CN207695545U - A kind of processing unit (plant) of straight grain axis - Google Patents
A kind of processing unit (plant) of straight grain axis Download PDFInfo
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- CN207695545U CN207695545U CN201721202367.7U CN201721202367U CN207695545U CN 207695545 U CN207695545 U CN 207695545U CN 201721202367 U CN201721202367 U CN 201721202367U CN 207695545 U CN207695545 U CN 207695545U
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Abstract
The utility model is related to a kind of processing unit (plant)s of straight grain axis, including pedestal, material storing box, temporary storing bin, the first manufacturing gear strip, the second manufacturing gear strip and driving mechanism；Driving mechanism forms straight grain by manufacturing gear strip to the state that pushes axis to be processed to erect and rotate on the peripheral surface of axis.When use, axis to be processed is converted to upright state in advance using temporary storing bin, when second manufacturing gear strip is parallel to the reciprocating movement of the first manufacturing gear strip, second manufacturing gear strip rotates an edge manufacturing gear strip movement by the gap that the axis to be processed that temporary storing bin exports is brought between the first manufacturing gear strip and the second manufacturing gear strip and with the movement of the second manufacturing gear strip on one side, during being somebody's turn to do, teeth portion on first manufacturing gear strip and the second manufacturing gear strip, which constitutes the peripheral surface of axis to be processed, to be squeezed, to form straight grain on the peripheral surface of axis, the structure of the utility model realizes the continuity processing of straight grain, so as to realize the processing of high density straight grain, and machining accuracy and efficiency are significantly improved.
Description
Technical field
The utility model is related to a kind of processing unit (plant)s of straight grain axis.
Background technology
Fig. 1 shows that a kind of axis, at least one end of the axis are formed with straight grain 100 on peripheral surface, such axis can claim
Be straight grain axis.
Application No. is the Chinese invention patent applications of CN201610080659.1《The automatic beading tooling of axis class》(publication number：
CN105598293A a kind of structure) is disclosed comprising processing platform, lower die holder, upper die holder, lower beading die, upper beading die, drive
Motivation structure, mounting plate, fixture, gear, mounting base, rack, the first cylinder and clamping cylinder.The beading tooling of above structure is arranged
It can realize the mechanism that axis to be processed rotates automatically, in use, the compacting that axis surface forms first time rib is pressed under upper die holder,
After first time beading, axis clamping to be processed, the first cylinder drive rack are moved forward and backward by clamping cylinder, to moving gear
Rotation, the shaft rotation to be processed being further driven in fixture is dynamic, and after turning over predetermined angular, driving mechanism drives upper die holder to push and carries out
Second of beading.Common axis to be processed can be processed into straight grain axis by above structure, still, since it is by gear, rack
The kind of drive realize processing, need to carry out multiple rotational positioning that the processing of an axis could be completed, it is difficult to realize that straight grain is intensive
High straight grain axis processing is spent, and the position of rotational positioning inevitably has certain error every time, causes straight grain on axis
It is unevenly distributed.In addition, above-mentioned beading tooling processing efficiency is low, daily production needs are cannot be satisfied.
Therefore, it for the processing unit (plant) of current straight grain axis, is improved up for further.
Utility model content
High density can be realized for the current state of the art, the technical problem to be solved by the utility model is to provide a kind of
Straight grain processing, machining accuracy and efficient straight grain axis processing unit (plant).
Technical solution is used by the utility model solves above-mentioned technical problem：A kind of processing unit (plant) of straight grain axis,
It is characterized in that：Including
Pedestal；
Material storing box is set on the pedestal；
Temporary storing bin is set to the lower section on the pedestal and positioned at material storing box, it is perpendicular that axis to be processed is provided at the top of the temporary storing bin
The vertical input port entered, the side of the temporary storing bin is provided with capable of opening and closing delivery outlet；
First manufacturing gear strip is provided with the first teeth portion to processing straight on the pedestal and on side；
Second manufacturing gear strip, can be parallel to that first manufacturing gear strip moves back and forth is set on pedestal, second processing
Rack has the second teeth portion corresponding with the first teeth portion, and second teeth portion and first on the side of the first manufacturing gear strip
Being formed between teeth portion can supply axis to be processed to erect the gap being inserted into, the delivery outlet phase of the feed end in the gap and the temporary storing bin
It is corresponding；
Driving mechanism, the driving mechanism pass through gap in axis to the state for pushing axis to be processed to erect and rotate
Peripheral surface on form straight grain.
Preferably, the processing unit (plant) of the straight grain axis further includes feeding mechanism, and the feeding mechanism is to will be in material storing box
In the intermittent input temporary storing bin of axis to be processed.A piece axis to be processed is only inputted temporary storing bin by the feeding mechanism of the utility model every time
In, also, axis to be processed is made to be located in temporary storing bin with upright state, in this way when axis to be processed to be processed, convenient for making it
Under the drive of the second manufacturing gear strip pass through erect and rotate pass through gap.
As an improvement, the feeding mechanism includes carrying plate, guide groove, the first lever, the first spring and the second lever, it is described
The bottom of material storing box is provided with the opening of lateral arrangement, and the plate that carries can be set on material storing box up or down across the opening, and
This carries plate and moves up and can eject axis to be processed to the top input port of guide groove, and first lever passes through a shaft energy
It is movably set to be limited or be put it into guide groove to axis to be processed at the top of guide groove, the guide groove is to general
Axis to be processed is changed into upright state from horizontal state and inputs in temporary storing bin, first spring be set to material storing box on and with turn
The trend that axis connection limits axis to be processed to make the first lever remain, second lever are connected in shaft
And lower end is pressed on the leading flank of material storing box to constrain the restraining position of the first lever, is provided on the pedestal
The second lever can be pushed up to cancel the first lever to the first dynamic structure of axis to be processed limit state, the material storing box
On be provided with and can make to carry the second dynamic structure that plate moves up and down.Using the above structure, the single output of axis to be processed is realized,
And axis to be processed is changed into upright state from horizontal state.
Preferably, it is provided with the first inclined-plane continuously decreased from up to down at the input port at the top of the guide groove, this
One inclined-plane constitutes the top surface of the guide groove rear wall；The bottom of the guide groove is provided with corresponding with the input port of temporary storing bin
Delivery outlet is provided with input port one end of self- steering slot on the guide groove inner wall to gradual inclined second inclined-plane of delivery outlet.
In the above embodiments, the temporary storing bin includes the first half-shell that can mutually open and close, the second half-shell, and described first
The internal face of half-shell and the second half-shell be configured to mutual corresponding cambered surface to make temporary storing bin inner cavity and axis to be processed shape
Mutually agree with, the back edge of the back edge of the first half-shell and the second half-shell is hinged and first half-shell is made to be protected with the second half-shell
The trend being mutually closed is held, the front of the first half-shell forms the output of temporary storing bin along the front with the second half-shell between
Mouthful.Using the structure, convenient for the axis to be processed in temporary storing bin is exported.
For the ease of exporting axis to be processed with upright state from temporary storing bin, pushing block, first are provided on the pedestal
Drive link, the second drive link and second spring are provided with the notch passed through for the first end of pushing block, institute on rear side of the temporary storing bin
That states that pushing block can be moved forward and backward relative to temporary storing bin is set on pedestal, and the first end phase of the second end of pushing block and the first drive link
It supports, the second end of first drive link can be rotatably arranged on pedestal, the first end of second drive link and the first transmission
The second end of bar is fixedly connected, and the second end of second drive link is freedom of movement end, and the second spring is placed on second
The periphery of drive link simultaneously makes the first drive link remain the trend far from pushing block, also, the pushing block, the first drive link and the
Two drive links are triangularly arranged on pedestal.
It improves again, the driving mechanism includes actuator, turntable, first connecting rod, second connecting rod, third connecting rod and the 4th company
Bar, the turntable can be rotatably arranged on pedestal and be connected with actuator, be provided with by proximal edge on the side of the turntable
The output shaft of arrangement, the first end of the first connecting rod rotate with the output shaft and connect, the front end of second manufacturing gear strip
It is provided with a horizontal axis, the second end of the first connecting rod can be rotationally connected on the horizontal axis, and the second of the first connecting rod
End extends outward to form the extension rod being arranged in obtuse angle with first connecting rod main body；The first end of the second connecting rod and the extension
The end of bar is connected, and the first end of the second end of the second connecting rod and third connecting rod is rotatablely connected, the third connecting rod at
Shape is inverted V-arrangement, and outwardly extending connecting shaft, the middle part energy of the third connecting rod are provided on the leading flank of the material storing box
It being rotationally connected in the connecting shaft, the second end of the third connecting rod is connected with the first end of fourth link, and the described 4th
Be provided in the second end of connecting rod with the vertically arranged universal driving shaft of the fourth link, the universal driving shaft pass through material storing box front side wall with
It carries plate to be connected, and is provided with the slot hole slided up and down for universal driving shaft on the front side wall of the material storing box.The third connecting rod includes
The first bar portion with first end and the second bar portion with second end, and the length of first bar portion is more than the second bar portion
Length.The connecting pin of the second connecting rod and third connecting rod, which moves up, collides to constitute the lower end of the second lever
The first dynamic structure stated；The universal driving shaft of the fourth link second end, which moves up and down drive and carries plate, to be moved up and down to constitute
The second dynamic structure stated.The assembling stand close to the second manufacturing gear strip arrangement, the side wall of the assembling stand are provided on the pedestal
On offer the first sliding groove, it is corresponding, be provided on the outside of second manufacturing gear strip can with the first sliding groove be oriented to cooperation
First sliding block, second manufacturing gear strip, which moves forward, hits the second drive link to make the first drive link push pushing block will be to be added
Work axis is ejected from the delivery outlet of temporary storing bin, and second manufacturing gear strip constitutes the third power with corresponding driving mechanism
Structure.
Using the driving mechanism of the utility model, a driving mechanism is realized simultaneously to feeding, the work(for turning material, processing material
Can, the driving structure of the processing unit (plant) greatly simplified, and each component of driving mechanism of the utility model cooperates, and realizes straight
The continuity of line axis is processed, and machining accuracy and processing efficiency are substantially increased.
Compared with prior art, the utility model has the advantage of：The utility model is provided with temporary storing bin, the first processing tooth
Item and the second manufacturing gear strip, in use, axis to be processed is converted to upright state in advance using temporary storing bin, driving mechanism makes
When two manufacturing gear strips are parallel to the reciprocating movement of the first manufacturing gear strip, the second manufacturing gear strip brings the axis to be processed that temporary storing bin exports into
Gap between first manufacturing gear strip and the second manufacturing gear strip simultaneously rotates an edge on one side with the movement of the second manufacturing gear strip
Manufacturing gear strip moves, should during, the peripheral surface of teeth portion between the first manufacturing gear strip and the second manufacturing gear strip to axis to be processed
It constitutes and squeezes, to form straight grain on the peripheral surface of axis, the structure of the utility model realizes the continuity processing of straight grain, from
And can realize the processing of high density straight grain, and machining accuracy and efficiency are significantly improved.
Description of the drawings
Fig. 1 is the structural schematic diagram of background technology；
Fig. 2 is the structural schematic diagram of the utility model embodiment；
Fig. 3 is the part-structure schematic diagram of Fig. 1；
Fig. 4 is the structural schematic diagram of another angles of Fig. 3；
Fig. 5 is the assembling structure schematic diagram of material storing box and feeding mechanism in the utility model embodiment；
Fig. 6 is the structural schematic diagram of material storing box in Fig. 5.
Specific implementation mode
The utility model is described in further detail below in conjunction with attached drawing embodiment.
As figures 2-6, the processing unit (plant) of the straight grain axis of the present embodiment includes pedestal 1, material storing box 2, temporary storing bin 3, first
Manufacturing gear strip 4, the second manufacturing gear strip 5, driving mechanism 6 and feeding mechanism 7.The pedestal 1 of the present embodiment to install other components,
Material storing box 2 is set on pedestal 1, and temporary storing bin 3 is set to the lower section on pedestal 1 and positioned at material storing box 2, and the top of the temporary storing bin 3 is provided with
Axis 10 to be processed erects the input port 31 entered, and the side of the temporary storing bin 3 is provided with capable of opening and closing delivery outlet 32.Feeding mechanism 7
To by the 10 intermittent input temporary storing bin 3 of axis to be processed in material storing box 2, and only an axis 10 to be processed is inputted temporarily every time
In storage 3, axis 10 to be processed is made to be located in temporary storing bin 3 with upright state.First manufacturing gear strip 4 is set on pedestal 1 and in side
On be provided with the first teeth portion 41 to processing straight, the second manufacturing gear strip 5 can be parallel to what the first manufacturing gear strip 4 moved back and forth
On pedestal 1, which has corresponding with the first teeth portion 41 on the side of the first manufacturing gear strip 4
Second teeth portion 51, and be formed between second teeth portion 51 and the first teeth portion 41 and axis 10 to be processed can be supplied to erect the gap being inserted into
50, the feed end in the gap 50 is corresponding with the delivery outlet 32 of temporary storing bin 3.Driving mechanism 6 is pushing axis 10 to be processed with perpendicular
Vertical and rotation state passes through gap 50 to form straight grain on the peripheral surface of axis.
Specifically, the feeding mechanism 7 of the present embodiment includes carrying plate 71, guide groove 72, the first lever 73, the first spring 74
And second lever 75, the bottom of material storing box 2 are provided with the opening 21 of lateral arrangement, carrying plate 71 can be up or down across the opening 21
On material storing box 2, and this carries plate 71 and moves up and can eject axis 10 to be processed to the top input port 721 of guide groove 72
Place, guide groove 72 are located at the front side of material storing box 2.First lever 73 can movably be set to 72 top of guide groove by a shaft 731
So that axis 10 to be processed is limited or be put it into guide groove 72, guide groove 72 to by axis 10 to be processed from tap-like
State is changed into upright state and inputs in temporary storing bin 3, and the first spring 74 is set on material storing box 2 and connect to make with shaft 731
First lever 73 remains the trend limited to axis 10 to be processed, and the second lever 75 is connected in shaft 731 and lower end
It is pressed in material storing box 2 on the leading flank of guide groove 72 to constrain the restraining position of the first lever 73, be set on pedestal 1
The first dynamic structure that the second lever 75 limits state to cancel the first lever 73 to axis 10 to be processed can be pushed up by being equipped with,
Being provided on material storing box 2 can make to carry the second dynamic structure that plate 71 moves up and down.It is set at the input port 721 at 72 top of guide groove
It is equipped with the first inclined-plane 722 continuously decreased from up to down, which constitutes the top surface of 72 rear wall of guide groove；It is oriented to
The bottom of slot 72 is provided with delivery outlet 723 corresponding with the input port of temporary storing bin 3 31, and self- steering is provided on 72 inner wall of guide groove
721 one end of input port of slot 72 is to gradual inclined second inclined-plane 724 of delivery outlet 723.Using the above structure, it realizes to be processed
The single output of axis 10, and axis 10 to be processed is changed into upright state from horizontal state.
In the present embodiment, temporary storing bin 3 includes first half-shell 33, the second half-shell 34 that can mutually open and close, and first half-shell
33 and second the internal face of half-shell 34 be configured to mutual corresponding cambered surface 30 to make the inner cavity of temporary storing bin 3 and axis 10 to be processed
Shape is mutually agreed with, it is ensured that axis 10 to be processed is arranged with upright state.The back of the back edge of first half-shell 33 and the second half-shell 34
Edge is hinged, and torsional spring is provided on articulated shaft, to make first half-shell 33 and the holding of the second half-shell 34 be mutually closed
Trend, the front of first half-shell 33 form the delivery outlet 32 of temporary storing bin along the front with the second half-shell 34 between.It is set on pedestal 1
It is equipped with pushing block 35, the first drive link 36, the second drive link 37 and second spring 38, the rear side of temporary storing bin 3 is provided with for pushing block 35
The notch 39 that passes through of first end, what pushing block 35 can be moved forward and backward relative to temporary storing bin 3 is set on pedestal 1, is arranged on pedestal 1
There are a mounting blocks 12, the side of the mounting blocks 12 to be provided with second sliding slot 121, what pushing block 35 can be moved along the second sliding slot 121 sets
In on mounting blocks 12.The second end of pushing block 35 and the first end of the first drive link 36 offset, the second end energy of the first drive link 36
It is rotatably arranged on pedestal 1, the first end of the second drive link 37 is fixedly connected with the second end of the first drive link 36, the second transmission
The second end of bar 37 is freedom of movement end, and second spring 38 is placed on the periphery of the second drive link 37 and the first drive link 36 is made to begin
It is kept away from the trend of pushing block 35 eventually, also, pushing block 35, the first drive link 36 and the second drive link 37 are at an acute angle on pedestal 1
Triangular arrangement, in order to export axis 10 to be processed with upright state from temporary storing bin 3.
The driving mechanism 6 of the present embodiment includes actuator (not shown), turntable 62, first connecting rod 63, second connecting rod
64, third connecting rod 65 and fourth link 66, actuator are motor, turntable 62 can be rotatably arranged on pedestal 1 and with actuator phase
It connects, the output shaft arranged by proximal edge, the first end of first connecting rod 36 and the output shaft phase is provided on the side of turntable 62
Rotation connection, the front end of the second manufacturing gear strip 5 are provided with a horizontal axis 52, and the second end of first connecting rod 63 can be rotationally connected with this
On horizontal axis 52, and the second end of first connecting rod 63 extends outward to form the extension being arranged in obtuse angle with 63 main body of first connecting rod
Bar 631.The first end of second connecting rod 64 is connected with the end of the extension rod 631, and second end and the third of second connecting rod 64 connect
The first end of bar 65 is rotatablely connected, and third connecting rod 65 is configured to inverted V-arrangement, is provided on the leading flank of material storing box 2 to extension
The middle part of the connecting shaft 22 stretched, third connecting rod 65 can be rotationally connected in the connecting shaft 22, the second end of third connecting rod 65 with
The first end of fourth link 66 is connected, and third connecting rod 65 includes having the first bar portion 651 of first end and with second end
Second bar portion 652, and the length of the first bar portion 651 is more than the length of the second bar portion 652.It is arranged in the second end of fourth link 66
Have with 66 vertically arranged universal driving shaft 661 of the fourth link, the universal driving shaft 661 pass through material storing box 2 front side wall with put forward 71 phase of plate
Connection, and the slot hole 23 slided up and down for universal driving shaft 661 is provided on the front side wall of material storing box 2.Second connecting rod 64 and third connecting rod
65 connecting pin is moved up carries out collision to constitute the first dynamic structure to the lower end of the second lever 75；Fourth link 66
The universal driving shaft 661 at two ends move up and down drive carry plate 71 move up and down to constitute the second dynamic structure.It is provided on pedestal 1
Close to the assembling stand 11 of the second manufacturing gear strip 5 arrangement, the first sliding groove 111 is offered on the side wall of the assembling stand 11, it is corresponding, the
The outside of two manufacturing gear strips 5 be provided with can with the first sliding groove 111 be oriented to cooperation the first sliding block 53, the second manufacturing gear strip 5 to
It is preceding mobile to hit the second drive link 37 to make the first drive link 36 push pushing block 35 by axis 10 to be processed from the defeated of temporary storing bin 3
32 ejection of outlet, the second manufacturing gear strip 5 constitute third dynamic structure with corresponding driving mechanism.Using this above-mentioned driving mechanism 6,
Realize the function that a driving mechanism is carried out at the same time feeding, turns material, processing material, the driving knot of the processing unit (plant) greatly simplified
Structure, and 6 each component of driving mechanism of the present embodiment cooperates, and realizes the continuity processing of straight grain axis, substantially increases and add
Work precision and processing efficiency.
Using the straight grain axis of the present embodiment processing unit (plant) when, actuator driving disc 62 rotate, turntable 62 rotation drive
First connecting rod 63 pushes the second manufacturing gear strip 5 to be parallel to the reciprocating movement of the first manufacturing gear strip 4, meanwhile, when first connecting rod 63 acts
Second connecting rod 64 can be driven to act by extension rod 631, the action of second connecting rod 64 drives third connecting rod 65 to act, third connecting rod 65
Action drives fourth link 66 to act, and when fourth link 66, which will carry plate 71, to be lifted up, can lift an axis 10 to be processed
It to first inclined-plane 722 at 72 top of guide groove, and is limited by the first lever 73, is oriented to preventing the axis 10 to be processed from entering
In slot 72, at this point, the second manufacturing gear strip 5 is processed with axis across gap 50 under the promotion of first connecting rod 63, process
Bi Hou, the second manufacturing gear strip 5 move to 3 direction of temporary storing bin under the drive of first connecting rod 63, carry plate 71 and move down, and first is dynamic
The lower end of the second lever of power structural collision 75 is simultaneously pushed up, and to overcome the elastic force of the first spring 74, makes the first lever
Axis to be processed 10 on 73 pair of first inclined-plane 722 is put into guide groove 72, the axis 10 to be processed by after guide groove 72 to erect
State enters in temporary storing bin 3, and when the second manufacturing gear strip 5, which moves forward to, hits the second drive link 37, pushing block 35 is forced to temporarily
Storage 3 moves and exports the axis to be processed 10 in temporary storing bin 3, carries out above-mentioned process again.The present embodiment realizes directly
The continuity of line is processed, and so as to realize the processing of high density straight grain, and machining accuracy and efficiency are significantly improved.
Claims (10)
1. a kind of processing unit (plant) of straight grain axis, it is characterised in that：Including
Pedestal (1)；
Material storing box (2) is set on the pedestal (1)；
Temporary storing bin (3) is set to the lower section on the pedestal (1) and positioned at material storing box (2), is provided with and waits at the top of the temporary storing bin (3)
It processes axis (10) and erects the input port (31) entered, the side of the temporary storing bin (3) is provided with capable of opening and closing delivery outlet (32)；
First manufacturing gear strip (4) is set on the pedestal (1) and is provided with the first teeth portion to processing straight on side
(41)；
Second manufacturing gear strip (5), can be parallel to that first manufacturing gear strip (4) moves back and forth is set on pedestal (1), this second
Manufacturing gear strip (5) has the second teeth portion (51) corresponding with the first teeth portion (41) on the side of the first manufacturing gear strip (4),
And be formed between second teeth portion (51) and the first teeth portion (41) and axis to be processed (10) can be supplied to erect the gap (50) being inserted into, it should
The feed end in gap (50) is corresponding with delivery outlet (32) of the temporary storing bin (3)；And
Driving mechanism (6), the driving mechanism (6) pass through gap to push axis to be processed (10) with the state erect and rotated
(50) to form straight grain on the peripheral surface of axis.
2. the processing unit (plant) of straight grain axis according to claim 1, it is characterised in that：Further include feeding mechanism (7), the charging
Mechanism (7) is to will be in the intermittent input temporary storing bin (3) of axis to be processed (10) in material storing box (2).
3. the processing unit (plant) of straight grain axis according to claim 2, it is characterised in that：The feeding mechanism (7) includes carrying plate
(71), it opens the bottom of guide groove (72), the first bar (73), the first spring (74) and the second bar (75), the material storing box (2)
There are the opening (21) of lateral arrangement, the plate (71) that carries that can be set on material storing box (2) up or down across the opening (21), and
This carries plate (71) and moves up and can eject axis to be processed (10) at the top input port (721) of guide groove (72), and described the
One bar (73) can be movably set at the top of guide groove (72) by a shaft (731) to be limited to axis to be processed (10)
Or put it into guide groove (72), the guide groove (72) from horizontal state by axis to be processed (10) being changed into setting shape
State simultaneously inputs in temporary storing bin (3), and first spring (74) is set on material storing box (2) and connect with shaft (731) to make the
One bar (73) remains that the trend limited to axis to be processed (10), second bar (75) are connected to shaft
(731) on and lower end is pressed on the leading flank of material storing box (2) to constrain the restraining position of the first bar (73), institute
It states to be provided on pedestal (1) and the second bar (75) can be pushed up to cancel the first bar (73) to axis to be processed (10) limit
First dynamic structure of state, being provided on the material storing box (2) can make to carry the second dynamic structure that plate (71) moves up and down.
4. the processing unit (plant) of straight grain axis according to claim 3, it is characterised in that：Input at the top of the guide groove (72)
It is provided with the first inclined-plane (722) continuously decreased from up to down at mouth (721), which constitutes the guide groove
(72) top surface of rear wall；The bottom of the guide groove (72) is provided with output corresponding with input port (721) of temporary storing bin (3)
Mouthful (723) are provided with input port (721) one end of self- steering slot (72) on guide groove (72) inner wall to delivery outlet (723)
Gradual inclined second inclined-plane (724).
5. the processing unit (plant) of straight grain axis according to claim 3, it is characterised in that：The temporary storing bin (3) includes can be mutually
First half-shell (33), the second half-shell (34) of folding, and the first half-shell (33) and the internal face of the second half-shell (34) shape
Inner cavity and the shape of axis to be processed (10) for mutual corresponding cambered surface (30) to make temporary storing bin (3) are mutually agreed with, and described first
The back edge of half-shell (33) and the back edge of the second half-shell (34) are hinged and make first half-shell (33) and the second half-shell (34)
The trend being mutually closed is kept, the front of the first half-shell (33), which is formed along the front with the second half-shell (34) between, keeps in
The delivery outlet (32) in storehouse (3).
6. the processing unit (plant) of straight grain axis according to claim 5, it is characterised in that：It is provided with pushing block on the pedestal (1)
(35), the first drive link (36), the second drive link (37) and second spring (38) are provided with confession on rear side of the temporary storing bin (3)
The notch (39) that the first end of pushing block (35) passes through, what the pushing block (35) can be moved forward and backward relative to temporary storing bin (3) is set to base
On seat (1), and the second end of pushing block (35) and the first end of the first drive link (36) offset, and the of first drive link (36)
Two ends can be rotatably arranged on pedestal (1), the second end of the first end and the first drive link (36) of second drive link (37)
It is fixedly connected, the second end of second drive link (37) is freedom of movement end, and the second spring (38) is placed on the second biography
The periphery of lever (37) simultaneously makes the first drive link (36) remain the trend far from pushing block (35), also, the pushing block (35),
First drive link (36) is triangularly arranged with the second drive link (37) on pedestal (1).
7. the processing unit (plant) of straight grain axis according to claim 6, it is characterised in that：The driving mechanism (6) includes driving
Part, turntable (62), first connecting rod (63), second connecting rod (64), third connecting rod (65) and fourth link (66), the turntable (62)
It can be rotatably arranged on pedestal (1) and be connected with actuator, be provided on the side of the turntable (62) and arranged by proximal edge
Output shaft (621), the first end of the first connecting rod (63) rotates with the output shaft (621) and connect, second processing
The front end of rack (5) is provided with a horizontal axis (52), and the second end of the first connecting rod (63) can be rotationally connected with the horizontal axis
(52) on, and the second end of the first connecting rod (63) is extended outward to form and is arranged in obtuse angle with first connecting rod (63) main body
Extension rod (631)；The first end of the second connecting rod (64) is connected with the end of the extension rod (631), the second connecting rod
(64) second end and the first end of third connecting rod (65) are rotatablely connected, and the third connecting rod (65) is configured to inverted V-arrangement, institute
It states and is provided with outwardly extending connecting shaft (22) on the leading flank of material storing box (2), the middle part of the third connecting rod (65) can rotate
Ground is connected in the connecting shaft (22), and the second end of the third connecting rod (65) is connected with the first end of fourth link (66),
It is provided in the second end of the fourth link (66) and the fourth link (66) vertically arranged universal driving shaft (661), the linkage
Axis (661) passes through the front side wall of material storing box (2) to be connected with plate (71) is carried, and is provided with confession on the front side wall of the material storing box (2)
The slot hole (23) that universal driving shaft (661) slides up and down.
8. the processing unit (plant) of straight grain axis according to claim 7, it is characterised in that：The third connecting rod (65) includes having
The first bar portion (651) of first end and the second bar portion (652) with second end, and the length of first bar portion (651) is big
Length in the second bar portion (652).
9. the processing unit (plant) of straight grain axis according to claim 7, it is characterised in that：The second connecting rod (64) connects with third
The connecting pin of bar (65) is moved up carries out collision to constitute first dynamic structure to the lower end of the second bar (75)；
The universal driving shaft (661) of fourth link (66) second end move up and down drive carry plate (71) move up and down to constitute it is described
Second dynamic structure.
10. the processing unit (plant) of straight grain axis according to claim 7, it is characterised in that：It is provided on the pedestal (1) close
The assembling stand (11) of second manufacturing gear strip (5) arrangement, offers the first sliding groove (111) on the side wall of the assembling stand (11), corresponding
, the first sliding block (54) that cooperation can be oriented to the first sliding groove (111) is provided on the outside of second manufacturing gear strip (5),
Second manufacturing gear strip (5), which moves forward, hits the second drive link (37) to make the first drive link (36) push pushing block (35)
Axis to be processed (10) is ejected from the delivery outlet (32) of temporary storing bin (3), second manufacturing gear strip (5) and corresponding driving machine
Structure (6) constitutes third dynamic structure.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721202367.7U CN207695545U (en) | 2017-09-19 | 2017-09-19 | A kind of processing unit (plant) of straight grain axis |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201721202367.7U CN207695545U (en) | 2017-09-19 | 2017-09-19 | A kind of processing unit (plant) of straight grain axis |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN207695545U true CN207695545U (en) | 2018-08-07 |
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| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201721202367.7U Active CN207695545U (en) | 2017-09-19 | 2017-09-19 | A kind of processing unit (plant) of straight grain axis |
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| Country | Link |
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| CN (1) | CN207695545U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107520383A (en) * | 2017-09-19 | 2017-12-29 | 宁波万盛智能科技股份有限公司 | A kind of processing unit (plant) of straight burr axle |
-
2017
- 2017-09-19 CN CN201721202367.7U patent/CN207695545U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107520383A (en) * | 2017-09-19 | 2017-12-29 | 宁波万盛智能科技股份有限公司 | A kind of processing unit (plant) of straight burr axle |
| CN107520383B (en) * | 2017-09-19 | 2024-04-16 | 宁波万盛智能科技股份有限公司 | Processing device for straight line shaft |
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