CN111409146A

CN111409146A - Wood working machine foundation equipment

Info

Publication number: CN111409146A
Application number: CN202010164295.1A
Authority: CN
Inventors: 张波
Original assignee: Individual
Current assignee: Individual
Priority date: 2020-03-11
Filing date: 2020-03-11
Publication date: 2020-07-14

Abstract

The invention discloses a woodworking machinery basic device, which structurally comprises a driving end, a chip storage groove, a face polishing knife, a rotary knife, a supporting plate and a bottom fixing box, wherein the driving end is arranged on the outer surface of the bottom fixing box, the face polishing knife is arranged above the chip storage groove, the rotary knife penetrates through the interior of the supporting plate and carries out arc cutting on the supporting plate, the rotary knife breaks a hard bending plate at a required radian through external force, a swinging back strip can stretch out along with the external force, an inner strip in the interior can be extruded, a stable core of the rotary knife is fixed by the resisting force through a middle interlayer in a large area, a stressed part is in a supporting state, when wood needs to be cut at a radian, a blade of the rotary knife is bent and adjusted, when the rotary knife is extruded into a certain amount, a sliding angle can bear the extruding force, when an expanding and folding arc is pressed inwards, an outer soft strip can bear the external force to limit the range in the interior, so that wood chips can be extruded smoothly from the sliding angle, when the wood chips are squeezed into a fixed space, the space can be expanded to release the wood chips.

Description

Wood working machine foundation equipment

Technical Field

The invention belongs to the field of wood working machinery, and particularly relates to basic equipment of wood working machinery.

Background

When the whole wood needs various uses, the wood needs to be processed in different modes, and the processes of cutting, surface polishing and the like exist, the cutting is the mode which is needed most often, and the whole wood needs to be divided into the states which are needed by the size.

Based on the findings of the inventor, the existing woodworking machinery mainly has the following defects, such as:

1. the wood is cut in a linear manner and segmented, and the wood is obliquely placed and cut at the position part needing the arc angle, so that a plurality of steps are needed, and the wood cutting method is troublesome.

2. The blade below of throwing the face to timber, the pocket mouth of saw-dust, the space is comparatively little and inseparable, falls into the back by the saw-dust, blocks up its space more easily to influence ligneous face process of throwing.

Therefore, it is necessary to provide a basic device of a woodworking machine.

Disclosure of Invention

In order to solve the problem that the wood cutting direction is generally linear, the wood is cut and segmented, the position part needing the arc angle is inclined to cut the wood in the subsequent process, a multi-step process is needed, the operation is troublesome, the space of a pocket of the wood chips is small and compact below a blade for polishing the surface of the wood, and the space of the pocket is easily blocked after the wood chips fall into the pocket, so that the surface polishing process of the wood is influenced.

The invention relates to a basic device of a wood working machine, which is achieved by the following specific technical means:

the structure of the device comprises a driving end, a chip storage groove, a noodle polishing knife, a rotary knife, a supporting plate and a bottom fixing box.

The driving end is installed on the outer surface of the bottom fixing box, the face polishing cutter is arranged above the face storage groove, and the rotary cutter penetrates through the supporting plate.

As a further improvement of the invention, the rotary cutter comprises an outer swing sleeve, a hard bending plate and a middle angle, wherein the middle angle is embedded in the hard bending plate, the hard bending plate is connected with the outer swing sleeve, and the number of the hard bending plate is two.

As a further improvement of the invention, the middle corner comprises fixed curved edges, a joint ball and a middle hard core, the joint ball is arranged on the outer surface of the middle hard core, the middle hard core is arranged between the fixed curved edges, and the joint ball is of a spherical structure.

As a further improvement of the invention, the outer swing sleeve comprises an outer arc edge, a middle ball, a pull-back angle, a stable core and a middle partition layer, wherein the outer arc edge is attached to the outer surface of the pull-back angle, the pull-back angle is arranged on the outer surface of the middle ball, the middle partition layer is connected with the stable core, the stable core is of a triangular structure, the middle ball is of a spherical structure, and the number of the outer arc edges is two.

As a further improvement of the invention, the fixed curved edge comprises two swinging strips, two spacing angles and two inner presenting strips, the swinging strips are attached to the outer surfaces of the inner presenting strips, the spacing angles are arranged above the inner presenting strips, and the swinging strips are of arc structures.

As a further improvement of the invention, the chip storage groove comprises a sliding angle, a tilting sliding bag, a middle partition ball, a bottom pocket arc and an outer ring shell, the sliding angle is attached to the outer surface of the tilting sliding bag, the tilting sliding bag is wound on the outer surface of the middle partition ball, the bottom pocket arc is arranged between the middle partition ball and the outer ring shell, the middle partition ball is of a spherical structure, and the two tilting sliding bags are symmetrically distributed.

As a further improvement of the invention, the sliding angle comprises a total force angle and a spread arc stack, and the spread arc stack is connected with the total force angle.

As a further improvement of the invention, the inclined sliding bag comprises an outer soft strip, four uniform force balls and three middle adhesive strips, wherein the uniform force balls are arranged inside the outer soft strip, the middle adhesive strips are abutted against the inner wall of the outer soft strip, and the number of the uniform force balls is four.

Compared with the prior art, the invention has the following beneficial effects:

1. when carrying out the pitch arc cutting to its needs, carry out required radian to its hard board through external force and break off with the fingers and thumb, the back swing strip will follow external force and extend and open, and the strip that is inside will receive the extrusion, and its firm core is fixed by the large tracts of land through well interlayer of power of contradicting, is the support state to the atress position, when timber needs have the radian to cut, carries out crooked adjustment to its blade, is processing.

2. When the wood chip is extruded into a certain amount, the sliding angle can bear the extrusion force, when the unfolding arc stack is pressed inwards, the outer soft strips can bear the external force to limit the internal range, so that the wood chips can be smoothly extruded down from the sliding angle, and the space of the wood chips can be expanded to release the wood chips when the wood chips are extruded into the fixed space.

Drawings

FIG. 1 is a schematic structural diagram of a woodworking machine foundation equipment of the present invention.

Fig. 2 is a schematic diagram of a right-view internal structure of a rotary cutter according to the present invention.

Fig. 3 is a schematic view of a front view of an internal structure of a middle corner according to the present invention.

Fig. 4 is a schematic front view of an internal structure of an external swing sleeve according to the present invention.

FIG. 5 is a schematic view of an interior structure of a curved edge according to the present invention.

Fig. 6 is a left-side view of the inner structure of the chip storage groove of the present invention.

FIG. 7 is a schematic view of an elevation view of an internal structure of a slip angle of the present invention.

Fig. 8 is a front view of the internal structure of the tilting and sliding bladder of the present invention.

In the figure: the rubber strip comprises a driving end-tt 01, a chip storage groove-tt 02, a plane-casting knife-tt 03, a rotary knife-tt 04, a supporting plate-tt 05, a bottom fixed box-tt 06, an outer swinging sleeve-qw 1, a bent hard plate-qw 2, a middle angle-qw 3, a fixed curved edge-asd 1, a butt ball-asd 2, a middle hard core-asd 3, an outer arc edge-zz 01, a middle ball-zz 02, a pull-back angle-zz 03, a fixed core-zz 04, a middle partition layer-zz 05, a swing-back strip-hh 11, a separation angle-hh 22, an inner strip-hh 33, a sliding angle-g 001, a sliding capsule-g 002, a middle partition ball-g 003, a bottom arc-g 004, an outer ring shell-g 005, a total force angle-xx 1, a spreading arc-xx 2, an outer soft-www 86wfww 1, and a middle uniform force-w glue strip 3.

Detailed Description

The invention is further described below with reference to the accompanying drawings:

example 1:

as shown in figures 1 to 6:

the invention provides a woodworking machinery foundation device which structurally comprises a driving end tt01, a chip storage groove tt02, a surface polishing knife tt03, a rotary knife tt04, a supporting plate tt05 and a bottom fixing box tt 06.

The driving end tt01 is mounted on the outer surface of a bottom fixed box tt06, the polishing knife tt03 is arranged above a chip storage groove tt02, and the rotary knife tt04 penetrates through the inside of a supporting plate tt 05.

The rotary knife tt04 comprises an outer swing sleeve qw1, a bent hard plate qw2 and a middle angle qw3, wherein the middle angle qw3 is embedded in the bent hard plate qw2, the bent hard plate qw2 is connected with the outer swing sleeve qw1, the number of the bent hard plates qw2 is two, the middle angle qw3 is used for fixing the force of the whole middle end, the outer swing sleeve qw1 is bent according to the stress state of the abutted part, and the bent hard plate qw2 is used for expanding the whole bending angle.

The middle angle qw3 comprises a fixed curved edge asd1, a joint ball asd2 and a middle hard core asd3, wherein the joint ball asd2 is installed on the outer surface of the middle hard core asd3, the middle hard core asd3 is installed between the fixed curved edges asd1, the joint ball asd2 is of a sphere structure, the middle hard core asd3 is of a diamond structure, the middle hard core asd3 enables the outer layer to be stressed with a certain guiding direction, the joint ball asd2 plays a role in protecting a joint part, and the fixed curved edge asd1 swings according to external force and plays a shaping role.

The outer swing sleeve qw1 comprises an outer arc edge zz01, a middle ball zz02, a pull-back angle zz03, a stable core zz04 and a middle partition layer zz05, wherein the outer arc edge zz01 is attached to the outer surface of the pull-back angle zz03, the pull-back angle zz03 is mounted on the outer surface of the middle ball zz02, the middle partition layer zz05 is connected with the stable core zz04, the stable core zz04 is of a triangular structure, the middle ball zz02 is of a spherical structure, the outer arc edge zz01 is of an arc structure and is provided with two, the outer arc edge zz01 is in an outward expansion state when being bent by an external force, the middle ball zz02 is a middle end fixed point counterforce, the pull-back angle zz03 is in a collision state when being bent by the external force, and the middle partition layer zz05 is in a supporting state for the stressed part.

Wherein, decide bent limit asd1 include the strip hh11 of putting back, separate angle hh22, be strip hh33 in, the strip hh11 of putting back is strip hh33 surface in laminating, it is equipped with at a distance from angle hh22 to be strip hh33 top in, the strip hh11 of putting back is the arc structure and is equipped with two, the strip hh11 of putting back is the counter-force state when external force is applyed and is expanded, separates angle hh22 and lets whole atress evenly distributed.

The specific use mode and function of the embodiment are as follows:

in the invention, wood is placed on a supporting plate tt05, the wood is cut by the rotation of a rotary cutter tt04, when the curved hard plate qw2 needs to be subjected to arc cutting, the curved hard plate qw2 is subjected to required radian snapping through external force, a hard core asd3 fixes the force of the middle end, a fixed edge asd1 is placed at the middle end to support the force while the curved hard plate qw2 is snapped, a swinging back strip hh11 is stretched along the external force, the inner part is extruded by a strip hh33 in a reverse pushing state, the separation angle hh22 enables the whole force to be uniformly distributed, the fixed edge asd1 swings the edge of the middle hard core asd3, the stable core zz04 is fixed by the middle partition layer zz05 through the abutted force in a large area, and the rear end is abutted by the swinging back angle zz03 to adjust the stable force.

Example 2:

as shown in fig. 7 to 8:

wherein, chip storage groove tt02 includes feather angle g001, the smooth bag g002 that inclines, well verse ball g003, end pocket arc g004, outer loop shell g005, feather angle g001 laminates in the smooth bag g002 surface that inclines, the smooth bag g002 that inclines is around in well verse ball g003 surface, install end pocket arc g004 between well verse ball g003 and outer loop shell g005, well verse ball g003 is the spheroid structure, the smooth bag g002 that inclines is equipped with two and symmetric distribution, feather angle g001 contradicts according to external force, produces slope deformation, and the smooth bag g002 that inclines will produce sunken form when having the foreign object to contradict.

The sliding angle g001 comprises a total force angle xx1 and an expanded arc stack xx2, the expanded arc stack xx2 is connected with the total force angle xx1, the expanded arc stack xx2 is in a front-back folding state, the total force angle xx1 fixes the total force point of the whole, and the expanded arc stack xx2 generates a stretching and contracting state according to external force.

The inclined sliding bag g002 comprises an outer soft strip www1, a force-equalizing ball www2 and a middle rubber strip www3, wherein the force-equalizing ball www2 is installed inside the outer soft strip www1, the middle rubber strip www3 abuts against the inner wall of the outer soft strip www1, the force-equalizing balls www2 are in a spherical state and four in number, the number of the middle rubber strips www3 is three, the force-equalizing balls www2 can uniformly bear the outer layer when the outer layer is stressed, the middle rubber strip www3 plays a role in pulling back the stressed part, and the outer soft strip www1 limits the internal range.

The specific use mode and function of the embodiment are as follows:

in the invention, when wood is placed on a supporting plate tt05 and is polished by a polishing knife tt03, the polished wood chips are squeezed into a chip storage groove tt02, when the wood chips are squeezed into a certain amount, a sliding angle g001 is stressed by extrusion force, an unfolding arc stack xx2 is retracted inwards, the bottom end of the unfolding arc stack xx is fixed at a stress point by a total force angle xx1, when the unfolding arc stack xx2 is pressed inwards, an outer soft strip www1 is stressed by external force, force is applied to an inner uniform force ball www2, a middle adhesive tape www3 is enabled to change and twist along with the force of an outer layer, and the wood chips can be smoothly squeezed down from the sliding angle g 001.

The technical solutions of the present invention or similar technical solutions designed by those skilled in the art based on the teachings of the technical solutions of the present invention are all within the scope of the present invention to achieve the above technical effects.

Claims

1. A woodworking machinery foundation equipment structurally comprises a driving end (tt01), a chip storage groove (tt02), a surface polishing knife (tt03), a rotary knife (tt04), a supporting plate (tt05) and a bottom fixing box (tt06), and is characterized in that:

the driving end (tt01) is mounted on the outer surface of the bottom fixed box (tt06), the surface polishing knife (tt03) is arranged above the chip storage groove (tt02), and the rotary knife (tt04) penetrates through the supporting plate (tt 05).

2. The woodworking machine foundation arrangement of claim 1, wherein: the rotary knife (tt04) comprises an outer swinging sleeve (qw1), a hardened plate (qw2) and a middle angle (qw3), wherein the middle angle (qw3) is embedded in the hardened plate (qw2), and the hardened plate (qw2) is connected with the outer swinging sleeve (qw 1).

3. The woodworking machine foundation arrangement of claim 2, wherein: the middle corner (qw3) comprises fixed curved edges (asd1), an anti-nodal ball (asd2), and a middle hard core (asd3), wherein the anti-nodal ball (asd2) is mounted on the outer surface of the middle hard core (asd3), and the middle hard core (asd3) is mounted between the fixed curved edges (asd 1).

4. The woodworking machine foundation arrangement of claim 2, wherein: the outer swing sleeve (qw1) comprises an outer arc edge (zz01), a middle ball (zz02), a pull-back angle (zz03), a stable core (zz04) and a middle partition layer (zz05), wherein the outer arc edge (zz01) is attached to the outer surface of the pull-back angle (zz03), the pull-back angle (zz03) is installed on the outer surface of the middle ball (zz02), and the middle partition layer (zz05) is connected with the stable core (zz 04).

5. The woodworking machine foundation arrangement of claim 3, wherein: decide bent limit (asd1) including pendulum strip (hh11), separate angle (hh22), interior strip (hh33) that is, pendulum strip (hh11) laminating is in interior strip (hh33) surface that is, it is equipped with to separate angle (hh22) to be interior strip (hh33) top.

6. The woodworking machine foundation arrangement of claim 1, wherein: chip storage groove (tt02) include feather angle (g001), the smooth bag of inclining (g002), well mesophase ball (g003), end pocket arc (g004), outer ring shell (g005), feather angle (g001) laminating in the smooth bag of inclining (g002) surface, the smooth bag of inclining (g002) is around well mesophase ball (g003) surface, install end pocket arc (g004) between well mesophase ball (g003) and outer ring shell (g 005).

7. The woodworking machine foundation arrangement of claim 6, wherein: the sliding angle (g001) comprises a total force angle (xx1) and a spanwise arc stack (xx2), and the spanwise arc stack (xx2) is connected with the total force angle (xx 1).

8. The woodworking machine foundation arrangement of claim 6, wherein: the sliding bag (g002) comprises an outer soft strip (www1), a uniform force ball (www2) and a middle adhesive tape (www3), wherein the uniform force ball (www2) is installed inside the outer soft strip (www1), and the middle adhesive tape (www3) abuts against the inner wall of the outer soft strip (www 1).