CN201833444U - Wood board and process equipment therefor - Google Patents
Wood board and process equipment therefor Download PDFInfo
- Publication number
- CN201833444U CN201833444U CN2010205225329U CN201020522532U CN201833444U CN 201833444 U CN201833444 U CN 201833444U CN 2010205225329 U CN2010205225329 U CN 2010205225329U CN 201020522532 U CN201020522532 U CN 201020522532U CN 201833444 U CN201833444 U CN 201833444U
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- presser device
- group
- cylinder
- bottom roll
- last
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Abstract
The utility model discloses a wood board and process equipment for the wood board. The utility model has the advantages that a lower roller of one end of the equipment is connected with an upper roller of the end and another upper roller adjacent to the upper roller at the same time through a driving wheel, so as to form a first press device; an upper roller of the other end of the equipment is connected with a lower roller of the other end and another lower roller adjacent to the lower roller at the same time through a driving wheel, so as to form a last press device; the rotational speeds of the first press device and the last press device are slow; and a lower roller of the middle of the equipment is connected with the another upper roller adjacent to the upper roller through a driving wheel, so as to form a middle press device. The adjacent press devices rotate at a high speed and a lower speed alternately, so that only one surface of the wood board is rapidly polished under the pressure action of the roller at a certain processing point. The slow-speed rollers are distributed on the front, the rear, the upper and the lower sides of one high-speed roller, so that the wood board is not pushed by the roller at a high rotational speed during the feeding process and the feeding speed of the wood board is well controlled, as a result, the wood board moves forward at a uniform speed and the relatively-short wood board can be processed.
Description
Technical field
The utility model relates to the process equipment of a kind of plank and this plank.
Background technology
Plank in the market substantially all is to do surface protection by paint to handle; if thickness low LCL not in place or paint is handled at some position during plank paint; owing to also leave resin or air in the pore of plank; be subjected to the influence of temperature and humidity; can cause plank to expand or contraction distortion, and the pore in the plank to paint repeatedly and just can seal paint cost height; and the formaldehyde in the paint causes the multiple disease of human body easily, and is bigger to the infringement of human body.
The applying date be on September 28th, 2008 patent No. be the treatment facility that discloses a kind of plank in the Chinese utility model patent specification of ZL200820165182.8, characteristics are to comprise workbench and drive unit, workbench is provided with first presser device, second presser device and auxiliary presser device, first presser device and second presser device include horizontal last item, auxiliary presser device comprises auxiliary horizontal last item, the horizontal last item of the drive unit and first presser device, be provided with transmission device between the horizontal last item of second presser device and the auxiliary horizontal last item, the horizontal last item of first presser device equates with the gearratio of drive unit that with the horizontal last item of the gearratio of drive unit and second presser device gearratio of auxiliary horizontal last item and drive unit is greater than the horizontal last item of first presser device and the gearratio of drive unit; Though it is when the processing plank, because the rotating ratio of auxiliary horizontal last item comparatively fast can play burnishing action to the plank surface, but it is a speed of controlling the plank charging by the fricting strip on the following horizontal last item of first presser device and second presser device, can on plank, stay the fricting strip vestige like this, can influence attractive in appearance as plank being used to do solid wood furniture, tables and chairs etc., only the speed apart from charging that is shorter than between first presser device and second presser device of plank has just had speed, makes the scope of processing that certain limitation be arranged.
Summary of the invention
Technical problem to be solved in the utility model provides a kind of fricting strip vestige that neither can stay on plank can control the plank charging rate of lacking a bit relatively again better, plank is at the uniform velocity advanced, thereby sealed a kind of plank of pore on plank surface and the process equipment of this plank better.
The utility model solves the problems of the technologies described above the technical scheme that is adopted:
A kind of plank, comprise have the front, the strip body of the back side and side end face, it is characterized in that described strip body length direction has at least relative two faces to be wholely set the rigidity layer that is formed by the cylinder polishing, described rigidity layer hardness is stiffer than the strip body interior, and described rigidity layer surface pore is closure state;
Four faces of described strip body length direction are wholely set the rigidity layer that is formed by the cylinder polishing;
Described rigidity layer thickness is less than 1mm.
A kind of process equipment of processing above-mentioned plank, it is characterized in that comprising support, first drive unit and second drive unit, described support is provided with, following two groups of gripper shoes, be set with lower connecting plate on the described lower supporting plate, be set with upper junction plate on the described upper backup pad, be connected with at least four last cylinders that are arranged side by side on the described upper junction plate, be connected with quantity on the described lower connecting plate and go up that cylinder equates and position bottom roll one to one with described, bottom roll of equipment one end simultaneously with the last cylinder of this end and on this on adjacent another of cylinder cylinder be connected to form first group of presser device by drive, one of the equipment other end go up adjacent with the bottom roll of this end and this a bottom roll simultaneously bottom roll of cylinder and be connected to form last group presser device by drive, go up cylinder and be connected to form middle presser device for one that a bottom roll of mid portion is adjacent with relative upward cylinder by drive, the rotating speed speed of adjacent presser device replaces and rotating speed of first group of presser device and last group presser device is slow, all rotating speeds are that slow presser device drives by first drive unit, all rotating speeds are that fast presser device drives by second drive unit, support is provided with regulates the governor motion of going up gap between lower connecting plate and the up-down roller, and the big end in gap is outlet for the little end in inlet gap;
The quantity of described upper and lower cylinder is four, go up cylinder and be connected to form middle presser device for one that a bottom roll of mid portion is adjacent with relative upward cylinder by drive, described first group of presser device equates that with the rotating speed of described last group presser device the rotating speed of described second group of presser device is greater than the rotating speed of described first group of presser device;
Described first drive unit comprises first motor, pass through the drive transmission between the bottom roll of described first motor and described first group of presser device, one of them of cylinder and described last group presser device goes up and to pass through the drive transmission between the cylinder on one of them of described first group of presser device, described second drive unit comprises second motor, passes through the drive transmission between the bottom roll of described second motor and described second group of presser device;
The quantity of described upper and lower cylinder is six, go up cylinder and be connected to form second group of presser device, the 3rd group of presser device and the 4th group of presser device for one that a bottom roll of mid portion is adjacent with relative upward cylinder by drive, the rotating speed of described first group of presser device, the 3rd group of presser device and last group presser device equates, the rotating speed of described second group of presser device and the 4th group of presser device equates that the rotating speed of described second group of presser device is greater than the rotating speed of described first group of presser device;
Described first drive unit comprises first motor, pass through the drive transmission between the bottom roll of described first motor and described first group of presser device, pass through the drive transmission on one of them of described first group of presser device between the last cylinder of cylinder and described the 3rd group of presser device, pass through the drive transmission between the cylinder on one of them of the last cylinder of described the 3rd group of presser device and described last group presser device, described second drive unit comprises second motor, by the drive transmission, pass through the drive transmission between the last cylinder of the last cylinder of described second group of presser device and described the 4th group of presser device between the bottom roll of described second motor and described second group of presser device;
Described drive can be with sprocket wheel and chain;
Described upper and lower gripper shoe is socketed in respectively on the described support, be bolted with nut on the described support, described upper and lower gripper shoe is fixedlyed connected with described support by described nut, thus the convenient gap of regulating between upper and lower connecting plate and the upper and lower cylinder;
Between described two adjacent last cylinders and be respectively arranged with electrically heated rod between two adjacent bottom rolls, described electrically heated rod correspondingly is fixedly connected on described upper junction plate and the lower connecting plate respectively, it is described that upward cylinder is identical with the structure of described bottom roll, described bottom roll comprises cylindrical shell and is fixedly connected on the tube axle at described cylindrical shell two ends, the length of described electrically heated rod equals the length of described cylindrical shell, be provided with heat insulation foam between described cylindrical shell and the described tube axle, described tube axle is coupling on described lower connecting plate, sealing shroud on the described tube axle is provided with air ring, described air ring is fixedlyed connected with described lower connecting plate, described air ring is provided with the cooling bath that is used to feed cooling water, and described electrically heated rod is electrically connected with attemperating unit.
Compared with prior art, advantage of the present utility model is that described plank surface is wholely set the rigidity layer that is formed by the cylinder polishing, described rigidity layer hardness is stiffer than the strip body interior, described rigidity layer surface pore is closure state, plank has just had better wear resistance like this, can moistureproofly, anti-go rotten again simultaneously, anti-deformation, so just can not paint or lack and paint; Since bottom roll of equipment one end simultaneously with the last cylinder of this end and on this on adjacent another of cylinder cylinder be connected to form first group of presser device by drive, one of the equipment other end go up adjacent with the bottom roll of this end and this a bottom roll simultaneously bottom roll of cylinder and be connected to form last group presser device by drive, and the rotating speed of first group of presser device and last group presser device is slow, and a bottom roll of a mid portion last cylinder adjacent with relative last cylinder is connected to form middle presser device by drive, the rotating speed speed of adjacent presser device alternately, plank is had only under the compacting of face at cylinder at certain processing stand polishes fast, and the front and back of fast roll and above or following all be cylinder at a slow speed, guaranteed that plank can not driven by the fast cylinder of rotating speed when charging, thereby can control the charging rate of plank better, plank can at the uniform velocity be advanced, also can process the plank of lacking any relatively, because the cylinder of quick rotation skids on plank and produces friction under pressure, friction makes cylinder and plank all produce heat, so not only can be better compress and make the closed hardness of its surperficial pore harder, also styling also played on the floor simultaneously plank; Be respectively arranged with electrically heated rod between two adjacent last cylinders and between two adjacent bottom rolls, can heat cylinder and plank according to the processing needs, be provided with heat insulation foam between cylindrical shell and the tube axle, the tube axle is coupling on lower connecting plate, tube axle upper sleeve gasket is established air ring, and air ring is fixedlyed connected with lower connecting plate, and air ring is provided with the cooling bath that is used to feed cooling water, can preventing temperature like this, too high that tube axle is expanded is stuck, has guaranteed the crudy of equipment.
Description of drawings
Fig. 1 is the schematic diagram of the utility model embodiment 1;
Fig. 2 is the schematic diagram of the utility model embodiment 2;
Fig. 3 is the structural representation of the utility model embodiment 3;
Fig. 4 is the vertical view of Fig. 3;
Fig. 5 is the structural representation of the utility model embodiment 4;
Fig. 6 is the vertical view of Fig. 5;
Fig. 7 is the structural representation that the utility model embodiment 5 installs electrical bar;
Fig. 8 is the structural representation of the bottom roll of the utility model embodiment 5.
The specific embodiment
Embodiment describes in further detail the utility model below in conjunction with accompanying drawing.
Embodiment 1: a kind of plank, comprise have the front, the strip body 16 of the back side and side end face, relative two faces of strip body 16 length directions are wholely set the rigidity layer 17 that roll friction forms, rigidity layer 17 hardness are stiffer than the strip body interior, and rigidity layer 18 surperficial pores are closure state;
Embodiment 2: a kind of plank, comprise have the front, the strip body 18 of the back side and side end face, four faces of strip body 18 length directions are wholely set the rigidity layer 19 that the cylinder friction forms, and rigidity layer 19 case hardnesses are stiffer than inside, and rigidity layer 19 surperficial pores are closure state;
Embodiment 3: as shown in the figure, a kind of process equipment of plank, comprise support 1, first motor 2 and second motor 3, being arranged with upper backup pad 11 on the support 1 also fixedlys connected with support 1 by nut 13 with lower supporting plate 12, be set with upper junction plate 14 on the upper backup pad 11, be set with lower connecting plate 15 on the lower supporting plate 12, be connected with four last cylinders that are arranged side by side on the upper junction plate 14, be respectively cylinder 41, last cylinder 42, last cylinder 43, last cylinder 44, be connected with four positions and last cylinder bottom roll one to one on the lower connecting plate 15, be respectively bottom roll 51, bottom roll 52, bottom roll 53, bottom roll 54, bottom roll 54 reaches upward with last cylinder 44, and cylinder 43 is connected to form first group of presser device by sprocket wheel, last cylinder 42 is connected to form second group of presser device with bottom roll 53 by sprocket wheel, bottom roll 51 is connected to form last group presser device with last cylinder 41 and bottom roll 52 by sprocket wheel, first group of presser device equates with the rotating speed of last group presser device, the rotating speed of second group of presser device is greater than the rotating speed of first group of presser device, pass through chain gear transmission between the bottom roll 54 of first motor 2 and first group of presser device, one of them of cylinder 43 and last group presser device goes up and passes through chain gear transmission between the cylinder 41 on one of them of first group of presser device, passes through chain gear transmission between the bottom roll 53 of second motor 3 and second group of presser device;
Embodiment 4: as shown in the figure, other structure is with embodiment 3, difference is cylinder, the quantity of bottom roll is six, bottom roll 76 reaches upward with last cylinder 66, and cylinder 65 is connected to form first group of presser device by sprocket wheel, last cylinder 64 is connected to form second group of presser device with bottom roll 75 by sprocket wheel, last cylinder 63 is connected to form the 3rd group of presser device with bottom roll 74 by sprocket wheel, last cylinder 62 is connected to form the 4th group of presser device with bottom roll 73 by sprocket wheel, bottom roll 71 is connected to form last group presser device with last cylinder 61 and bottom roll 72 by sprocket wheel, first group of presser device, the rotating speed of the 3rd group of presser device and last group presser device equates, the rotating speed of second group of presser device and the 4th group of presser device equates, the rotating speed of second group of presser device is greater than the rotating speed of first group of presser device, pass through chain gear transmission between the bottom roll 76 of first motor 8 and first group of presser device, pass through chain gear transmission between the last cylinder 63 of cylinder 65 and the 3rd group of presser device on one of them of first group of presser device, pass through chain gear transmission between the cylinder 61 on one of them of the last cylinder 63 of the 3rd group of presser device and last group presser device, by chain gear transmission, pass through chain gear transmission between the last cylinder 62 of the last cylinder 64 of second group of presser device and the 4th group of presser device between the bottom roll 75 of second motor 9 and second group of presser device;
Embodiment 5: as shown in the figure, other structure is with embodiment 3, difference is to be respectively arranged with electrically heated rod 10 between the adjacent last cylinder and between the adjacent bottom roll, electrically heated rod 10 correspondingly is fixedly connected on respectively on upper junction plate 14 or the lower connecting plate 15, last cylinder is identical with the structure of bottom roll, bottom roll comprises cylindrical shell 511 and is fixedly connected on the tube axle 512 at cylindrical shell 511 two ends, the length of electrically heated rod 10 equals the length of cylindrical shell 511, be provided with heat insulation foam 101 between cylindrical shell 511 and the tube axle 512, tube axle 512 is coupling on lower connecting plate 15, tube axle 512 upper sleeve gaskets are established air ring 102, air ring 102 is fixedlyed connected with lower connecting plate 15, air ring 102 is provided with the cooling bath 103 that is used to feed cooling water, and electrically heated rod 10 is electrically connected with the attemperating unit (not shown).
Claims (10)
1. plank, comprise have the front, the strip body of the back side and side end face, it is characterized in that described strip body length direction has at least relative two faces to be wholely set the rigidity layer that is formed by the cylinder polishing, described rigidity layer hardness is stiffer than the strip body interior, and described rigidity layer surface pore is closure state.
2. a kind of plank as claimed in claim 1 is characterized in that four faces of described strip body length direction are wholely set the rigidity layer that the cylinder polishing forms.
3. a kind of plank as claimed in claim 1 or 2 is characterized in that described rigidity layer thickness is less than 1mm.
One kind processing above-mentioned plank process equipment, it is characterized in that comprising support, first drive unit and second drive unit, described support is provided with, following two groups of gripper shoes, be set with lower connecting plate on the described lower supporting plate, be set with upper junction plate on the described upper backup pad, be connected with at least four last cylinders that are arranged side by side on the described upper junction plate, be connected with quantity on the described lower connecting plate and go up that cylinder equates and position bottom roll one to one with described, bottom roll of equipment one end simultaneously with the last cylinder of this end and on this on adjacent another of cylinder cylinder be connected to form first group of presser device by drive, one of the equipment other end go up adjacent with the bottom roll of this end and this a bottom roll simultaneously bottom roll of cylinder and be connected to form last group presser device by drive, go up cylinder and be connected to form middle presser device for one that a bottom roll of mid portion is adjacent with relative upward cylinder by drive, the rotating speed speed of adjacent presser device replaces and rotating speed of first group of presser device and last group presser device is slow, all rotating speeds are that slow presser device drives by first drive unit, all rotating speeds are that fast presser device drives by second drive unit, support is provided with regulates the governor motion of going up gap between lower connecting plate and the up-down roller, the big end in gap is inlet, and the little end in gap is outlet.
5. the process equipment of a kind of plank as claimed in claim 4, the quantity that it is characterized in that described upper and lower cylinder is four, go up cylinder and be connected to form middle presser device for one that a bottom roll of mid portion is adjacent with relative upward cylinder by drive, described first group of presser device equates that with the rotating speed of described last group presser device the rotating speed of described second group of presser device is greater than the rotating speed of described first group of presser device.
6. the process equipment of a kind of plank as claimed in claim 4, it is characterized in that described first drive unit comprises first motor, pass through the drive transmission between the bottom roll of described first motor and described first group of presser device, one of them of cylinder and described last group presser device goes up and to pass through the drive transmission between the cylinder on one of them of described first group of presser device, described second drive unit comprises second motor, passes through the drive transmission between the bottom roll of described second motor and described second group of presser device.
7. the process equipment of a kind of plank as claimed in claim 4, it is characterized in that described on, the quantity of bottom roll is six, go up cylinder and be connected to form second group of presser device for one that a bottom roll of mid portion is adjacent with relative upward cylinder by drive, the 3rd group of presser device and the 4th group of presser device, described first group of presser device, the rotating speed of the 3rd group of presser device and last group presser device equates, the rotating speed of described second group of presser device and the 4th group of presser device equates that the rotating speed of described second group of presser device is greater than the rotating speed of described first group of presser device.
8. the process equipment of a kind of plank as claimed in claim 4, it is characterized in that described first drive unit comprises first motor, pass through the drive transmission between the bottom roll of described first motor and described first group of presser device, pass through the drive transmission on one of them of described first group of presser device between the last cylinder of cylinder and described the 3rd group of presser device, pass through the drive transmission between the cylinder on one of them of the last cylinder of described the 3rd group of presser device and described last group presser device, described second drive unit comprises second motor, by the drive transmission, pass through the drive transmission between the last cylinder of the last cylinder of described second group of presser device and described the 4th group of presser device between the bottom roll of described second motor and described second group of presser device.
9. the process equipment of a kind of plank as claimed in claim 4, it is characterized in that described upper and lower gripper shoe is socketed in respectively on the described support, be bolted with nut on the described support, described upper and lower gripper shoe is fixedlyed connected with described support by described nut, thus the convenient gap of regulating between upper and lower connecting plate and the upper and lower cylinder.
10. the process equipment of a kind of plank as claimed in claim 4, it is characterized in that between described two adjacent last cylinders and be respectively arranged with electrically heated rod between two adjacent bottom rolls, described electrically heated rod correspondingly is fixedly connected on described upper junction plate and the lower connecting plate respectively, it is described that upward cylinder is identical with the structure of described bottom roll, described bottom roll comprises cylindrical shell and is fixedly connected on the tube axle at described cylindrical shell two ends, the length of described electrically heated rod equals the length of described cylindrical shell, be provided with heat insulation foam between described cylindrical shell and the described tube axle, described tube axle is coupling on described lower connecting plate, described tube axle upper sleeve gasket is provided with air ring, described air ring is fixedlyed connected with described lower connecting plate, described air ring is provided with the cooling bath that is used to feed cooling water, and described electrically heated rod is electrically connected with attemperating unit.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205225329U CN201833444U (en) | 2010-08-31 | 2010-08-31 | Wood board and process equipment therefor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2010205225329U CN201833444U (en) | 2010-08-31 | 2010-08-31 | Wood board and process equipment therefor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201833444U true CN201833444U (en) | 2011-05-18 |
Family
ID=44003539
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2010205225329U Expired - Fee Related CN201833444U (en) | 2010-08-31 | 2010-08-31 | Wood board and process equipment therefor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201833444U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101941225A (en) * | 2010-08-31 | 2011-01-12 | 宁波市镇海捷登应用技术研究所 | Board and board processing equipment |
-
2010
- 2010-08-31 CN CN2010205225329U patent/CN201833444U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN101941225A (en) * | 2010-08-31 | 2011-01-12 | 宁波市镇海捷登应用技术研究所 | Board and board processing equipment |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| C17 | Cessation of patent right | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20110518 Termination date: 20110831 |