WO2018099245A1

WO2018099245A1 - Manufacturing system for cylindrical wooden shapes and manufacturing method for cylindrical wooden sticks

Info

Publication number: WO2018099245A1
Application number: PCT/CN2017/109439
Authority: WO
Inventors: 方亚琴
Original assignee: 常熟市谷雷特机械产品设计有限公司
Priority date: 2016-11-29
Filing date: 2017-11-05
Publication date: 2018-06-07
Also published as: CN106363710A; CN106363710B

Abstract

A manufacturing system for cylindrical wooden shapes and a manufacturing method for cylindrical wooden sticks. The manufacturing system for cylindrical wooden shapes comprises a shaping bracket (1), an auxiliary shaping mechanism (2), and a rail (3), solving the technical problems in the existing technology wherein manufacturing cylindrical wooden sticks requires costly equipment investment costs, large site occupancy, and the like. The manufacturing system for cylindrical wooden shapes has simple equipment, is easy to manufacture, low cost, and quick in manufacturing, while the manufactured cylindrical wooden sticks are round, have an attractive appearance and feel smooth.

Description

Cylindrical wood-shaped manufacturing system and method for manufacturing cylindrical wooden stick

[0001] The present invention relates to the field of wood processing technology, and more particularly to a cylindrical wood-shaped manufacturing system and a method of manufacturing a cylindrical wooden stick.

Background technique

[0002] Cylindrical wooden sticks can be used in the technical fields of construction, decorative decoration, toys and the like.

technical problem

[0003] In the prior art, cylindrical wooden sticks have problems of manufacturing difficulty, high manufacturing cost, and the manufacture of cylindrical wooden sticks are not round, etc., and processing into a cylindrical wooden stick requires expensive automation equipment for small and medium-sized enterprises. And the personal investment industry says that it is far beyond the scope of tolerance. Therefore, cylindrical sticks are expensive and greatly restrict the application of cylindrical sticks.

Problem solution

Technical solution

In order to solve the above problems, an object of the present invention is to disclose a cylindrical wood-shaped manufacturing system, and to further disclose a method of manufacturing cylindrical wooden sticks, which are achieved by the following technical solutions.

[0005] A cylindrical wood-shaped manufacturing system comprising a forming bracket 1, a assisting mechanism 2, a rail 3, characterized in that the forming bracket 1 is composed of a horizontal base 11 and a vertical base 12 which are perpendicular to each other, horizontally The base 11 has a fixing hole 111 penetrating the upper surface and the lower surface of the horizontal base, the vertical base 12 has a molding hole 121 penetrating the left and right surfaces of the vertical base, the right end of the horizontal base 11 and the vertical base 12 The lower end is connected, the forming bracket is integrally formed; the fixing member 14 passes through the fixing hole 111 of the horizontal base 11 and fixes the horizontal base 11 to the table board 6, and the lower surface of the table board 6 has a plurality of downwardly extending and a table leg 61 of equal length; the material of the forming bracket is steel or iron or alloy, the thickness of the vertical base 12 is greater than 8 mm; the right side of the vertical base 12 has a collision preventing member 122 protruding from the right surface of the vertical base 12;

[0006] The assisting and forming mechanism 2 is extended from the auxiliary molding power box 21, the fixing head 22 extending from the left surface of the auxiliary power box 2, and the force measuring member 24, and extends downward from the lower surface of the auxiliary power box 2 and has the same length. a first support leg 231, a second support leg 232 and a third support leg 233, and a first roller 2311 mounted under the first support leg 231 A second roller 2321 mounted under the second support leg 232, a third roller 2331 mounted under the third support leg 233, and a power mechanism located inside the assisted power box 2, the fixed head 22 being fixed to the rotating shaft of the power mechanism The fixing head 22 has a fixing groove 221 for accommodating one end of the rectangular wood. The fixing head 22 rotates along the pin to clamp the rectangular wood located in the fixing groove 221, and the fixing head 22 rotates against the pin to be loosely located in the fixing groove 221 Rectangular wood inside, the front side of the auxiliary power box has a first handle 211 protruding from the front surface of the auxiliary power box, and the rear side of the auxiliary power box has a second handle 21 2 protruding from the rear surface of the power box; the force measuring part The length of 24 is greater than the length of the fixed head 22;

[0007] The track 3 is composed of a first rail 31, a second rail 32, a third rail 33 and a fourth rail 34 which are parallel to each other and each have a rectangular parallelepiped shape, and the first rail 31 and the second rail 31 There is a first groove 312 between the rails 32, a second groove 323 between the second rail 32 and the third rail 33, and a third groove between the third rail 33 and the fourth rail 34. 334, the left surface of the first rail 31, the second rail 32, the third rail 33 and the fourth rail 34 are in the same plane, the rail 3 is located on the right side of the table 6 and the right of the table 6 The surface is in the same plane as the left surface of the first rail 31;

The first roller 2311 is located in the third groove 334 and can roll in the third groove 334, the second roller 23 21 is located in the second groove 323 and can roll in the second groove 323, The third roller 2331 is located in the first groove 3 12 and can roll in the first groove 312, and the axis of the forming hole 1211, the axis of the fixing head 22, and the axis of the fixing groove 22 1 are coincident;

[0009] The axis of symmetry of the second groove 323, the axis of the fixed head 22, and the axis of the forming hole 1211 are coincident in the projection in the plan view of the manufacturing system of the cylindrical stick;

[0010] After the assisting mechanism 2 advances in the direction of the molding bracket 1, the fixing head 22 can be retracted after hitting the anti-collision member 122, and after the anti-collision member 122 is retracted to the extreme position, the anti-collision member 122 extends the assisting power. The length of the left surface of the case 2 is as long as the length of the fixed head 22 extending beyond the left surface of the assisted power box 2.

[0011] A method of manufacturing a cylindrical wooden stick, which adopts the cylindrical wood-shaped manufacturing system described above, characterized in that the manufacturing method is: processing wood into rectangular wood by electric or hand saw, high And the wide formed section is as square as possible; the four raised corners of the left end of the rectangular wood are trimmed by a planing tool to form a planing portion; the right end of the rectangular wood is inserted into the fixing groove, and Rotating the fixed head with the needle to clamp the rectangular wood, the power mechanism of the squeezing assisting mechanism causes the fixed head to rotate the rectangular wood, and the first handle and the second handle are used to push the assisting mechanism to make the assisting mechanism In the direction of movement of the forming bracket, the left end of the rectangular wood is in contact with the forming hole, and the diameter of the inscribed circle of the rectangular wood is slightly larger than the diameter of the forming hole, and under the action of power and pressure, the rectangular wood is cut with the edge of the sharp forming hole and Moving forward, the fixed head is made in a circular motion, so the rectangular wood is gradually cut into a cylindrical wooden stick; the force-measuring component hits the anti-collision component and is continuously compressed. After reaching the limit position, the anti-collision component extends out to assist molding. The length of the left surface of the power box is the same as the length of the fixed head extending out of the left surface of the assisted power box. Thereafter, the first handle and the second handle are pulled to move away from the forming bracket until the cylindrical wooden stick exits the forming hole. Stop the movement of the assisted power box, and close the power mechanism of the assisting mechanism. The cylindrical wooden stick stops rotating and rotates the right end of the loose-headed rectangular head and removes it, and the rectangular parallelepiped part at the right end of the rectangular wood is sawed. The manufacture of cylindrical wooden sticks.

[0012] A cylindrical wood-shaped manufacturing system, comprising a forming bracket 1, a forming mechanism 2, a rail 3, wherein the forming bracket 1 is composed of a horizontal base 11 and a vertical base 12 that are perpendicular to each other, horizontally The base 11 has a fixing hole 111 penetrating the upper surface and the lower surface of the horizontal base, the vertical base 12 has a molding hole 121 penetrating the left and right surfaces of the vertical base, the right end of the horizontal base 11 and the vertical base 12 The lower end is connected, the forming bracket is integrally formed; the fixing member 14 passes through the fixing hole 111 of the horizontal base 11 and fixes the horizontal base 11 to the table board 6, and the lower surface of the table board 6 has a plurality of downwardly extending and a table leg 61 of equal length; the material of the forming bracket is steel or iron or alloy, and the thickness of the vertical base 12 is greater than 8 mm;

[0013] The assisting and forming mechanism 2 is extended from the lower surface of the auxiliary power box 2 by the auxiliary molding power box 21 and the fixing head 22 extending from the left surface of the auxiliary power box 2, and the first supporting legs 231 are of equal length. a second support leg 232 and a third support leg 233, a first roller 2311 mounted under the first support leg 231, a second roller 2321 mounted under the second support leg 232, and a first mounting under the third support leg 233 The three-roller 2331 is configured to be located inside the auxiliary power box 2, and the fixed head 22 is fixed on the rotating shaft of the power mechanism. The fixing head 22 has a fixing groove 221 for accommodating one end of the rectangular wood, and the fixing head 22 rotates along the needle. The rectangular wood in the fixing groove 221 can be clamped, and the fixing head 22 can rotate the rectangular wood in the fixing groove 221 by rotating the counter head 22, and the front side of the assisting power box has a first handle 211 protruding from the front surface of the auxiliary power box. The rear side of the assisting power box has a second handle 212 protruding from the rear surface of the power box; the rail 3 is composed of a first rail 31, a second rail 32, and a second parallelepiped, each having a rectangular parallelepiped shape. The rail 33 and the fourth rail 34 are configured to have a first recess 312 between the first rail 31 and the second rail 32, and a second recess 323 between the second rail 32 and the third rail 33. a third groove between the third rail 33 and the fourth rail 34 334, the left surface of the first rail 31, the second rail 32, the third rail 33 and the fourth rail 34 are in the same plane, the rail 3 is located on the right side of the table 6 and the right of the table 6 The surface is in the same plane as the left surface of the first rail 31;

[0014] The first roller 2311 is located in the third groove 334 and can roll in the third groove 334, the second roller 23 21 is located in the second groove 323 and can roll in the second groove 323, The third roller 2331 is located in the first groove 3 12 and can roll in the first groove 312, and the axis of the forming hole 1211, the axis of the fixing head 22, and the axis of the fixing groove 22 1 are coincident;

[0015] The axis of symmetry of the second groove 323, the axis of the fixed head 22, and the axis of the forming hole 1211 are coincident in the projection in the plan view of the manufacturing system of the cylindrical stick.

[0016] A method for manufacturing a cylindrical wooden stick, which adopts the cylindrical wood-shaped manufacturing system described above, characterized in that the manufacturing method is: processing wood into rectangular wood by electric or hand saw, The cross section formed by the height and the width is formed into a square shape as much as possible; the four raised corner portions of the left end of the rectangular wood are trimmed by a planing tool to form a planing portion; the right end of the rectangular wood is inserted into the fixing groove, The fixed head is rotated to clamp the rectangular wood, and the power mechanism of the ramming assisting mechanism causes the fixed head to rotate the rectangular wood to push the auxiliary forming mechanism to move the auxiliary forming mechanism toward the forming bracket, and the left end of the rectangular wood In contact with the forming hole, the diameter of the inscribed circle of the rectangular wood is slightly larger than the diameter of the forming hole. Under the action of power and pressure, the rectangular wood is cut with the edge of the sharp forming hole and continuously moves forward, because the fixing head is In circular motion, the rectangular wood is gradually cut into cylindrical wooden sticks; the cylindrical wooden sticks are machined to the required length, so that The molding mechanism moves away from the forming bracket until the cylindrical wooden stick withdraws from the forming hole, stops the movement of the assisting power box, and closes the power mechanism of the assisting mechanism, and the cylindrical wooden stick stops rotating, and the rotating needle is rotated and fixed. The right end of the rectangular wood is taken out, and the rectangular parallelepiped portion at the right end of the rectangular wood is sawed to complete the manufacture of the cylindrical wooden stick.

Advantageous effects of the invention

Beneficial effect

[0017] The present invention has the following main beneficial technical effects: the device is simple, easy to manufacture, low in cost, fast in manufacturing speed, round cylindrical rod manufactured, beautiful in appearance, and smooth in hand.

Brief description of the drawing

DRAWINGS 1 is a schematic perspective view showing an embodiment of a molded stent used in the present invention.

2 is an enlarged plan view of FIG. 1.

3 is a schematic perspective view showing an embodiment of a assist molding mechanism used in the present invention.

[0021] FIG. 4 is a schematic perspective view of a rectangular wood.

[0022] FIG. 5 is a perspective view showing the three-dimensional structure of the left end portion of FIG.

6 is a schematic perspective view showing the structure of FIG. 5 after being processed into a semi-finished product.

7 is a schematic perspective view of a first embodiment of the present invention.

8 is an enlarged plan view of FIG. 7.

9 is a perspective structural schematic view of still another embodiment of a molded stent used in the present invention.

10 is an enlarged front elevational view of FIG. 9.

11 is an enlarged plan view of FIG. 9.

12 is a perspective structural schematic view showing still another embodiment of the assist molding mechanism used in the present invention.

[0030] In order to enable the public to understand and implement the present application more accurately, the embodiments will be described in detail below with reference to the accompanying drawings. The corresponding reference numerals in the drawings are as follows: 1_forming bracket, 2_ assisting forming mechanism, 3_ track, 4 rectangular wood, 5 - cylindrical wooden stick, 6_ table, 61_ table legs, 11 horizontal base, 12_ vertical base, ill one fixed hole, 121_ shaped hole, 1211_ Forming hole axis, 122_anti-collision part, 13-support plate, 14-fixing part, 21-assisted forming power box, 22-fixing head, 24-force measuring part, 2 21-fixing groove, 211-first handle, 212 - second handle, 231 - first support leg, 232 - second support leg, 233 - third support leg, 2311 - first roller, 2321 - second roller, 2331 - third roller, 41 a planing portion, 31—first rail, 32—second rail, 33—third rail, 34—four rail, _312— first groove, 323—second groove, 334—third groove.

BEST MODE FOR CARRYING OUT THE INVENTION

[0031] Referring to FIGS. 1 to 8, a cylindrical wood-shaped manufacturing system includes a molding bracket 1, a molding mechanism 2, and a rail 3, characterized in that the molding bracket 1 is composed of horizontal bases 11 that are perpendicular to each other. And a vertical base 12, the horizontal base 11 has a fixing hole 111 penetrating the upper surface and the lower surface of the horizontal base, the vertical base 12 has a molding hole 121 extending through the left and right surfaces of the vertical base, and the horizontal base The right end of the 11 is connected to the lower end of the vertical base 12, and the molding bracket is integrally formed; the fixing member 14 passes through the fixing hole 1 of the horizontal base 11 11 and fixing the horizontal base 11 to the table top 6. The lower surface of the table 6 has a plurality of leg legs 61 extending downward and of equal length; the material of the forming bracket is steel or iron or alloy, vertical base 12 thickness greater than 8m m; the right side of the vertical base 12 has a collision-proof member 122 protruding from the right surface of the vertical base 12;

[0032] The assisting and forming mechanism 2 is extended from the auxiliary molding power box 21, the fixing head 22 extending from the left surface of the assisting power box 2, and the force measuring member 24, and extends downward from the lower surface of the auxiliary power box 2 and has the same length. a first support leg 231, a second support leg 232 and a third support leg 233, a first roller 2311 mounted under the first support leg 231, and a second roller 2321 mounted under the second support leg 232 are mounted in the third The third roller 2331 below the support leg 233 is formed by a power mechanism inside the auxiliary power box 2, and the fixed head 22 is fixed on the rotating shaft of the power mechanism. The fixing head 22 has a fixing groove 221 for accommodating one end of the rectangular wood, and is fixed. The head 22 rotates along the needle to clamp the rectangular wood located in the fixing groove 221, and the fixing head 22 rotates against the needle to loosen the rectangular wood in the fixing groove 221, and the auxiliary power box has a convex auxiliary power box on the front side of the auxiliary power box. The first handle 211 of the front surface, the rear side of the assisted power box has a second handle 21 2 protruding from the rear surface of the power box; the length of the force measuring member 24 is greater than that of the fixed head 22 Degree;

[0033] The rail 3 is composed of a first rail 31, a second rail 32, a third rail 33 and a fourth rail 34 which are parallel to each other and each have a rectangular parallelepiped shape, and the first rail 31 and the second rail 31 There is a first groove 312 between the rails 32, a second groove 323 between the second rail 32 and the third rail 33, and a third groove between the third rail 33 and the fourth rail 34. 334, the left surface of the first rail 31, the second rail 32, the third rail 33 and the fourth rail 34 are in the same plane, the rail 3 is located on the right side of the table 6 and the right of the table 6 The surface is in the same plane as the left surface of the first rail 31;

[0034] The first roller 2311 is located in the third groove 334 and can roll in the third groove 334, the second roller 23 21 is located in the second groove 323 and can roll in the second groove 323, The third roller 2331 is located in the first groove 3 12 and can roll in the first groove 312, and the axis of the forming hole 1211, the axis of the fixing head 22, and the axis of the fixing groove 22 1 are coincident;

[0035] In the top view of FIG. 8, the axis of symmetry of the second groove 323, the axis of the fixed head 22, and the axis of the forming hole 1211 are coincident;

[0036] After the assisting mechanism 2 advances in the direction of the molding bracket 1, the fixing head 22 can be retracted after hitting the anti-collision member 122, and after the anti-collision member 122 is retracted to the extreme position, the anti-collision member 122 extends out of the forming power. The length of the left surface of the case 2 is as long as the length of the fixed head 22 extending beyond the left surface of the assisted power box 2. [0037] In the present embodiment, the wood is processed into a rectangular wood 4 by electric or hand saw, and the cross section formed by the height and the width is formed into a square shape as much as possible; and the four raised portions of the left end of the rectangular wood 4 are passed through a planing tool. The corner portion is subjected to a planing process to form the planing portion 41. The right end of the rectangular wood 4 is inserted into the fixing groove 221, and the fixing head 22 is rotated by the pin to clamp the rectangular wood, and the power mechanism of the assisting and forming mechanism 2 is fixed. The head 22 drives the rectangular wood to rotate, and the first handle 211 and the second handle 212 are used to push the assisting mechanism 2 to move the assisting mechanism 2 toward the forming bracket 1. The left end of the rectangular wood 4 is in contact with the forming hole 121 due to the rectangular shape. The diameter of the inscribed circle of the wood is slightly larger than the diameter of the forming hole 121, so that under the action of power and pressure, the rectangular wood is cut with the edge of the sharp forming hole 121 and continuously moves forward, because the fixed head 22 performs a circular motion. Therefore, the rectangular wood 4 is gradually cut into the cylindrical wooden stick 5; the force measuring member 24 hits the collision preventing member 122 and is continuously compressed, and after reaching the limit position, the collision preventing member 122 The length of the left surface of the auxiliary forming power box 2 is the same as the length of the fixing head 22 extending from the left surface of the assisting power box 2, and then the first handle 211 and the second handle 212 are pulled to move away from the forming bracket 1 Until the cylindrical wooden stick 5 exits the forming hole 121, the auxiliary forming power box 2 stops moving, and the power mechanism of the assisting and forming mechanism 2 is closed, and the cylindrical wooden stick 5 stops rotating. The reversed rotating needle rotates the fixing head 22 to loose the rectangular wood. The right end is taken out, and the rectangular parallelepiped portion at the right end of the rectangular wood is sawed to complete the manufacture of the cylindrical wooden stick.

[0038] Of course, in the above-mentioned cylindrical wood-shaped manufacturing system, the right side of the vertical base 12 of the forming bracket 1 has no anti-collision member protruding from the right surface of the vertical base 12; The part protects the vertical base, but it does not exist. As long as the operator has accurate distance judgment, the vertical base will not be easily damaged.

[0039] Of course, the cylindrical wood-shaped manufacturing system described above, the assisting molding mechanism 2 is formed by the auxiliary molding power box 21 and the fixing head 22 extending from the left surface of the auxiliary power box 2; The force measuring component, the force measuring component does not exist, and the corresponding processing can be completed as long as the operator reaches the level of proficiency.

Embodiments of the invention

[0040] Referring to FIGS. 9-11, and referring to FIG. 4 to FIG. 8, a cylindrical wood-shaped manufacturing system includes a forming bracket 1, a forming mechanism 2, and a rail 3, characterized in that the forming bracket 1 is The horizontal base 11 is composed of a horizontal base 1 1 which is perpendicular to each other, a vertical base 12, a support plate 13 which is located between the horizontal base 11 and the vertical base 12 and connects the horizontal base 11 and the vertical base 12. Having an upper surface and a lower surface penetrating the horizontal base The fixing hole 111, the vertical base 12 has a molding hole 121 penetrating through the left and right surfaces of the vertical base, the right end of the horizontal base 11 is connected to the lower end of the vertical base 12, and the forming bracket is integrally formed; the fixing member 14 Passing through the fixing hole 111 of the horizontal base 11 and fixing the horizontal base 11 to the table top 6. The lower surface of the table 6 has a plurality of legs 61 extending downward and having the same length; the material of the forming bracket is Steel or iron or alloy, the vertical base 12 has a thickness greater than 6 mm; the right side of the vertical base 12 has a collision preventing member 122 protruding from the right surface of the vertical base 12; the front view of the support plate 13 is a right triangle, the support plate 13 The top view is rectangular, the right surface of the support plate 13 is integrated with the left surface of the vertical base 12, the lower surface of the support plate 13 is integrated with the upper surface of the horizontal base 11, and the top position of the support plate 13 is at the molding hole 121. Below

[0041] The assisting and forming mechanism 2 is extended from the lower surface of the auxiliary power box 2 by the auxiliary molding power box 21, the fixing head 22 extending from the left surface of the auxiliary power box 2, and the force measuring member 24, and the length is equal. a first support leg 231, a second support leg 232 and a third support leg 233, a first roller 2311 mounted under the first support leg 231, and a second roller 2321 mounted under the second support leg 232 are mounted in the third The third roller 2331 below the support leg 233 is formed by a power mechanism inside the auxiliary power box 2, and the fixed head 22 is fixed on the rotating shaft of the power mechanism. The fixing head 22 has a fixing groove 221 for accommodating one end of the rectangular wood, and is fixed. The head 22 rotates along the needle to clamp the rectangular wood located in the fixing groove 221, and the fixing head 22 rotates against the needle to loosen the rectangular wood in the fixing groove 221, and the auxiliary power box has a convex auxiliary power box on the front side of the auxiliary power box. The first handle 211 of the front surface, the rear side of the assisted power box has a second handle 21 2 protruding from the rear surface of the power box; the length of the force measuring member 24 is greater than that of the fixed head 22 Degree;

[0042] The track 3 is composed of a first rail 31, a second rail 32, a third rail 33 and a fourth rail 34 which are parallel to each other and each have a rectangular parallelepiped shape, and the first rail 31 and the second rail 31 There is a first groove 312 between the rails 32, a second groove 323 between the second rail 32 and the third rail 33, and a third groove between the third rail 33 and the fourth rail 34. 334, the left surface of the first rail 31, the second rail 32, the third rail 33 and the fourth rail 34 are in the same plane, the rail 3 is located on the right side of the table 6 and the right of the table 6 The surface is in the same plane as the left surface of the first rail 31;

[0043] The first roller 2311 is located in the third groove 334 and can roll in the third groove 334, the second roller 23 21 is located in the second groove 323 and can roll in the second groove 323, The third roller 2331 is located in the first groove 3 12 and can roll in the first groove 312, and the axis of the forming hole 1211, the axis of the fixing head 22, and the axis of the fixing groove 22 1 are coincident; [0044] In the top view of FIG. 8, the axis of symmetry of the second groove 323, the axis of the fixed head 22, and the axis of the forming hole 1211 are coincident;

[0045] After the assisting mechanism 2 advances in the direction of the molding bracket 1, the fixing head 22 can be retracted after hitting the anti-collision member 122, and after the anti-collision member 122 is retracted to the extreme position, the anti-collision member 122 extends out of the forming power. The length of the left surface of the case 2 is as long as the length of the fixed head 22 extending beyond the left surface of the assisted power box 2.

[0046] In the present embodiment, the wood is processed into a rectangular wood 4 by electric or hand saw, and the cross section formed by the height and the width is made into a square shape as much as possible; and the four protrusions of the left end of the rectangular wood 4 are passed by a planing tool. The corner portion is subjected to a planing process to form the planing portion 41. The right end of the rectangular wood 4 is inserted into the fixing groove 221, and the fixing head 22 is rotated by the pin to clamp the rectangular wood, and the power mechanism of the assisting and forming mechanism 2 is fixed. The head 22 drives the rectangular wood to rotate, and the first handle 211 and the second handle 212 are used to push the assisting mechanism 2 to move the assisting mechanism 2 toward the forming bracket 1. The left end of the rectangular wood 4 is in contact with the forming hole 121 due to the rectangular shape. The diameter of the inscribed circle of the wood is slightly larger than the diameter of the forming hole 121, so that under the action of power and pressure, the rectangular wood is cut with the edge of the sharp forming hole 121 and continuously moves forward, because the fixed head 22 performs a circular motion. Therefore, the rectangular wood 4 is gradually cut into a cylindrical wooden stick 5; the force measuring member 24 hits the collision preventing member 122 and is continuously compressed to reach the limit. After the position, the length of the anti-collision member 122 extending beyond the left surface of the assisting power box 2 is as long as the length of the fixing head 22 extending beyond the left surface of the assisting power box 2, and then the first handle 211 and the second handle 212 are pulled. Moving away from the forming bracket 1 until the cylindrical wooden stick 5 exits the forming hole 121, the forming power box 2 is stopped, and the power mechanism of the assisting mechanism 2 is closed, and the cylindrical wooden stick 5 stops rotating. The fixed head 22 loosens the right end of the rectangular wood and takes it out, and cuts out the rectangular parallelepiped portion at the right end of the rectangular wood to complete the manufacture of the cylindrical wooden stick.

Referring to FIG. 12, and referring to FIG. 1, 2 and FIG. 3 to FIG. 8, a cylindrical wood-shaped manufacturing system includes a forming bracket 1, a forming mechanism 2, and a rail 3, characterized in that the molding is performed. The bracket 1 is composed of a horizontal base 11 and a vertical base 12 which are perpendicular to each other. The horizontal base 11 has a fixing hole 111 penetrating the upper surface and the lower surface of the horizontal base, and the vertical base 12 has a left surface extending through the vertical base and The molding hole 121 on the right surface, the right end of the horizontal base 11 are connected to the lower end of the vertical base 12, and the molding bracket is integrally formed; the fixing member 14 passes through the fixing hole 111 of the horizontal base 11 and fixes the horizontal base 11 at On the table 6 , the lower surface of the table 6 has a plurality of leg legs 61 extending downward and having the same length; the material of the forming bracket is steel or iron or alloy, and the thickness of the vertical base 12 is greater than 8 mm; [0048] The assisting and molding mechanism 2 is extended from the lower surface of the auxiliary molding power box 2 by the auxiliary molding power box 21 and the fixing head 22 extending from the left surface of the auxiliary power box 2, and the first supporting legs 231 are of equal length. a second support leg 232 and a third support leg 233, a first roller 2311 mounted under the first support leg 231, a second roller 2321 mounted under the second support leg 232, and a first mounting under the third support leg 233 The three-roller 2331 is configured to be located inside the auxiliary power box 2, and the fixed head 22 is fixed on the rotating shaft of the power mechanism. The fixing head 22 has a fixing groove 221 for accommodating one end of the rectangular wood, and the fixing head 22 rotates along the needle. The rectangular wood in the fixing groove 221 can be clamped, and the fixing head 22 can rotate the rectangular wood in the fixing groove 221 by rotating the counter head 22, and the front side of the assisting power box has a first handle 211 protruding from the front surface of the auxiliary power box. The rear side of the assisting power box has a second handle 212 protruding from the rear surface of the power box; the rail 3 is composed of a first rail 31, a second rail 32, and a second parallelepiped, each having a rectangular parallelepiped shape. The rail 33 and the fourth rail 34 are configured to have a first recess 312 between the first rail 31 and the second rail 32, and a second recess 323 between the second rail 32 and the third rail 33. a third groove 334 is formed between the third rail 33 and the fourth rail 34. The left surface of the first rail 31, the second rail 32, the third rail 33, and the fourth rail 34 are In the same plane, the track 3 is located on the right side of the table 6 and the right surface of the table 6 is in the same plane as the left surface of the first rail 31;

[0049] The first roller 2311 is located in the third groove 334 and can roll in the third groove 334, the second roller 23 21 is located in the second groove 323 and can roll in the second groove 323, The third roller 2331 is located in the first groove 3 12 and can roll in the first groove 312, and the axis of the forming hole 1211, the axis of the fixing head 22, and the axis of the fixing groove 22 1 are coincident;

[0050] In the top view of FIG. 8, the axis of symmetry of the second groove 323, the axis of the fixed head 22, and the axis of the forming hole 1211 are coincident.

[0051] In the present embodiment, the wood is processed into a rectangular wood 4 by electric or hand saw, and the cross section formed by the height and the width is made into a square shape as much as possible; and the four ends of the rectangular wood 4 are raised by a planing tool. The corner portion is subjected to a planing process to form the planing portion 41. The right end of the rectangular wood 4 is inserted into the fixing groove 221, and the fixing head 22 is rotated by the pin to clamp the rectangular wood, and the power mechanism of the assisting and forming mechanism 2 is fixed. The head 22 drives the rectangular wood to rotate, and pushes the assisting mechanism 2 to move the assisting mechanism 2 toward the forming bracket 1. The left end of the rectangular wood 4 is in contact with the forming hole 121, because the diameter of the inscribed circle of the rectangular wood is slightly larger than the molding. The diameter of the hole 121, so under the action of power and pressure, the rectangular wood and the sharp shaped hole 121 The edge phase is cut and continuously moved forward. Since the fixed head 22 is in a circular motion, the rectangular wood 4 is gradually cut into a cylindrical wooden stick 5; the cylindrical wooden stick 5 is processed to a required length 吋 to assist the forming mechanism 2 Moving away from the forming bracket 1 until the cylindrical wooden stick 5 exits the forming hole 121, the forming power box 2 stops moving, and the power mechanism of the assisting mechanism 2 is closed, and the cylindrical wooden stick 5 stops rotating. The fixed head 22 loosens the right end of the rectangular wood and takes it out, and cuts out the rectangular parallelepiped portion at the right end of the rectangular wood to complete the manufacture of the cylindrical wooden stick.

[0052] Of course, in the present embodiment, it is obvious that the molded bracket structure of Embodiment 2 can also be adopted, which can reduce the thickness requirement of the vertical pedestal, and only needs 6 mm, which can reduce the cost.

Industrial applicability

[0053] The present invention has been experimentally fabricated into samples which have been industrially implemented and have industrial applicability. In the invention, the device for manufacturing the cylindrical wooden stick is simple, easy to manufacture, low in cost, fast in manufacturing speed, rounded cylindrical wooden stick manufactured, beautiful in appearance and smooth in hand feeling; the power mechanism of the auxiliary forming mechanism 2 can be directly an electric motor It can also be a hammer drill or a hammer, etc. When it is necessary to make the surface of the cylindrical stick smoother, it is only necessary to grind the surface.

[0054] The manufacturing method in the present invention is simple, easy to grasp, and has a high yield of finished products.

The cylindrical wooden stick manufactured in the present invention can be applied to various fields such as decorative decoration, toys, construction, and the like which are expected.

The present invention is not limited to the above-described preferred embodiments, and it should be understood that the concept of the present invention may be embodied in other forms and they are also within the scope of the present invention.

Claims

Claim

[Claim 1] A cylindrical wood-shaped manufacturing system including a molding bracket (1), a forming mechanism (2)

The rail ( ₃ ) is characterized in that the forming bracket (1) is composed of a horizontal base (11) and a vertical base (12) which are perpendicular to each other, and the horizontal base (11) has a top surface running through the horizontal base and The fixing hole (111) on the lower surface and the vertical base (12) have a molding hole (121) penetrating the left and right surfaces of the vertical base, a right end of the horizontal base (11) and a lower end of the vertical base (12). The connecting and forming brackets are integrally formed; the fixing member (14) passes through the fixing hole (111) of the horizontal base (11) and fixes the horizontal base (11) to the table (6), the table (6) The lower surface has a plurality of leg legs (61) extending downward and of equal length; the material of the forming bracket is steel or iron or alloy, the vertical base (12) is thicker than 8 mm; the right base (12) is right The side has a collision preventing member (122) protruding from the right surface of the vertical base (12); the assisting molding mechanism (2) is fixed by the auxiliary forming power box (21) and the left surface of the auxiliary forming power box (2) Head (22) and force measuring member (24), extending downward from the lower surface of the assisted power box (2) and length An equal first support leg (231), a second support leg (232) and a third support leg (233), a first roller (2311) mounted under the first support leg (231), and a second support leg (232) The second roller (2321) below, the third roller (2331) mounted under the third support leg (233), the power mechanism located inside the assisted power box (2), and the fixed head (22) fixed On the rotating shaft of the power mechanism, the fixing head (22) has a fixing groove (221) inside the fixing head (22), and the fixing head (22) rotates along the needle to clamp the rectangular wood in the fixing groove (221). The fixing head (22) can rotate the rectangular wood in the fixing groove (221) by rotating the reverse needle. The front side of the auxiliary power box has a first handle (211) protruding from the front surface of the power box, and the auxiliary power box is behind. The side has a second handle (212) protruding from the rear surface of the power box; the length of the force measuring member (24) is greater than the length of the fixed head (2 2); the track (3) is parallel to each other and is cuboid Shaped first rail (31), second rail (32), a third rail (33) and a fourth rail (34), the first rail (31) and the second rail (32) have a first groove (312), the second rail a second groove (323) between the strip ( ₃ 2) and the third rail (33), the third rail There is a third groove (334) between the strip ( ₃₃ ) and the fourth rail (34), and the first rail (3)

1), the second rail (32), the third rail (33) and the fourth rail (34) have the left surface in the same plane, and the rail (3) is located on the right side of the table (6) and The right surface of the table (6) is in the same plane as the left surface of the first rail (31); the first roller (23 11) is located in the third recess (334) and is in the third recess ( 334) medium rolling, the second roller (2321) is located in the second groove (323) and can roll in the second groove (323), the third roller (2331) is located in the first groove (312) and Rolling in the first groove (312), the axis of the forming hole (1211), the axis of the fixing head (22), the axis of the fixing groove (221) are coincident; the symmetry of the second groove (323) Axis, fixed head (2

2) The axis and the forming hole axis (1211) are coincident in the projection of the cylindrical wooden stick manufacturing system in the plan view direction; in the direction of the forming mechanism (2) toward the forming bracket (1), the fixing head (22) Retractable after touching the anti-collision part (122)

( 122) After retracting to the extreme position, the length of the left-hand surface of the anti-collision component (122) extending out of the assisted power box (2) is the same as the length of the left surface of the fixed-head (22) extension-assisted power box (2) long.

[Claim 2] A cylindrical wood-shaped manufacturing system including a molding bracket (1), a forming mechanism (2)

, the track ( ₃ ), characterized in that the forming bracket (1) is composed of a horizontal base (11) perpendicular to each other, a vertical base (12), and is located between the horizontal base (11) and the vertical base (12) A support plate (13) connecting the horizontal base (11) and the vertical base (12), the horizontal base (11) having a fixing hole (111) penetrating the upper surface and the lower surface of the horizontal base, vertical The base (12) has a forming hole (121) penetrating through the left and right surfaces of the vertical base, the right end of the horizontal base (11) is connected to the lower end of the vertical base (12), and the forming bracket is integrally formed; The component (14) passes through the fixing hole (111) of the horizontal base (11) and fixes the horizontal base (11) to the table top (6), and the lower surface of the table (6) has a plurality of downwardly extending and Legs of equal length (61); the material of the forming bracket is steel or iron or alloy, the thickness of the vertical base (12) is greater than 6 mm; the right side of the vertical base (12) has a convex vertical base (12) Anti-collision part (122) on the right surface; the main view of the support plate (13) is a right triangle, a support plate ( 13) The top view is a rectangle, a branch The right surface of the strut (13) is integrated with the left surface of the vertical base (12), the lower surface of the support plate (13) is integrated with the upper surface of the horizontal base (11), and the support plate (13) is the highest. Positioned below the forming hole (121); the assisting forming mechanism (2) consists of a forming power box (21), a fixing head (22) extending from the left surface of the assisting power box (2), and a force measuring member (24) a first support leg (231), a second support leg (232) and a third support leg (233) extending downward from the lower surface of the assisted power box (2) and having the same length, mounted on the first support leg ( 231) The first roller (2311) below, the second roller (2321) mounted under the second support leg (232), and the third roller (2331) mounted under the third support leg (233), located in the assist molding The power box (2) is composed of an internal power mechanism. The fixing head (22) is fixed on the rotating shaft of the power mechanism. The fixing head (22) has a fixing groove (221) for accommodating one end of the rectangular wood, and the fixing head (22) is compliant. Rotating the needle to clamp the rectangular wood in the fixing groove (221), fixed (22) The reverse needle rotation can loosen the rectangular wood in the fixing groove (221). The front side of the auxiliary power box has a first handle (211) protruding from the front surface of the power box, and the rear side of the auxiliary power box has a second handle (212) protruding from the rear surface of the power box; the length of the force measuring member (24) is greater than the length of the fixed head (22); the track (3) is parallel to each other and is in the shape of a rectangular parallelepiped A rail (31), a second rail (32), a third rail (33) and a fourth rail (34) are formed between the first rail (31) and the second rail (32) a first groove (312), a second groove (323) between the second rail (32) and the third rail (33), and a third rail (33) and a fourth rail (34) having a recess between the third (334), a first rail (31), a second rail (32), a third strip (33) and the rail strip ₍₃₄₎ of the fourth track left in the same surface of the four In the plane, the track (3) is located on the right side of the table (6) and the right surface of the table (6) is in the same plane as the left surface of the first rail (31); the first roller (2311) is located In the third groove (334) and rolling in the third groove (334), the second roller (2321) is located in the second groove (323) and can roll in the second groove (323), The three rollers (2331) are located in the first groove (312) and are rotatable in the first groove (312), forming the axis of the hole (1211), the axis of the fixing head (22), and the axis of the fixing groove (221) The two are coincident; the pair of the second groove (323) The axis, the axis of the fixed head (22), and the axis of the forming hole (1211) are coincident in the plan view of the manufacturing system of the cylindrical wooden stick;

After the assisting mechanism (2) advances in the direction of the molding bracket (1), the fixing head (22) can be retracted after hitting the anti-collision member (122), and the anti-collision member (122) is retracted to the extreme position, and the anti-collision is prevented. The length of the left surface of the component (122) extending out of the assisted power box (2) is the same as the length of the left surface of the fixed head (22) extending out of the assisted power box (2).

[Claim 3] A cylindrical wood-shaped manufacturing system including a molding bracket (1), a forming mechanism (2)

The rail ( ₃ ) is characterized in that the forming bracket (1) is composed of a horizontal base (11) and a vertical base (12) which are perpendicular to each other, and the horizontal base (11) has a top surface running through the horizontal base and The fixing hole (111) on the lower surface and the vertical base (12) have a molding hole (121) penetrating the left and right surfaces of the vertical base, a right end of the horizontal base (11) and a lower end of the vertical base (12). The connecting and forming brackets are integrally formed; the fixing member (14) passes through the fixing hole (111) of the horizontal base (11) and fixes the horizontal base (11) to the table (6), the table (6) The lower surface has a plurality of leg legs (61) extending downward and having the same length; the material of the forming bracket is steel or iron or alloy, and the vertical base (12) has a thickness greater than 8 mm; the assisting mechanism (2) a first support leg (231) extending downward from the lower surface of the assisted power box (2) by a helper power box (21), a fixed head (22) extending from the left surface of the assisted power box (2) a second support leg (232) and a third support leg (233), mounted on the first support leg (231) The first roller (2311) below, the second roller (2321) mounted under the second support leg (232), the third roller (2331) mounted under the third support leg (233), and the auxiliary power box (2) The internal power mechanism is constructed, the fixing head (22) is fixed on the rotating shaft of the power mechanism, and the fixing head (22) has a fixing groove (221) for accommodating one end of the rectangular wood, and the fixing head (22) The rotation can clamp the rectangular wood in the fixing groove (221), and the fixing head (22) can rotate the rectangular wood in the fixing groove (221) by rotating the reverse needle, and the front side of the auxiliary power box has the convex forming power. a first handle (211) on the front surface of the box, and a second handle (212) protruding from the rear surface of the power box of the power box; the track (3) is parallel to each other and has a rectangular parallelepiped shape One rail (31) The second rail (32), the third rail (33) and the fourth rail (34) are configured to have a first recess (312) between the first rail (31) and the second rail (32) a second groove (323) between the second rail (3 2) and the third rail (33), and a third recess between the third rail (33) and the fourth rail (34) The left surface of the slot (334), the first rail (31), the second rail (32), the third rail (33) and the fourth rail (34) are in the same plane, the track (3) Located on the right side of the table top (6) and the right surface of the table top (6) is in the same plane as the left surface of the first rail (31); the first roller (2311) is located in the third recess (334) And rolling in the third groove (334), the second roller (2321) is located in the second groove (323) and can roll in the second groove (323), and the third roller (2331) is located at a groove (312) and rolling in the first groove (312), the axis of the forming hole (1211), the axis of the fixing head (22), and the axis of the fixing groove (221) are coincident; Symmetrical axis of the second groove (323), fixing head (22) The axis, the axis of the forming hole (1211) are coincident in the projection of the cylindrical wood stick manufacturing system in a plan view.

[Claim 4] A cylindrical wood-shaped manufacturing system including a molding bracket (1), a molding mechanism (2)

The rail ( ₃ ) is characterized in that the forming bracket (1) is composed of a horizontal base (11) and a vertical base (12) which are perpendicular to each other, and the horizontal base (11) has a top surface running through the horizontal base and The fixing hole (111) on the lower surface and the vertical base (12) have a molding hole (121) penetrating the left and right surfaces of the vertical base, a right end of the horizontal base (11) and a lower end of the vertical base (12). The connecting and forming brackets are integrally formed; the fixing member (14) passes through the fixing hole (111) of the horizontal base (11) and fixes the horizontal base (11) to the table (6), the table (6) The lower surface has a plurality of leg legs (61) extending downward and of equal length; the material of the forming bracket is steel or iron or alloy, the vertical base (12) is thicker than 8 mm; the right base (12) is right The side has a collision-proof member (122) protruding from the right surface of the vertical base (12); the front view of the support plate (13) is a right-angled triangle, a support plate

(13) The top view is rectangular, the right surface of the support plate (13) is integrated with the left surface of the vertical base (12), and the lower surface of the support plate (13) is combined with the upper surface of the horizontal base (11). The integral position of the support plate (13) is below the forming hole (121); The auxiliary forming mechanism (2) extends downward from the lower surface of the auxiliary power box (2) by the auxiliary forming power box (21) and the fixing head (22) of the left surface of the auxiliary forming power box (2) and has the same length a first support leg (231), a second support leg (232) and a third support leg (233), a first roller (2311) mounted under the first support leg (231), and a second support leg (232) The second roller (2321) below, the third roller (2331) mounted under the third support leg (233), the power mechanism located inside the assisted power box (2), and the fixed head (22) fixed to the power On the rotating shaft of the mechanism, the fixing head (22) has a fixing groove (221) for accommodating one end of the rectangular wood, and the fixing head (22) rotates along the needle to clamp the rectangular wood in the fixing groove (221), the fixing head (22) The reverse needle rotation can loosen the rectangular wood in the fixing groove (221). The front side of the auxiliary power box has a first handle (211) protruding from the front surface of the power box, and the rear side of the auxiliary power box has Protruding the second part of the rear surface of the power box (212); the track (3) is composed of a first rail (31), a second rail (32), a third rail (33), and a fourth rail (34) which are parallel to each other and each have a rectangular parallelepiped shape. Between the first rail (31) and the second rail (32), there is a first groove (312), a second rail (32) and a third rail

There is a second groove (323) between (33), and a third groove (334) between the third rail (33) and the fourth rail (34), the first rail (31), the second The left surface of the rail (32), the third rail (33) and the fourth rail (34) are in the same plane, orbit

(3) located on the right side of the table (6) and the right surface of the table (6) is in the same plane as the left surface of the first rail (31); the first roller (2311) is located in the third groove (334) and can roll in the third groove (334), the second roller (2321) is located in the second groove (323) and can roll in the second groove (323), the third roller (2331 ) is located in the first groove (312) and can roll in the first groove (312), and the axis of the forming hole (12 11), the axis of the fixing head (22), and the axis of the fixing groove (221) are coincident The axis of symmetry of the second groove (323), the axis of the fixed head (22), and the axis of the forming hole (1211) are coincident in the projection of the manufacturing direction of the cylindrical wooden stick.

[Claim 5] A method of manufacturing a cylindrical wooden stick, using the cylindrical wood shape according to claim 1. A manufacturing system, characterized in that the manufacturing method is: processing the wood into rectangular wood by electric or hand saw, and forming a cross section of a height and a width into a square shape as much as possible; and using a planing tool, the four convex ends of the rectangular wood The angular part of the corner is processed to form a planing part; the right end of the rectangular wood is inserted into the fixing groove, and the fixing head is rotated by the needle to clamp the rectangular wood, and the power mechanism of the assisting forming mechanism drives the fixed head to drive the rectangle The wood rotates, and the first handle and the second handle are used to push the assisting mechanism to move the assisting mechanism toward the forming bracket. The left end of the rectangular wood is in contact with the forming hole, and the diameter of the inscribed circle of the rectangular wood is slightly larger than that of the forming hole. Diameter, under the action of power and pressure, the rectangular wood is cut with the edge of the sharp forming hole and moves forward. The fixed head is made of circular motion. The rectangular wood is gradually cut into a cylindrical wooden stick; the force measuring component hits the defense. The component is continuously compressed, and after reaching the limit position, the anti-collision component extends beyond the left surface of the assisted power box. The length of the left surface of the auxiliary power box is as long as the fixed head extends, and then the first handle and the second handle are pulled to move away from the forming bracket until the cylindrical wooden stick exits the forming hole, so that the auxiliary power box is stopped. Movement, and close the power mechanism of the assisting mechanism, the cylindrical wooden stick stops rotating, the right end of the loose wooden head of the rectangular head is removed, and the rectangular parallelepiped part of the right end of the rectangular wood is sawn, and the manufacture of the cylindrical wooden stick is completed. .

[Claim 6] A method of manufacturing a cylindrical wooden stick, the cylindrical wood-shaped manufacturing system according to claim 2, wherein the manufacturing method is: processing the wood into a rectangle by electric or hand saw Wood, the section formed by height and width is made into a square shape as much as possible; the four raised corners of the left end of the rectangular wood are trimmed by a planing tool to form a planing portion; the right end of the rectangular wood is inserted into the fixing groove Inside, the fixed head is rotated to clamp the rectangular wood, and the power mechanism of the squeezing assisting mechanism causes the fixed head to rotate the rectangular wood, and the first handle and the second handle are used to push the assisting mechanism to bring the assisting mechanism closer. The direction of movement of the forming bracket, the left end of the rectangular wood is in contact with the forming hole, the diameter of the inscribed circle of the rectangular wood is slightly larger than the diameter of the forming hole, and under the action of power and pressure, the rectangular wood is cut with the edge of the sharp forming hole and continuously Moving forward, the fixed head is doing circular motion, so the rectangular wood is gradually cut into a cylindrical wooden stick; Collision member and continue to compress, after reaching the limit position, the anti-collision member extending the length of the left surface of a co-molded with the power box The length of the left surface of the fixed-head extension assisted power box is the same length. After that, the first handle and the second handle are pulled to move away from the forming bracket until the cylindrical wooden stick exits the forming hole, so that the auxiliary forming power box stops moving. And closing the power mechanism of the assisting mechanism, the cylindrical wooden stick stops rotating, the right end of the rectangular head wood is removed and the rectangular end of the rectangular wood is taken out, and the rectangular parallelepiped portion at the right end of the rectangular wood is sawed, thereby completing the manufacture of the cylindrical wooden stick.