wall of the blanking bin corresponding to the driving chains on the top carding module, and the driving chains slide on the chain supporting plates.

6. The core metrology bin of claim 1, wherein: on the inside wall of the blanking bin, a side baffle is arranged right below the conveying deflector rod corresponding to the conveying deflector rod on the top carding module, and the side baffle guides the vertically entering materials to the middle of the conveying belt.