A kind of machining tool of Homogenholz
Technical field
The present invention relates to a kind of plank synthesizers, are in particular a kind of machining tools of Homogenholz.
Background technique
Along with the exploitation of resource, the forest that can be cut down on the earth is fewer and fewer, reaches the tree that people will use plank wide
Even more few is pitiful, it would be desirable to existing unused wood are broken into bits, then add other materials by machine
Processing at synthesis plank.
Summary of the invention
The present invention relates to a kind of plank synthesizers, are in particular a kind of machining tools of Homogenholz, can solve
The certainly recycling of resource, and the protection to environment.
A kind of machining tool of Homogenholz, including cross-brace track, left side feeding device, timber roll dress
It sets, right side feeding device, driving triangular belt, machine power device, machine power device support plate, it is characterised in that:Left side dress
Material device is charged by left side cabinet, V-belt, left side material leakage device, left side material leakage device fixed plate, fixture nut, left side liquid
Cylinder pressure, left side power transmission device fixed plate, fixture nut I, left side power transmission device are constituted, and are equipped on the feeding device of left side
Left side charges cabinet, material leakage device in left side is housed, left side material leakage device is mounted in the charging box body of left side on the feeding device of left side
Portion, is equipped with material leakage device fixed plate in left side on the feeding device of left side, and left side material leakage device fixed plate is mounted on left side and charges cabinet
On, left side material leakage device fixed plate and the cooperation of left side material leakage device are equipped with fixture nut on the feeding device of left side, fixture nut and
Charging cabinet is threadedly engaged, and left side material leakage device fixed plate is fixed on left side charging cabinet by fixture nut, left side charging dress
It sets equipped with left side hydraulic cylinder, left side hydraulic cylinder is mounted on the external side of charging box, passes on the feeding device of left side equipped with left side power
Dynamic device, left side power transmission device are mounted on left side charging box house, are driven on the feeding device of left side equipped with left side power
Device fixed plate, left side power transmission device fixed plate are mounted on left side charging cabinet, left side power transmission device fixed plate
Cooperate with left side power transmission device, fixture nut I, fixture nut I and left side charging cabinet spiral shell are housed on the feeding device of left side
Left side power transmission device fixed plate is fixed on left side charging cabinet by line cooperation, fixture nut I.
The left side material leakage device is to quantify rotating cylinder bushing connecting key, left side material leakage device by left side material leakage axis, left side
Connection bearing, left side quantify rotating cylinder bushing, left side material leakage device belt wheel, left side material leakage device belt wheel connecting key and constitute, left side leakage
Expect that device is equipped with left side material leakage axis, left side material leakage device quantifies rotating cylinder bushing equipped with left side, and left side quantifies rotating cylinder bushing and is mounted on
On the material leakage axis of left side, left side material leakage axis and left side quantify rotating cylinder bushing interference fit, and left side material leakage device quantitatively turns equipped with left side
Cylinder bushing connecting key, left side quantify rotating cylinder bushing connecting key and are mounted on the material leakage axis of left side, and left side quantifies rotating cylinder bushing connecting key
The cooperation of rotating cylinder bushing is quantified with left side, left side material leakage device connects bearing, the connection of left side material leakage device equipped with left side material leakage device
Bearing is mounted on the material leakage axis of left side, and left side material leakage device connects bearing and left side material leakage axis interference fit, left side material leakage device
Equipped with left side material leakage device belt wheel, left side material leakage device belt wheel is mounted on the material leakage axis of left side, left side material leakage device belt wheel and a left side
Side leakage material axis interference fit, left side material leakage device are equipped with left side material leakage device belt wheel connecting key, the connection of left side material leakage device belt wheel
Key is mounted on the material leakage axis of left side, left side material leakage device belt wheel connecting key and left side material leakage axis interference fit.
The left side power transmission device is by left side power transmission shaft, left side power transmission device connection bearing, a left side
The fixed device of side stress belt wheel connecting key, left side stress belt wheel, left pivot movement, left side output groove belt wheel, left side export groove
Belt wheel connecting key is constituted, and left side power transmission shaft is housed on left side power transmission device, a left side is housed on left side power transmission device
Side actuating unit connects bearing, and left side power transmission device connection bearing is mounted on left side power transmission shaft, and left side is dynamic
Force actuators connect bearing and left side power transmission shaft interference fit, and left side forced belt is housed on left side power transmission device
Wheel, left side stress belt wheel are mounted on left side power transmission shaft, left side stress belt wheel and left side power transmission shaft interference fit, left
Stress belt wheel connecting key in left side is housed, left side stress belt wheel connecting key is mounted on left side power transmission shaft on the actuating unit of side
On, left side stress belt wheel connecting key and left side stress belt wheel cooperate, and export groove bands equipped with left side on left side power transmission device
Wheel, left side output groove belt wheel are mounted on left side power transmission shaft, and left side exports groove belt wheel and left side power transmission shaft mistake
It is full of cooperation, exports groove belt wheel connecting key equipped with left side on left side power transmission device, left side exports groove belt wheel connecting key peace
On left side power transmission shaft, left side exports groove belt wheel connecting key and left side output groove belt wheel cooperation, and left side power passes
Equipped with the fixed device of left pivot movement on dynamic device, the fixed device of left pivot movement is mounted on inside left side output groove belt wheel, left side
Rotate fixed device and the cooperation of left side power transmission shaft.
The fixed device of the left pivot movement be by the fixed baffle of left pivot movement, left side spring fixed ring, left side spring,
The fixed device limit film of left pivot movement pin shaft, left pivot movement is constituted, and the fixed baffle of left pivot movement is mounted on left pivot movement pin shaft,
Left side spring fixed ring is mounted on the fixed baffle of left pivot movement, and left side spring is mounted on the fixed baffle of left pivot movement, left side
Spring and the cooperation of left side spring fixed ring, left side is set limit film and is mounted on left pivot movement pin shaft.
The timber rolling device is by lateral connection frame, rolling device attaching nut, vertical connection frame, binder iron
Column, timber rolling device attaching nut, timber rolling device connection bearing (setting) plate, material rolling device connection bearing are constituted, wood
Expect that lateral connection frame is housed on rolling device, rolling device attaching nut is housed on timber rolling device, and rolling device connects spiral shell
Mother is mounted on lateral connection frame, and vertical connection frame is housed on timber rolling device, and vertical connection frame is mounted on lateral connection frame
On, rolling device attaching nut and vertical connection frame cooperate, and binder iron prop is housed on timber rolling device, and binder iron prop is mounted on
On vertical connection frame, bearing (setting) plate, timber rolling device connecting shaft are connected equipped with timber rolling device on timber rolling device
It holds fixed plate to be mounted on vertical connection frame, timber rolling device connects bearing (setting) plate and the cooperation of binder iron prop, and timber rolls
Timber rolling device attaching nut is housed, timber rolling device attaching nut is mounted on vertical connection frame on device;Timber is ground
Bearing is connected equipped with material rolling device on pressure device, material rolling device connection bearing is mounted on binder iron prop, expects rolling device
Connect bearing and binder iron prop interference fit.
The machine power device is by axis motor, power output belt wheel connecting key, power output belt wheel, movable pulley
Connecting key, movable pulley are constituted, and axis motor is housed on machine power device, is connected on machine power device equipped with power output pulley
Key, power output pulley connecting key are mounted on axis motor, and power output belt wheel, power output band are housed on machine power device
Wheel is mounted on axis motor, power output belt wheel and axis motor interference fit, power output belt wheel and power output belt wheel
Connecting key cooperates, and movable pulley connecting key is housed on machine power device, and movable pulley connecting key is mounted on axis motor, power dress
It sets equipped with movable pulley, movable pulley is mounted on axis motor, movable pulley and axis motor interference fit, movable pulley and movable pulley
Connecting key cooperation.
Machine power device is mounted on including the upper surface of cross-brace track, movable pulley and the cooperation of cross-brace track, machine
Device power device support plate is mounted on machine power device, and machine power device support plate and the cooperation of axis motor, machine are dynamic
Power device support plate is mounted on the feeding device of left side, and machine power device support plate and left side charging cabinet cooperation, machine are dynamic
Power device support plate is mounted on the feeding device of right side, and machine power device support plate and right side charging cabinet cooperation, timber are ground
Pressure device is mounted on the feeding device of left side, lateral connection frame and left side charging cabinet cooperation, pressure device attaching nut and left side
Charge cabinet cooperation fixed lateral connection frame and left side charging cabinet, and timber rolling device is mounted on the feeding device of right side, horizontal
To connection frame and right side charging cabinet cooperation, pressure device attaching nut and right side charging cabinet cooperate fixed lateral connection frame and the right side
Side charging cabinet, driving triangular belt are mounted on the feeding device of left side, driving triangular belt and the cooperation of left side stress belt wheel, transmission three
Angle band is mounted on the feeding device of right side, and driving triangular belt and the cooperation of right side stress belt wheel, it is dynamic that driving triangular belt is mounted on machine
On power device, driving triangular belt and the cooperation of power output belt wheel.
As advanced optimizing for the technical program, cross-brace described in a kind of machining tool of Homogenholz of the present invention
Track material is U-steel, there are two.
As advanced optimizing for the technical program, side charging described in a kind of machining tool of Homogenholz of the present invention is filled
There are four the V-belts set, and there are four left side hydraulic cylinders, and left side material leakage device connects there are two bearings, and left side material leakage device is fixed
There are two plates, and fixture nut has, and there are two left side power transmission device fixed plates, and there are four fixture nuts I, and left side power passes
There are two dynamic device connection bearings.
As advanced optimizing for the technical program, described in a kind of machining tool of Homogenholz of the present invention:Timber is ground
There are two the lateral connection framves of pressure device, and rolling device attaching nut has 12, and there are two vertical connection frames, and timber rolls dress
Setting attaching nut has, and timber rolling device connects there are two bearing (setting) plates, and there are two material rolling device connection bearings.
As advanced optimizing for the technical program, right side described in a kind of machining tool of Homogenholz of the present invention charges
There are four the V-belt I of device, and there are four right side hydraulic cylinders, and right side material leakage device connects there are two bearings, right side material leakage device
There are two fixed plates, and fixture nut has, and there are two right side power transmission device fixed plates, and there are four fixture nuts I, and right side is dynamic
Force actuators connect there are two bearings.
As advanced optimizing for the technical program, transmission triangle described in a kind of machining tool of Homogenholz of the present invention
There are four bands.
As advanced optimizing for the technical program, machine power described in a kind of machining tool of Homogenholz of the present invention
There are two the movable pulley connecting keys of device, and there are two movable pulleys.
A kind of machining tool of Homogenholz of the present invention has the beneficial effect that:
The present invention relates to a kind of plank synthesizers, are in particular a kind of machining tools of Homogenholz, can solve
The certainly recycling of resource, and the protection to environment.
Detailed description of the invention
The present invention will be further described in detail with specific implementation method with reference to the accompanying drawing.
Fig. 1 is a kind of overall structure diagram of the machining tool of Homogenholz of the present invention.
Fig. 2 is a kind of 2 schematic diagram of left side feeding device of the machining tool of Homogenholz of the present invention.
Fig. 3 is a kind of left side material leakage device 2-3 schematic diagram of the machining tool of Homogenholz of the present invention.
Fig. 4 is a kind of left side material leakage device 2-3 partial enlargement diagram of the machining tool of Homogenholz of the present invention.
Fig. 5 is a kind of left side power transmission device 2-9 schematic diagram of the machining tool of Homogenholz of the present invention.
Fig. 6 is a kind of fixed device 2-9-5 schematic diagram of left pivot movement of the machining tool of Homogenholz of the present invention.
Fig. 7 is a kind of 3 schematic diagram of timber rolling device of the machining tool of Homogenholz of the present invention.
Fig. 8 is a kind of 4 schematic diagram of right side feeding device of the machining tool of Homogenholz of the present invention.
Fig. 9 is a kind of right side material leakage device 4-3 schematic diagram of the machining tool of Homogenholz of the present invention.
Figure 10 is a kind of right side material leakage device 4-3 partial enlargement diagram of the machining tool of Homogenholz of the present invention.
Figure 11 is a kind of right side power transmission device 4-9 schematic diagram of the machining tool of Homogenholz of the present invention.
Figure 12 is that a kind of right side of the machining tool of Homogenholz of the present invention rotates fixed device 4-9-5 schematic diagram.
Figure 13 is a kind of 6 schematic diagram of machine power device of the machining tool of Homogenholz of the present invention.In figure:Cross-brace
Track 1;Left side feeding device 2;Left side charging cabinet 2-1;V-belt 2-2;Left side material leakage device 2-3;Left side material leakage axis 2-3-
1;Left side quantifies rotating cylinder bushing connecting key 2-3-2;Left side material leakage device connects bearing 2-3-3;Left side quantifies rotating cylinder bushing 2-3-
4;Left side material leakage device belt wheel 2-3-5;Material leakage device fixed plate 2-4 on the left of the material leakage device belt wheel connecting key 2-3-6 of left side;Gu
Determine nut 2-5;Left side hydraulic cylinder 2-6;Left side power transmission device fixed plate 2-7;I 2-8 of fixture nut;Left side power transmission dress
Set 2-9;Left side power transmission shaft 2-9-1;Left side power transmission device connects bearing 2-9-2;Left side stress belt wheel connecting key 2-
9-3;Left side stress belt wheel 2-9-4;Left pivot movement fixes device 2-9-5;Left pivot movement fixes baffle 2-9-5-1;Left side spring
Fixed ring 2-9-5-2;Left side spring 2-9-5-3;Left pivot movement pin shaft 2-9-5-4;Left pivot movement fixes device limit film 2-9-
Groove belt wheel 2-9-6 is exported on the left of 5-5;Left side exports groove belt wheel connecting key 2-9-7 timber rolling device 3;Lateral connection frame
3-1;Rolling device attaching nut 3-2;Vertical connection frame 3-3;Binder iron prop 3-4;Timber rolling device attaching nut 3-5;Wood
Expect that rolling device connects bearing (setting) plate 3-6;Expect that rolling device connects bearing 3-7;Right side feeding device 4;Right side charging cabinet
4-1;V-belt 4-2;Right side material leakage device 4-3;Right side material leakage axis 4-3-1;Right side quantifies rotating cylinder bushing connecting key 4-3-2;It is right
Side leakage material device connects bearing 4-3-3;Right side quantifies rotating cylinder bushing 4-3-4;Right side material leakage device belt wheel 4-3-5;Right side material leakage
Device belt wheel connecting key 4-3-6;Right side material leakage device fixed plate 4-4;Fixture nut 4-5;Right side hydraulic cylinder 4-6;Right side power
Transmission device fixed plate 4-7;I 4-8 of fixture nut;Right side power transmission device 4-9;Right side power transmission shaft 4-9-1;Right side is dynamic
Force actuators connect bearing 4-9-2;Right side stress belt wheel connecting key 4-9-3;Right side stress belt wheel 4-9-4;Right side rotation is solid
Determine device 4-9-5;Right side rotates fixed baffle 4-9-5-1;Right side spring fixed ring 4-9-5-2;Right side spring 4-9-5-3;It is right
Side rotating pin 4-9-5-4;Right side rotates fixed device limit film 4-9-5-5;Right side exports groove belt wheel 4-9-6;Right side is defeated
Groove belt wheel connecting key 4-9-7 out;Driving triangular belt 5;Machine power device 6;Axis motor 6-1;The connection of power output belt wheel
Key 6-2;Power output belt wheel 6-3;Movable pulley connecting key 6-4;Movable pulley 6-5;Machine power device support plate 7.
Specific embodiment
Specific embodiment one:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11,12,13, present invention mainly solves
The technical issues of be to provide the machining tool of Homogenholz a kind of, including cross-brace track 1, left side feeding device 2, timber are ground
Pressure device 3, right side feeding device 4, driving triangular belt 5, machine power device 6, machine power device support plate 7, feature exists
In:Left side feeding device 2 is consolidated by left side charging cabinet 2-1, V-belt 2-2, left side material leakage device 2-3, left side material leakage device
Fixed board 2-4, fixture nut 2-5, left side hydraulic cylinder 2-6, left side power transmission device fixed plate 2-7, I 2-8 of fixture nut, left side
Actuating unit 2-9 is constituted, and left side charges cabinet 2-1 dress for process wood, installs fixed other component, V-belt 2-2 is dynamic
The tool for transmitting of energy, left side material leakage device 2-3 drain to the timber in left side charging cabinet 2-1 in machine table, left side material leakage dress
The fixed left side material leakage device 2-3 of fixed plate 2-4 installation is set, left side hydraulic cylinder 2-6 increases machine when taking out finished product, and left side is dynamic
Force actuators fixed plate 2-7 installs fixed left side power transmission device 2-9, and left side power transmission device 2-9 receives transmitting machine
The kinetic energy of device running charges cabinet 2-1 on left side feeding device 2 equipped with left side, fills on left side feeding device 2 equipped with left side material leakage
2-3 is set, left side material leakage device 2-3 is mounted on inside left side charging cabinet 2-1, fills on left side feeding device 2 equipped with left side material leakage
Fixed plate 2-4 is set, left side material leakage device fixed plate 2-4 is mounted on left side charging cabinet 2-1, left side material leakage device fixed plate 2-
4 and left side material leakage device 2-3 cooperates, and fixture nut 2-5, fixture nut 2-5 and charging cabinet 2- are housed on left side feeding device 2
1 is threadedly engaged, and left side material leakage device fixed plate 2-4 is fixed on left side charging cabinet 2-1 by fixture nut 2-5, left side charging
Hydraulic cylinder 2-6 in left side is housed, left side hydraulic cylinder 2-6 is mounted on the outside of charging cabinet 2-1, on left side feeding device 2 on device 2
Equipped with left side power transmission device 2-9, left side power transmission device 2-9 is mounted on inside left side charging cabinet 2-1, left side dress
Expect that left side power transmission device fixed plate 2-7 is housed on device 2, left side power transmission device fixed plate 2-7 is mounted on left side dress
On hopper body 2-1, left side power transmission device fixed plate 2-7 and left side power transmission device 2-9 cooperation, left side feeding device 2
Upper I 2-8 of fixture nut, I 2-8 of fixture nut and left side charging cabinet 2-1 of being equipped with is threadedly engaged, and I 2-8 of fixture nut is by left side
Actuating unit fixed plate 2-7 is fixed on left side charging cabinet 2-1;
The left side material leakage device 2-3 be quantified by left side material leakage axis 2-3-1, left side rotating cylinder bushing connecting key 2-3-2,
Left side material leakage device connection bearing 2-3-3, left side quantify rotating cylinder bushing 2-3-4, left side material leakage device belt wheel 2-3-5, left side leakage
Expect that device belt wheel connecting key 2-3-6 is constituted, left side material leakage axis 2-3-1 installs the component on the material leakage device 2-3 of left side, and left side is fixed
Amount rotating cylinder bushing connecting key 2-3-2 allows left side material leakage axis 2-3- and left side to quantify rotating cylinder bushing 2-3-4 synchronous rotation, left side leakage
Expect resistance when device connection bearing 2-3-3 reduces left side material leakage device 2-3 rotation, left side quantifies rotating cylinder bushing 2-3-4 will be wooden
The leakage of materials quantitative, left side material leakage device belt wheel 2-3-5 receive kinetic energy and rotate, and left side material leakage device 2-3 is equipped with left side material leakage
Axis 2-3-1, left side material leakage device 2-3 quantify rotating cylinder bushing 2-3-4 equipped with left side, and left side quantifies rotating cylinder bushing 2-3-4 and is mounted on
On the material leakage axis 2-3-1 of left side, left side material leakage axis 2-3-1 and left side quantify rotating cylinder bushing 2-3-4 interference fit, left side material leakage device
2-3 quantifies rotating cylinder bushing connecting key 2-3-2 equipped with left side, and left side quantifies rotating cylinder bushing connecting key 2-3-2 and is mounted on left side material leakage
On axis 2-3-1, left side quantifies rotating cylinder bushing connecting key 2-3-2 and left side quantifies rotating cylinder bushing 2-3-4 cooperation, left side material leakage dress
It sets 2-3 and connects bearing 2-3-3 equipped with left side material leakage device, left side material leakage device connection bearing 2-3-3 is mounted on left side material leakage axis
On 2-3-1, left side material leakage device connects bearing 2-3-3 and left side material leakage axis 2-3-1 interference fit, left side material leakage device 2-3 dress
There are left side material leakage device belt wheel 2-3-5, left side material leakage device belt wheel 2-3-5 to be mounted on the material leakage axis 2-3-1 of left side, left side material leakage
Device belt wheel 2-3-5 and left side material leakage axis 2-3-1 interference fit, left side material leakage device 2-3 connect equipped with left side material leakage device belt wheel
Key 2-3-6 is met, left side material leakage device belt wheel connecting key 2-3-6 is mounted on the material leakage axis 2-3-1 of left side, left side material leakage device belt wheel
Connecting key 2-3-6 and left side material leakage axis 2-3-1 interference fit;
The left side power transmission device 2-9 is connected by left side power transmission shaft 2-9-1, left side power transmission device
Bearing 2-9-2, left side stress belt wheel connecting key 2-9-3, left side stress belt wheel 2-9-4, left pivot movement fixed device 2-9-5, a left side
Side exports groove belt wheel 2-9-6, left side output groove belt wheel connecting key 2-9-7 is constituted, and left side power transmission shaft 2-9-1 installs it
His component, left side power transmission device connects resistance when bearing 2-9-2 reduces left side power transmission device 2-9 rotation, left
Side stress belt wheel connecting key 2-9-3 allow left side stress belt wheel 2-9-4 and left side power transmission shaft 2-9-1 rotate synchronously, left side by
Power belt wheel 2-9-4 receives the kinetic energy of motor, and the fixed device 2-9-5 of left pivot movement is stronger by left side power transmission device 2-9
It is mounted on left side charging cabinet 2-1, left side output groove belt wheel 2-9-6 transfers energy to left side material leakage device belt wheel 2-3-
5, left side output groove belt wheel connecting key 2-9-7 makes left side power transmission shaft 2-9-1 synchronous with left side output groove belt wheel 2-9-6
Rotation, the fixed device 2-9-5 of left pivot movement allow left side output groove belt wheel 2-9-6 can only be toward a direction rotation, left side power
Left side power transmission shaft 2-9-1 is housed on transmission device 2-9, is filled on left side power transmission device 2-9 equipped with left side power transmission
Connection bearing 2-9-2 is set, left side power transmission device connection bearing 2-9-2 is mounted on left side power transmission shaft 2-9-1, left side
Actuating unit connects bearing 2-9-2 and left side power transmission shaft 2-9-1 and is interference fitted, on left side power transmission device 2-9
Equipped with left side stress belt wheel 2-9-4, left side stress belt wheel 2-9-4 is mounted on left side power transmission shaft 2-9-1, left side forced belt
2-9-4 and left side power transmission shaft 2-9-1 interference fit is taken turns, is connected on left side power transmission device 2-9 equipped with left side stress belt wheel
Key 2-9-3 is met, left side stress belt wheel connecting key 2-9-3 is mounted on left side power transmission shaft 2-9-1, the connection of left side stress belt wheel
Key 2-9-3 and left side stress belt wheel 2-9-4 cooperates, and exports groove belt wheel 2-9- equipped with left side on left side power transmission device 2-9
6, left side output groove belt wheel 2-9-6 is mounted on left side power transmission shaft 2-9-1, and left side exports groove belt wheel 2-9-6 and a left side
Side power transmission shaft 2-9-1 is interference fitted, and exports groove belt wheel connecting key 2- equipped with left side on left side power transmission device 2-9
9-7, left side output groove belt wheel connecting key 2-9-7 are mounted on left side power transmission shaft 2-9-1, and left side exports groove belt wheel
Connecting key 2-9-7 and left side output groove belt wheel 2-9-6 cooperate, and fix on left side power transmission device 2-9 equipped with left pivot movement
Device 2-9-5, the fixed device 2-9-5 of left pivot movement are mounted on inside left side output groove belt wheel 2-9-6, the fixed dress of left pivot movement
Set 2-9-5 and left side power transmission shaft 2-9-1 cooperation;
The fixed device 2-9-5's of the left pivot movement is consolidated by the fixed baffle 2-9-5-1 of left pivot movement, left side spring
Determine the fixed device limit film 2-9-5-5 of ring 2-9-5-2, left side spring 2-9-5-3, left pivot movement pin shaft 2-9-5-4, left pivot movement
It constitutes, the fixed baffle 2-9-5-1 of left pivot movement is mounted on left pivot movement pin shaft 2-9-5-4, left side spring fixed ring 2-9-5-
2 are mounted on the fixed baffle 2-9-5-1 of left pivot movement, and left side spring 2-9-5-3 is mounted on the fixed baffle 2-9-5-1 of left pivot movement
On, left side spring 2-9-5-3 and left side spring fixed ring 2-9-5-2 cooperation, left side set limit film 2-9-5-5 and are mounted on left side turn
On dynamic pin shaft 2-9-5-4;
The timber rolling device 3 is by lateral connection frame 3-1, rolling device attaching nut 3-2, vertical connection frame
3-3, binder iron prop 3-4, timber rolling device attaching nut 3-5, timber rolling device connection bearing (setting) plate 3-6, material roll
Device connects bearing 3-7 and constitutes, and timber rolling device is mounted on by lateral connection frame 3-1 by rolling device attaching nut 3-2
On left side feeding device 2 and right side feeding device 4, binder iron prop 3-4 is installed in vertical connection frame 3-3, binder iron prop 3-4 will be wooden
Material spreads compacting, and timber rolling device connects the fixed timber rolling device 3 of bearing (setting) plate 3-6, and material rolling device connects bearing
3-7 reduces resistance when binder iron prop 3-4 rotation, and lateral connection frame 3-1, timber rolling device are housed on timber rolling device 3
Rolling device attaching nut 3-2 is housed, rolling device attaching nut 3-2 is mounted on lateral connection frame 3-1, and timber rolls on 3
Vertical connection frame 3-3 is housed, vertical connection frame 3-3 is mounted on lateral connection frame 3-1, rolling device attaching nut on device 3
3-2 and vertical connection frame 3-3 cooperates, and binder iron prop 3-4 is housed, binder iron prop 3-4, which is mounted on, vertically to be connected on timber rolling device 3
It connects on frame 3-3, connects bearing (setting) plate 3-6, timber rolling device connecting shaft equipped with timber rolling device on timber rolling device 3
It holds fixed plate 3-6 to be mounted on vertical connection frame 3-3, timber rolling device connects bearing (setting) plate 3-6 and binder iron prop 3-4
Cooperate, timber rolling device attaching nut 3-5 is housed on timber rolling device 3, timber rolling device attaching nut 3-5 is mounted on
On vertical connection frame 3-3;Bearing 3-7 is connected equipped with material rolling device on timber rolling device 3, material rolling device connects bearing 3-
7 are mounted on binder iron prop 3-4, material rolling device connection bearing 3-7 and binder iron prop 3-4 interference fit;
The machine power device 6 is by axis motor 6-1, power output belt wheel connecting key 6-2, power output band
It takes turns 6-3, movable pulley connecting key 6-4, movable pulley 6-5 to constitute, axis motor 6-1 provides stable move for the movement and work of machine
Power, power output belt wheel connecting key 6-2 allow power output belt wheel 6-3 and axis motor 6-1 to rotate synchronously, power output belt wheel
Power is passed to left side stress belt wheel 2-9-4, movable pulley connecting key 6-4 by V belt translation and allows movable pulley 6-5 and axis by 6-3
Motor 6-1 is rotated synchronously, and movable pulley 6-5 is mobile in cross-brace track 1 under the action of axis motor 6-1, machine power dress
It sets and axis motor 6-1 is housed on 6, power output pulley connecting key 6-2, power output pulley connecting key are housed on machine power device 6
6-2 is mounted on axis motor 6-1, and power output belt wheel 6-3, power output belt wheel 6-3 peace are housed on machine power device 6
On axis motor 6-1, power output belt wheel 6-3 and axis motor 6-1 interference fit, power output belt wheel 6-3 and power
Output pulley connecting key 6-2 cooperates, and movable pulley connecting key 6-4, movable pulley connecting key 6-4 installation are housed on machine power device 6
On axis motor 6-1, movable pulley 6-5 is housed in power device 6, movable pulley 6-5 is mounted on axis motor 6-1, movable pulley
6-5 and axis motor 6-1 interference fit, movable pulley 6-5 and movable pulley connecting key 6-4 cooperation;
Machine power device 6 is mounted on including the upper surface of cross-brace track 1, movable pulley 6-5 and cross-brace track 1
Cooperation, machine power device support plate 7 are mounted on machine power device 6, machine power device support plate 7 and axis motor 6-
1 cooperation, machine power device support plate 7 are mounted on the feeding device 2 of left side, machine power device support plate 7 and left side charging
Cabinet 2-1 cooperation, machine power device support plate 7 are mounted on the feeding device 4 of right side, machine power device support plate 7 and the right side
Side charging cabinet 4-1 cooperation, timber rolling device 3 are mounted on the feeding device 2 of left side, lateral connection frame 3-1 and left side charging
Cabinet 2-1 cooperation, pressure device attaching nut 3-2 and left side charging cabinet 2-1 cooperation fixed lateral connection frame 3-1 and left side charging
Cabinet 2-1, timber rolling device 3 are mounted on the feeding device 4 of right side, and lateral connection frame 3-1 and right side charging cabinet 4-1 match
It closes, pressure device attaching nut 3-2 and right side charging cabinet 4-1 cooperation fixed lateral connection frame 3-1 and right side charging cabinet 4-1,
Driving triangular belt 5 is mounted on the feeding device 2 of left side, and driving triangular belt 5 and left side stress belt wheel 2-9-4 cooperation are driven triangle
Band 5 is mounted on the feeding device 4 of right side, and driving triangular belt 5 and right side stress belt wheel 4-9-4 cooperation, driving triangular belt 5 are mounted on
On machine power device 6, driving triangular belt 5 and power output belt wheel 6-3 cooperation.
Specific embodiment two:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11,12,13, present embodiment is to reality
Mode one to be applied to be described further, 1 material of cross-brace track is U-steel, there are two.
Specific embodiment three:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11,12,13, present embodiment is to reality
Mode one is applied to be described further, there are four the V-belt 2-2 of the side feeding device 2, and there are four left side hydraulic cylinder 2-6,
Left side material leakage device connects there are two bearing 2-3-3, and there are two left side material leakage device fixed plate 2-4, and fixture nut 2-5 has 4
A, there are two left side power transmission device fixed plate 2-7, and there are four I 2-8 of fixture nut, left side power transmission device connecting shaft
It holds there are two 2-9-2.
Specific embodiment four:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11,12,13, present embodiment is to reality
It applies mode one to be described further, there are two the lateral connection frame 3-1 of the timber rolling device 3, and rolling device connects spiral shell
Female 3-2 has 12, and there are two vertical connection frame 3-3, and timber rolling device attaching nut 3-5 has 5, and timber rolling device connects
There are two joint bearing fixed plate 3-6, and there are two material rolling device connection bearing 3-7.Specific embodiment five:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11,12,13, present embodiment is to reality
It applies mode one to be described further, there are four the V-belt I4-2 of the right side feeding device 4, and right side hydraulic cylinder 4-6 has four
A, right side material leakage device connects there are two bearing 4-3-3, and there are two right side material leakage device fixed plate 4-4, and fixture nut 4-5 has 4
A, there are two right side power transmission device fixed plate 4-7, and there are four I 4-8 of fixture nut, right side power transmission device connecting shaft
It holds there are two 4-9-2.
Specific embodiment six:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11,12,13, present embodiment is to reality
It applies mode one to be described further, there are four the driving triangular belts 5.
Specific embodiment seven:
Illustrate present embodiment below with reference to Fig. 1,2,3,4,5,6,7,8,9,10,11,12,13, present embodiment is to reality
It applies mode one to be described further, there are two the movable pulley connecting key 6-4 of the machine power device 6, and movable pulley 6-5 has two
It is a.
The working principle of the invention is:
A kind of machining tool working principle of Homogenholz is to start switch, the axis motor 6-1 of machine power device 6
Power a part is sent to the running of power output belt wheel 6-3 machine to, the left and right that a part transmits a movable pulley 6-5 machine is moved
Dynamic, when machine is toward left movement, axis motor 6-1 is rotated counterclockwise, and power output belt wheel 6-3 is also and then rotated, because of transmission
V-belt 5 is mounted on the stress belt wheel 2-9-4 power output belt wheel 6-3 and right side stress belt wheel 4-9-4 of left side, so left side
Stress belt wheel 2-9-4 and right side stress belt wheel 4-9-4 also do rotation counterclockwise because the fixed device 2-9-5 of left pivot movement and
Right side rotates the existing operating condition of fixed device 4-9-5, it is coaxial on left side output groove belt wheel 2-9-6 do counterclockwise
Rotation, right side output groove belt wheel 4-9-6 are not rotated, and in V-belt, left side material leakage device belt wheel 2-3-5 is also inverse under the action of 2-2
Hour hands rotation, left side material leakage axis 2-3-1 will be rotated counterclockwise, and left side, which quantifies rotating cylinder bushing 2-3-4, and then to be turned counterclockwise
Dynamic, particles will leak on platform, and particles is spread compacting by timber rolling device 3, when machine reaches left end, machine
Stop, adding timber toward left side feeding device 2, then the axis motor 6-1 of machine power device 6 starts to rotate clockwise, machine
Device is turned right running, because the fixed device 2-9-5 of left pivot movement and right side rotate the existing operating condition of fixed device 4-9-5,
Right side output groove belt wheel 4-9-6 on coaxial is rotated clockwise, and left side output groove belt wheel 2-9-6 is not rotated, then into
The step of row discharging spreads compacting is that machine stops when machine reaches rightmost, and feeding device 4 of turning right adds timber, repeats
Top the step of, when plank reach certain thickness when, machine stop, machine is risen under the action of hydraulic cylinder, is then taken
Plank out.
Certainly, above description is not limitation of the present invention, and the present invention is also not limited to the example above, the art
The variation that those of ordinary skill is made within the essential scope of the present invention;Remodeling;Addition or replacement, also belong to guarantor of the invention
Protect range.