CN108839174A

CN108839174A - A kind of distortion-free automated production equipment of timber

Info

Publication number: CN108839174A
Application number: CN201810654669.0A
Authority: CN
Inventors: 陈诚
Original assignee: Anhui Modal Building Environment Design Co Ltd
Current assignee: Fuyang Sheng Bei no Decoration Engineering Co., Ltd.
Priority date: 2018-06-22
Filing date: 2018-06-22
Publication date: 2018-11-20

Abstract

The invention discloses a kind of distortion-free automated production equipments of timber, including support frame, sterilizing trimmer is provided on support frame, sterilizing trimmer side is provided with No.1 transmission belt, the sterilizing trimmer other side is provided with main body, controller is provided in main body, the trimmer that sterilizes includes shaping transmission device, sterilamp is set to the top of shaping transmission device, shaping transmission device includes trim panel, trim panel lower end is connected with pressure sensor, shaping transmission device has No. two transmission belts, No. two transmission belt upper ends are connected with infrared sensor, infrared sensor and pressure sensor are all connected with controller.The present invention is combined with each other by component, is made equipment when in use, can rapidly be sterilized, and prevent timber from deforming, is greatly improved work efficiency and the timber rate of output.

Description

A kind of distortion-free automated production equipment of timber

Technical field

The present invention is a kind of distortion-free automated production equipment of timber, belongs to timber automated production field.

Background technique

Timber is exactly a kind of main construction material because of acquirement and handling ease since ancient times.Timber is natural building Ornament materials has natural beautiful decorative pattern and gloss, and easy processing molding, decorative performance is excellent, and light-weight, relative intensity is big, Good thermal insulation, electrical isolation and anti-seismic performance, and the advantages that renewable continuous utilization.

The prior art is in use, be usually to obtain fungi-proofing worm using the modes such as natural air drying and anticorrosion with painting coating and prevent The timber of deformation needs to consume the materials such as longer time and a large amount of paint, increases cost in this way and reduce timber The rate of output.

Summary of the invention

In view of the deficienciess of the prior art, it is an object of the present invention to provide a kind of distortion-free automated productions of timber to set It is standby, to solve the prior art in use, be usually using in a manner of natural air drying and anticorrosion with painting coating etc. come obtain fungi-proofing worm and Distortion-free timber needs to consume the materials such as longer time and a large amount of paint, increases cost and reduce timber The problem of yield.

To achieve the goals above, the present invention is to realize by the following technical solutions：A kind of timber is distortion-free certainly Dynamicization production equipment, including support frame are provided with sterilizing trimmer on support frame as described above, and the sterilizing trimmer side is provided with No.1 transmission belt, No.1 transmission belt side are provided with support plate, and the sterilizing trimmer other side is provided with main body, institute It states and is provided with controller in main body, the sterilizing trimmer is connected with main body by transfer tube, is arranged on the main body There are display and control key, the display and control key are all connected with controller, are connected with support foot rest under the main body；

The sterilizing trimmer include shaping transmission device, No. two transmission belts, decompression transmission device, heat dissipation transmission device, Motor one, electric wire, motor control assembly, power switch transmission device, power supply, sterilamp, transmission belt fixing axle and protection shell, The sterilamp is set to the top of shaping transmission device, and the shaping transmission device includes trim panel, and the trim panel lower end connects It is connected to pressure sensor, the sterilamp is connected to power supply by electric wire, power switch transmission device is welded under the power supply, The power supply is connect by electric wire with motor one, is nibbled above the power switch transmission device other end and motor control assembly It closes, shaping transmission device is connected on the right side of the motor control assembly, the shaping transmission device is set to the upper of No. two transmission belts Side, No. two transmission belt upper ends are connected with infrared sensor, and the infrared sensor and pressure sensor are all connected with controller, Decompression transmission device is equipped with below No. two transmission belts, described heat dissipation transmission device one end is through protection shell, the heat dissipation The transmission device other end is engaged with one left end of motor, and the transmission belt fixing axle is equipped with two, is set to No. two transmission belt both ends.

Preferably, the motor control assembly includes motor two, fixed rotating shaft, No.1 gear, No.1 threaded post, No. two teeth Wheel, No.1 transmission belt, No.1 shaft, No. two shafts, No. two transmission belts and No.1 helical teeth, the motor two are set to protection shell Right side, No. two shafts connect controller, and the motor two connects No.1 threaded post, the No.1 screw thread by fixed rotating shaft It is engaged with No.1 gear above column, the No.1 gear right end is engaged with power switch transmission device left end, the No.1 screw thread No. two gears, No.1 transmission belt one end and No. two gear top snappings are engaged under column, the other end is set to No.1 shaft top Face, and No.1 shaft top surface snapping, described No. two transmission belt one end and No.1 shaft snapping, No. two transmission belt other ends with No. two shaft snappings, No. two shaft right ends and No.1 shaft transition fit, No. two shafts are integrated with No.1 helical teeth Change structure, is engaged on the No.1 helical teeth with shaping transmission device right end.

Preferably, the shaping transmission device include trim panel, No. four springs, support column, lifting shaft, No. two threaded posts, No. two helical teeth and No. three helical teeth, the shaping board ends are welded with support column side, and there are two the support column is set, top is equal It is welded with No. four spring one ends, lower section is welded with lifting shaft one end, and No. four springs are equipped with two, and the lifting shaft is equipped with Two, the other end is engaged with No. two threaded post one end, and there are two No. two threaded posts are set, the other end is with No. two helical teeth Integral structure, No. two helical teeth are engaged with No. three helical teeth there are two setting, and No. three helical teeth right ends and motor control fill Set engagement.

Preferably, the power switch transmission device includes limit plate, No. five springs, baffle, rack gear, No. two mandrils, connects Touch panel, resistance and No. six springs, the rack gear lower section are set to right end above motor control assembly, nibble with motor control assembly right end It closes, top is set in the middle part of baffle bottom surface, is welded in the middle part of baffle bottom surface, baffle top surface both ends are matched with the transition of resistance bottom surface It closes, No. two mandrils is equipped in the middle part of top surface, welded with No. two mandril one end, in the middle part of No. two mandril other ends and contact plate bottom surface Welding, for the contact board ends with resistance side transition fit, top surface is equipped with No. five springs, and No. five spring one ends welding, No. five spring other ends and limit plate bottom surface are welded, and the limit plate top surface is equipped with No. six springs, with No. six spring one ends Welding, there are two the resistance is set, top surface with limit plate bottom surface both ends transition fit.

Preferably, the decompression transmission device includes down-pressed pole, junction piece, No.1 mandril, sliding bar, No.1 spring, two Number spring, fixed block, support rod, fixed spring, No. three springs and lower platen are connected with No.1 top under No. two transmission belts Bar, the No.1 mandril are arranged with sliding bar, and junction piece is provided on the sliding bar, and the sliding bar is arranged with No.1 Spring, No. two springs are equipped with below the No.1 spring, No. two spring sides are equipped with lower platen, the lower platen lower section Equipped with No. three springs, fixed block is connected under No. two springs, the fixed block is connected with support rod, covers on the support rod Equipped with fixed spring, the fixed spring connects junction piece by down-pressed pole.

Preferably, the heat dissipation transmission device include No. three gears, radiator, No. four gears, No. five gears, No. four tiltedly Tooth, No. five helical teeth, No. six gears, No. seven gears, No. three transmission belts, No. eight gears, No. nine gears, No. six helical teeth, No. three screw threads Column, No. seven oblique wheels and No. ten gears, described No. seven helical teeth one end are set to the left end of motor, weld with motor, and the other end is set to ten Above number gear, engage with No. ten gears, described No. three transmission belt one end and No. ten gear top snappings, the other end and No. eight teeth Top surface snapping is taken turns, No. three threaded posts is equipped with below No. eight gears, is engaged with No. three threaded posts, No. three threaded post left ends It equipped with No. six helical teeth, is integrated with No. six helical teeth, No. six helical teeth left ends are equipped on No. nine gears, with No. nine gears Side's engagement, No. seven gears are set to the left end of No. nine gears, engage with No. nine gear left ends, and top is equipped with No. six gears, with No. six gears are integrated, and No. six gear left ends are equipped with No. three gears, engage with No. three gear right ends, described No. three It is equipped with No. five helical teeth below gear, is integrated with No. five helical teeth, No. five helical teeth left ends are engaged with No. four helical teeth, institute No. four helical teeth left ends to be stated to be integrated with No. five gears, No. five gear left ends are engaged with No. four gears, and described No. four Gear left end is integrated with radiator.

Beneficial effect

A kind of distortion-free automated production equipment of timber of the present invention, user are producing distortion-free wood by this equipment When material, answer first detection device whether can normal use, equipment part aging or damage when, equipment part should be replaced in time, Timber is entered in sterilizing trimmer by No.1 transmission belt, and timber is transferred in No. two transmission belts, infrared in No. two transmission belts Sensor detects timber, and transmits this information to controller, and controller receives the letter that infrared sensor detects timber After number, controller controls motor two and starts, and so that No.1 threaded post is driven No.1 helical teeth, moves down trim panel, with No. two transmission belts Top matches, and prevents timber in sterilizing, causes to deform because of the variation of moisture, temperature, and after trim panel moves down, shaping is passed The pressure sensor of dynamic device lower end detects pressure value, and pressure value is transferred to controller by pressure sensor, and controller should Real-time pressure compares with setting pressure, and controller controls two stop motion of motor if real-time pressure is greater than setting pressure, this When trim panel and No. two transmission belts timber is fixed, and prevent timber sterilizing when, led because of the variation of moisture, temperature Mutagens shape, by contact plate and Ohmic contact, makes sterilamp work after prompting motor two to start, and is driven and is radiated by motor one Device makes equipment keep drying, and the present invention is combined with each other by above-mentioned component, by increasing support column, lifting shaft etc. machine Structure makes equipment when in use, can rapidly be sterilized, and prevent timber from deforming, and greatly improves work efficiency and timber The rate of output.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other feature of the invention, Objects and advantages will become more apparent upon：

Fig. 1 is a kind of structural schematic diagram of the distortion-free automated production equipment of timber of the present invention.

Fig. 2 is a kind of one figure of sterilizing trimmer structural representation of the distortion-free automated production equipment of timber of the present invention.

Fig. 3 is a kind of two figure of sterilizing trimmer structural representation of the distortion-free automated production equipment of timber of the present invention.

Fig. 4 is enlarged structure schematic diagram at the A of Fig. 3.

Fig. 5 is enlarged structure schematic diagram at the B of Fig. 3.

Fig. 6 is enlarged structure schematic diagram at the C of Fig. 3.

Fig. 7 is enlarged structure schematic diagram at the D of Fig. 3.

Fig. 8 is a kind of control principle block diagram of the distortion-free automated production equipment of timber of the present invention.

In figure：Support frame -1, support plate -2, No.1 transmission belt -3, sterilizing trimmer -4, transfer tube -5, display -6, master Body -7, control key -8 contain platen -9, support foot rest -10, -401, No. two transmission belts -402 of shaping transmission device, decompression transmission Device -403, heat dissipation transmission device -404, motor one -405, electric wire -406, motor control assembly -407, power switch transmission dress Set -408, power supply -409, sterilamp -410, transmission belt fixing axle -411, protection shell -412, motor two -40701, fixed turn Axis -40702, No.1 gear -40703, No.1 threaded post -40704, No. two gears -40705, No.1 transmission belts -40706, No.1 Shaft -40707, No. two shafts -40708, No. two transmission belts -40709, No.1 helical teeth -40710, down-pressed pole -40301, engagement Block -40302, No.1 mandril -40303, sliding bar -40304, No.1 spring -40305, No. two springs -40306, fixed block - 40307, support rod -40308, fixed spring -40309, No. three springs -40310, lower platen -40311, trim panel -40101, four Number spring -40102, support column -40103, lifting shaft -40104, No. two threaded posts -40105, No. two helical teeth -40106, No. three tiltedly Tooth -40107, No. five springs -40802, baffle -40803, rack gear -40804, No. two mandrils -40805, connects limit plate -40801 Touch panel -40806, resistance -40807, No. six springs -40808, No. three gears -40401, radiator -40402, No. four gears - 40403, No. five gears -40404, No. four helical teeth -40405, No. five helical teeth -40406, No. six gears -40407, No. seven gears - 40408, No. three transmission belts -40409, No. eight gears -40410, No. nine gears -40411, No. six helical teeth -40412, No. three screw threads - 40414, No. ten column -40413, No. seven oblique wheels gears -40415.

Specific embodiment

To be easy to understand the technical means, the creative features, the aims and the efficiencies achieved by the present invention, below with reference to Specific embodiment, the present invention is further explained.

A kind of distortion-free automated production equipment of timber, including support frame 1 are provided with sterilizing trimmer on support frame 1 4, sterilizing 4 side of trimmer is provided with No.1 transmission belt 3, and 3 side of No.1 transmission belt is provided with support plate 2, and sterilizing trimmer 4 is another Side is provided with main body 7, and controller is provided in main body 7, and sterilizing trimmer 4 and main body 7 are connected by transfer tube 5, Display 6 and control key 8 are provided on main body 7, display 6 and control key 8 are all connected with controller, are connected under main body 7 Support foot rest 10；

The trimmer 4 that sterilizes includes 401, No. two transmission belts 402 of shaping transmission device, decompression transmission device 403, heat dissipation transmission Device 404, motor 1, electric wire 406, motor control assembly 407, power switch transmission device 408, power supply 409, sterilamp 410, transmission belt fixing axle 411 and protection shell 412, sterilamp 410 are set to the top of shaping transmission device 401, shaping transmission Device 401 includes trim panel 40101, and 40101 lower end of trim panel is connected with pressure sensor, sterilamp 410 by electric wire 406 with Power supply 409 connects, and power switch transmission device 408 is welded under power supply 409, and power supply 409 passes through electric wire 406 and motor 1 It connects, engages above 408 other end of power switch transmission device and motor control assembly 407, connect on the right side of motor control assembly 407 It is connected to shaping transmission device 401, shaping transmission device 401 is set to the top of No. two transmission belts 402, No. two 402 upper ends of transmission belt It is connected with infrared sensor, infrared sensor and pressure sensor are all connected with controller, are equipped with decompression below No. two transmission belts 402 Transmission device 403, heat dissipation 404 one end of transmission device is through protection shell 412, heat dissipation 404 other end of transmission device and motor one The engagement of 405 left ends, transmission belt fixing axle 411 are equipped with two, are set to No. two 402 both ends of transmission belt.

Motor control assembly 407 includes motor 2 40701, fixed rotating shaft 40702, No.1 gear 40703, No.1 threaded post 40704, No. two gears 40705, No.1 transmission belt 40706, the transmission belt of shaft 40708, two of No.1 shaft 40707, two 40709 and No.1 helical teeth 40710, motor 2 40701 is set to the right side of protection shell 412, No. two connection controls of shafts 40708 Device, motor 2 40701 connect No.1 threaded post 40704 by fixed rotating shaft 40702, are engaged with above No.1 threaded post 40704 No.1 gear 40703,40703 right end of No.1 gear are engaged with 408 left end of power switch transmission device, No.1 threaded post 40704 Under be engaged with No. two gears 40705,40706 one end of No.1 transmission belt and No. two 40705 top surface snappings of gear, the other end are set to one Number 40707 top surface of shaft, with 40707 top surface snapping of No.1 shaft, No. two 40709 one end of transmission belt and No.1 shaft 40707 are detained It connects, No. two 40709 other ends of transmission belt and No. two 40708 snappings of shaft, No. two 40708 right ends of shaft and No.1 shaft 40707 Transition fit, No. two shafts 40708 are integrated with No.1 helical teeth 40710, are driven and fill with shaping on No.1 helical teeth 40710 Set the engagement of 401 right ends.

Shaping transmission device 401 include 40101, No. four springs 40102 of trim panel, support column 40103, lifting shaft 40104, 40105, No. two helical teeth 40106 of No. two threaded posts and No. three helical teeth 40107,40101 both ends of trim panel with support column 40,103 1 Side welding, there are two support column 40103 is set, top is welded with No. four 40102 one end of spring, lower section with lifting shaft 40104 One end welding, No. four springs 40102 are equipped with two, and lifting shaft 40104 is equipped with two, the other end with No. two threaded posts 40105 One end engagement, there are two No. two threaded posts 40105 are set, the other end is integrated with No. two helical teeth 40106, No. two helical teeth 40106 set there are two, engaged with No. three helical teeth 40107, No. three 40107 right ends of helical teeth are engaged with motor control assembly 407.

Power switch transmission device 408 include 40801, No. five springs 40802 of limit plate, baffle 40803, rack gear 40804, No. two mandrils 40805, contact plate 40806, resistance 40807 and No. six springs 40808 are set to motor control below rack gear 40804 407 top right end of device, is engaged with 407 right end of motor control assembly, and top is set in the middle part of 40803 bottom surface of baffle, with baffle Welding in the middle part of 40803 bottom surfaces, with 40807 bottom surface transition fit of resistance, top surface middle part is equipped with No. two at baffle 40803 top surface both ends Mandril 40805 is welded with No. two 40805 one end of mandril, is welded in the middle part of No. two 40805 other ends of mandril and 40806 bottom surface of contact plate It connects, 40806 both ends of contact plate are with 40807 side transition fit of resistance, and top surface is equipped with No. five springs 40802, with No. five springs The welding of 40802 one end, No. five 40802 other ends of spring and 40801 bottom surface of limit plate are welded, and 40801 top surface of limit plate is equipped with six Number spring 40808 is welded with No. six 40808 one end of spring, there are two resistance 40807 is set, top surface with 40801 bottom surface of limit plate Both ends transition fit.

Depressurize transmission device 403 include down-pressed pole 40301, junction piece 40302, No.1 mandril 40303, sliding bar 40304, 40309, No. three 40305, No. two springs 40306 of No.1 spring, fixed block 40307, support rod 40308, fixed spring springs 40310 and lower platen 40311, No.1 mandril 40303 is connected under No. two transmission belts 402, and No.1 mandril 40303 is arranged with cunning Lever 40304 is provided with junction piece 40302 on sliding bar 40304, and sliding bar 40304 is arranged with No.1 spring 40305, one No. two springs 40306 are equipped with below number spring 40305, No. two 40306 sides of spring are equipped with lower platen 40311, lower platen 40311 Lower section is equipped with No. three springs 40310, is connected with fixed block 40307 under No. two springs 40306, fixed block 40307 is connected with support Bar 40308, fixed spring 40309 is arranged on support rod 40308, and fixed spring 40309 passes through the connection engagement of down-pressed pole 40301 Block 40302.

The transmission device 404 that radiates includes No. three gears 40401, the gear of gear 40403, five of radiator 40402, four 40404, No. four transmission belts of gear 40408, three of gear 40407, seven of helical teeth 40406, six of helical teeth 40405, five 40409, No. eight helical teeth 40412, three of gear 40411, six of gear 40410, nine threaded posts 40413, seven tiltedly take turns 40414 With No. ten gears 40415, No. seven 40414 one end of helical teeth are set to the left end of motor 405, weld with motor 405, and the other end is set to ten 40415 top of number gear, engage, No. three 40409 one end of transmission belt are buckled with No. ten 40415 top surfaces of gear with No. ten gears 40415 It connects, the other end and No. eight 40410 top surface snappings of gear, No. three threaded posts 40413 is equipped with below No. eight gears 40410, with No. three Threaded post 40413 engages, and No. three 40413 left ends of threaded post are equipped with No. six helical teeth 40412, is integrated with No. six helical teeth 40412 Structure, No. six 40412 left ends of helical teeth are equipped with No. nine gears 40411, and engage above No. nine gears 40411, No. seven gears 40408 It set on the left end of No. nine gears 40411, is engaged with No. nine 40411 left ends of gear, top is equipped with No. six gears 40407, with No. six Gear 40407 is integrated, and No. six 40407 left ends of gear are equipped with No. three gears 40401, with No. three 40401 right ends of gear It engages, No. five helical teeth 40406 is equipped with below No. three gears 40401, are integrated with No. five helical teeth 40406, No. five helical teeth 40406 left ends are engaged with No. four helical teeth 40405, and No. four 40405 left ends of helical teeth are integrated with No. five gears 40404, and five Number 40404 left end of gear is engaged with No. four gears 40403, and No. four 40403 left ends of gear are integrated tie with radiator 40402 Structure.

User by this equipment when producing distortion-free timber, answer first detection device whether can normal use, When equipment part aging or damage, equipment part should be replaced in time, and in equipment normal use, timber passes through No.1 transmission belt 3 Into in sterilizing trimmer 4, timber is transferred in No. two transmission belts 402, and the infrared sensor in No. two transmission belts 402 detects Timber, and controller is transmitted this information to, after controller receives the signal that infrared sensor detects timber, controller control Motor 2 40701 processed starts, and so that No.1 threaded post 40704 is driven No.1 helical teeth 40710, moves down trim panel 40101, with No. two It is matched above transmission belt 402, prevents timber in sterilizing, cause to deform, trim panel because of the variation of moisture, temperature After 40101 move down, the pressure sensor of 401 lower end of shaping transmission device detects pressure value, and pressure sensor passes pressure value It is defeated by controller, controller compares the real-time pressure with setting pressure, the controller if real-time pressure is greater than setting pressure 2 40701 stop motion of motor is controlled, trim panel 40101 and No. two transmission belts 402 fix timber at this time, and prevent wood Material causes to deform in sterilizing because of the variation of moisture, temperature, after prompting motor 2 40701 to start, passes through contact plate 40806 contact with resistance 40807, and sterilamp 410 is made to work, and drive radiator 40402 by motor 1, keep equipment It is dry.

Problems solved by the invention is the prior art in use, being usually using the side such as natural air drying and anticorrosion with painting coating Formula obtains fungi-proofing worm, and distortion-free timber needs to consume the materials such as longer time, and a large amount of paint, increase into This reduces the timber rate of output, and the present invention is combined with each other by above-mentioned component, by increasing support column, lifting shaft etc. Mechanism makes equipment when in use, can rapidly be sterilized, and prevent timber from deforming, and greatly improves work efficiency and wooden The material rate of output.

The above shows and describes the basic principles and main features of the present invention and the advantages of the present invention, for this field skill For art personnel, it is clear that invention is not limited to the details of the above exemplary embodiments, and without departing substantially from spirit of the invention or In the case where essential characteristic, the present invention can be realized in other specific forms.Therefore, in all respects, should all incite somebody to action Embodiment regards exemplary as, and is non-limiting, the scope of the present invention by appended claims rather than on state Bright restriction, it is intended that including all changes that fall within the meaning and scope of the equivalent elements of the claims in the present invention It is interior.Any reference signs in the claims should not be construed as limiting the involved claims.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims

1. a kind of distortion-free automated production equipment of timber, including support frame (1), it is characterised in that：On support frame as described above (1) It is provided with sterilizing trimmer (4), sterilizing trimmer (4) side is provided with No.1 transmission belt (3), the No.1 transmission belt (3) side is provided with support plate (2), and sterilizing trimmer (4) other side is provided with main body (7), in the main body (7) It is provided with controller, the sterilizing trimmer (4) and main body (7) to connect by transfer tube (5), be set on the main body (7) It is equipped with display (6) and control key (8), the display (6) and control key (8) are all connected with controller, under the main body (7) It is connected with support foot rest (10)；

The sterilizing trimmer (4) include shaping transmission device (401), No. two transmission belts (402), decompression transmission device (403), Heat dissipation transmission device (404), motor one (405), electric wire (406), motor control assembly (407), power switch transmission device (408), power supply (409), sterilamp (410), transmission belt fixing axle (411) and protection shell (412), the sterilamp (410) Set on the top of shaping transmission device (401), the shaping transmission device (401) includes trim panel (40101), trim panel (40101) lower end is connected with pressure sensor, and the sterilamp (410) is connect by electric wire (406) with power supply (409), described It is welded under power supply (409) power switch transmission device (408), the power supply (409) passes through electric wire (406) and motor one (405) it connects, is engaged above power switch transmission device (408) other end and motor control assembly (407), the motor It is connected with shaping transmission device (401) on the right side of control device (407), the shaping transmission device (401) is set to No. two transmission belts (402) top, No. two transmission belts (402) upper end are connected with infrared sensor, the infrared sensor and pressure sensing Device is all connected with controller, is equipped with decompression transmission device (403), the heat dissipation transmission device below No. two transmission belts (402) (404) one end is engaged through protection shell (412), heat dissipation transmission device (404) other end with motor one (405) left end, The transmission belt fixing axle (411) is equipped with two, is set to No. two transmission belt (402) both ends.

2. the distortion-free automated production equipment of a kind of timber according to claim 1, it is characterised in that：The motor control Device (407) processed includes motor two (40701), fixed rotating shaft (40702), No.1 gear (40703), No.1 threaded post (40704), No. two gears (40705), No.1 transmission belt (40706), No.1 shaft (40707), No. two shafts (40708), two Number transmission belt (40709) and No.1 helical teeth (40710), the motor two (40701) are set to the right side of protection shell (412), institute No. two shaft (40708) connection controllers are stated, the motor two (40701) connects No.1 screw thread by fixed rotating shaft (40702) Column (40704), No.1 threaded post (40704) top are engaged with No.1 gear (40703), the No.1 gear (40703) Right end is engaged with power switch transmission device (408) left end, is engaged with No. two gears under the No.1 threaded post (40704) (40705), described No.1 transmission belt (40706) one end and No. two gear (40705) top surface snappings, the other end are set to No.1 shaft (40707) top surface, with No.1 shaft (40707) top surface snapping, No. two transmission belts (40709) one end and No.1 shaft (40707) snapping, No. two transmission belts (40709) other end and No. two shaft (40708) snappings, No. two shafts (40708) right end and No.1 shaft (40707) transition fit, No. two shafts (40708) and No.1 helical teeth (40710) are one Body structure is engaged with shaping transmission device (401) right end on the No.1 helical teeth (40710).

3. the distortion-free automated production equipment of a kind of timber according to claim 1 or 2, it is characterised in that：It is described whole Shape transmission device (401) include trim panel (40101), No. four springs (40102), support column (40103), lifting shaft (40104), No. two threaded posts (40105), No. two helical teeth (40106) and No. three helical teeth (40107), trim panel (40101) both ends with The welding of support column (40103) side, there are two the support column (40103) sets, top is welded with No. four spring (40102) one end It connects, lower section is welded with lifting shaft (40104) one end, and No. four springs (40102) are equipped with two, the lifting shaft (40104) two are equipped with, the other end is engaged with No. two threaded post (40105) one end, and No. two threaded posts (40105) are equipped with Two, the other end is integrated with No. two helical teeth (40106), there are two No. two helical teeth (40106) set, with three The engagement of number helical teeth (40107), No. three helical teeth (40107) right end are engaged with motor control assembly (407).

4. the distortion-free automated production equipment of a kind of timber according to claim 1 or 2, it is characterised in that：The electricity Source switch transmission device (408) include limit plate (40801), No. five springs (40802), baffle (40803), rack gear (40804), No. two mandrils (40805), contact plate (40806), resistance (40807) and No. six springs (40808), under the rack gear (40804) Side is set to right end above motor control assembly (407), engages with motor control assembly (407) right end, and top is set to baffle (40803) it in the middle part of bottom surface, is welded in the middle part of baffle (40803) bottom surface, baffle (40803) the top surface both ends are and resistance (40807) bottom surface transition fit, top surface middle part are equipped with No. two mandrils (40805), weld with No. two mandril (40805) one end, institute State and welded in the middle part of No. two mandril (40805) other ends and contact plate (40806) bottom surface, contact plate (40806) both ends with Resistance (40807) side transition fit, top surface are equipped with No. five springs (40802), weld with No. five spring (40802) one end, institute It states No. five spring (40802) other ends and limit plate (40801) bottom surface is welded, limit plate (40801) top surface is equipped with No. six Spring (40808) is welded with No. six spring (40808) one end, and there are two the resistance (40807) sets, top surface is and limit plate (40801) bottom surface both ends transition fit.

5. the distortion-free automated production equipment of a kind of timber according to claim 1, it is characterised in that：The decompression passes Dynamic device (403) include down-pressed pole (40301), junction piece (40302), No.1 mandril (40303), sliding bar (40304), No.1 Spring (40305), No. two springs (40306), fixed block (40307), support rod (40308), fixed spring (40309), No. three Spring (40310) and lower platen (40311) are connected with No.1 mandril (40303) under No. two transmission belts (402), described one Number mandril (40303) is arranged with sliding bar (40304), is provided with junction piece (40302), institute on the sliding bar (40304) It states sliding bar (40304) and is arranged with No.1 spring (40305), No. two springs are equipped with below the No.1 spring (40305) (40306), No. two springs (40306) side is equipped with lower platen (40311), and three are equipped with below the lower platen (40311) Number spring (40310) is connected with fixed block (40307) under No. two springs (40306), fixed block (40307) connection Have support rod (40308), is arranged with fixed spring (40309) on the support rod (40308), the fixed spring (40309) Junction piece (40302) are connected by down-pressed pole (40301).

6. the distortion-free automated production equipment of a kind of timber according to claim 1, it is characterised in that：The heat dissipation passes Dynamic device (404) include No. three gears (40401), radiator (40402), No. four gears (40403), No. five gears (40404), No. four helical teeth (40405), No. five helical teeth (40406), No. six gears (40407), No. seven gears (40408), No. three transmission belts (40409), No. eight gears (40410), No. nine gears (40411), No. six helical teeth (40412), No. three threaded posts (40413), seven Number tiltedly wheel (40414) and No. ten gears (40415), No. seven helical teeth (40414) one end set on the left end of motor (405), with Motor (405) welding, the other end are set to above No. ten gears (40415), engage with No. ten gears (40415), No. three biographies Dynamic band (40409) one end and No. ten gear (40415) top surface snappings, the other end and No. eight gear (40410) top surface snappings, it is described It is equipped with No. three threaded posts (40413) below No. eight gears (40410), is engaged with No. three threaded posts (40413), No. three screw threads Column (40413) left end is equipped with No. six helical teeth (40412), is integrated with No. six helical teeth (40412), No. six helical teeth (40412) left end is equipped with No. nine gears (40411), engages with No. nine gears (40411) tops, No. seven gears (40408) Set on the left end of No. nine gears (40411), to be engaged with No. nine gear (40411) left ends, top is equipped with No. six gears (40407), It is integrated with No. six gears (40407), No. six gears (40407) left end is equipped with No. three gears (40401), with three The engagement of number gear (40401) right end is equipped with No. five helical teeth (40406) below No. three gears (40401), with No. five helical teeth (40406) it is integrated, No. five helical teeth (40406) left end is engaged with No. four helical teeth (40405), No. four helical teeth (40405) left end is integrated with No. five gears (40404), No. five gears (40404) left end and No. four gears (40403) it engages, No. four gears (40403) left end is integrated with radiator (40402).