CN202572570U - Machine for forming wooden handle of steel wire brush - Google Patents
Machine for forming wooden handle of steel wire brush Download PDFInfo
- Publication number
- CN202572570U CN202572570U CN 201220116667 CN201220116667U CN202572570U CN 202572570 U CN202572570 U CN 202572570U CN 201220116667 CN201220116667 CN 201220116667 CN 201220116667 U CN201220116667 U CN 201220116667U CN 202572570 U CN202572570 U CN 202572570U
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- binder
- slide block
- timber
- guide rail
- push pedal
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- Withdrawn - After Issue
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Abstract
The utility model discloses a machine for forming a wooden handle of a steel wire brush. The key point is that the machine comprises a machine body, a feeding mechanism, a timber pressing cam mechanism and a forming mechanism; the machine body has a frame structure, is used for fixing parts and comprises a timber pushing sliding block guide rail, a timber pressing sliding block guide rail and a timber pressing groove, the timber pushing sliding block guide rail is positioned on the upper plane of the machine body, and the timber pressing groove is positioned below the timber pressing sliding block guide rail; the feeding mechanism does reciprocating motion and feeds timbers on a base plate to the timber pressing groove; the timber pressing cam mechanism is connected with a feeding transmission mechanism, the timbers are pressed downward, and the corresponding motion relationship between a cam and a sliding block is that the cam rises to the highest end when the sliding block moves until the timbers are completely pushed; a forming cutter consists of a left forming cutter and a right forming cutter, the left forming cutter and the right forming cutter are respectively connected with the respective motors and respectively positioned on left and right sides of the timber pressing groove in a horizontally staggered mode. According to the machine, the production process of the steel wire brush is changed into a mechanical machining mode from a manual machining mode, so that the product efficiency and the product yield are greatly improved, and the labor intensity is reduced.
Description
Technical field
The utility model belongs to product forming machine, relates in particular to wire brush wooden handle make-up machine.
Background technology
The wooden handle wire brush mainly is made up of wooden handle and steel wire, is applied to the surface treatment of steel or Aluminum usually, and it is in great demand.At present; The wooden handle of wire brush such as Fig. 1, shown in Figure 2, it is that wood chip by width such as equal thickness carries out moulding and processes the inclined-plane 91 on the top that its main machined surface is both sides and the arc surface of holding 92; All be to carry out moulding by hand through the master worker to make, labour intensity is big, efficient is low in the past.And, causing product quality uneven easily because labor's level differs, qualification rate is not high, the waste resources of production.
Summary of the invention
The utility model purpose is to overcome above-mentioned defective, and a kind of wire brush wooden handle make-up machine that reduces labor strength, enhances productivity, ensures the quality of products is provided.
The utility model is a kind of wire brush wooden handle make-up machine, and its main points are that said wire brush wooden handle make-up machine comprises body, feeder, binder cam mechanism, shaping mechanism; Described body is a frame structure, is used for fixing each parts, includes pusher slide block guide rail, binder slide block guide rail, binder groove; The pusher slide block guide rail is positioned at the last plane of body, and the binder groove is positioned at the below of binder slide block guide rail, and the binder groove is perpendicular to horizontal plane; Be made up of left side press strip, right side press strip, top press strip, tail end press strip, the spacing of left side press strip, right side press strip is identical with the width of timber, and the spacing of top press strip, tail end press strip is identical with the length of timber; Form the timber shaping channel; Dual-side at the binder trench bottom respectively is fixed with two clamping devices, clamps timber from two sides, guarantees that timber is fixed in the binder groove;
Described feeder comprises that feed motor, feed transmission mechanism, pusher, material inlet, binder are rectangular; Pusher comprises the slide block that places the pusher slide block guide rail, the push pedal that is fixedly connected with slide block, base plate; The feed motor is fixed on the body, and the feed motor is connected the rectangular top that is fixed on base plate with spring of binder through the feed transmission mechanism with slide block in the pusher; With the gap of backplate surface be the thickness of timber; Two cell bodies of material inlet are distributed in the top, both sides of pusher slide block guide rail symmetrically and are fixed on the body upper end, and its below is a base plate, and slide block drives the push pedal reciprocating motion timber on the base plate is delivered to the binder groove;
Described binder cam mechanism links to each other with the feed transmission mechanism, and the driving link of binder cam mechanism is a cam, and driven member is a binder slide block assembly; Binder slide block assembly comprises roller, binder slide block, holding pad, binder return spring, and holding pad is fixed on the lower end of binder slide block, and the axle of roller is fixed on the binder upper end of slide block; The surface of roller contacts with cam, and rotatablely moving of cam changed into moving up and down of binder slide block, and drives holding pad to pressing down timber; Binder return spring one end is fixed on the body, and an end connects the binder slide block, and the binder slide block places the binder slide block guide rail; When cam rises; The binder return spring drives the binder slide block, holding pad rises, and the corresponding relation of cam, slide block movement is a slide block movement when arriving pusher and finishing, and cam rises to most significant end;
Described shaping mechanism comprises at least two moulding cutter assemblies, moulding cutter motor, motor frame; The bearing block of moulding cutter assembly is fixed on the body, and motor frame and body are connected, and moulding cutter motor is fixed on the motor frame and with moulding cutter assembly and links to each other; The moulding cutter is made up of left moulding cutter and right moulding cutter; Left side moulding cutter and right moulding cutter link to each other with separately motor respectively, and left and right sides moulding cutter lays respectively at the left and right sides of binder groove, staggers up and down.
Fill it up with the timber base at the beginning of the utility model uses, wanting earlier with the binder groove; Preferably in type product, the clamping device of the both sides through the binder trench bottom is fixed in the binder groove, because the machined surface of product both sides all arrives center line; For preventing that cutter from interfering with each other, its upper and lower dislocation is arranged.Because pusher and binder use same motor, pusher and binder keep synchronously easily.
Described feed transmission mechanism comprises decelerator, crankwheel assembly, connecting rod; The output shaft of feed motor links to each other with input shaft of speed reducer; The output shaft of decelerator is connected with the crankwheel assembly, and an end and the slide block of connecting rod are hinged, and the crankwheel in the other end and the crankwheel assembly is hinged.
Crankwheel assembly, connecting rod change into rotatablely moving of motor the back and forth movement of slide block level.
Because processing at first is length direction in the timber processing, that is to say the log section of being sawn into earlier, and then is sawn into sheet, therefore the length of timber sheet material is greater than the finished product design size usually, so before processing and forming, want to cut the timber sheet flat earlier.
It also includes cuts the flat-bed machine structure, and described section flat-bed machine structure comprises a section ordinary telegram machine, saw blade, reference block, cuts an ordinary telegram machine and is fixed on the body, and its output shaft links to each other with saw blade, and reference block and saw blade are arranged symmetrically in pusher slide block guide rail side and are fixed on the body.
Distance between reference block and the saw blade is exactly the design size of finished product length.
Make the spacing between material inlet and the binder groove strengthen owing to increased section flat-bed machine structure, if still have only the one-level pusher so the diameter of crankwheel will increase, thereby the increase machine volume, so the utility model changes pusher into the secondary pusher.
The secondary pusher is divided into the upper and lower, and the upper strata pusher comprises push pedal, central dividing plate; Lower floor's pusher comprises push pedal, base plate, and the central dividing plate below has chute, and push pedal is placed in the chute and moves; On short transverse: base plate, push pedal, central dividing plate, last push pedal stack the horizontal length direction successively from bottom to top: the initial upward push pedal of motion is positioned at the place ahead of material inlet, and push pedal flushes with central dividing plate; Last push pedal is fixedly connected with slide block with push pedal through cushion block, and connecting rod is connected with slide block, and push pedal is gone up in drive simultaneously, back and forth movement is made in push pedal; Last push pedal promotes timber and moves to base plate from material inlet along the central dividing plate upper surface; Push pedal is pushed into the binder groove with the timber on the base plate, and the rectangular one-tenth stairstepping of binder to the central dividing plate thickness that sinks, can be pushed down the timber on central dividing plate and the base plate in central dividing plate end simultaneously.
In order to prevent that timber from jumping out the binder groove in process, anti-resilience mechanism is installed on the binder slide block guide rail above the binder groove, described anti-resilience mechanism comprises bearing, extension spring, binder block; Binder block is positioned at the charging aperture of binder groove; Timber in binder block lower surface and the binder groove joins, and bearing is fixed on the binder slide block guide rail, and binder block and bearing are hinged; Extension spring one end connects binder block, and the other end is fixed on the binder slide block guide rail.
When timber is pushed to the binder groove, binder block is backed down get into the binder groove earlier, under action of cam, timber moves downward, and binder block is return under the extension spring effect, pushes down timber, prevents that timber from losing the resilience of cam pressure.
Described shaping mechanism comprises the left side two moulding cuttves assembly, the right two moulding cuttves assembly, and the left side two moulding cuttves assembly connects same motor, and the right two moulding cuttves assembly connects another motor, and four moulding cutter assembly alternatively up and down are arranged.
Consider that the timber processing capacity is bigger, only with one the moulding cutter, cutting force is big, and the cutting face is coarse, so every side is divided into roughing and fine finishining respectively with two moulding cuttves.
Clamping device is made up of spring and fixed leg, clamps timber from two sides, guarantees that timber is fixed in the binder groove.
Owing to adopted technique scheme; Compare with the prior art scheme; The utility model changes the production technology of wire brush wooden handle into mechanization by processing manually and processes automatically; Make production efficiency increase substantially, improved the qualification rate of product, practiced thrift the resources of production and reduced labour intensity simultaneously.
Description of drawings
Fig. 1 is the structural representation of wooden handle of the converted products wire brush of the utility model
Fig. 2 is the vertical view of Fig. 1
Fig. 3 is the structural representation of the utility model
Fig. 4 is the moulding cutter assembly of the utility model and the structural representation of binder groove
Fig. 5 is the structural representation of the utility model embodiment 2
Fig. 6 is the A-A cutaway view of Fig. 5
Fig. 7 is the B-B cutaway view of Fig. 5
Fig. 8 is that the C of Fig. 5 is to partial view
Fig. 9 is the partial enlarged drawing I of Fig. 5
Figure 10 is the cross-sectional profile sketch map of the utility model embodiment 2 pushers
Figure 11 is the longitudinal section generalized section of the utility model embodiment 2 pushers
Where: 1? Organism 2? Feed motor 3? Truncated motor ? 4? Pusher slide rails Five push-up plate 6 middle partition 7 floor 8 ? to the inlet 9? rod? 10? reference block 11? binder strip 12? cam assembly 13? roller 14? binder slider 15? Binder return spring ? 16? binder slide rails 17? motor frame 18? Left molding cutter motor 19? Right molding cutter motor 20? reducer 21? pressure trough? 22? saw blade 23 skateboard tank 24? feed pulley 25? feed driven pulley ? 26? crank wheel assembly ? 27? pressure plate? 28? tension spring? 29? support 30? binder block 31? two driven sprockets 32? two sprocket ? 34? a driven sprocket 36? feeder sprocket ? 37 a sprocket ? 38? truncate pulley 39? truncate sheave wheel 40? feed driven sprocket 41? Left molding cutter assembly ? 42? Right molding cutter assembly 43 push plate 44? spout 45 sliders 46 pads 91 incline 92 circular surface 93 left layering 94 95 top right layering layering 96 end of the batten 97 clamping device.
The specific embodiment
Below in conjunction with accompanying drawing the utility model is done and to be further described.
Like Fig. 3, shown in Figure 4, a kind of wire brush wooden handle make-up machine comprises body 1, feeder, binder cam mechanism, shaping mechanism; Body 1 is a frame structure, is used for fixing each parts, includes pusher slide block guide rail 4, binder slide block guide rail 16, binder groove 21; Pusher slide block guide rail 4 is positioned at the last plane of body 1, and binder groove 21 is positioned at the below of binder slide block guide rail 16, and binder groove 21 is perpendicular to horizontal plane; Constitute by left side press strip 93, right side press strip 94, top press strip 95, tail end press strip 96; The spacing t of left side press strip 93, right side press strip 94 is identical with the width of timber, and the distance s of top press strip 95, tail end press strip 96 is identical with the length of timber, forms the timber shaping channel; Dual-side in binder groove 21 bottoms respectively is fixed with two clamping devices 97; Clamping device 97 is made up of spring and fixed leg, clamps timber from two sides, guarantees that timber is fixed on binder groove 21;
Feeder comprises that feed motor 2, feed transmission mechanism, pusher, material inlet 8, binder are rectangular 11, and feed motor 2 is fixed on the body 1, and feed motor 2 is connected with slide block 45 in the pusher through the feed transmission mechanism; Slide block 45 places pusher slide block guide rail 4, is fixedly connected with push pedal 43, and timber is dropped on the base plate 7 by material inlet 8; The rectangular 11 usefulness springs of binder are fixed on the top of base plate 7; With the gaps on base plate 7 surface be the thickness of timber, guarantee that timber moves between base plate 7 and binder rectangular 11, material inlet 8 is that two U-lag steel are processed; Two cell bodies are distributed in the top, both sides of pusher slide block guide rail 4 symmetrically and are fixed on body 1 upper end; It is fixed that it highly can come according to the speed of machine, as long as workman's operation is able to do in time, slide block 45 drives push pedal 43 reciprocating motions the timber on the base plate 7 is delivered to binder groove 21;
The power transmission route of feeder is: feed motor 2 → feed driving pulley 24 → feed driven pulley 25 → decelerator 20 → feed drive sprocket 36 → feed driven sprocket 40 → crankwheel assembly 26 → connecting rod 9 → slide block 45.
The binder cam mechanism links to each other with the feed transmission mechanism, and the driving link of binder cam mechanism is a cam 12, and driven member is a binder slide block assembly; Binder slide block assembly comprises roller 13, binder slide block 14, holding pad 27, binder return spring 15, and holding pad 27 is fixed on the lower end of binder slide block 14, and the axle of roller 13 is fixed on binder slide block 14 upper ends; The surface of roller 13 contacts with cam 12, and the two connection of rolling changes into moving up and down of binder slide block 14 with rotatablely moving of cam 12; And drive holding pad 27 to pressing down timber; Binder return spring 15 1 ends are fixed on the body 1, and an end connects binder slide block 14, and binder slide block 14 places binder slide block guide rail 16; When cam 12 rises; Binder return spring 15 drives binder slide block 14, holding pad 27 rises, and the corresponding relation of cam 12, slide block 45 motions is a slide block 45 when moving to pusher and finishing, and cam 12 rises to most significant end; Anti-resilience mechanism is installed on the binder slide block guide rail 16 above the binder groove 21; Anti-resilience mechanism comprises bearing 29, extension spring 28, binder block 30; Bearing 29 is fixed on the binder slide block guide rail 16; Binder block 30 is hinged with bearing 29, and extension spring 28 1 ends connect binder block 30, and the other end is fixed on the binder slide block guide rail 16.When timber is pushed to binder groove 21, binder block 30 is backed down get into binder groove 21 earlier, under action of cam; Timber moves downward; Binder block 30 is return under extension spring 28 effects, pushes down timber, prevents that timber resilience after the processing that loses cam pressure and cutter from going out binder groove 21.
The power transmission route of binder cam mechanism is: feed motor 2 → feed driving pulley 24 → feed driven pulley 25 → decelerator 20 → feed drive sprocket 37 → one-level drive sprocket 37 → one-level driven sprocket 34 → secondary drive sprocket 32 → secondary driven sprocket 31 → Cam set assembly 12 → roller 13 → binder slide block 14 → holding pad 27.
Shaping mechanism comprises two moulding cutter assemblies, moulding cutter motor, motor frame 17; The bearing block of moulding cutter assembly is fixed on the body 1, and motor frame and body 1 are connected, and moulding cutter motor is fixed on the motor frame 17 and with moulding cutter assembly and links to each other; The moulding cutter is made up of with right moulding cutter 42 left moulding cutter 41; Left side moulding cutter 41 and right moulding cutter 42 link to each other with separately motor respectively, and left and right sides moulding cutter lays respectively at the left and right sides of binder groove 21, staggers up and down.
During first the use, the knife edge of moulding cutter is avoided binder groove 21, clamps a slice timber with clamping device 97 earlier, and cribbing tablet up arrives binder groove 21 tops then.
Cut the flat-bed machine structure and comprise a section ordinary telegram machine 3, saw blade 22, reference block 10, cut an ordinary telegram machine 3 and be fixed on the body 1, its output shaft links to each other with saw blade 22, and reference block 10 is arranged symmetrically in pusher slide block guide rail 4 sides with saw blade 22 and is fixed on the body 1.Cutting the flat-bed machine structure is responsible for every block of timber by equal in length.
Its pusher is made up of the secondary pusher, is divided into the upper and lower, and the upper strata pusher comprises push pedal 5, central dividing plate 6; Lower floor's pusher comprises push pedal 43, base plate 7, and central dividing plate 6 belows have chute 23, and push pedal 43 is placed in motion in the chute 23; On short transverse: base plate 7, push pedal 43, central dividing plate 6, last push pedal 5 stack successively from bottom to top; The horizontal length direction: the initial upward push pedal 5 of motion is positioned at the place ahead of material inlet 8, and push pedal 43 central dividing plates 6 flush, and last push pedal 5 is fixedly connected with slide block 45 with push pedal 43 through cushion block 46; Connecting rod 9 is connected with slide block 45; Push pedal 5 is gone up in drive simultaneously, back and forth movement is made in push pedal 43, and last push pedal 5 promotes timber, and 6 upper surfaces move to base plate 7 from material inlet 8 along central dividing plate, and push pedal 43 is pushed into binder groove 21 with the timber on the base plate 7; The rectangular 11 one-tenth stairsteppings of binder to central dividing plate 6 thickness that sink, can be pushed down the timber on central dividing plate 6 and the base plate 7 in central dividing plate 6 ends simultaneously.
Feeder comprises that feed motor 2, feed transmission mechanism, pusher slide block 5, material inlet 8, binder are rectangular 11, and feed motor 2 is fixed on the body 1, and feed motor 2 is connected with pusher slide block 5 through the feed transmission mechanism.The described feed transmission mechanism of the utility model comprises decelerator 20, crankwheel assembly 26, connecting rod 9; The power shaft of the output shaft of feed motor 2 and decelerator 20 links to each other through the band transmission; The output shaft of decelerator 20 links to each other through the chain transmission with crankwheel assembly 26; One end and the slide block 45 of connecting rod 9 are hinged, and the crankwheel in the other end and the crankwheel assembly 26 is hinged.
The power transmission route of feeder is: feed motor 2 → feed driving pulley 24 → feed driven pulley 25 → decelerator 20 → feed drive sprocket 36 → feed driven sprocket 40 → crankwheel assembly 26 → connecting rod 9 → slide block 45.
The power transmission route of binder cam mechanism is: feed motor 2 → feed driving pulley 24 → feed driven pulley 25 → decelerator 20 → feed drive sprocket 37 → one-level drive sprocket 37 → one-level driven sprocket 34 → secondary drive sprocket 32 → secondary driven sprocket 31 → Cam set assembly 12 → roller 13 → binder slide block 14 → holding pad 27.
The power transmission route that cuts the flat-bed machine structure is: cut ordinary telegram machine 3 → section flat driving pulley 38 → section flat driven pulley 39 → saw blade 22.
Described shaping mechanism comprises the left side two moulding cuttves assembly, the right two moulding cuttves assembly; The left side two moulding cuttves assembly 41 connects same motor--left moulding cutter motor 18; Two the moulding cutter assemblies 42 in the right connect another motor--and 19, four moulding cuttves of right moulding cutter motor assembly alternatively up and down is arranged.
It is identical with embodiment 1 that all the other do not state part.
The utility model also may extend to other wooden handle product of processing.
Claims (7)
1. wire brush wooden handle make-up machine, it is characterized in that: said wire brush wooden handle make-up machine comprises body (1), feeder, binder cam mechanism, shaping mechanism, and described body (1) is a frame structure; Be used for fixing each parts; Include pusher slide block guide rail (4), binder slide block guide rail (16), binder groove (21), pusher slide block guide rail (4) is positioned at the last plane of body (1), and binder groove (21) is positioned at the below of binder slide block guide rail (16); Binder groove (21) is perpendicular to horizontal plane; Be made up of left side press strip (93), right side press strip (94), top press strip (95), tail end press strip (96), the spacing of left side press strip (93), right side press strip (94) is identical with the width of timber, and the spacing of top press strip (95), tail end press strip (96) is identical with the length of timber; Form the timber shaping channel; Dual-side in binder groove (21) bottom respectively is fixed with two clamping devices (97), clamps timber from two sides, guarantees that timber is fixed in the binder groove (21);
Described feeder comprises feed motor (2), feed transmission mechanism, pusher, material inlet (8), binder rectangular (11); Pusher comprises the slide block (45) that places pusher slide block guide rail (4), the push pedal (43) that is fixedly connected with slide block (45), base plate (7); Feed motor (2) is fixed on the body (1); Feed motor (2) is connected with slide block (45) in the pusher through the feed transmission mechanism; Binder rectangular (11) is fixed on the top of base plate (7) with spring; The gap surperficial with base plate (7) is the thickness of timber; Two cell bodies of material inlet (8) are distributed in the top, both sides of pusher slide block guide rail (4) symmetrically and are fixed on body (1) upper end, and its below is base plate (7), and slide block (45) drives push pedal (43) reciprocating motion the timber on the base plate (7) is delivered to binder groove (21);
Described binder cam mechanism links to each other with the feed transmission mechanism; The driving link of binder cam mechanism is cam (12), and driven member is a binder slide block assembly, and binder slide block assembly comprises roller (13), binder slide block (14), holding pad (27), binder return spring (15); Holding pad (27) is fixed on the lower end of binder slide block (14); The axle of roller (13) is fixed on binder slide block (14) upper end, and the surface of roller (13) contacts with cam (12), and rotatablely moving of cam (12) changed into moving up and down of binder slide block (14); And drive holding pad (27) to pressing down timber; Binder return spring (15) one ends are fixed on the body (1), and an end connects binder slide block (14), and binder slide block (14) places binder slide block guide rail (16); When cam (12) rises; Binder return spring (15) drives binder slide block (14), holding pad (27) rises, and the corresponding relation of cam (12), slide block (45) motion is a slide block (45) when moving to pusher and finishing, and cam (12) rises to most significant end;
Described shaping mechanism comprises at least two moulding cutter assemblies, moulding cutter motor, motor frame (17); The bearing block of moulding cutter assembly is fixed on the body (1); Motor frame and body (1) are connected; Moulding cutter motor is fixed on that motor frame (17) is gone up and links to each other with moulding cutter assembly, and the moulding cutter is made up of left moulding cutter (41) and right moulding cutter (42), and left moulding cutter (41) and right moulding cutter (42) link to each other with separately motor respectively; Left and right sides moulding cutter lays respectively at the left and right sides of binder groove (21), staggers up and down.
2. a kind of wire brush wooden handle make-up machine according to claim 1; It is characterized in that: described feed transmission mechanism comprises decelerator (20), crankwheel assembly (26), connecting rod (9); The output shaft of feed motor (2) links to each other with the power shaft of decelerator (20); The output shaft of decelerator (20) is connected with crankwheel assembly (26), and an end of connecting rod (9) and slide block (45) are hinged, and the crankwheel in the other end and the crankwheel assembly (26) is hinged.
3. a kind of wire brush wooden handle make-up machine according to claim 1; It is characterized in that: it also includes cuts the flat-bed machine structure; Described section flat-bed machine structure comprises a section ordinary telegram machine (3), saw blade (22), reference block (10); Cut ordinary telegram machine (3) and be fixed on the body (1), its output shaft links to each other with saw blade (22), and reference block (10) is arranged symmetrically in pusher slide block guide rail (4) side with saw blade (22) and is fixed on the body (1).
4. a kind of wire brush wooden handle make-up machine according to claim 3; It is characterized in that: its pusher is made up of the secondary pusher; Be divided into the upper and lower, the upper strata pusher comprises push pedal (5), central dividing plate (6), and lower floor's pusher comprises push pedal (43), base plate (7); Central dividing plate (6) below has chute (23); Push pedal (43) is placed in motion in the chute (23), and on short transverse: base plate (7), push pedal (43), central dividing plate (6), go up push pedal (5) and stack the horizontal length direction successively from bottom to top: motion is initial goes up the place ahead that push pedal (5) is positioned at material inlet (8); Push pedal (43) flushes with central dividing plate (6); Last push pedal (5) is fixedly connected with slide block (45) with push pedal (43) through cushion block (46), and connecting rod (9) is connected with slide block (45), and push pedal (5) is gone up in drive simultaneously, back and forth movement is made in push pedal (43); Last push pedal (5) promotes timber and moves to base plate (7) from material inlet (8) along central dividing plate (6) upper surface; Push pedal (43) is pushed into binder groove (21) with the timber on the base plate (7), and binder rectangular (11) one-tenth stairstepping to a central dividing plate (6) thickness that sinks, can be pushed down the timber on central dividing plate (6) and the base plate (7) in central dividing plate (6) end simultaneously.
5. a kind of wire brush wooden handle make-up machine according to claim 1; It is characterized in that: anti-resilience mechanism is installed on the binder slide block guide rail (16) of the top of binder groove (21); Described anti-resilience mechanism comprises bearing (29), extension spring (28), binder block (30); Bearing (29) is fixed on the binder slide block guide rail (16); Binder block (30) and bearing (29) are hinged, and extension spring (28) one ends connect binder block (30), and the other end is fixed on the binder slide block guide rail (16).
6. a kind of wire brush wooden handle make-up machine according to claim 1; It is characterized in that: described shaping mechanism comprises the left side two moulding cuttves assembly, the right two moulding cuttves assembly; The left side two moulding cuttves assembly (41) connects same left moulding cutter motor (18); Two the moulding cutter assemblies in the right (42) join with right moulding cutter motor (19), interlaced arrangement about four moulding cutter assemblies.
7. a kind of wire brush wooden handle make-up machine according to claim 1, it is characterized in that: clamping device (97) is made up of spring and fixed leg, clamps timber from two sides, guarantees that timber is fixed in the binder groove (21).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220116667 CN202572570U (en) | 2012-03-26 | 2012-03-26 | Machine for forming wooden handle of steel wire brush |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 201220116667 CN202572570U (en) | 2012-03-26 | 2012-03-26 | Machine for forming wooden handle of steel wire brush |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN202572570U true CN202572570U (en) | 2012-12-05 |
Family
ID=47242020
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 201220116667 Withdrawn - After Issue CN202572570U (en) | 2012-03-26 | 2012-03-26 | Machine for forming wooden handle of steel wire brush |
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| Country | Link |
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| CN (1) | CN202572570U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102581912A (en) * | 2012-03-26 | 2012-07-18 | 南平市延平竹峰机械制造厂 | Forming machine for wooden handles of wire brushes |
| CN111633774A (en) * | 2020-05-10 | 2020-09-08 | 罗文发 | Wooden handle forming machine |
-
2012
- 2012-03-26 CN CN 201220116667 patent/CN202572570U/en not_active Withdrawn - After Issue
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102581912A (en) * | 2012-03-26 | 2012-07-18 | 南平市延平竹峰机械制造厂 | Forming machine for wooden handles of wire brushes |
| CN111633774A (en) * | 2020-05-10 | 2020-09-08 | 罗文发 | Wooden handle forming machine |
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| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20121205 Effective date of abandoning: 20131204 |
|
| RGAV | Abandon patent right to avoid regrant |