CN102950636B - Equipment for carrying out shaping processing on chopsticks - Google Patents
Equipment for carrying out shaping processing on chopsticks Download PDFInfo
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- CN102950636B CN102950636B CN201210392291.4A CN201210392291A CN102950636B CN 102950636 B CN102950636 B CN 102950636B CN 201210392291 A CN201210392291 A CN 201210392291A CN 102950636 B CN102950636 B CN 102950636B
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Abstract
The invention belongs to the technical field of chopsticks processing, and particularly discloses equipment for chopsticks shaping. The equipment is characterized by completing the chopstick processing by adopting a milling cutter fixed and chopstick moving mode, realizing the purpose that chopsticks fluctuate up and down with the fluctuation change of the top surface of a shaping mould in the cutting process of a milling cutter by arranging a chopstick clamping mechanism installation seat capable of sliding up and down and matching with the upwards pulling action of an extension spring and the downwards pressing action of a pulley on the shaping mould, further realizing the purpose that surface shapes consistent to the fluctuation shape of the shaping reference surface of the shaping mould are processed on one surfaces of the chopsticks and finally realizing the purpose of shaping the chopsticks. The equipment disclosed by the invention can be used for carrying out automatic shaping by using the shaping mould with the determined shaping reference surface and completing the shaping processing of one surface by pushing for only a few seconds; and compared with manual multi-time turning or polishing shaping, the equipment disclosed by the invention can increase the efficiency by more than ten times and even dozens of times.
Description
Technical field
The invention belongs to chopsticks processing technique field, relate to the process technology of chopsticks special shape, specifically a kind of equipment that with reference to mould, chopsticks is processed into given shape.
Background technology
The process of common chopsticks starts to finished product, according to sequencing, can be divided into substantially six large steps: cut base from former base---the raw material bamboo chip through preliminary treatment is cut into some square rib shape chopsticks bases; Car base---chopsticks base one end is become to the chopsticks taper end of approximate taper with special lathe turning; Chamfered edge---polish to carrying out brute force through the chopsticks base of car base with emery wheel or abrasive band, chopsticks base corner angle are carried out to rounding processing; Butt---block from chopsticks base butt end the part that exceeds design length, to form the semi-finished product that length is consistent, for the chopsticks that do not need japanning, generally, after butt, carry out thick head shaping processing, such as processing four rib pinnacles; Polishing---semi-finished product chopsticks are carried out to finer and smoother polishing, remove fine hair, the trickle salient point etc. on chopsticks surface; Japanning---apply paint on chopsticks surfaces, also some chopsticks is without the step of japanning, after polishing directly as finished product.
There are special formed chopsticks for some, except above-mentioned six large steps, also can be according to the feature of moulding own, be chosen in the step that is equipped with a moulding before or after butt step.In traditional chopsticks process, above-mentioned several large steps complete by manual operations.In recent years, along with the progress of technology, constantly increasing of cost of labor in addition, there is successively the equipment that is exclusively used in each single link in chopsticks processing to occur.But due to special formed complexity and unconventional property, special formed this link still needs manual completing.But, generally do not there is systematicness because chopsticks are special formed, its surface profile is not by conventional rectilinear(-al), cuts this irregular surface configuration at chopsticks with cutter by hand, be very difficult and efficiency very low.Process chopsticks and even want tens minutes, be not applicable to batch production.And move tentering degree, the cutting dynamics etc. of hand-held cutter or chopsticks is all very difficult to hold when hand moulding, the shape difference between the different root chopsticks that hand moulding completes is very large, and product effect is very undesirable.
Summary of the invention
The object of the invention is the problem in order to solve handwork inefficiency, proposed a kind of equipment that can facilitate workman chopsticks to be carried out to moulding, to improve chopsticks working (machining) efficiency, reduce costs, promote chopsticks production capacity.
To achieve these goals, the technical solution used in the present invention is:
A kind ofly comprise frame for chopsticks being carried out to the equipment (be called for short chopsticks mo(u)lding equipment) of moulding processing, frame is provided with carriage arbor and the chopsticks clamping mechanism mount pad for moulding milling cutter is set; Described chopsticks clamping mechanism mount pad can slide up and down to be arranged in frame by the first guide rail mechanism; One extension spring lower end is fixed on described chopsticks clamping mechanism mount pad, and upper end and frame are fixed.
Described chopsticks clamping mechanism comprises the base plate of horizontal and is arranged at the clamp assemblies for fixing chopsticks to be processed on base plate, and described base plate can be slidably arranged on described chopsticks clamping mechanism mount pad along the length direction that is held chopsticks by the second guide rail mechanism.The blade of described moulding milling cutter is corresponding with to be processed that is clamped in chopsticks to be processed in clamp assemblies.One moulding mould is installed on described base plate, described moulding mould end face comprises one section of moulding reference plane isometric with chopsticks, and the surface configuration of fluctuations and the target chopsticks face of described moulding reference plane shape on chopsticks length direction is consistent in the fluctuations on equidirectional.One pulley is arranged at the top of described moulding mould, for assembling the installation shaft horizontal of described pulley and relative with frame fixing.Under the active force upwards described chopsticks clamping mechanism mount pad being produced at described extension spring, described moulding mould end face is pressed on below described pulley.
When above-mentioned chopsticks mo(u)lding equipment uses, pushing clamping to milling cutter direction has the chopsticks clamping mechanism of chopsticks, and chopsticks move along its length, and start process from the blade of moulding milling cutter by one end, on chopsticks, are cut with edge of milling cutter contact site.And at chopsticks from the blade of moulding milling cutter in process, moulding reference plane on described moulding mould is also just from described pulley below process, because the shape of described moulding reference plane is the target shape fluctuations of an imitative face of chopsticks on the length direction of chopsticks.Under the pressure of pulley, along with the moulding reference plane fluctuations contacting with pulley, whole chopsticks clamping mechanism rise and fall.Be in the process of chopsticks process from edge of milling cutter, simultaneously also at rise and fall.Thus, moulding milling cutter cuts the surface configuration consistent with moulding reference plane fluctuations on the machined surface of chopsticks.Push chopsticks clamping mechanism and pass through edge of milling cutter to chopsticks whole body, a face of chopsticks machines.
The present invention adopts milling cutter to fix and the mode of chopsticks motions completes chopsticks processing, by the setting chopsticks clamping mechanism mount pad that can slide up and down, on cooperation extension spring, draw effect and the suppressing action of pulley to moulding mould, realize chopsticks in by the working angles of milling cutter with the fluctuations of moulding mould end face dipping and heaving, and then realization processes the surface configuration consistent with the moulding reference plane fluctuating shape of moulding mould, the final object that chopsticks are carried out to moulding that realizes on face of chopsticks.Equipment of the present invention adopts the moulding mould with definite moulding reference plane to carry out automatic modeling, once pushes the moulding processing that only completes one side for several seconds.Compared with manual repeatedly turning or polishing moulding, efficiency can improve tens times even tens times.In addition, in equipment of the present invention, variation in the direction that moulding after chopsticks are processed is moved at chopsticks by the end face shape of moulding mould determines, uses each face of same chopsticks and the shape of corresponding of different chopsticks that same moulding mould processes can be identical.Efficiently solve the problem that there are differences of shape between the different chopsticks that hand moulding shape exists.
In equipment of the present invention, determine that the critical component of chopsticks final form is moulding mould, other part belongs to common segment, therefore changes moulding mould and can make equipment have the function of the multiple chopsticks moulding of processing.To this, the mounting structure of described moulding mould on base plate should, to be convenient for changing as preferably, be considered the assembly structure that the present invention is preferably bolted from simple and stable angle.Such as, the position that moulding mould is installed on base plate is provided with connecting hole, tapped blind hole is established in the position of the corresponding described connecting hole in moulding mould bottom, the bolt upper end of matching with the screwed hole on moulding mould screws in the screwed hole of moulding mould after the connecting hole base plate is passed in below, and the spiral shell of bolt emits together with moulding mould described base plate is clipped in the middle.While adopting this connected mode, connecting hole is positioned at mold bottom, relatively attractive in appearance, and connector do not hinder setting and the motion of near other parts mould, nor need on moulding mould, design fixed edge structure, and advantage is very obvious.
Described clamp assemblies its role is to fixing chopsticks to be processed so that processing, in every case can be by the mode compressing, structure fixing chopsticks is all applicable, generally should comprise at least one determine hold assembly and a moving hold assembly, describedly determine hold assembly and on moving hold assembly, there is relative level and smooth clamping face.Wherein moving hold assembly activity form can be that slip, swing etc. are various can be to determining the close form of hold assembly.
Describedly determine hold assembly and should fix with described base plate, described moving hold assembly can be selected to be slidably disposed on base plate by the 3rd guide rail mechanism.Along moving hold assembly glide direction, one clamping screw mandrel is set simultaneously, its setting party will ensure at screw axis upwards, screw mandrel is relative with described base plate fixing, and load onto handwheel (or a screw mandrel drive motors is set) in one end of clamping screw mandrel, and then a thread bush is set, described thread bush is sleeved on clamping screw mandrel and threaded engagement with it, and described thread bush is fixedly connected with described moving hold assembly.
The effect of described moulding milling cutter is to excise material from chopsticks to be processed, it is a rotary part, need to be arranged on one can the mill principal axis of High Rotation Speed on, described mill principal axis can be connected with motor output shaft by transmission mechanism, also can coaxially install with motor (the calling cutter motor in the following text) output shaft for driving moulding milling cutter, or cutter motor output shaft itself, that is, described moulding milling cutter is coaxially arranged on a cutter motor output shaft.The preferred the latter of the present invention.
Described carriage arbor can only comprise that one is directly fixed on main shaft mount pad or the cutter motor mount pad for installation mill principal axis or cutter motor of frame.Because the high and low position of described moulding milling cutter is determining working depth on chopsticks, for the ease of regulating the high and low position of milling cutter, the present invention has also designed a kind of carriage arbor of the relative complex being made from multiple components, it comprises the knife rest riser being fixed in frame, and can slide up and down to be arranged on main shaft mount pad or the cutter motor mount pad on described knife rest riser by guide rail mechanism.On described knife rest riser, climb cutting cutter regulates direction to establish a milling cutter and regulates screw mandrel, and one is sleeved on described milling cutter regulates on screw mandrel and the thread bush coordinating is with it fixed with main shaft mount pad or cutter motor mount pad, and handwheel is established in described milling cutter adjusting screw mandrel one end.
Adopt the carriage arbor structure of above-mentioned relative complex, can realize the regulatory function of milling cutter high and low position, not only bring convenience to the debugging of equipment, can also make equipment be applicable to the processing of the chopsticks of plurality of specifications, improve the practicality of equipment.
In such scheme, described first, second, third, fourth guide rail mechanism is the function composition of realizing associated components or assembly slip, can there is multiple concrete form, such as monorail, double rail type or multi-rail type, selecting of described guide rail also has multiple choices, and the guide rail that can realize two corresponding component relative slidings as circular guideway, square rail, triangular guide or dovetail slideway etc. all can.
Improve as described mo(u)lding equipment of the present invention is a kind of, in order to reduce the surface abrasion of moulding mould, and be convenient to change moulding mould, described mo(u)lding equipment can also arrange a connecting rod, its upper end is hinged on described chopsticks clamping mechanism mount pad, lower end is hinged on a fork middle part, and described fork one end is hinged in frame, and the other end is equipped with pedal.After so improving, can, after face rectangle of chopsticks, first push down on the pedal, connecting rod pulls chopsticks clamping mechanism mount pad to move down together with chopsticks clamping mechanism, makes moulding mould depart from described pulley, and then retracts chopsticks clamping mechanism to initial bit.Compared with improving pre-structure, can reduce the wearing and tearing of half to moulding mould.And after improving, changing when moulding mould, depress pedal, just dismounting very easily.
Brief description of the drawings
Fig. 1 is a kind of structural representation with special formed chopsticks;
Fig. 2 is the structural representation for the chopsticks mo(u)lding equipment of chopsticks shown in manuscript 1;
Fig. 3 is the left TV structure schematic diagram of chopsticks mo(u)lding equipment shown in Fig. 2;
Fig. 4 is the chopsticks clamping mechanism plan structure schematic diagram of chopsticks mo(u)lding equipment shown in Fig. 2;
Fig. 5 is the chopsticks clamping mechanism structure for amplifying schematic diagram of chopsticks mo(u)lding equipment shown in Fig. 2;
Fig. 6 is the chopsticks prototype structure schematic diagram that is applicable to the mo(u)lding equipment of chopsticks shown in Fig. 2 and carries out moulding;
Fig. 7 be in Fig. 6 A-A to cross section enlarged drawing;
Fig. 8 be in Fig. 6 B-B to cross section enlarged drawing;
Fig. 9 is the chopstick structure schematic diagrames of chopsticks shown in Fig. 6 through the moulding of the mo(u)lding equipment of chopsticks shown in Fig. 2;
Figure 10 be in Fig. 9 C-C to cross section enlarged drawing;
Figure 11 be in Fig. 9 D-D to cross section enlarged drawing;
Figure 12 is the structural representations after polishing of chopsticks shown in Fig. 9;
Figure 13 be in Figure 12 E-E to cross section enlarged drawing;
Figure 14 be in Figure 12 F-F to cross section enlarged drawing.
Detailed description of the invention
Below in conjunction with a specific embodiment, equipment of the present invention is described further.
With reference to Fig. 2,3, what this figure showed is a kind of specific implementation of chopsticks mo(u)lding equipment of the present invention, in this example, this equipment comprises frame, frame top is deck plate 13, on described deck plate 13, be fixed with the knife rest riser 4 of vertical setting, knife rest riser 4 one sides are provided with two line slideways 3 that vertically arrange, one cutter motor 14 is fixed on a tabular cutter motor mount pad 5, described cutter motor mount pad 5 another sides are fixed with two sliding sleeves 19 that coordinate with described two line slideways 3, and described two sliding sleeves are assemblied in respectively on two line slideways.One screw mandrel 2 arranging abreast with described line slideway assembles that (not limiting screw mandrel by bearing etc. rotates relative to end plate, but the axially movable each assembly structure of the restriction relative end plate of screw mandrel) on the end plate 22 of knife rest riser upper end, described screw mandrel 2 upper ends are provided with handwheel 1, on described cutter motor mount pad 5, be fixed with a thread bush, described thread bush and described screw mandrel are assembled together.Coaxial Assembly modeling milling cutter 31 on described cutter motor output shaft, described moulding milling cutter has circular arc concavity blade.
Described chopsticks clamping mechanism mount pad is T shape structure, comprise horizontally disposed supporting plate 12 and be vertically fixed on the riser 26 below supporting plate, described riser 26 sides are fixed with two line slideways 25 that vertically arrange, described deck plate 13 belows are provided with frame bottom girder, on bottom girder, be fixed with chopsticks clamping mechanism mounting bracket 27, a side of the transverse slat 24 of chopsticks clamping mechanism mounting bracket 27 upper ends is provided with two two line slideways that arrange with riser 26 sides respectively and coordinates the sliding sleeve 36 being assembled together.
With reference to Fig. 4,5, described supporting plate 12 is provided with the line slideway 10 of two levels above, and what coordinate with it respectively is two base plates 9 that are fixed on chopsticks clamping mechanism, two sliding sleeves 11 below.Extension spring 35 upper ends are hooked in a hanging sleeve of described deck plate 13 bottom surfaces, and lower end is hooked on the short column 37 fixing with described chopsticks clamping mechanism mount pad riser 26.One heel post 23 of described chopsticks clamping mechanism mounting bracket 27 is provided with fork minor axis 29 is installed, one fork 38 one end are hinged on fork and install on minor axis 29, the other end is equipped with pedal 30, one connecting rod 28 upper ends are hinged on described chopsticks clamping mechanism mount pad riser 26, and lower end is hinged on described fork 38 middle parts.
On the base plate 9 of described chopsticks clamping mechanism, be fixedly installed respectively from left to right the moulding mould 20 of lath-shaped, horizontally disposed clamp plate 21, two line slideways 8, two sliding sleeves 7 that match with the line slideway on base plate 9 are fixed on below moving clamping plate 33.Described moving clamping plate 33 are concordant with clamp plate 21, and described clamp plate 21 is fixing by two Z-type bearings and base plate 9, and clamp plate 21 is provided with clamp bar 18 above, and described moving clamping plate 33 are provided with moving clamp bar 32 above, and described clamp bar 18 is facing each other with moving clamp bar 32 opposite faces.A described moving clamping plate 33 intrinsic thread bush 16 below, clamping screw mandrel 17 assembles that (not limiting screw mandrel by bearing etc. rotates relative to end plate, but the axially movable each assembly structure of the restriction relative end plate of screw mandrel) on described base plate 9 right sides, thread bush 16 below described clamping screw mandrel 17 left part and moving clamping plate is assembled together, described clamping screw mandrel right-hand member is provided with clamping handwheel 15, and clamping handwheel is provided with handle 34.
On deck plate 13, a column 40 is established in the left side of corresponding chopsticks clamping mechanism, and a horizontally disposed minor axis 39 is fixed in column upper end, and pulley 6 is installed on minor axis, and pulley 6 peripheries are cylinder, and width is suitable with moulding mould 20 thickness.
This routine chopsticks mo(u)lding equipment in use, mainly comprises following operating procedure:
The first, select and install moulding mould, and confirm that chopsticks clamping mechanism is positioned at start bit.
The second, will treat that moulding chopsticks clamping is in clamp assemblies, make that chopsticks are to be processed to face up.Then start cutter motor.
Three, push chopsticks clamping mechanism to milling cutter direction, until whole chopsticks are from milling cutter tip below process.
In this step, the chopsticks that are held are started to contact with edge of milling cutter by front end, are cut successively with edge of milling cutter contact site.In working angles, described moulding mould is mobile from described pulley below, the position fluctuations of the corresponding pulley of described moulding mould end face, under the pressure of pulley, whole chopsticks clamping mechanism rise and fall, milling cutter cuts one section of consistent surface configuration of end face fluctuating shape of chopsticks length corresponding to moulding mould on to be processed of chopsticks.Push chopsticks clamping mechanism and pass through edge of milling cutter to chopsticks whole body, a face of chopsticks machines.
Four, push down on the pedal, fork pulls chopsticks clamping mechanism mount pad to move down together with chopsticks clamping mechanism by connecting rod, and chopsticks leave milling cutter downwards, and moulding mould leaves pulley downwards simultaneously.The chopsticks clamping mechanism of now pulling back, gets back to initial bit, decontrols pedal.
Five, unload the new clamping chopsticks of laying equal stress on, make another one treat that work faces up.Repeat the first two step, after four faces of chopsticks all machine, the moulding of chopsticks is complete.Chopsticks through moulding processing carry out, after polishing, getting product.
With reference to Fig. 6-14, what this group diagram was shown is to use process equipment shown in Fig. 1-5 to carry out the effect of chopsticks moulding front and back and the polishing front and back of moulding, in Fig. 6,9, two-dot chain line is depicted as moulding milling cutter cutting line, in Fig. 9,10,11, dotted line is depicted as moulding starting section profile, in Fig. 9,10,11, dotted line is moulding edge of milling cutter profile index line, in Figure 12-14, peripheral dotted line is moulding front profile, and inside enclosing dotted line is polishing front profile after moulding.
Wherein Fig. 6-8th, before moulding, masterbatch is a rectangular strip bamboo cane, and it is square that upper semisection cross section is standard, sees Fig. 7, and lower semisection forms conical section after turning processing, and cross section is rounded, sees Fig. 8.
Chopsticks shown in Fig. 6-8, after the moulding of process equipment shown in Fig. 1-5 processing, chopsticks upper end is cut the tip that forms the flat-top that external diameter accepts gradually, and the original faceted pebble of the chopsticks first half is processed into convex globoidal by concave arc shape blade, cross section is the squarish that four limits are convex arc, sees Figure 10.Chopsticks lower semisection tapering is eliminated substantially, and cross sectional shape becomes from original circle the squarish that four limits similar to upper semisection one are convex arc, sees Figure 11.
Chopsticks shown in Fig. 9-11, after polishing, upper and lower end parts forms round end, sees Figure 12, and four corner angle of chopsticks body are by rounding, approximate four jiaos of square through rounding in upper-lower section cross section.See Figure 13,14.
Claims (10)
1. for chopsticks being carried out to an equipment for moulding processing, it is characterized in that, comprise frame, frame is provided with carriage arbor and the chopsticks clamping mechanism mount pad for moulding milling cutter is set;
Described chopsticks clamping mechanism mount pad can slide up and down to be arranged in frame by the first guide rail mechanism; One extension spring lower end is fixed on described chopsticks clamping mechanism mount pad, and upper end and frame are fixed;
Described chopsticks clamping mechanism comprises the base plate of horizontal and is arranged at the clamp assemblies for fixing chopsticks to be processed on base plate, and described base plate can be slidably arranged on described chopsticks clamping mechanism mount pad along the length direction that is held chopsticks by the second guide rail mechanism; The blade of described moulding milling cutter is corresponding with to be processed that is clamped in chopsticks to be processed in clamp assemblies; One moulding mould is installed on described base plate, described moulding mould end face comprises one section of moulding reference plane isometric with chopsticks, the surface configuration of fluctuations and the target chopsticks face of described moulding reference plane shape on chopsticks length direction is consistent in the fluctuations on equidirectional, one pulley is arranged at the top of described moulding mould, for assembling the installation shaft horizontal of described pulley and relative with frame fixing; Under the active force upwards described chopsticks clamping mechanism mount pad being produced at described extension spring, described moulding mould end face is pressed on below described pulley.
2. according to claim 1 for chopsticks being carried out to the equipment of moulding processing, it is characterized in that, on described base plate, be provided with connecting hole for the position that moulding mould is installed, tapped blind hole is established in the position of the corresponding described connecting hole in moulding mould bottom, and the bolt upper end of matching with the screwed hole on moulding mould screws in the screwed hole of moulding mould after the connecting hole base plate is passed in below.
3. according to claim 1ly it is characterized in that for chopsticks being carried out to the equipment of moulding processing, described clamp assemblies comprises at least one determine hold assembly and a moving hold assembly, describedly determines hold assembly and on moving hold assembly, has relative level and smooth clamping face; Describedly determine hold assembly and described base plate is fixed, described moving hold assembly is slidably disposed on base plate by the 3rd guide rail mechanism; Along moving hold assembly glide direction, one clamping screw mandrel is set, at screw axis upwards, clamping screw mandrel is relative with described base plate fixing, handwheel is equipped with in one end of clamping screw mandrel, one thread bush is sleeved on clamping screw mandrel and threaded engagement with it, and described thread bush is fixedly connected with described moving hold assembly.
4. according to claim 1ly it is characterized in that for chopsticks being carried out to the equipment of moulding processing, described moulding milling cutter is coaxially arranged on a cutter motor output shaft; Described carriage arbor comprises the knife rest riser being fixed in frame, and can slide up and down to be arranged on the cutter motor mount pad on described knife rest riser by guide rail mechanism; On described knife rest riser, climb cutting cutter regulates direction to establish a milling cutter and regulates screw mandrel, and one is sleeved on described milling cutter regulates the thread bush and the cutter motor mount pad that on screw mandrel, also coordinate with it to fix, and described milling cutter regulates screw mandrel one end to establish handwheel.
5. according to claim 1 for chopsticks being carried out to the equipment of moulding processing, it is characterized in that, a small end is hinged on described chopsticks clamping mechanism mount pad, and lower end is hinged on a fork middle part, described fork one end is hinged in frame, and the other end is equipped with pedal.
6. according to claim 1 for chopsticks being carried out to the equipment of moulding processing, it is characterized in that, described frame top is deck plate (13), on described deck plate (13), be fixed with the knife rest riser (4) of vertical setting, knife rest riser (4) one sides are provided with two line slideways (3) that vertically arrange, one cutter motor (14) is fixed on a tabular cutter motor mount pad (5), described cutter motor mount pad (5) another side is fixed with two sliding sleeves (19) that coordinate with described two line slideways (3), described two sliding sleeves are assemblied in respectively on two line slideways, one screw mandrel (2) arranging abreast with described line slideway is assemblied on the end plate (22) of knife rest riser upper end, described screw mandrel (2) upper end is provided with handwheel (1), on described cutter motor mount pad (5), be fixed with a thread bush, described thread bush and described screw mandrel are assembled together, coaxial Assembly modeling milling cutter (31) on described cutter motor output shaft, described moulding milling cutter has circular arc concavity blade.
7. according to claim 6 for chopsticks being carried out to the equipment of moulding processing, it is characterized in that, described chopsticks clamping mechanism mount pad is T shape structure, comprise horizontally disposed supporting plate (12) and be vertically fixed on the riser (26) below supporting plate, described riser (26) side is fixed with two line slideways (25) that vertically arrange, on frame bottom girder, be fixed with chopsticks clamping mechanism mounting bracket (27), one side of the transverse slat (24) of chopsticks clamping mechanism mounting bracket (27) upper end is provided with two two line slideways that arrange with riser (26) side respectively and coordinates the sliding sleeve (36) being assembled together.
8. according to claim 7 for chopsticks being carried out to the equipment of moulding processing, it is characterized in that, described supporting plate (12) is provided with the line slideway (10) of two levels above, and what coordinate with it respectively is two base plates (9) that are fixed on chopsticks clamping mechanism, two sliding sleeves (11) below; Extension spring (35) upper end is hooked in a hanging sleeve of described deck plate (13) bottom surface, and lower end is hooked on the short column (37) fixing with described chopsticks clamping mechanism mount pad riser (26); One heel post (23) of described chopsticks clamping mechanism mounting bracket (27) is provided with fork minor axis (29) is installed, one fork (38) one end is hinged on fork and installs on minor axis (29), the other end is equipped with pedal (30), it is upper that one connecting rod (28) upper end is hinged on described chopsticks clamping mechanism mount pad riser (26), and lower end is hinged on described fork (38) middle part.
9. according to claim 8 for chopsticks being carried out to the equipment of moulding processing, it is characterized in that, the moulding mould (20), horizontally disposed clamp plate (21), two line slideways (8) that on the base plate (9) of described chopsticks clamping mechanism, are fixedly installed respectively from left to right lath-shaped, two sliding sleeves 7 that match with the line slideway on base plate (9) are fixed on moving clamping plate (33) below; Described moving clamping plate (33) are concordant with clamp plate (21), described clamp plate (21) is fixing by two Z-type bearings and base plate (9), clamp plate (21) is provided with clamp bar (18) above, described moving clamping plate (33) are provided with moving clamp bar (32) above, and described clamp bar (18) is facing each other with moving clamp bar (32) opposite face; Described moving clamping plate (33) are an intrinsic thread bush (16) below, clamping screw mandrel (17) is assemblied in described base plate (9) right side, thread bush (16) below described clamping screw mandrel (17) left part and moving clamping plate is assembled together, described clamping screw mandrel right-hand member is provided with clamping handwheel (15), and clamping handwheel is provided with handle (34).
10. according to claim 9 for chopsticks being carried out to the equipment of moulding processing, it is characterized in that, a column (40) is established in the left side of the upper corresponding chopsticks clamping mechanism of deck plate (13), a horizontally disposed minor axis (39) is fixed in column upper end, pulley (6) is installed on minor axis, and pulley (6) periphery is cylinder.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210392291.4A CN102950636B (en) | 2012-10-16 | 2012-10-16 | Equipment for carrying out shaping processing on chopsticks |
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| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201210392291.4A CN102950636B (en) | 2012-10-16 | 2012-10-16 | Equipment for carrying out shaping processing on chopsticks |
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| CN102950636A CN102950636A (en) | 2013-03-06 |
| CN102950636B true CN102950636B (en) | 2014-10-08 |
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| CN201210392291.4A Active CN102950636B (en) | 2012-10-16 | 2012-10-16 | Equipment for carrying out shaping processing on chopsticks |
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| CN114179180B (en) * | 2020-10-23 | 2022-07-26 | 光泽县和合竹木制品有限公司 | Chopstick slitting and forming method |
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|---|---|
| CN102950636A (en) | 2013-03-06 |
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