CN205521837U - Fibreboard forming mechanism that mats formation suitable for laboratory - Google Patents
Fibreboard forming mechanism that mats formation suitable for laboratory Download PDFInfo
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- CN205521837U CN205521837U CN201620103594.3U CN201620103594U CN205521837U CN 205521837 U CN205521837 U CN 205521837U CN 201620103594 U CN201620103594 U CN 201620103594U CN 205521837 U CN205521837 U CN 205521837U
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- rake roller
- turntable
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Abstract
The utility model discloses a fibreboard forming mechanism that mats formation suitable for laboratory relates to shaping machinery technical field (b). (B, ) the utility model discloses a main body frame, the revolving stage system, harrow roller system and bounding wall system, main body frame's left side stand and right side stand all include elevating screw and direction stand, elevating screw's upper end is equipped with elevator motor, the revolving stage system, harrow roller system and the seriate of the from bottom to up of bounding wall system, revolving stage system and bounding wall system can be at the low -down anatrepsis of elevator motor's effect, harrow roller frame links to each other with the direction stand of left side stand and right side stand is fixed, the higher authority of harrow roller frame still is equipped with the rotatory translation mechanism who enables to harrow roller rotation and horizontal translation, harrow roller periphery is equipped with the spiral broach, bounding wall decline ability and revolving stage sliding fit, it is gapped between revolving stage upper surface and harrow roller, be equipped with the charge door on the bounding wall. The utility model discloses be suitable for laboratory preparation experiment with the mating formation of fibreboard, can guarantee homogeneity and stability that the fibre mats formation, improvement research data 's accuracy nature.
Description
Technical field
This utility model relates to forming machine technical field, and a kind of fibre board being applicable to laboratory is mated formation shaping mechanism.
Background technology
Fibre board molding of mating formation is the important component part of its industrialized production.The molding of mating formation of fibre board is the process that fiber sizing spreading becomes uniform and stable, the loose banding slab of certain specification, thickness, and in the industrialized production of the wood-based plates such as fibre board, quality of mating formation is directly connected to the quality of production board, yield and cost.Having mated formation mechanism and the many industrialized production towards slab of technology, material characteristic is different in addition, is not therefore suitable for use for laboratory fibre board paving process.The heating platen breadth of the periodic hot press of laboratory mostly is 400 × 400mm, 500 × 500mm, and the breadth of institute's pressing plate base mostly is 300 × 300mm, is much smaller relative to the sheet material of 1200 × 2400mm, the 2400 × 4800mm even more large format of industrialized production.Obviously, the artificial board paving equipment towards industrialized production can not meet laboratory mask-making technology.Currently, both at home and abroad for actually rare to the mat formation research of shaping mechanism of the fibre board of laboratory, also the mechanism of mating formation of applicable use for laboratory is had no on market, cause major part colleges and universities and the homemade framework of the many uses of scientific research institutions to carry out by hand to mat formation, thus easily cause pavement thickness uneven, the accuracy of influence research data.
Utility model content
Technical problem to be solved in the utility model is to provide a kind of fibre board being applicable to laboratory and mats formation shaping mechanism, is suitable to laboratory and prepares mating formation of experiment involved fiber plate, can guarantee that uniformity and stability that fiber mats formation, improves the accuracy of data.
nullFor solving above-mentioned technical problem，Technical solution adopted in the utility model is: a kind of fibre board being applicable to laboratory is mated formation shaping mechanism，Including main body frame、Turret systems、Rake roller system and enclosure system，Main body frame includes left side column and right side uprights，Turret systems、Rake roller system is sequentially arranged from bottom to top with enclosure system and is connected with left side column and the right side uprights of main body frame，Left side column and right side uprights all include an elevating screw and a guide upright post，The upper end of one of them elevating screw is provided with lifting motor，Turret systems and enclosure system can be made the most mobile under the effect of lifting motor up and down along elevating screw，The both sides guide upright post with left side column and right side uprights respectively of the rake roller framework of rake roller system is fixedly linked，Above being additionally provided with of rake roller framework can make rake roller rotate and the rotating translation mechanism of transverse translation，The periphery of rake roller is at least provided with a spiral comb；Enclosure system declines can make coaming plate thereon be slidably matched with the turntable of turret systems, meanwhile, has gap between turntable upper surface and rake roller；Coaming plate is arranged above with charge door；
Rotating translation mechanism includes main drive motor, rake roller slideway, rake roller slide block, reciprocal nut, reciprocal leading screw and reciprocating motion motor, the rake roller slideway both sides of being fixed on rake roller framework parallel with reciprocal leading screw, rake roller slide block is slidably matched with rake roller slideway, reciprocal nut coordinates with reciprocal threads of lead screw, the left end of rake roller is rotatedly connected with rake roller slide block, the right-hand member of rake roller is connected with reciprocal nut rotation, main drive motor is located at the right-hand member of rake roller, move back and forth motor and be located at one end of reciprocal leading screw, main drive motor drives rake roller to rotate, moving back and forth motor drives rake roller and main drive motor to move back and forth along rake roller slideway and reciprocal leading screw.
Further technical scheme, turret systems includes turntable frame, turntable and turntable motor, the left and right sides of turntable frame is provided with the screwed hole coordinated with elevating screw, it is additionally provided with and the pilot hole of guide upright post matched in clearance, turntable is rotatedly connected by the turntable motor below shaft coupling and turntable frame, turntable is upward through the circular hole in the middle of rake roller framework and reaches above rake roller framework, lifting motor drives turret systems to move up and down, make the upper surface spiral comb closer or far from rake roller of turntable, turntable motor drives turntable 360 degree rotation, and every 90 degree be a ladder.
Further technical scheme, enclosure system includes coaming plate framework and coaming plate, coaming plate is fixedly linked with coaming plate framework, rake roller is through in coaming plate, under the driving of lifting motor, the lower surface of coaming plate can coordinate with the upper surface slide of the turntable of turret systems, the left and right sides of coaming plate framework is provided with the screwed hole coordinated with elevating screw, it is additionally provided with and the pilot hole of guide upright post matched in clearance, enclosure system and turret systems synchronize under the driving of lifting motor and reversely move, and make coaming plate and turntable simultaneously closer or far from rake roller.
Further technical scheme, main drive motor is frequency conversion motor, and rake roller system is provided with the photoelectric sensor moving back and forth position for sensing rake roller, and photoelectric sensor is connected with the controller of main drive motor.
Further technical scheme, turret systems is additionally provided with the displacement transducer for limiting its adjustable height.
Further technical scheme, turntable upper surface is provided with groove.
Use produced by technique scheme and have the beneficial effects that: utilize this utility model to carry out fibre board and mat formation molding, it is by there is the rake roller of helical arrangement comb moving back and forth and turntable periodically rotating and realizes, be suitable to laboratory and prepare mating formation of experiment involved fiber plate, can guarantee that uniformity and stability that fiber mats formation, improve the accuracy of data, it is particularly well-suited to laboratory and prepares 300mm × 300mm, 400 × 400mm, the mating formation of 500 × 500mm fibre board, it is possible to increase the accuracy of data.
Accompanying drawing explanation
Fig. 1 is three-dimensional structure diagram of the present utility model；
Fig. 2 is front view of the present utility model；
Fig. 3 is the structural representation harrowing roller system in Fig. 2；
Fig. 4 is the structural representation of Fig. 2 intermediate station system；
Fig. 5 is the structural representation of enclosure system in Fig. 2；
In figure: 1, lifting motor；2, elevating screw；3, coaming plate framework；4, rake roller slide block；5, rake roller slideway；6, turntable frame；7, main body frame；8, turntable motor；9, shaft coupling；10, coaming plate；11, motor is moved back and forth；12, reciprocal leading screw support；13, rake roller framework；14, main drive motor；15, turntable；16, reciprocal nut；17, rake roller；18, reciprocal leading screw；19, left side column；20, turret systems；21, right side uprights；22, rake roller system；23, enclosure system；24, guide upright post；25, pilot hole；26, screwed hole；27, spiral comb；28, charge door；29, circular hole.
Detailed description of the invention
With detailed description of the invention, this utility model is described in further detail below in conjunction with the accompanying drawings.
The breadth of the sheet material mated formation due to industrial artificial board paving equipment is big, is not suitable for laboratory and uses, and this utility model, for the blank of prior art and the manual deficiency mated formation, designs and a kind of is applicable to the mechanism that laboratory fibre board is mated formation.
nullConcrete structure sees Fig. 1、Shown in Fig. 2，Including main body frame 7、Turret systems 20、Rake roller system 22 and enclosure system 23，Main body frame 7 includes left side column 19 and right side uprights 21，Turret systems 20、Rake roller system 22 is sequentially arranged from bottom to top with enclosure system 23 and is connected with left side column 19 and the right side uprights 21 of main body frame 7，Left side column 19 and right side uprights 21 all include an elevating screw 2 and a guide upright post 24，The upper end of one of them elevating screw 2 is provided with lifting motor 1，Turret systems 20 and enclosure system 23 can be made the most mobile under the effect of lifting motor 1 along elevating screw about 2，The both sides guide upright post 24 with left side column 19 and right side uprights 21 respectively of the rake roller framework 13 of rake roller system 22 is fixedly linked，Above being additionally provided with of rake roller framework 13 can make rake roller 17 rotate and the rotating translation mechanism of transverse translation，The periphery of rake roller 17 is at least provided with a spiral comb 27；Enclosure system 23 declines can make coaming plate 10 thereon be slidably matched with the turntable 15 of turret systems 20, meanwhile, has gap between turntable 15 upper surface and rake roller 17；Coaming plate 10 is arranged above with charge door 28.
Shown in Figure 3, rotating translation mechanism includes main drive motor 14, rake roller slideway 5, rake roller slide block 4, reciprocal nut 16, reciprocal leading screw 18 and reciprocating motion motor 11, rake roller slideway 5 both sides of being fixed on rake roller framework 13 parallel with reciprocal leading screw 18, rake roller slide block 4 is slidably matched with rake roller slideway 5, reciprocal nut 16 and reciprocal leading screw 18 threaded engagement, the left end of rake roller 17 is rotatedly connected with rake roller slide block 4, the right-hand member of rake roller 17 is rotatedly connected with reciprocal nut 16, main drive motor 14 is located at the right-hand member of rake roller 17, move back and forth motor 11 and be located at one end of reciprocal leading screw 18, main drive motor 14 drives rake roller 17 to rotate, moving back and forth motor 11 drives rake roller 17 and main drive motor 14 to move back and forth along rake roller slideway 5 and reciprocal leading screw 18；
Shown in Figure 4, turret systems 20 includes turntable frame 6, turntable 15 and turntable motor 8, the left and right sides of turntable frame 6 is provided with the screwed hole 26 coordinated with elevating screw 2, it is additionally provided with and the pilot hole 25 of guide upright post 24 matched in clearance, turntable 15 is rotatedly connected with turntable frame 6 turntable motor 8 below by shaft coupling 9, turntable 15 is upward through the circular hole 29 in the middle of rake roller framework 13 and reaches above rake roller framework 13, lifting motor 1 drives turret systems 20 to move up and down, make the upper surface spiral comb 27 closer or far from rake roller 17 of turntable 15, turntable motor 8 drives turntable 360 degree rotation.
Shown in Figure 5, enclosure system 23 includes coaming plate framework 3 and coaming plate 10, coaming plate 10 is fixedly linked with coaming plate framework 3, rake roller 17 is through in coaming plate 10, under the driving of lifting motor 1, the lower surface of coaming plate 10 can coordinate with the upper surface slide of the turntable 15 of turret systems 20, the left and right sides of coaming plate framework 3 is provided with the screwed hole 26 coordinated with elevating screw 2, it is additionally provided with and the pilot hole 25 of guide upright post 24 matched in clearance, enclosure system 23 and turret systems 20 synchronize under the driving of lifting motor 1 and reversely move, and make coaming plate 10 and turntable 15 simultaneously closer or far from rake roller 17.
Main drive motor 14 is frequency conversion motor, and rake roller system 22 is provided with the photoelectric sensor moving back and forth position for sensing rake roller 17, and photoelectric sensor is connected with the controller of main drive motor 14.Realize automatic reverse.
The displacement transducer for limiting its adjustable height it is additionally provided with on turret systems 20.
Below to the technical solution of the utility model further instruction, main body frame 7 includes left side column and right side uprights two parts, is consolidated by foundation bolt with ground；Elevating screw 2 is installed on main body frame 7, directly drives rotation by the lifting motor 1 at top, and drive turret systems and enclosure system to move up and down through nut screw mechanism.Turret systems, rake roller system and enclosure system composition three-decker, be mounted on main body frame 7, rake roller system in centre, turret systems under, enclosure system is upper；Rake roller system is fixedly installed on the certain altitude of main body frame, and composition includes harrowing roller 17, main drive motor 14, rake roller slideway 5, rake roller slide block 4, reciprocal nut 16, reciprocal leading screw 18 and moving back and forth motor 11 etc.；Main drive motor 14 is frequency conversion motor, directly drives rake roller 17 to rotate, and on rake roller 17, spiral cloth is equipped with comb, and spiral radical is the most single, it is also possible to many；Move back and forth motor 11 repeatedly to be moved by the edge rake roller slideway 5 in the range of 300mm toward the cooperation of leading screw 18 and reciprocal nut 16 drive rake roller 17 and main drive motor 14, and movement position can be determined by photoelectricity or limit sensors；Turret systems includes the compositions such as turntable frame 6, turntable 15 and turntable motor 8, turntable frame 6 is slided up and down along main body frame 7 arranged on left and right sides by worm drive, lifting drive comes from lifting motor 2, adjustable height is by displacement transducer control, not colliding as lower bound with the comb of rake roller 17 and the upper surface of turntable 15, high limit depends on the pre-fiber height mated formation；The angle that turntable 15 rotates every time is 90 °, when rake roller system moves back and forth certain number of times or after certain time, turntable motor 8 starts, drives turntable 15 to rotate；The upper surface of turntable 15 can place the backing plate of certain specification for accepting fiber；Enclosure system includes that coaming plate framework 3 and coaming plate 10 form, the two solderable the latter riveting, coaming plate 10 lower surface constitutes face with turntable 15 upper surface of turret systems and contacts, and coaming plate framework 3 can move up and down along main body frame 7 both sides, and move distance is consistent with the adjustable height of turret systems.
During use, first according to the fibre board height adjustment turret systems mated formation in advance and enclosure system relative to the height of the height of rake roller system, i.e. turntable upper surface with rake roller, adjustable height displacement transducer controls rotating and the rotation time of lifting motor；Then, the backing plate of certain specification can be inserted in the upper surface groove of turntable 15, the wood fiber be poured in coaming plate 10.Starting main drive motor 14 and start reciprocating motion motor 11 simultaneously, while driving rake roller 17 to rotate, thing rake roller 17 moves back and forth in the range of certain length, thus breaks up by harrowing the spiral comb on roller 17 and tile the wood fiber on backing plate；Through certain reciprocating motion number of times or after certain time, turntable motor 8 starts, and drives turntable 15 half-twist, then repeats to harrow the rotation of roller and tile work motion, then turntable 15 half-twist again, repeats rotation and the tile work motion of rake roller.
The undeclared part related in this utility model is same as the prior art or uses prior art to be realized.
Utilize this utility model to carry out fibre board to mat formation molding, it is by there is the rake roller of helical arrangement comb moving back and forth and turntable periodically rotating and realizes, be suitable to laboratory and prepare mating formation of experiment involved fiber plate, can guarantee that uniformity and stability that fiber mats formation, improve the accuracy of data, it is particularly well-suited to laboratory and prepares 300mm × 300mm, 400 × 400mm, the mating formation of 500 × 500mm fibre board, it is possible to increase the accuracy of data.
Claims (6)
- null1. the fibre board being applicable to laboratory is mated formation shaping mechanism，It is characterized in that，Including main body frame (7)、Turret systems (20)、Rake roller system (22) and enclosure system (23)，Main body frame (7) includes left side column (19) and right side uprights (21)，Turret systems (20)、Rake roller system (22) is sequentially arranged from bottom to top with enclosure system (23) and is connected with left side column (19) and the right side uprights (21) of main body frame (7)，Left side column (19) and right side uprights (21) all include an elevating screw (2) and a guide upright post (24)，The upper end of one of them elevating screw (2) is provided with lifting motor (1)，Turret systems (20) and enclosure system (23) can be made the most mobile under the effect of lifting motor (1) up and down along elevating screw (2)，The both sides of rake roller framework (13) of rake roller system (22) guide upright post (24) with left side column (19) and right side uprights (21) respectively is fixedly linked，Above being additionally provided with of rake roller framework (13) can make rake roller (17) rotate and the rotating translation mechanism of transverse translation，The periphery of rake roller (17) is at least provided with a spiral comb (27)；Enclosure system (23) declines can make coaming plate thereon (10) be slidably matched with the turntable (15) of turret systems (20), meanwhile, has gap between turntable (15) upper surface and rake roller (17)；Coaming plate (10) is arranged above with charge door (28)；nullRotating translation mechanism includes main drive motor (14)、Rake roller slideway (5)、Rake roller slide block (4)、Reciprocal nut (16)、Reciprocal leading screw (18) and reciprocating motion motor (11)，Rake roller slideway (5) both sides of being fixed on rake roller framework (13) parallel with reciprocal leading screw (18)，Rake roller slide block (4) is slidably matched with rake roller slideway (5)，Reciprocal nut (16) and reciprocal leading screw (18) threaded engagement，The left end of rake roller (17) is rotatedly connected with rake roller slide block (4)，The right-hand member of rake roller (17) is rotatedly connected with reciprocal nut (16)，Main drive motor (14) is located at the right-hand member of rake roller (17)，Move back and forth motor (11) and be located at one end of reciprocal leading screw (18)，Main drive motor (14) drives rake roller (17) to rotate，Moving back and forth motor (11) drives rake roller (17) and main drive motor (14) to move back and forth along rake roller slideway (5) and reciprocal leading screw (18).
- nullThe fibre board being applicable to laboratory the most according to claim 1 is mated formation shaping mechanism，It is characterized in that，Turret systems (20) includes turntable frame (6)、Turntable (15) and turntable motor (8)，The left and right sides of turntable frame (6) is provided with the screwed hole (26) coordinated with elevating screw (2)，It is additionally provided with the pilot hole (25) with guide upright post (24) matched in clearance，Turntable (15) is rotatedly connected with turntable frame (6) turntable motor (8) below by shaft coupling (9)，Turntable (15) is upward through the circular hole (29) in the middle of rake roller framework (13) and reaches above rake roller framework (13)，Lifting motor (1) drives turret systems (20) to move up and down，Make the upper surface spiral comb (27) closer or far from rake roller (17) of turntable (15)，Turntable motor (8) drives turntable 360 degree rotation，And every 90 degree be a ladder.
- nullThe fibre board being applicable to laboratory the most according to claim 1 is mated formation shaping mechanism，It is characterized in that，Enclosure system (23) includes coaming plate framework (3) and coaming plate (10)，Coaming plate (10) is fixedly linked with coaming plate framework (3)，Rake roller (17) is through in coaming plate (10)，Under the driving of lifting motor (1)，The lower surface of coaming plate (10) can coordinate with the upper surface slide of the turntable (15) of turret systems (20)，The left and right sides of coaming plate framework (3) is provided with the screwed hole (26) coordinated with elevating screw (2)，It is additionally provided with the pilot hole (25) with guide upright post (24) matched in clearance，Enclosure system (23) and turret systems (20) synchronize under the driving of lifting motor (1) and reversely move，Make coaming plate (10) and turntable (15) simultaneously closer or far from rake roller (17).
- The fibre board being applicable to laboratory the most according to claim 1 is mated formation shaping mechanism, it is characterized in that, main drive motor (14) is frequency conversion motor, rake roller system (22) is provided with the photoelectric sensor moving back and forth position for sensing rake roller (17), and photoelectric sensor is connected with the controller of main drive motor (14).
- The fibre board being applicable to laboratory the most according to claim 1 is mated formation shaping mechanism, it is characterised in that be additionally provided with the displacement transducer for limiting its adjustable height on turret systems (20).
- The fibre board being applicable to laboratory the most according to claim 1 is mated formation shaping mechanism, it is characterised in that turntable (15) upper surface is provided with groove.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620103594.3U CN205521837U (en) | 2016-02-02 | 2016-02-02 | Fibreboard forming mechanism that mats formation suitable for laboratory |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620103594.3U CN205521837U (en) | 2016-02-02 | 2016-02-02 | Fibreboard forming mechanism that mats formation suitable for laboratory |
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| Publication Number | Publication Date |
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| CN205521837U true CN205521837U (en) | 2016-08-31 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201620103594.3U Active CN205521837U (en) | 2016-02-02 | 2016-02-02 | Fibreboard forming mechanism that mats formation suitable for laboratory |
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| CN (1) | CN205521837U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105563604A (en) * | 2016-02-02 | 2016-05-11 | 河北农业大学 | Rotary table type fiber board forming machine |
-
2016
- 2016-02-02 CN CN201620103594.3U patent/CN205521837U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN105563604A (en) * | 2016-02-02 | 2016-05-11 | 河北农业大学 | Rotary table type fiber board forming machine |
| CN105563604B (en) * | 2016-02-02 | 2017-11-14 | 河北农业大学 | Turntable type fiber panel moulding apparatus |
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