CN201385333Y - Chain saw - Google Patents
Chain saw Download PDFInfo
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- CN201385333Y CN201385333Y CN 200920002997 CN200920002997U CN201385333Y CN 201385333 Y CN201385333 Y CN 201385333Y CN 200920002997 CN200920002997 CN 200920002997 CN 200920002997 U CN200920002997 U CN 200920002997U CN 201385333 Y CN201385333 Y CN 201385333Y
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- gripper shoe
- chain saw
- motor
- cutting element
- handle apparatus
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Abstract
The utility model provides a chain saw, which comprises a cutting element, a support plate, a motor, a motor casing, a guide mechanism and a handle device, wherein the support plate is used to support the cutting element, is provided with a support plate plane and can pivot around a fixed axis in the support plate plane; the motor is provided with a motor output shaft and used to rotatably drive the cutting element; the motor casing is used for collecting the motor; the guide mechanism is connected with the motor casing and provided with a longitudinal extension axis; the handle device can be operated to linearly move along the longitudinal extension axis of the guide mechanism; and the handle device is connected with the support plate through a connecting mechanism. The connecting mechanism enables the linear movement of the handle device to be converted into the pivoting movement of the support plate. Since the handle device moves linearly, the operator feels comfortable regardless of the direction the operation is carried out in and no fatigue is caused.
Description
Technical field
The utility model relates to a kind of power tool, especially relates to a kind of chain saw.
Background technology
At present, occur the multiple instrument that the plant class is pruned that is used on the market, for example scissors is used to prune some tiny relatively branches and leaves.Also have pruner to be commonly used to prune relative thick trees etc. with chain saw.
Traditional chain saw comprises one by chain be used for the working head that the gripper shoe of support chains forms, chain is driven by motor, rotate around gripper shoe, traditional chain saw also comprises the main handle that is positioned at the working head rear portion, the assist handle between working head and main handle.When cutting, the working head of this traditional chain saw just is subjected to motor-driven to make chain rotate around gripper shoe usually, gripper shoe generally is motionless, in the cutting process, operator one holds main handle, another holds assist handle, carries out smoothly in order to guarantee cutting, and operator's hand need revolve towards cut direction and add a pressure.When cutting from top to bottom, because machine itself has downward gravity, this traditional chain saw is easier to relatively and is more laborsaving.But cutting from the bottom up perhaps needs to cut from the side if desired, and the operator will feel relatively to require great effort.
U.S. publication application US has disclosed a kind of chain saw for 2005/0022388A1 number and has comprised by chain and be used for the working head that the gripper shoe of support chains forms, chain is driven by motor, rotate around gripper shoe, this chain saw also comprises a pair of arm that is pivoted relative to each other around a fixed axis, and working head is installed on one of them arm and can pivots around relative another arm of described fixed axis with this arm.The handle portion that all is connected with of each arm correspondence is held for the operator.In the operating process, make cutting everything goes well with your work and carry out thereby the relative described handle portion of pivot of operator can make cutting head move towards cut direction.But this structure makes that in that operation is just not too comfortable in some cases, for example when needing the branch of cutting eminence, operator's application of force is just relatively more difficult; In addition, when needs cuttings was placed on the ground wooden, the operator just need stoop the waist operation, if the working time just is easy to the people is felt fatigue than length like this.
The utility model content
Technical problem to be solved in the utility model provides a kind of comfortable chain saw of operating.
In order to address the above problem, the utility model provides a kind of chain saw, comprising:
Cutting element;
Be used to support the gripper shoe of described cutting element, gripper shoe has the gripper shoe plane, and gripper shoe can pivot around a fixed axis in this gripper shoe plane;
Motor has the described cutting element of driving that motor output shaft is used to rotate;
Motor shell is used to accommodate described motor;
Described chain saw also comprises a guiding mechanism that is connected with described motor shell, and this guiding mechanism has a longitudinal extending axis;
The exercisable longitudinal extending axis along this guiding mechanism of handle apparatus is done linear movement;
Link to each other by bindiny mechanism between handle apparatus and the gripper shoe, this bindiny mechanism makes the linear movement of handle apparatus be converted to the pivoting action of gripper shoe.
In the chain saw that the utility model disclosed, because handle apparatus is to do linear movement, so can make that the operator can be pleasant in what direction operation.
Preferred implementation of the present utility model is also following several:
Preferably, bindiny mechanism of the present utility model is a slider-crank mechanism.
Preferably, slider-crank mechanism of the present utility model comprises driving link, connecting rod and driven member, described driving link is born by described handle apparatus, described driven member is fixedlyed connected with described gripper shoe, described connecting rod and is connected with driven member with driving link in hinged mode respectively between described driving link and driven member.
Preferably, the roughly V-shaped setting of driven member of the present utility model, the one side of being somebody's turn to do " V " shape driven member is connected in hinged mode with connecting rod, and another side is fixedlyed connected with gripper shoe, and " V " shape bottom pivots around described fixed axis.
Preferably, fixed axis of the present utility model is the axis of motor output shaft.
Preferably, chain saw of the present utility model comprises transmission mechanism, this transmission mechanism is between the output shaft and cutting element of motor, this transmission mechanism comprises sprocket wheel, this sprocket wheel has the sprocket wheel rotation, sprocket wheel can rotate around the sprocket wheel rotation, and sprocket wheel cooperates with described cutting element to drive this cutting element and rotates around described gripper shoe, and described fixed axis is the rotation of sprocket wheel.
Preferably, handle apparatus of the present utility model comprises guide rod portion and grip part.
Preferably, guide rod of the present utility model portion is the slender type bar.
Preferably, roughly be D shape in grip part of the present utility model.
Preferably, guiding mechanism of the present utility model is the slender type pilot sleeve, and this pilot sleeve has longitudinal extending axis, and this pilot sleeve is used to accommodate described guide rod portion, makes that this guide rod portion can be along the longitudinal extending axis linear movement of described pilot sleeve.
Preferably, be provided with locking switch between pilot sleeve of the present utility model and the guide rod portion.
Preferably, establish gauge tap on the D shape of the present utility model grip part.
Preferably, two ends, D shape grip part of the present utility model symmetry establishes safety switch.
Preferably, chain saw of the present utility model comprises the U-shaped guard shield.
Preferably, bindiny mechanism of the present utility model is a pinion and rack, this pinion and rack comprises tooth bar of fixedlying connected with handle apparatus and the gear of fixedlying connected with gripper shoe, and the wheel and rack engagement makes the rectilinear motion of tooth bar can be converted to the pivoting action of gear.
Preferably, bindiny mechanism of the present utility model is a pulley mechanism, pulley mechanism comprises pulley and rope, rope is placed on the pulley, one end of rope is fixedlyed connected with handle apparatus, the other end of rope is fixedly connected on the motor shell, and pulley is fixedlyed connected with gripper shoe, and this connection makes the linear movement of handle apparatus be converted to the pivot of gripper shoe.
Description of drawings
Below in conjunction with accompanying drawing the utility model is done further detailed description.
The stereogram of the chain saw that Fig. 1 is disclosed for the utility model first embodiment.
Fig. 2 is the internal structure schematic diagram of the chain saw that Fig. 1 disclosed.
Fig. 3 is the fundamental diagram of the bindiny mechanism of the chain saw that Fig. 1 disclosed.
Fig. 4 is the schematic diagram of the transmission mechanism of the chain saw that Fig. 1 disclosed.
Fig. 5 is the schematic diagram of the retaining mechanism of the chain saw that Fig. 4 disclosed.
Fig. 6 A is the state diagram of chain saw when not working that Fig. 1 disclosed.
The chain saw state diagram in the course of the work that Fig. 6 B is disclosed for Fig. 6 A.
Fig. 6 C is the state diagram will power cut-off time of chain saw that Fig. 1 disclosed.
Fig. 7 is chain saw that Fig. 1 the disclosed schematic diagram when cutting is positioned over workpiece on the floor.
The internal structure schematic diagram of the chain saw that Fig. 8 is disclosed for the utility model second embodiment.
The internal structure schematic diagram of the chain saw that Fig. 9 is disclosed for the utility model the 3rd embodiment.
Among the figure:
10. chain saw 12. working heads 14. gripper shoes
16. flexible chain 17. gripper shoe planes 18. motors
20. motor output shaft 24. motor shell 26.U shape guard shields
28. upper shield 30. lower shields 31. connecting portions
32. first receiving space, 34. second receiving spaces, 36. sidewalls
38. opening 40. first abutment edges 42. sidewalls
44. second abutment edge 46. the 3rd abutment edge 47.U shape abutment edge
48. first end face, 50. second end faces, 52. pilot sleeves
54. accommodate cavity 56. handle apparatus 58. guide rod portions
60. grip part 62. grips limit 64. fillets
66. gauge tap 68. safety switches 70. slider-crank mechanisms
70a. rack-and-pinion 70b. pulley mechanism 72. driving links
72a. tooth bar 72b. pulley 74. connecting rods
74a. gear 74b. rope 76. driven members
76b. connecting rod 78.V shape is 80.V shape another side on one side
82. transmission mechanism 84. pinions 86. gear wheels
88. jackshaft 90. sprocket wheels 92. locking switch
94. shift knob 98. first locking ends 100. second locking ends
102. first draw-in groove, 104. second draw-in grooves, 106. pivot centers
X1. motor output shaft axis X 2. longitudinal extending axis X3. jackshaft axis
The specific embodiment
First embodiment
Referring to figs. 1 through Fig. 2, a kind of chain saw 10 comprises the working head 12 that is used for processing work, and working head 12 comprises gripper shoe 14 and the cutting element that is installed on the gripper shoe 14.In the present embodiment, cutting element is a flexible chain 16, and this flexible chain 16 is installed on the periphery of gripper shoe 14, and can rotate around this gripper shoe 14.The plane at gripper shoe 14 places is the gripper shoe plane.
Chain saw 10 also comprises motor 18, and motor 18 is used to drive working head 12, makes flexible chain 16 rotate around gripper shoe 14.Motor 18 has motor output shaft 20, and this motor output shaft 20 has motor output shaft axis X 1, thereby this motor output shaft 20 drives flexible chain 16 around 1 rotation of motor output shaft axis X it is rotated around gripper shoe 14.
One end of motor shell 24 is connected with U-shaped guard shield 26, one side this U-shaped guard shield 26 is upper shield 28, the another side of U-shaped guard shield 26 is a lower shield 30, and the bottom of U-shaped guard shield 26 is a connecting portion 31.This U-shaped guard shield 26 is connected with motor shell 24 by bottom 31.Upper shield 28 has first receiving space 32, and when chain saw 10 was in off position, working head 12 was contained in first receiving space 32 of upper shield 28 fully.Lower shield 30 has second receiving space 34, in the course of work, the work of when cutting to the end, cutting when finishing, working head 12 can second receiving space 34 that be accommodated in lower shield 30 of part in.Upper shield 28 has two sidewalls 36, and gripper shoe 14 is between two sidewalls 36, and sidewall 36 is provided with some openings 38, the current location of the purpose that opening 38 is set is the handled easily person can clearly see working head.Sidewall 36 has first abutment edge 40 in the side towards lower shield.Lower shield 30 has two sidewalls 42, working head 12 exercisable being contained between two sidewalls 42, sidewall 42 is provided with second abutment edge 44 in the side towards upper shield 28, and connecting portion 31 is provided with the 3rd abutment edge 46, the three abutment edges 46 and is used to connect first abutment edge 40 and second abutment edge 44.First abutment edge 40, second abutment edge 44 and the 3rd abutment edge 46 form a roughly abutment edge 47 of U-shaped, and this U-shaped abutment edge 47 is used for when work against workpiece.
The other end of motor shell is connected with guiding mechanism, and in the present embodiment, guiding mechanism is a slender type pilot sleeve 52, and this pilot sleeve 52 has longitudinal extending axis X2.Pilot sleeve 52 has the cavity of accommodating 54.
Chain saw 10 also comprises handle apparatus 56, and handle apparatus 56 comprises guide rod portion 58 and grip part 60, and guide rod portion 58 is the slender type bar, and guide rod portion 58 is contained in accommodating in the cavity 54 of pilot sleeve 52.Grip part 60 roughly is D shape.One side of D shape grip part 60 is for gripping limit 62, and another side is a fillet 64, and the inboard that grips limit 62 is provided with gauge tap 66, and gauge tap 66 electrically connects with motor 18 and is used for controlling the startup of motor 18 and stopping.The two ends that grip limit 62 are provided with safety switch 68, and the two ends that are arranged at gripping limit 62 of safety switch 68 symmetries make with left hand still to be that right-hand operated is all more convenient.Fillet 64 links to each other with guide rod portion 58.
Be provided with bindiny mechanism between handle apparatus 56 and the working head 12, in the present embodiment, bindiny mechanism directly connects handle apparatus 56 and gripper shoe 14, and this bindiny mechanism makes the linear movement of handle apparatus 56 be converted to the pivoting action of gripper shoe 14.In the present embodiment, bindiny mechanism is a slider-crank mechanism 70.Slider-crank mechanism 70 comprises driving link 72, connecting rod 74 and driven member 76.Driving link 72 is born by the guide rod portion 58 of handle apparatus 56, when the operator when the direction of working head 12 pushes away grip part 60, linear movement can be done along the longitudinal extending axis X2 of pilot sleeve 52 by guide rod portion 58.Driven member 76 is fixedlyed connected with gripper shoe 14, and connecting rod 74 and is connected with driven member 76 with driving link 72 in hinged mode respectively between driving link 72 and driven member 76.The roughly V-shaped setting of driven member 76, V-arrangement that should " V " shape driven member 76 78 is connected in hinged mode with connecting rod 74 on one side, V-arrangement another side 80 is fixedlyed connected with gripper shoe 14, pivotable being installed on the motor output shaft 20 in " V " shape bottom, this mounting means makes that driven member 76 can be around motor output shaft axis X 1 rotation of motor output shaft 20, because driven member 76 is fixedlyed connected with gripper shoe 14, when driven member 76 during around motor output shaft axis X 1 rotation, gripper shoe 14 is also rotated in the gripper shoe plane around motor output shaft axis X 1 simultaneously.
With reference to Fig. 3 is the motion principle figure of slider-crank mechanism 70, driving link 72 is done rectilinear motion, when driving link 72 when primary importance (position of solid line representative) moves to the second place (position of dotted line representative), driven member 76 is pivoted to the second place (position of dotted line representative) from primary importance (position of solid line representative), arrow A 1 is represented the direction of motion of driving link 72, and arrow A 2 is represented the direction of motion of driven member 76.
With reference to Fig. 4, chain saw 10 comprises transmission mechanism 82 between motor 18 and working head 12, and transmission mechanism 82 comprises that pinion 84 is located on the motor output shaft 20 and can be with motor output shaft 20 around 1 rotation of motor output shaft axis X.Transmission mechanism 82 also comprises gear wheel 86 and pinion 84 engagements, gear wheel 86 is installed on the jackshaft 88, jackshaft 88 has jackshaft axis X 3, sprocket wheel 90 also is installed on the jackshaft 88, sprocket wheel 90 has the sprocket wheel rotation, in the present embodiment, the sprocket wheel rotation is jackshaft axis X 3, and sprocket wheel 90 can be around 3 rotations of jackshaft axis X with gear wheel 86.Sprocket wheel 90 can drive flexible chain 16 with flexible chain 16 engagements and rotate around gripper shoe 14.
During work, open motor 18, motor output shaft 20 will rotate, pinion 84 is with motor output shaft 20 rotations, pinion 84 rotations drive gear wheel 86 rotations, because gear wheel 86 and sprocket wheel 90 coaxial settings so gear wheel 86 rotations can drive sprocket wheel 90 rotations, rotate around gripper shoe 14 thereby sprocket wheel 90 rotations drive flexible chain 16.Simultaneously, the operator holds the grip part 60 of handle apparatus 56, direction driving handle device 56 towards working head 12, guide rod portion 58 can move linearly along the longitudinal extending axis X2 of pilot sleeve 52, effect by connecting rod 74, driven member 76 can move pivotally around motor output shaft 20, moves pivotally around motor output shaft 20 in the gripper shoe plane thereby drive gripper shoe 14.In the present embodiment, be by towards working head 12 direction driving handle devices 56, thereby gripper shoe 14 is pivoted realize cutting, it should be noted that, those of ordinary skills also can realize making gripper shoe 14 pivot and realizing cutting by towards away from working head 12 direction handle devices 56 by the position of simple conversion slider-crank mechanism 70.
Simultaneously with reference to Fig. 5, be provided with locking switch 92 between the guide rod portion 58 of pilot sleeve 52 and handle apparatus 56, locking switch 92 comprises two shift knobs 94 and the latch segment between two shift knobs 96 that is arranged at both sides respectively.Latch segment 96 comprises the first locking end, the 98 and second locking end 100, and guide rod portion 58 is provided with first draw-in groove 102 and second draw-in groove 104 is used for accommodating the first locking end, the 98 and second locking end 100 respectively.Latch segment 96 has a pivot center 106.By pushing any one shift knob 94, latch segment 96 will be around the pivot center 106 pivots, thereby locking the end 98 and second locking end 100 of winning is shifted out from first draw-in groove 102 and second draw-in groove 104 respectively, thereby make the guide rod portion 58 of handle apparatus 56 to move with respect to pilot sleeve 52.Otherwise handle apparatus 56 is fixed in certain position with respect to pilot sleeve 52.
With reference to Fig. 6 A, Fig. 6 B and Fig. 6 C are the working state schematic representation of chain saw 10, and Fig. 6 A is the schematic diagram of chain saw when being in off working state, and at this moment, working head 12 is contained in the upper shield 28 fully.With reference to Fig. 6 B, to driving handle device 56, working head 12 will be along B to pivot, and begins workpiece is cut, and exposes gradually from upper shield 28 towards A.With reference to Fig. 6 C, continue towards A to driving handle device 56, working head 12 continues along B to pivot, thus part enter lower shield 30, and finish cutting to workpiece.
With further reference to Fig. 6 B and Fig. 7, working head 12 comprise the approach end of a contiguous motor output shaft 20 and one away from motor output shaft 20 away from end, refer to the periphery of flexible chain away from the outermost layer of end.The pivot center of gripper shoe 14 is a motor output shaft axis X 1.The pivot center of gripper shoe 14 is L1 to working head away from the outermost distance of end; If second end face 50 of first end face 48 of upper shield 28 and lower shield 30 is on same plane, the pivot center of gripper shoe 14 is L2 to the distance on the plane at second end face, 50 places of first end face 48 of upper shield 28 and lower shield 30 so; If second end face 50 of first end face 48 of upper shield 28 and lower shield 30 is or not same plane, the pivot center of gripper shoe 14 is L2 to the maximum distance of any among both of second end face 50 of first end face 48 of upper shield 28 or lower shield 30 so.
In the present embodiment, the pivot center of gripper shoe 14 to working head away from the outermost distance L 1 of end less than the pivot center of gripper shoe 14 distance L 2 to the plane at second end face, 50 places of first end face 48 of upper shield 28 and lower shield 30.She Ji benefit is like this; be positioned over (with reference to Fig. 7) on the floor when being cut workpiece; the operator is that the direction that the longitudinal direction of chain saw 10 is approximately perpendicular to the floor is placed chain saw 10 according to the direction as Fig. 7 place; first end face 48 of upper shield 28 and second end face of lower shield 30 contact with the floor at this moment; thereby chain saw 10 is supported; like this, working head 12 can not run into the floor away from the outermost layer of end, and then plays the effect of protection working head 12.Certainly, the pivot center of gripper shoe 14 to pivot center that working head also can equal or be slightly larger than gripper shoe 14 away from the outermost distance L 1 of end to the distance L 2 on the plane at second end face, 50 places of first end face 48 of upper shield 28 and lower shield 30.
If second end face 50 of first end face 48 of upper shield 28 and lower shield 30 is or not same plane, so the pivot center of gripper shoe 14 to working head away from the outermost distance L 1 of end less than the pivot center of gripper shoe 14 maximum distance L2 to any among both of second end face 50 of first end face 48 of upper shield 28 or lower shield 30.
Second embodiment
With reference to Fig. 8, present embodiment is substantially the same with first embodiment, and different is that slider-crank mechanism 70 is replaced by pinion and rack 70a.This pinion and rack 70a comprises the tooth bar 72a of fixedlying connected with handle apparatus 56, with the gear 74a of fixedlying connected with gripper shoe 14, by pushing away or handle device 56, drives gripper shoe 14 pivots thereby can make gear 74a pivot.
The 3rd embodiment
With reference to Fig. 9, present embodiment is substantially the same with first embodiment, and different is that slider-crank mechanism 70 is replaced by pulley mechanism 70b.Pulley mechanism 70b comprises pulley 72b and rope 74b, rope 74b is placed on the pulley 72b, the end of rope 74b is fixedlyed connected with handle apparatus 56, the other end of rope 74b is fixedly connected on the motor shell 24, pulley 72b is fixedlyed connected with gripper shoe 14 by connecting rod 76b, during operation, the operator along C to spurring handle apparatus 56, pulley 72b will drive connecting rod 76b and pivot, and pivots thereby connecting rod 76b drives gripper shoe 14.
Claims (10)
1. chain saw comprises:
Cutting element;
Be used to support the gripper shoe of described cutting element, gripper shoe has the gripper shoe plane, and gripper shoe can pivot around a fixed axis in this gripper shoe plane;
Motor has the described cutting element of driving that motor output shaft is used to rotate;
Motor shell is used to accommodate described motor;
It is characterized in that:
Described chain saw also comprises a guiding mechanism that is connected with described motor shell, and this guiding mechanism has a longitudinal extending axis;
The exercisable longitudinal extending axis along this guiding mechanism of handle apparatus is done linear movement;
Link to each other by bindiny mechanism between handle apparatus and the gripper shoe, this bindiny mechanism makes the linear movement of handle apparatus be converted to the pivoting action of gripper shoe.
2. chain saw according to claim 1, it is characterized in that: described bindiny mechanism is a slider-crank mechanism, described slider-crank mechanism comprises driving link, connecting rod and driven member, described driving link is born by described handle apparatus, described driven member is fixedlyed connected with described gripper shoe, described connecting rod and is connected with driven member with driving link in hinged mode respectively between described driving link and driven member.
3. chain saw according to claim 2, it is characterized in that: the roughly V-shaped setting of described driven member, the one side of being somebody's turn to do " V " shape driven member is connected in hinged mode with connecting rod, and another side is fixedlyed connected with gripper shoe, and " V " shape bottom pivots around described fixed axis.
4. chain saw according to claim 1 is characterized in that: described fixed axis is the axis of motor output shaft.
5. chain saw according to claim 1, it is characterized in that: described chain saw comprises transmission mechanism, this transmission mechanism is between motor output shaft and cutting element, this transmission mechanism comprises sprocket wheel, this sprocket wheel has the sprocket wheel rotation, sprocket wheel can rotate around the sprocket wheel rotation, and sprocket wheel cooperates with described cutting element to drive this cutting element and rotates around described gripper shoe, and described fixed axis is the rotation of sprocket wheel.
6. chain saw according to claim 1 is characterized in that: described handle apparatus comprises guide rod portion and grip part, and described guide rod portion is the slender type bar, and described grip part roughly is D shape.
7. chain saw according to claim 6, it is characterized in that: this guiding mechanism is the slender type pilot sleeve, this pilot sleeve has longitudinal extending axis, and this pilot sleeve is used to accommodate described guide rod portion, makes that this guide rod portion can be along the longitudinal extending axis linear movement of described pilot sleeve.
8. chain saw according to claim 1, it is characterized in that: described chain saw comprises the U-shaped guard shield, described U-shaped guard shield comprises first end face and second end face, this first end face and second end face are positioned at same plane, described fixed axis to the distance of the outermost of cutting element less than the plane of this fixed axis to first end face and the second end face place.
9. chain saw according to claim 1, it is characterized in that: described bindiny mechanism is a pinion and rack, this pinion and rack comprises tooth bar of fixedlying connected with handle apparatus and the gear of fixedlying connected with gripper shoe, the wheel and rack engagement makes the rectilinear motion of tooth bar can be converted to the pivoting action of gear.
10. chain saw according to claim 1, it is characterized in that: bindiny mechanism is a pulley mechanism, pulley mechanism comprises pulley and rope, rope is placed on the pulley, one end of rope is fixedlyed connected with handle apparatus, the other end of rope is fixedly connected on the motor shell, and pulley is fixedlyed connected with gripper shoe, and this connection makes the linear movement of handle apparatus be converted to the pivot of gripper shoe.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200920002997 CN201385333Y (en) | 2009-02-25 | 2009-02-25 | Chain saw |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN 200920002997 CN201385333Y (en) | 2009-02-25 | 2009-02-25 | Chain saw |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201385333Y true CN201385333Y (en) | 2010-01-20 |
Family
ID=41577857
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN 200920002997 Expired - Lifetime CN201385333Y (en) | 2009-02-25 | 2009-02-25 | Chain saw |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201385333Y (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2010094239A1 (en) * | 2009-02-20 | 2010-08-26 | 苏州宝时得电动工具有限公司 | Vegetation trimmer |
| CN101811312B (en) * | 2009-02-20 | 2011-12-21 | 苏州宝时得电动工具有限公司 | Chain saw |
-
2009
- 2009-02-25 CN CN 200920002997 patent/CN201385333Y/en not_active Expired - Lifetime
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2010094239A1 (en) * | 2009-02-20 | 2010-08-26 | 苏州宝时得电动工具有限公司 | Vegetation trimmer |
| CN101811312B (en) * | 2009-02-20 | 2011-12-21 | 苏州宝时得电动工具有限公司 | Chain saw |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20100120 Effective date of abandoning: 20090225 |