CN106363710A - Cylindrical wooden stick manufacturing system and method for manufacturing cylindrical wooden stick - Google Patents
Cylindrical wooden stick manufacturing system and method for manufacturing cylindrical wooden stick Download PDFInfo
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- CN106363710A CN106363710A CN201611067017.4A CN201611067017A CN106363710A CN 106363710 A CN106363710 A CN 106363710A CN 201611067017 A CN201611067017 A CN 201611067017A CN 106363710 A CN106363710 A CN 106363710A
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B27—WORKING OR PRESERVING WOOD OR SIMILAR MATERIAL; NAILING OR STAPLING MACHINES IN GENERAL
- B27C—PLANING, DRILLING, MILLING, TURNING OR UNIVERSAL MACHINES FOR WOOD OR SIMILAR MATERIAL
- B27C5/00—Machines designed for producing special profiles or shaped work, e.g. by rotary cutters; Equipment therefor
- B27C5/006—Machines designed for producing special profiles or shaped work, e.g. by rotary cutters; Equipment therefor with non-rotating tools
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Abstract
The invention belongs to the technical field of wood processing, and particularly relates to a cylindrical wooden stick manufacturing system. The cylindrical wooden stick manufacturing system comprises a forming support (1), an assisted forming mechanism (2) and tracks (3). By means of the cylindrical wooden stick manufacturing system, the technical problems of high equipment investment, huge site occupancy and the like needed for manufacturing a cylindrical wooden stick in the prior art are solved. The invention further discloses a method for manufacturing the cylindrical wooden stick. The cylindrical wooden stick manufacturing system and the method for manufacturing the cylindrical wooden stick have the following main beneficial technical effects that equipment is simple, manufacturing is easy, cost input is small, the manufacturing speed is high, and the manufactured cylindrical wooden stick is round, neat, attractive in appearance and smooth in hand feeling.
Description
Technical field
The invention belongs to wood processing technique field, especially relate to a kind of cylinder waddy manufacture system and cylindrical wooden
The manufacture method of rod.
Background technology
Cylindrical waddy can be applied in the technical fields such as building, decoration decoration, toy.However, in prior art, circle
Cylindricality waddy haves such problems as that manufacture is difficult, manufacturing cost is high, cylindrical waddy that is manufacturing is non-round, cylindrical wooden to be processed into
Rod, needs expensive automation equipment, and the investment business for medium and small enterprise and individual is said, far beyond the scope born, because
This, cylindrical waddy is expensive, application that is greatly constraining cylindrical waddy.
Content of the invention
In order to solve the above problems, the purpose of the present invention is to disclose a kind of cylinder waddy manufacture system, and further
Disclose the manufacture method of cylindrical waddy, they employ the following technical solutions to realize.
A kind of cylinder waddy manufacture system, including shaped support 1, helps shaping mechanism 2, track 3 it is characterised in that described
Shaped support 1 is made up of orthogonal horizontal base 11 and vertical base 12, horizontal base 11 has and runs through horizontal base
The forming hole running through vertical base left surface and right surface is had on the fixing hole 111 of upper surface and lower surface, vertical base 12
121st, the right-hand member of horizontal base 11 is connected with the lower end of vertical base 12, shaped support is formed as one；Fixed component 14 is worn
Cross the fixing hole 111 of horizontal base 11 and horizontal base 11 is fixed on table 6, the lower surface of table 6 has many downwards
Extension and the table leg 61 of equal length；The material of described shaped support is steel or ferrum or alloy, and vertical base 12 thickness is more than
8mm；The right side of vertical base 12 has the anti-collision part 122 protruding the right surface of vertical base 12；
The described fixing head 22 helping shaping mechanism 2 by furtherance type headstock 21, to stretch out furtherance type headstock 2 left surface and dynamometry portion
Part 24, extend downwardly and the first supporting leg 231 of equal length, the second supporting leg 232 and from furtherance type headstock 2 lower surface
Three supporting legs 233, the first roller 2311 being arranged on below the first supporting leg 231, be arranged on below the second supporting leg 232
Second wheel 2321, it is arranged on the 3rd roller 2331 below the 3rd supporting leg 233, is located at power within furtherance type headstock 2
Mechanism is constituted, and fixing head 22 is fixed in the rotary shaft of actuating unit, has and can accommodate rectangular timber one end inside fixing head 22
Fixing groove 221, fixing head 22 turns clockwise the rectangular timber that can clamp in fixing groove 221, fixing head 22 inverse time
Pin rotation can unclamp the rectangular timber in fixing groove 221, has protrusion furtherance type headstock on front side of furtherance type headstock
Have on rear side of the first in command 211 of front surface, furtherance type headstock protrude furtherance type headstock after surface the second in command 212；
The length of dynamometry part 24 is more than the length of fixing head 22；
Described track 3 by be parallel to each other and be all the first rail bar 31 of rectangular shape, the second rail bar 32, the 3rd rail bar 33 and
4th rail bar 34 is constituted, and has the first groove 312, the second rail bar 32 and the 3rd rail bar between the first rail bar 31 and the second rail bar 32
There is between 33 second groove 323, between the 3rd rail bar 33 and the 4th rail bar 34, there is the 3rd groove 334, the first rail bar 31,
In the same plane, track 3 is located at the right side of table 6 for the left surface of two rail bars 32, the 3rd rail bar 33 and the 4th rail bar 34 4
And the left surface of the right surface of table 6 and the first rail bar 31 is in the same plane；
Described first roller 2311 is located in the 3rd groove 334 and can roll in the 3rd groove 334, the second roller 2321 is located at
In second groove 323 and can roll in the second groove 323, the 3rd roller 2331 is located in the first groove 312 and can be first
Roll in groove 312, molding axially bored line 1211, the axis of fixing head 22, the axis three of fixing groove 221 are to overlap；
The axis of symmetry of described second groove 323, the axis of fixing head 22, molding axially bored line 1211 three are in cylindrical waddy system
It is to overlap in the projection of the overlook direction making system；
When helping shaping mechanism 2 to advance to shaped support 1 direction, fixing head 22 can bounce back after encountering anti-collision part 122, anti-collision
After part 122 retracts to extreme position, the length that anti-collision part 122 stretches out furtherance type headstock 2 left surface is stretched with fixing head 22
The length going out furtherance type headstock 2 left surface is equally long.
A kind of manufacture method of cylinder waddy, which employs cylindrical waddy manufacture system described above, its feature
It is that described manufacture method is: with electronic or hand saws, timber is processed into rectangular timber, the section that height and width are formed is done as far as possible
Become square shape；By digging class instrument, four raised faceted portions of the left end of rectangular timber are carried out digging angle process, shape
Become plane from portion；By in the right-hand member of rectangular timber insertion fixing groove, and fixing head is turned clockwise clamp rectangular timber, open and help
The actuating unit of shaping mechanism makes fixing head drive rectangular timber rotation, holds the first in command and the second in command promotes and helps forming machine
Structure, makes to help shaping mechanism to move to the direction near shaped support, the left end of rectangular timber is contacted with forming hole, rectangular timber
Inscribe diameter of a circle is slightly larger than the diameter of forming hole, under power and pressure act on, the side of rectangular timber and sharp forming hole
The cutting of edge phase constantly travels forward, and what fixing head was done is that circular motion rectangular timber is gradually cut to as cylindrical waddy；
Dynamometry part is encountered anti-collision part and is compressed continuously, and after reaching the limit of position, anti-collision part stretches out furtherance type headstock left-handed watch
The length that the length in face and fixing head stretch out furtherance type headstock left surface is equally long, now, pulls the first in command and the
Second chief moves to away from shaped support direction, until cylindrical waddy exits forming hole, makes furtherance type headstock stop motion,
And close the actuating unit helping shaping mechanism, when cylindrical waddy stops the rotation, rotate counterclockwise fixing head unclamps rectangular timber
Right-hand member simultaneously takes out, and amputates the parallelepiped body portion of rectangular timber right-hand member, completes the manufacture of cylindrical waddy.
A kind of cylinder waddy manufacture system, including shaped support 1, helps shaping mechanism 2, track 3 it is characterised in that described
Shaped support 1 by orthogonal horizontal base 11, vertical base 12, be located between horizontal base 11 and vertical base 12 and general
The gripper shoe 13 that horizontal base 11 is coupled together with vertical base 12 is constituted, and horizontal base 11 has and runs through horizontal base upper table
Have on the fixing hole 111 of face and lower surface, vertical base 12 run through vertical base left surface and right surface forming hole 121,
The right-hand member of horizontal base 11 is connected with the lower end of vertical base 12, shaped support is formed as one；Fixed component 14 passes through water
The fixing hole 111 of flat pedestal 11 simultaneously horizontal base 11 is fixed on table 6, and the lower surface of table 6 has many and extends downwardly
And the table leg 61 of equal length；The material of described shaped support is steel or ferrum or alloy, and vertical base 12 thickness is more than 6mm；
The right side of vertical base 12 has the anti-collision part 122 protruding the right surface of vertical base 12；The front view of gripper shoe 13 is right angle
Triangle, gripper shoe 13 top view be rectangle, the right surface of gripper shoe 13 and vertical base 12 left surface be combined as a whole,
The lower surface of gripper shoe 13 and the upper surface of horizontal base 11 are combined as a whole, gripper shoe 13 extreme higher position is in forming hole 121
Lower section；
The described fixing head 22 helping shaping mechanism 2 by furtherance type headstock 21, to stretch out furtherance type headstock 2 left surface and dynamometry portion
Part 24, extend downwardly and the first supporting leg 231 of equal length, the second supporting leg 232 and from furtherance type headstock 2 lower surface
Three supporting legs 233, the first roller 2311 being arranged on below the first supporting leg 231, be arranged on below the second supporting leg 232
Second wheel 2321, it is arranged on the 3rd roller 2331 below the 3rd supporting leg 233, is located at power within furtherance type headstock 2
Mechanism is constituted, and fixing head 22 is fixed in the rotary shaft of actuating unit, has and can accommodate rectangular timber one end inside fixing head 22
Fixing groove 221, fixing head 22 turns clockwise the rectangular timber that can clamp in fixing groove 221, fixing head 22 inverse time
Pin rotation can unclamp the rectangular timber in fixing groove 221, has protrusion furtherance type headstock on front side of furtherance type headstock
Have on rear side of the first in command 211 of front surface, furtherance type headstock protrude furtherance type headstock after surface the second in command 212；
The length of dynamometry part 24 is more than the length of fixing head 22；
Described track 3 by be parallel to each other and be all the first rail bar 31 of rectangular shape, the second rail bar 32, the 3rd rail bar 33 and
4th rail bar 34 is constituted, and has the first groove 312, the second rail bar 32 and the 3rd rail bar between the first rail bar 31 and the second rail bar 32
There is between 33 second groove 323, between the 3rd rail bar 33 and the 4th rail bar 34, there is the 3rd groove 334, the first rail bar 31,
In the same plane, track 3 is located at the right side of table 6 for the left surface of two rail bars 32, the 3rd rail bar 33 and the 4th rail bar 34 4
And the left surface of the right surface of table 6 and the first rail bar 31 is in the same plane；
Described first roller 2311 is located in the 3rd groove 334 and can roll in the 3rd groove 334, the second roller 2321 is located at
In second groove 323 and can roll in the second groove 323, the 3rd roller 2331 is located in the first groove 312 and can be first
Roll in groove 312, molding axially bored line 1211, the axis of fixing head 22, the axis three of fixing groove 221 are to overlap；
The axis of symmetry of described second groove 323, the axis of fixing head 22, molding axially bored line 1211 three are in cylindrical waddy system
It is to overlap in the projection of the overlook direction making system；
When helping shaping mechanism 2 to advance to shaped support 1 direction, fixing head 22 can bounce back after encountering anti-collision part 122, anti-collision
After part 122 retracts to extreme position, the length that anti-collision part 122 stretches out furtherance type headstock 2 left surface is stretched with fixing head 22
The length going out furtherance type headstock 2 left surface is equally long.
A kind of manufacture method of cylinder waddy, which employs cylindrical waddy manufacture system described above, its feature
It is that described manufacture method is: with electronic or hand saws, timber is processed into rectangular timber, the section that height and width are formed is done as far as possible
Become square shape；By digging class instrument, four raised faceted portions of the left end of rectangular timber are carried out digging angle process, shape
Become plane from portion；By in the right-hand member of rectangular timber insertion fixing groove, and fixing head is turned clockwise clamp rectangular timber, open and help
The actuating unit of shaping mechanism makes fixing head drive rectangular timber rotation, holds the first in command and the second in command promotes and helps forming machine
Structure, makes to help shaping mechanism to move to the direction near shaped support, the left end of rectangular timber is contacted with forming hole, rectangular timber
Inscribe diameter of a circle is slightly larger than the diameter of forming hole, under power and pressure act on, the side of rectangular timber and sharp forming hole
The cutting of edge phase constantly travels forward, and what fixing head was done is circular motion, therefore rectangular timber is gradually cut to as cylindrical wooden
Rod；Dynamometry part is encountered anti-collision part and is compressed continuously, and after reaching the limit of position, it is left that anti-collision part stretches out furtherance type headstock
The length that the length on surface and fixing head stretch out furtherance type headstock left surface is equally long, now, pull the first in command and
The second in command moves to away from shaped support direction, until cylindrical waddy exits forming hole, makes furtherance type headstock stop fortune
Dynamic, and close the actuating unit helping shaping mechanism, when cylindrical waddy stops the rotation, rotate counterclockwise fixing head unclamps rectangle wood
The right-hand member of material simultaneously takes out, and amputates the parallelepiped body portion of rectangular timber right-hand member, completes the manufacture of cylindrical waddy.
A kind of cylinder waddy manufacture system, including shaped support 1, helps shaping mechanism 2, track 3 it is characterised in that described
Shaped support 1 is made up of orthogonal horizontal base 11 and vertical base 12, horizontal base 11 has and runs through horizontal base
The forming hole running through vertical base left surface and right surface is had on the fixing hole 111 of upper surface and lower surface, vertical base 12
121st, the right-hand member of horizontal base 11 is connected with the lower end of vertical base 12, shaped support is formed as one；Fixed component 14 is worn
Cross the fixing hole 111 of horizontal base 11 and horizontal base 11 is fixed on table 6, the lower surface of table 6 has many downwards
Extension and the table leg 61 of equal length；The material of described shaped support is steel or ferrum or alloy, and vertical base 12 thickness is more than
8mm；
Described help shaping mechanism 2 by furtherance type headstock 21, stretch out the fixing head 22 of furtherance type headstock 2 left surface from furtherance type
Headstock 2 lower surface extends downwardly and the first supporting leg 231 of equal length, the second supporting leg 232 and the 3rd supporting leg 233,
The first roller 2311 of being arranged on below the first supporting leg 231, be arranged on the second roller 2321 below the second supporting leg 232,
The 3rd roller 2331 being arranged on below the 3rd supporting leg 233, the actuating unit being located within furtherance type headstock 2 are constituted, Gu
It is fixed in the rotary shaft of actuating unit for fixed 22, there is inside fixing head 22 fixing groove 221 that can accommodate rectangular timber one end,
Fixing head 22 turns clockwise the rectangular timber that can clamp in fixing groove 221, and fixing head 22 rotate counterclockwise can pine
Rectangular timber in fixing groove 221 for the open position, has on front side of furtherance type headstock and protrudes the first of furtherance type headstock front surface
Have on rear side of handle 211, furtherance type headstock protrude furtherance type headstock after surface the second in command 212；Described track 3 is by phase
The first rail bar 31 that is mutually parallel and being all rectangular shape, the second rail bar 32, the 3rd rail bar 33 and the 4th rail bar 34 are constituted, the
There is between one rail bar 31 and the second rail bar 32 first groove 312, have second between the second rail bar 32 and the 3rd rail bar 33 recessed
Groove 323, has the 3rd groove 334 between the 3rd rail bar 33 and the 4th rail bar 34, the first rail bar 31, the second rail bar 32, the 3rd rail
Articles 33 and the 4th rail bar 34 4 left surface in the same plane, track 3 is located at the right side of table 6 and the right surface of table 6
With the left surface of the first rail bar 31 in the same plane；
Described first roller 2311 is located in the 3rd groove 334 and can roll in the 3rd groove 334, the second roller 2321 is located at
In second groove 323 and can roll in the second groove 323, the 3rd roller 2331 is located in the first groove 312 and can be first
Roll in groove 312, molding axially bored line 1211, the axis of fixing head 22, the axis three of fixing groove 221 are to overlap；
The axis of symmetry of described second groove 323, the axis of fixing head 22, molding axially bored line 1211 three are in cylindrical waddy system
It is to overlap in the projection of the overlook direction making system.
A kind of manufacture method of cylinder waddy, which employs cylindrical waddy manufacture system described above, its feature
It is that described manufacture method is: timber is processed into rectangular timber by used electronic or hand saws, try one's best in the section that height and width are formed
Make square shape；By digging class instrument, four raised faceted portions of the left end of rectangular timber are carried out digging angle process,
Form plane from portion；By in the right-hand member of rectangular timber insertion fixing groove, and fixing head is turned clockwise clamp rectangular timber, open
The actuating unit helping shaping mechanism makes fixing head drive rectangular timber rotation, promotes and helps shaping mechanism, makes to help shaping mechanism to leaning on
The direction motion of nearly shaped support, the left end of rectangular timber is contacted with forming hole, and the inscribe diameter of a circle of rectangular timber is slightly larger than
The diameter of forming hole, under power and pressure act on, rectangular timber is continuous forward with the edge phase cutting of sharp forming hole
Motion, done due to fixing head is circular motion, and rectangular timber is gradually cut to as cylindrical waddy；Cylindrical waddy processing
During to the length needing, make to help shaping mechanism to move to away from shaped support direction, until cylindrical waddy exits forming hole, make
Furtherance type headstock stop motion, and close the actuating unit helping shaping mechanism, cylindrical waddy revolves when stopping the rotation counterclockwise
Turn fixing head to unclamp the right-hand member of rectangular timber and take out, amputate the parallelepiped body portion of rectangular timber right-hand member, complete cylindrical wooden
The manufacture of rod.
The present invention has following main Advantageous Effects: equipment is simple, easily fabricated, cost input is low, manufacturing speed
The cylindrical waddy rounding that hurry up, manufactures, outward appearance is beautiful, be smooth to the touch.
Brief description
Fig. 1 is a kind of perspective view of embodiment of shaped support used in the present invention.
The top view that Fig. 2 amplifies for Fig. 1.
Fig. 3 is a kind of perspective view of the embodiment helping shaping mechanism used in the present invention.
Fig. 4 is the perspective view of rectangular timber.
Fig. 5 shoot off partly for Fig. 4 left part after perspective view.
Fig. 6 is processed into the perspective view after semi-finished product for Fig. 5.
Fig. 7 is the perspective view of embodiment 1 of the present invention.
The top view that Fig. 8 amplifies for Fig. 7.
Fig. 9 is the perspective view of another embodiment of shaped support used in the present invention.
The front view that Figure 10 amplifies for Fig. 9.
The top view that Figure 11 amplifies for Fig. 9.
Figure 12 is the perspective view of another embodiment helping shaping mechanism used in the present invention.
Specific embodiment
For enabling the public more accurately to understand and to implement the application, below in conjunction with the accompanying drawings embodiment is elaborated,
The corresponding implication of drawing reference numeral in accompanying drawing is as follows: 1 shaped support, 2 help shaping mechanism, 3 tracks, 4 rectangular timber,
5 cylindrical waddys, 6 tables, 61 table legs, 11 horizontal bases, 12 vertical base, 111 fixing holes, 121 one-tenth
Type hole, 1211 molding axially bored lines, 122 anti-collision part, 13 gripper shoes, 14 fixed components, 21 furtherance type headstocks,
22 fixing head, 24 dynamometry parts, 221 fixing grooves, 211 first in command, 212 second in command, 231 first supports
Lower limb, 232 second supporting legs, 233 the 3rd supporting legs, 2,311 first rollers, 2,321 second rollers, 2331 the 3rd rollings
Wheel, 41 dig from portion, 31 first rail bars, 32 second rail bars, 33 the 3rd rail bars, 34 the 4th rail bars, 312 first recessed
Groove, 323 second grooves, 334 the 3rd grooves.
Embodiment 1
Ask for an interview Fig. 1 to Fig. 8, a kind of cylinder waddy manufacture system, including shaped support 1, helps shaping mechanism 2, track 3, it is special
Levy and be that described shaped support 1 is made up of orthogonal horizontal base 11 and vertical base 12, horizontal base 11 has and passes through
Wear the fixing hole 111 of horizontal base upper surface and lower surface, vertical base 12 have and runs through vertical base left surface and right table
The forming hole 121 in face, the right-hand member of horizontal base 11 are connected with the lower end of vertical base 12, shaped support is formed as one；Gu
Determine part 14 to pass through the fixing hole 111 of horizontal base 11 and horizontal base 11 is fixed on table 6, the following table mask of table 6
Have many to extend downwardly and equal length table leg 61；The material of described shaped support is steel or ferrum or alloy, vertical base
12 thickness are more than 8mm；The right side of vertical base 12 has the anti-collision part 122 protruding the right surface of vertical base 12；
The described fixing head 22 helping shaping mechanism 2 by furtherance type headstock 21, to stretch out furtherance type headstock 2 left surface and dynamometry portion
Part 24, extend downwardly and the first supporting leg 231 of equal length, the second supporting leg 232 and from furtherance type headstock 2 lower surface
Three supporting legs 233, the first roller 2311 being arranged on below the first supporting leg 231, be arranged on below the second supporting leg 232
Second wheel 2321, it is arranged on the 3rd roller 2331 below the 3rd supporting leg 233, is located at power within furtherance type headstock 2
Mechanism is constituted, and fixing head 22 is fixed in the rotary shaft of actuating unit, has and can accommodate rectangular timber one end inside fixing head 22
Fixing groove 221, fixing head 22 turns clockwise the rectangular timber that can clamp in fixing groove 221, fixing head 22 inverse time
Pin rotation can unclamp the rectangular timber in fixing groove 221, has protrusion furtherance type headstock on front side of furtherance type headstock
Have on rear side of the first in command 211 of front surface, furtherance type headstock protrude furtherance type headstock after surface the second in command 212；
The length of dynamometry part 24 is more than the length of fixing head 22；
Described track 3 by be parallel to each other and be all the first rail bar 31 of rectangular shape, the second rail bar 32, the 3rd rail bar 33 and
4th rail bar 34 is constituted, and has the first groove 312, the second rail bar 32 and the 3rd rail bar between the first rail bar 31 and the second rail bar 32
There is between 33 second groove 323, between the 3rd rail bar 33 and the 4th rail bar 34, there is the 3rd groove 334, the first rail bar 31,
In the same plane, track 3 is located at the right side of table 6 for the left surface of two rail bars 32, the 3rd rail bar 33 and the 4th rail bar 34 4
And the left surface of the right surface of table 6 and the first rail bar 31 is in the same plane；
Described first roller 2311 is located in the 3rd groove 334 and can roll in the 3rd groove 334, the second roller 2321 is located at
In second groove 323 and can roll in the second groove 323, the 3rd roller 2331 is located in the first groove 312 and can be first
Roll in groove 312, molding axially bored line 1211, the axis of fixing head 22, the axis three of fixing groove 221 are to overlap；
In the top view of Fig. 8, the axis of symmetry of the second groove 323, the axis of fixing head 22, molding axially bored line 1211 are to overlap
's；
When helping shaping mechanism 2 to advance to shaped support 1 direction, fixing head 22 can bounce back after encountering anti-collision part 122, anti-collision
After part 122 retracts to extreme position, the length that anti-collision part 122 stretches out furtherance type headstock 2 left surface is stretched with fixing head 22
The length going out furtherance type headstock 2 left surface is equally long.
In this embodiment, timber is processed into by rectangular timber 4 by electronic or hand saws, the section that height and width are formed is to the greatest extent
Amount makes square shape；By digging class instrument, four raised faceted portions of the left end of rectangular timber 4 are carried out digging at angle
Reason, forms plane from portion 41；By in the right-hand member of rectangular timber 4 insertion fixing groove 221, and fixing head 22 is turned clockwise clamping square
Shape timber, open help the actuating unit of shaping mechanism 2 make fixing head 22 drive rectangular timber rotation, hold the first in command 211 and
The second in command 212 promotes and helps shaping mechanism 2, makes to help shaping mechanism 2 to move to the direction near shaped support 1, rectangular timber 4
Left end is contacted with forming hole 121, because the inscribe diameter of a circle of rectangular timber is slightly larger than the diameter of forming hole 121, therefore in power
And under pressure effect, rectangular timber is constantly travelled forward with the edge phase cutting of sharp forming hole 121, due to fixing head 22
Do is circular motion, therefore rectangular timber 4 is gradually cut to as cylindrical waddy 5；Dynamometry part 24 encounters anti-collision part 122
And be compressed continuously, after reaching the limit of position, anti-collision part 122 stretches out length and the fixing head of furtherance type headstock 2 left surface
22 stretch out furtherance type headstock 2 left surface length equally long, now, pull the first in command 211 and the second in command 212 to
Away from the motion of shaped support 1 direction, until cylindrical waddy 5 exits forming hole 121, make furtherance type headstock 2 stop motion, and
Close the actuating unit helping shaping mechanism 2, when cylindrical waddy 5 stops the rotation, rotate counterclockwise fixing head 22 unclamps rectangular timber
Right-hand member and take out, amputate the parallelepiped body portion of rectangular timber right-hand member, complete the manufacture of cylindrical waddy.
Certainly, a kind of cylinder waddy manufacture system described above, the right side of the vertical base 12 of described shaped support 1
Tool does not have the anti-collision part protruding the right surface of vertical base 12；Anti-collision part can protect vertical base, but when it does not exist,
As long as operator have accurate Distance Judgment can, also will not break vertical base easily.
Certainly, a kind of cylinder waddy manufacture system described above, described helps shaping mechanism 2 by furtherance type headstock
21st, stretch out the fixing head 22 of furtherance type headstock 2 left surface；There is not dynamometry part in it, dynamometry part does not exist, as long as behaviour
Reach skilled degree as personnel it is also possible to complete to process accordingly.
Embodiment 2
Ask for an interview Fig. 9 to Figure 11, and with reference to Fig. 4 to Fig. 8, a kind of cylinder waddy manufacture system, including shaped support 1, furtherance type
Mechanism 2, track 3 it is characterised in that described shaped support 1 by orthogonal horizontal base 11, vertical base 12, be located at level
The gripper shoe 13 being coupled together with vertical base 12 between pedestal 11 and vertical base 12 and by horizontal base 11 is constituted, horizontal base
Have on seat 11 and run through the fixing hole 111 of horizontal base upper surface and lower surface, vertical base 12 have and runs through vertical base
The forming hole 121 on left surface and right surface, the right-hand member of horizontal base 11 are connected with the lower end of vertical base 12, shaped support is one
Body is formed；Fixed component 14 passes through the fixing hole 111 of horizontal base 11 and horizontal base 11 is fixed on table 6, table 6
Lower surface have many extend downwardly and equal length table leg 61；The material of described shaped support is steel or ferrum or conjunction
Gold, vertical base 12 thickness is more than 6mm；The right side of vertical base 12 has the anti-collision part protruding the right surface of vertical base 12
122；The front view of gripper shoe 13 be right angled triangle, gripper shoe 13 top view be rectangle, the right surface of gripper shoe 13 with hang down
The left surface of straight pedestal 12 is combined as a whole, the lower surface of gripper shoe 13 is combined as a whole, props up with the upper surface of horizontal base 11
Fagging 13 extreme higher position is in the lower section of forming hole 121；
The described fixing head 22 helping shaping mechanism 2 by furtherance type headstock 21, to stretch out furtherance type headstock 2 left surface and dynamometry portion
Part 24, extend downwardly and the first supporting leg 231 of equal length, the second supporting leg 232 and from furtherance type headstock 2 lower surface
Three supporting legs 233, the first roller 2311 being arranged on below the first supporting leg 231, be arranged on below the second supporting leg 232
Second wheel 2321, it is arranged on the 3rd roller 2331 below the 3rd supporting leg 233, is located at power within furtherance type headstock 2
Mechanism is constituted, and fixing head 22 is fixed in the rotary shaft of actuating unit, has and can accommodate rectangular timber one end inside fixing head 22
Fixing groove 221, fixing head 22 turns clockwise the rectangular timber that can clamp in fixing groove 221, fixing head 22 inverse time
Pin rotation can unclamp the rectangular timber in fixing groove 221, has protrusion furtherance type headstock on front side of furtherance type headstock
Have on rear side of the first in command 211 of front surface, furtherance type headstock protrude furtherance type headstock after surface the second in command 212；
The length of dynamometry part 24 is more than the length of fixing head 22；
Described track 3 by be parallel to each other and be all the first rail bar 31 of rectangular shape, the second rail bar 32, the 3rd rail bar 33 and
4th rail bar 34 is constituted, and has the first groove 312, the second rail bar 32 and the 3rd rail bar between the first rail bar 31 and the second rail bar 32
There is between 33 second groove 323, between the 3rd rail bar 33 and the 4th rail bar 34, there is the 3rd groove 334, the first rail bar 31,
In the same plane, track 3 is located at the right side of table 6 for the left surface of two rail bars 32, the 3rd rail bar 33 and the 4th rail bar 34 4
And the left surface of the right surface of table 6 and the first rail bar 31 is in the same plane；
Described first roller 2311 is located in the 3rd groove 334 and can roll in the 3rd groove 334, the second roller 2321 is located at
In second groove 323 and can roll in the second groove 323, the 3rd roller 2331 is located in the first groove 312 and can be first
Roll in groove 312, molding axially bored line 1211, the axis of fixing head 22, the axis three of fixing groove 221 are to overlap；
In the top view of Fig. 8, the axis of symmetry of the second groove 323, the axis of fixing head 22, molding axially bored line 1211 are to overlap
's；
When helping shaping mechanism 2 to advance to shaped support 1 direction, fixing head 22 can bounce back after encountering anti-collision part 122, anti-collision
After part 122 retracts to extreme position, the length that anti-collision part 122 stretches out furtherance type headstock 2 left surface is stretched with fixing head 22
The length going out furtherance type headstock 2 left surface is equally long.
In this embodiment, timber is processed into by rectangular timber 4 by electronic or hand saws, the section that height and width are formed is to the greatest extent
Amount makes square shape；By digging class instrument, four raised faceted portions of the left end of rectangular timber 4 are carried out digging at angle
Reason, forms plane from portion 41；By in the right-hand member of rectangular timber 4 insertion fixing groove 221, and fixing head 22 is turned clockwise clamping square
Shape timber, open help the actuating unit of shaping mechanism 2 make fixing head 22 drive rectangular timber rotation, hold the first in command 211 and
The second in command 212 promotes and helps shaping mechanism 2, makes to help shaping mechanism 2 to move to the direction near shaped support 1, rectangular timber 4
Left end is contacted with forming hole 121, because the inscribe diameter of a circle of rectangular timber is slightly larger than the diameter of forming hole 121, therefore in power
And under pressure effect, rectangular timber is constantly travelled forward with the edge phase cutting of sharp forming hole 121, due to fixing head 22
Do is circular motion, therefore rectangular timber 4 is gradually cut to as cylindrical waddy 5；Dynamometry part 24 encounters anti-collision part 122
And be compressed continuously, after reaching the limit of position, anti-collision part 122 stretches out length and the fixing head of furtherance type headstock 2 left surface
22 stretch out furtherance type headstock 2 left surface length equally long, now, pull the first in command 211 and the second in command 212 to
Away from the motion of shaped support 1 direction, until cylindrical waddy 5 exits forming hole 121, make furtherance type headstock 2 stop motion, and
Close the actuating unit helping shaping mechanism 2, when cylindrical waddy 5 stops the rotation, rotate counterclockwise fixing head 22 unclamps rectangular timber
Right-hand member and take out, amputate the parallelepiped body portion of rectangular timber right-hand member, complete the manufacture of cylindrical waddy.
Embodiment 3
Ask for an interview Figure 12, and with reference to Fig. 1,2 and Fig. 3 to Fig. 8, a kind of cylinder waddy manufacture system, including shaped support 1, furtherance
Type mechanism 2, track 3 it is characterised in that described shaped support 1 is made up of orthogonal horizontal base 11 and vertical base 12,
Have on horizontal base 11 and run through the fixing hole 111 of horizontal base upper surface and lower surface, vertical base 12 have and runs through vertical
The forming hole 121 on straight pedestal left surface and right surface, the right-hand member of horizontal base 11 is connected with the lower end of vertical base 12, molding is propped up
Frame is formed as one；Fixed component 14 passes through the fixing hole 111 of horizontal base 11 and horizontal base 11 is fixed on table 6
On, the lower surface of table 6 have many extend downwardly and equal length table leg 61；The material of described shaped support be steel or
Ferrum or alloy, vertical base 12 thickness is more than 8mm；
Described help shaping mechanism 2 by furtherance type headstock 21, stretch out the fixing head 22 of furtherance type headstock 2 left surface from furtherance type
Headstock 2 lower surface extends downwardly and the first supporting leg 231 of equal length, the second supporting leg 232 and the 3rd supporting leg 233,
The first roller 2311 of being arranged on below the first supporting leg 231, be arranged on the second roller 2321 below the second supporting leg 232,
The 3rd roller 2331 being arranged on below the 3rd supporting leg 233, the actuating unit being located within furtherance type headstock 2 are constituted, Gu
It is fixed in the rotary shaft of actuating unit for fixed 22, there is inside fixing head 22 fixing groove 221 that can accommodate rectangular timber one end,
Fixing head 22 turns clockwise the rectangular timber that can clamp in fixing groove 221, and fixing head 22 rotate counterclockwise can pine
Rectangular timber in fixing groove 221 for the open position, has on front side of furtherance type headstock and protrudes the first of furtherance type headstock front surface
Have on rear side of handle 211, furtherance type headstock protrude furtherance type headstock after surface the second in command 212；Described track 3 is by phase
The first rail bar 31 that is mutually parallel and being all rectangular shape, the second rail bar 32, the 3rd rail bar 33 and the 4th rail bar 34 are constituted, the
There is between one rail bar 31 and the second rail bar 32 first groove 312, have second between the second rail bar 32 and the 3rd rail bar 33 recessed
Groove 323, has the 3rd groove 334 between the 3rd rail bar 33 and the 4th rail bar 34, the first rail bar 31, the second rail bar 32, the 3rd rail
Articles 33 and the 4th rail bar 34 4 left surface in the same plane, track 3 is located at the right side of table 6 and the right surface of table 6
With the left surface of the first rail bar 31 in the same plane；
Described first roller 2311 is located in the 3rd groove 334 and can roll in the 3rd groove 334, the second roller 2321 is located at
In second groove 323 and can roll in the second groove 323, the 3rd roller 2331 is located in the first groove 312 and can be first
Roll in groove 312, molding axially bored line 1211, the axis of fixing head 22, the axis three of fixing groove 221 are to overlap；
In the top view of Fig. 8, the axis of symmetry of the second groove 323, the axis of fixing head 22, molding axially bored line 1211 are to overlap
's.
In this embodiment, timber is processed into by rectangular timber 4 by electronic or hand saws, the section that height and width are formed is to the greatest extent
Amount makes square shape；By digging class instrument, four raised faceted portions of the left end of rectangular timber 4 are carried out digging at angle
Reason, forms plane from portion 41；By in the right-hand member of rectangular timber 4 insertion fixing groove 221, and fixing head 22 is turned clockwise clamping square
Shape timber, opens and helps the actuating unit of shaping mechanism 2 to make fixing head 22 drive rectangular timber rotation, promote and help shaping mechanism 2, make
Shaping mechanism 2 is helped to move to the direction near shaped support 1, the left end of rectangular timber 4 is contacted with forming hole 121, due to rectangle
The inscribe diameter of a circle of timber is slightly larger than the diameter of forming hole 121, therefore under power and pressure act on, rectangular timber with sharp
The edge phase cutting of forming hole 121 constantly travels forward, and done due to fixing head 22 is circular motion, thus rectangular timber 4 by
Gradually it is cut to as cylindrical waddy 5；When cylindrical waddy 5 is worked into the length of needs, make to help shaping mechanism 2 to away from molding
Moving in support 1 direction, until cylindrical waddy 5 exits forming hole 121, makes furtherance type headstock 2 stop motion, and close furtherance
The actuating unit of type mechanism 2, when cylindrical waddy 5 stops the rotation, rotate counterclockwise fixing head 22 unclamps the right-hand member of rectangular timber simultaneously
Take out, amputate the parallelepiped body portion of rectangular timber right-hand member, complete the manufacture of cylindrical waddy.
Certainly, it is clear that the shaped support structure of embodiment 2 can also be adopted in this embodiment, this mode is permissible
Reduce the thickness requirement of vertical base, only need 6mm, so can be with reduces cost.
In the present invention, the equipment of the cylindrical waddy of manufacture is simple, easily fabricated, cost input is low, manufacturing speed is fast, manufacture
Cylindrical waddy rounding, outward appearance is beautiful, be smooth to the touch；The actuating unit helping shaping mechanism 2 can be directly motor, also may be used
To be impact drill or electric hammer etc.；When the surface needing to make cylindrical waddy is more smooth, only surface need to be ground processing.
The product qualified rate that manufacture method in the present invention is simple, easily grasps, be obtained is high.
The cylindrical waddy manufacturing in the present invention can be applied in different occasions, such as decoration decoration, toy, building etc.
It is expected that field.
The present invention is not limited to above-mentioned preferred forms it will be appreciated that the design of the present invention can be by other a variety of shapes
Formula is implemented to use, and they also fall within protection scope of the present invention.
Claims (7)
1. a kind of cylinder waddy manufacture system, including shaped support (1), help shaping mechanism (2), track (3) it is characterised in that
Described shaped support (1) is made up of orthogonal horizontal base (11) and vertical base (12), and horizontal base has on (11)
Run through the fixing hole (111) of horizontal base upper surface and lower surface, vertical base (12) have and runs through vertical base left surface
And the forming hole (121) on right surface, the right-hand member of horizontal base (11) are connected with the lower end of vertical base (12), shaped support is one
Body is formed；Fixed component (14) passes through the fixing hole (111) of horizontal base (11) and horizontal base (11) is fixed on table
(6) on, the lower surface of table (6) have many extend downwardly and equal length table leg (61)；The material of described shaped support
Material is steel or ferrum or alloy, and vertical base (12) thickness is more than 8mm；The right side of vertical base (12) has protrusion vertical base
(12) anti-collision part (122) on right surface；
The described fixing head (22) helping shaping mechanism (2) by furtherance type headstock (21), stretching out furtherance type headstock (2) left surface
And dynamometry part (24), from furtherance type headstock (2) lower surface extend downwardly and equal length the first supporting leg (231),
Two supporting legs (232) and the 3rd supporting leg (233), it is arranged on following the first roller (2311) of the first supporting leg (231), installs
In following the second roller (2321) of the second supporting leg (232), it is arranged on the 3rd supporting leg (233) the 3rd roller below
(2331), it is located at the internal actuating unit of furtherance type headstock (2) to constitute, fixing head (22) is fixed on the rotary shaft of actuating unit
On, inside fixing head (22), there is the fixing groove (221) that can accommodate rectangular timber one end, fixing head (22) turns clockwise permissible
The rectangular timber that clamping is located in fixing groove (221), fixing head (22) rotate counterclockwise can be unclamped in fixing groove (221)
Rectangular timber, have on front side of furtherance type headstock protrude the first in command (211) of furtherance type headstock front surface, furtherance type moves
Have on rear side of power case protrude furtherance type headstock after surface the second in command (212)；The length of dynamometry part (24) is more than fixes
The length of head (22)；
Described track (3) is by being parallel to each other and be all first rail bar (31) of rectangular shape, the second rail bar (32), the 3rd rail
Article (33) and the 4th rail bar (34) are constituted, and have the first groove (312) between the first rail bar (31) and the second rail bar (32), and second
There is between rail bar (32) and the 3rd rail bar (33) the second groove (323), have between the 3rd rail bar (33) and the 4th rail bar (34)
There are the 3rd groove (334), the first rail bar (31), a left side for the second rail bar (32), the 3rd rail bar (33) and the 4th rail bar (34) four
In the same plane, track (3) is located at the right side of table (6) and a left side for the right surface of table (6) and the first rail bar (31) on surface
Surface is in the same plane；
Described first roller (2311) is located in the 3rd groove (334) and can roll in the 3rd groove (334), the second roller
(2321) it is located in the second groove (323) and can roll in the second groove (323), the 3rd roller (2331) is located at the first groove
(312) roll can, molding axially bored line (1211), the axis of fixing head (22), fixing groove in and in the first groove (312)
(221) axis three is to overlap；
The axis of symmetry of described second groove (323), the axis of fixing head (22), molding axially bored line (1211) three are in cylinder
It is to overlap in the projection of the overlook direction of waddy manufacture system；
When helping shaping mechanism (2) to advance to shaped support (1) direction, fixing head (22) is encountered permissible after anti-collision part (122)
Retraction, after anti-collision part (122) retracts to extreme position, anti-collision part (122) stretches out the length of furtherance type headstock (2) left surface
The length that degree and fixing head (22) stretch out furtherance type headstock (2) left surface is equally long.
2. a kind of cylinder waddy manufacture system, including shaped support (1), help shaping mechanism (2), track (3) it is characterised in that
Described shaped support (1) by orthogonal horizontal base (11), vertical base (12), be located at horizontal base (11) and vertical base
The gripper shoe (13) coupling together between seat (12) and by horizontal base (11) and vertical base (12) is constituted, horizontal base (11)
On have and run through the fixing hole (111) of horizontal base upper surface and lower surface, vertical base (12) have and runs through vertical base
The forming hole (121) on left surface and right surface, the right-hand member of horizontal base (11) is connected with the lower end of vertical base (12), molding is propped up
Frame is formed as one；Fixed component (14) passes through the fixing hole (111) of horizontal base (11) and fixes horizontal base (11)
On table (6), the lower surface of table (6) have many extend downwardly and equal length table leg (61)；Described molding is propped up
The material of frame is steel or ferrum or alloy, and vertical base (12) thickness is more than 6mm；It is vertical that the right side of vertical base (12) has protrusion
The anti-collision part (122) on the right surface of pedestal (12)；The front view of gripper shoe (13) is right angled triangle, the vertical view of gripper shoe (13)
Figure is rectangle, the left surface of the right surface of gripper shoe (13) and vertical base (12) is combined as a whole, the following table of gripper shoe (13)
The upper surface of face and horizontal base (11) is combined as a whole, gripper shoe (13) extreme higher position forming hole (121) lower section；
The described fixing head (22) helping shaping mechanism (2) by furtherance type headstock (21), stretching out furtherance type headstock (2) left surface
And dynamometry part (24), from furtherance type headstock (2) lower surface extend downwardly and equal length the first supporting leg (231),
Two supporting legs (232) and the 3rd supporting leg (233), it is arranged on following the first roller (2311) of the first supporting leg (231), installs
In following the second roller (2321) of the second supporting leg (232), it is arranged on the 3rd supporting leg (233) the 3rd roller below
(2331), it is located at the internal actuating unit of furtherance type headstock (2) to constitute, fixing head (22) is fixed on the rotary shaft of actuating unit
On, inside fixing head (22), there is the fixing groove (221) that can accommodate rectangular timber one end, fixing head (22) turns clockwise permissible
The rectangular timber that clamping is located in fixing groove (221), fixing head (22) rotate counterclockwise can be unclamped in fixing groove (221)
Rectangular timber, have on front side of furtherance type headstock protrude the first in command (211) of furtherance type headstock front surface, furtherance type moves
Have on rear side of power case protrude furtherance type headstock after surface the second in command (212)；The length of dynamometry part (24) is more than fixes
The length of head (22)；
Described track (3) is by being parallel to each other and be all first rail bar (31) of rectangular shape, the second rail bar (32), the 3rd rail
Article (33) and the 4th rail bar (34) are constituted, and have the first groove (312) between the first rail bar (31) and the second rail bar (32), and second
There is between rail bar (32) and the 3rd rail bar (33) the second groove (323), have between the 3rd rail bar (33) and the 4th rail bar (34)
There are the 3rd groove (334), the first rail bar (31), a left side for the second rail bar (32), the 3rd rail bar (33) and the 4th rail bar (34) four
In the same plane, track (3) is located at the right side of table (6) and a left side for the right surface of table (6) and the first rail bar (31) on surface
Surface is in the same plane；
Described first roller (2311) is located in the 3rd groove (334) and can roll in the 3rd groove (334), the second roller
(2321) it is located in the second groove (323) and can roll in the second groove (323), the 3rd roller (2331) is located at the first groove
(312) roll can, molding axially bored line (1211), the axis of fixing head (22), fixing groove in and in the first groove (312)
(221) axis three is to overlap；
The axis of symmetry of described second groove (323), the axis of fixing head (22), molding axially bored line (1211) three are in cylinder
It is to overlap in the projection of the overlook direction of waddy manufacture system；
When helping shaping mechanism (2) to advance to shaped support (1) direction, fixing head (22) is encountered permissible after anti-collision part (122)
Retraction, after anti-collision part (122) retracts to extreme position, anti-collision part (122) stretches out the length of furtherance type headstock (2) left surface
The length that degree and fixing head (22) stretch out furtherance type headstock (2) left surface is equally long.
3. a kind of cylinder waddy manufacture system, including shaped support (1), help shaping mechanism (2), track (3) it is characterised in that
Described shaped support (1) is made up of orthogonal horizontal base (11) and vertical base (12), and horizontal base has on (11)
Run through the fixing hole (111) of horizontal base upper surface and lower surface, vertical base (12) have and runs through vertical base left surface
And the forming hole (121) on right surface, the right-hand member of horizontal base (11) are connected with the lower end of vertical base (12), shaped support is one
Body is formed；Fixed component (14) passes through the fixing hole (111) of horizontal base (11) and horizontal base (11) is fixed on table
(6) on, the lower surface of table (6) have many extend downwardly and equal length table leg (61)；The material of described shaped support
Material is steel or ferrum or alloy, and vertical base (12) thickness is more than 8mm；
The described fixing head (22) helping shaping mechanism (2) by furtherance type headstock (21), stretching out furtherance type headstock (2) left surface
From furtherance type headstock (2) lower surface extend downwardly and first supporting leg (231) of equal length, the second supporting leg (232) and
3rd supporting leg (233), it is arranged on following the first roller (2311) of the first supporting leg (231), is arranged on the second supporting leg
(232) the second roller (2321) below, be arranged on following the 3rd roller (2331) of the 3rd supporting leg (233), be located at furtherance
The internal actuating unit of type headstock (2) is constituted, and fixing head (22) is fixed in the rotary shaft of actuating unit, in fixing head (22)
Portion has the fixing groove (221) that can accommodate rectangular timber one end, and fixing head (22) turns clockwise and can clamp positioned at fixing groove
(221) rectangular timber in, fixing head (22) rotate counterclockwise can unclamp the rectangular timber in fixing groove (221), helps
Have on front side of molding headstock and protrude the first in command (211) of furtherance type headstock front surface, have on rear side of furtherance type headstock
The second in command (212) on surface after protrusion furtherance type headstock；Described track (3) is by being parallel to each other and be all rectangular shape
The first rail bar (31), the second rail bar (32), the 3rd rail bar (33) and the 4th rail bar (34) constitute, the first rail bar (31) and second
There is between rail bar (32) the first groove (312), between the second rail bar (32) and the 3rd rail bar (33), there is the second groove
(323), between the 3rd rail bar (33) and the 4th rail bar (34), there is the 3rd groove (334), the first rail bar (31), the second rail bar
(32), in the same plane, track (3) is located at table (6) for the left surface of the 3rd rail bar (33) and the 4th rail bar (34) four
The left surface of right side and the right surface of table (6) and the first rail bar (31) is in the same plane；
Described first roller (2311) is located in the 3rd groove (334) and can roll in the 3rd groove (334), the second roller
(2321) it is located in the second groove (323) and can roll in the second groove (323), the 3rd roller (2331) is located at the first groove
(312) roll can, molding axially bored line (1211), the axis of fixing head (22), fixing groove in and in the first groove (312)
(221) axis three is to overlap；
The axis of symmetry of described second groove (323), the axis of fixing head (22), molding axially bored line (1211) three are in cylinder
It is to overlap in the projection of the overlook direction of waddy manufacture system.
4. a kind of cylinder waddy manufacture system, including shaped support (1), help shaping mechanism (2), track (3) it is characterised in that
Described shaped support (1) is made up of orthogonal horizontal base (11) and vertical base (12), and horizontal base has on (11)
Run through the fixing hole (111) of horizontal base upper surface and lower surface, vertical base (12) have and runs through vertical base left surface
And the forming hole (121) on right surface, the right-hand member of horizontal base (11) are connected with the lower end of vertical base (12), shaped support is one
Body is formed；Fixed component (14) passes through the fixing hole (111) of horizontal base (11) and horizontal base (11) is fixed on table
(6) on, the lower surface of table (6) have many extend downwardly and equal length table leg (61)；The material of described shaped support
Material is steel or ferrum or alloy, and vertical base (12) thickness is more than 8mm；The right side of vertical base (12) has protrusion vertical base
(12) anti-collision part (122) on right surface；The front view of gripper shoe (13) is right angled triangle, the top view of gripper shoe (13) is
The left surface of rectangle, the right surface of gripper shoe (13) and vertical base (12) is combined as a whole, the lower surface of gripper shoe (13) with
The upper surface of horizontal base (11) is combined as a whole, gripper shoe (13) extreme higher position forming hole (121) lower section；
The described fixing head (22) helping shaping mechanism (2) by furtherance type headstock (21), stretching out furtherance type headstock (2) left surface
From furtherance type headstock (2) lower surface extend downwardly and first supporting leg (231) of equal length, the second supporting leg (232) and
3rd supporting leg (233), it is arranged on following the first roller (2311) of the first supporting leg (231), is arranged on the second supporting leg
(232) the second roller (2321) below, be arranged on following the 3rd roller (2331) of the 3rd supporting leg (233), be located at furtherance
The internal actuating unit of type headstock (2) is constituted, and fixing head (22) is fixed in the rotary shaft of actuating unit, in fixing head (22)
Portion has the fixing groove (221) that can accommodate rectangular timber one end, and fixing head (22) turns clockwise and can clamp positioned at fixing groove
(221) rectangular timber in, fixing head (22) rotate counterclockwise can unclamp the rectangular timber in fixing groove (221), helps
Have on front side of molding headstock and protrude the first in command (211) of furtherance type headstock front surface, have on rear side of furtherance type headstock
The second in command (212) on surface after protrusion furtherance type headstock；Described track (3) is by being parallel to each other and be all rectangular shape
The first rail bar (31), the second rail bar (32), the 3rd rail bar (33) and the 4th rail bar (34) constitute, the first rail bar (31) and second
There is between rail bar (32) the first groove (312), between the second rail bar (32) and the 3rd rail bar (33), there is the second groove
(323), between the 3rd rail bar (33) and the 4th rail bar (34), there is the 3rd groove (334), the first rail bar (31), the second rail bar
(32), in the same plane, track (3) is located at table (6) for the left surface of the 3rd rail bar (33) and the 4th rail bar (34) four
The left surface of right side and the right surface of table (6) and the first rail bar (31) is in the same plane；
Described first roller (2311) is located in the 3rd groove (334) and can roll in the 3rd groove (334), the second roller
(2321) it is located in the second groove (323) and can roll in the second groove (323), the 3rd roller (2331) is located at the first groove
(312) roll can, molding axially bored line (1211), the axis of fixing head (22), fixing groove in and in the first groove (312)
(221) axis three is to overlap；
The axis of symmetry of described second groove (323), the axis of fixing head (22), molding axially bored line (1211) three are in cylinder
It is to overlap in the projection of the overlook direction of waddy manufacture system.
5. a kind of manufacture method of cylinder waddy, employs the cylindrical waddy manufacture system described in claim 1, its feature
It is that described manufacture method is: with electronic or hand saws, timber is processed into rectangular timber, the section that height and width are formed is done as far as possible
Become square shape；By digging class instrument, four raised faceted portions of the left end of rectangular timber are carried out digging angle process, shape
Become plane from portion；By in the right-hand member of rectangular timber insertion fixing groove, and fixing head is turned clockwise clamp rectangular timber, open and help
The actuating unit of shaping mechanism makes fixing head drive rectangular timber rotation, holds the first in command and the second in command promotes and helps forming machine
Structure, makes to help shaping mechanism to move to the direction near shaped support, the left end of rectangular timber is contacted with forming hole, rectangular timber
Inscribe diameter of a circle is slightly larger than the diameter of forming hole, under power and pressure act on, the side of rectangular timber and sharp forming hole
The cutting of edge phase constantly travels forward, and what fixing head was done is that circular motion rectangular timber is gradually cut to as cylindrical waddy；
Dynamometry part is encountered anti-collision part and is compressed continuously, and after reaching the limit of position, anti-collision part stretches out furtherance type headstock left-handed watch
The length that the length in face and fixing head stretch out furtherance type headstock left surface is equally long, now, pulls the first in command and the
Second chief moves to away from shaped support direction, until cylindrical waddy exits forming hole, makes furtherance type headstock stop motion,
And close the actuating unit helping shaping mechanism, when cylindrical waddy stops the rotation, rotate counterclockwise fixing head unclamps rectangular timber
Right-hand member simultaneously takes out, and amputates the parallelepiped body portion of rectangular timber right-hand member, completes the manufacture of cylindrical waddy.
6. a kind of manufacture method of cylinder waddy, employs the cylindrical waddy manufacture system described in claim 2, its feature
It is that described manufacture method is: with electronic or hand saws, timber is processed into rectangular timber, the section that height and width are formed is done as far as possible
Become square shape；By digging class instrument, four raised faceted portions of the left end of rectangular timber are carried out digging angle process, shape
Become plane from portion；By in the right-hand member of rectangular timber insertion fixing groove, and fixing head is turned clockwise clamp rectangular timber, open and help
The actuating unit of shaping mechanism makes fixing head drive rectangular timber rotation, holds the first in command and the second in command promotes and helps forming machine
Structure, makes to help shaping mechanism to move to the direction near shaped support, the left end of rectangular timber is contacted with forming hole, rectangular timber
Inscribe diameter of a circle is slightly larger than the diameter of forming hole, under power and pressure act on, the side of rectangular timber and sharp forming hole
The cutting of edge phase constantly travels forward, and what fixing head was done is circular motion, therefore rectangular timber is gradually cut to as cylindrical wooden
Rod；Dynamometry part is encountered anti-collision part and is compressed continuously, and after reaching the limit of position, it is left that anti-collision part stretches out furtherance type headstock
The length that the length on surface and fixing head stretch out furtherance type headstock left surface is equally long, now, pull the first in command and
The second in command moves to away from shaped support direction, until cylindrical waddy exits forming hole, makes furtherance type headstock stop fortune
Dynamic, and close the actuating unit helping shaping mechanism, when cylindrical waddy stops the rotation, rotate counterclockwise fixing head unclamps rectangle wood
The right-hand member of material simultaneously takes out, and amputates the parallelepiped body portion of rectangular timber right-hand member, completes the manufacture of cylindrical waddy.
7. a kind of manufacture method of cylinder waddy, employs the cylindrical waddy manufacture system described in claim 3, its feature
It is that described manufacture method is: timber is processed into rectangular timber by used electronic or hand saws, try one's best in the section that height and width are formed
Make square shape；By digging class instrument, four raised faceted portions of the left end of rectangular timber are carried out digging angle process,
Form plane from portion；By in the right-hand member of rectangular timber insertion fixing groove, and fixing head is turned clockwise clamp rectangular timber, open
The actuating unit helping shaping mechanism makes fixing head drive rectangular timber rotation, promotes and helps shaping mechanism, makes to help shaping mechanism to leaning on
The direction motion of nearly shaped support, the left end of rectangular timber is contacted with forming hole, and the inscribe diameter of a circle of rectangular timber is slightly larger than
The diameter of forming hole, under power and pressure act on, rectangular timber is continuous forward with the edge phase cutting of sharp forming hole
Motion, done due to fixing head is circular motion, and rectangular timber is gradually cut to as cylindrical waddy；Cylindrical waddy processing
During to the length needing, make to help shaping mechanism to move to away from shaped support direction, until cylindrical waddy exits forming hole, make
Furtherance type headstock stop motion, and close the actuating unit helping shaping mechanism, cylindrical waddy revolves when stopping the rotation counterclockwise
Turn fixing head to unclamp the right-hand member of rectangular timber and take out, amputate the parallelepiped body portion of rectangular timber right-hand member, complete cylindrical wooden
The manufacture of rod.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611067017.4A CN106363710B (en) | 2016-11-29 | 2016-11-29 | A kind of manufacturing method of cylinder waddy manufacture system and cylindrical waddy |
| PCT/CN2017/109439 WO2018099245A1 (en) | 2016-11-29 | 2017-11-05 | Manufacturing system for cylindrical wooden shapes and manufacturing method for cylindrical wooden sticks |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201611067017.4A CN106363710B (en) | 2016-11-29 | 2016-11-29 | A kind of manufacturing method of cylinder waddy manufacture system and cylindrical waddy |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN106363710A true CN106363710A (en) | 2017-02-01 |
| CN106363710B CN106363710B (en) | 2019-05-21 |
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| CN201611067017.4A Expired - Fee Related CN106363710B (en) | 2016-11-29 | 2016-11-29 | A kind of manufacturing method of cylinder waddy manufacture system and cylindrical waddy |
Country Status (2)
| Country | Link |
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| CN (1) | CN106363710B (en) |
| WO (1) | WO2018099245A1 (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2018099245A1 (en) * | 2016-11-29 | 2018-06-07 | 常熟市谷雷特机械产品设计有限公司 | Manufacturing system for cylindrical wooden shapes and manufacturing method for cylindrical wooden sticks |
| CN108325886A (en) * | 2017-12-19 | 2018-07-27 | 芜湖市夏氏世家家具有限公司 | A kind of round log stick wiped clean device |
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| DE102004063687A1 (en) * | 2004-12-31 | 2006-07-13 | Wemhöner Anlagen Wemhöner Fördertechnik GmbH & Co. KG | Shaping process for flat workpieces involves making at least one groove in region of profile of side edge being shaped |
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| WO2018099245A1 (en) * | 2016-11-29 | 2018-06-07 | 常熟市谷雷特机械产品设计有限公司 | Manufacturing system for cylindrical wooden shapes and manufacturing method for cylindrical wooden sticks |
| CN108325886A (en) * | 2017-12-19 | 2018-07-27 | 芜湖市夏氏世家家具有限公司 | A kind of round log stick wiped clean device |
Also Published As
| Publication number | Publication date |
|---|---|
| CN106363710B (en) | 2019-05-21 |
| WO2018099245A1 (en) | 2018-06-07 |
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