CN103907483B - Can arbitrarily adjust the orchard shears of blade angle - Google Patents
Can arbitrarily adjust the orchard shears of blade angle Download PDFInfo
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- CN103907483B CN103907483B CN201310005119.3A CN201310005119A CN103907483B CN 103907483 B CN103907483 B CN 103907483B CN 201310005119 A CN201310005119 A CN 201310005119A CN 103907483 B CN103907483 B CN 103907483B
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Abstract
The invention discloses a kind of orchard shears that can arbitrarily adjust blade angle, its end of placing restrictions on mainly placing restrictions on part through the first positioning convex portion cutting handle relative to the second angle cutting in handle produces the first restriction cutting handle unlatching maximum angle, and through adjustment part, adjustable angle places restrictions on the position of part again, change first the most simultaneously and cut the maximum angle that handle is opened, in this angle places restrictions on the displacement range of part, user can improve the degree of freedom used and the suitability really from Row sum-equal matrix angle.
Description
Technical field
The present invention relates to a kind of orchard shears that can arbitrarily adjust blade angle, it is relevant with gardening.
Background technology
Orchard shears, for one of instrument commonly used in horticulture, general orchard shears the most only provides and is adjusted to unlatching use state or the lock-out state two kinds of Guan Bi, so makes this orchard shears cannot adjust cutting edge size depending on use demand.
nullTherefore there is the orchard shears 10 of a kind of several sections of location as shown in Figure 1，It mainly comprises one first and cuts handle 11 and cut handle 12 with one second and be combined pivotly with a pivot member 13，And this first cut handle 11 and this second cut arrange between handle 12 spring 14 with provide use time reset power resources，And this orchard shears 10 is the purpose reaching adjustable cutting edge size，It is first to cut in this one first locating groove 111 and one second locating groove 112 is set on handle 11，And this second cuts and arranges an adjustment elongated slot 121 on handle 12，And have an adjustment blocking button 15 to fit through to be placed in this adjustment elongated slot 121，The draw-in groove 122 of these adjustment elongated slot 121 three diverse locations of internal shaping，It is equipped in the locating groove 111 that the draw-in groove 122 and first adjusting elongated slot 121 of diverse location is cut on handle 11 by stirring this adjustment blocking button 15、112，Make the position adjustment that this orchard shears 10 can form two different cutting edge sizes or the cutting edge size position completely opened；User is thereby provided to have the demand of three different cutting edge sizes to use.
But, although this orchard shears 10 additionally provides the adjustment position of two kinds of different cutting edge sizes except completely opening, but the position adjusted is still limited by draw-in groove 122 and each locating groove 111,112 of this adjustment elongated slot 121, user still cannot be provided freely unrestrictedly to adjust required angle, space therefore the most to be improved in the suitability；In view of this, the present inventor concentrates on studies and deeper into design, go through repeatedly research and development study after, finally invent a kind of orchard shears that can arbitrarily adjust blade angle.
Summary of the invention
The present invention provides a kind of orchard shears that can arbitrarily adjust blade angle, and its main purpose is to solve known orchard shears to be limited to clamping structure and be only capable of adjusting and set fixed angle and have the disappearance that the suitability is not enough.
For reaching object defined above, the present invention provides a kind of orchard shears that can arbitrarily adjust blade angle, comprise one first to cut handle and one second and cut and link pivotly through a pivot structure, assembly 9 between handle, and selectively lock this with a lock cell and first cut handle and this second cuts handle, wherein:
This first is cut handle and has one first and place restrictions on groove and a positioning convex portion；
This second is cut handle and first places restrictions on groove relative to this and pivot, and this second is cut handle and have a Chuan Kou and an elongated slot, and this first positioning convex portion cutting handle is stretched to this and worn mouth；
One angle places restrictions on part, the block structure of block is placed restrictions on by shaping a guiding block and in a drive portion, more described drive tooth is shaped in described drive portion, another side then shapes described guiding block, described placing restrictions on places restrictions on end described in shaping on block, described angle is placed restrictions on part and is arranged at this second elongated slot cutting on handle slippingly with described guiding block, make this place restrictions on end to pass this and wear mouth, this is placed restrictions on end and places restrictions on this first maximum opening angle cutting handle relative to this first positioning convex portion cutting handle, this second is cut and is pivotally arranged an adjustment part on handle, this adjustment part has spiral fluted screwing operation portion with one places restrictions on the drive tooth of part and engages with this angle, pivot this screwing operation portion to make this helicla flute drive this angle to place restrictions on part displacement and change this first maximum opening angle cutting handle.
Further, described first cuts handle is made up of one first shank and one first blade secure bond, described first shank has described first and places restrictions on groove；Described first blade is generally semilune and has an arc blade and a straight root face, and described positioning convex portion forms in root face one end of described first blade.
Further, described second cuts handle is made up of one second shank and one second blade secure bond, described second shank has before relative one, one back side and be linked to described above and the two side faces of one end, the described back side, and described above and the other end at the described back side have described in wear mouth, there is on described second blade a device mouth, described second blade is fixedly installed on before described second shank and before described and between the described back side, and before described, there is a device mouth run through, described second blade is relative with the device mouth of described second shank, and described adjustment part is pivotably disposed in the device mouth of described second shank.
Further, described second back side cutting handle has a described elongated slot, and described angle places restrictions on the part device mouth through described second shank with described second blade, makes what described angle placed restrictions on part to place restrictions on block between described second blade and the described back side.
Further, described adjustment part is formed separately a pivot by two ends, described screwing operation portion and is constituted, and inside the described device mouth of described second shank, two relative trunnion mounts are set, being respectively provided with a pivot groove in each trunnion mount, the pivot at described adjustment part two ends is placed in the pivot groove of trunnion mount described in two pivotly.
Further, described first cuts handle is made up of one first shank and one first blade secure bond, described second cuts handle is made up of one second shank and one second blade secure bond, and the described first the first shank and described second cutting handle is cut described second shank of handle and connected the two ends of a spring respectively.
Further, one of them described side of described second shank has one second and places restrictions on groove, described second place restrictions on groove in house a locking piece of described lock cell slippingly, the two ends of described locking piece are respectively a blocking hook part and a fixed stop part, mouth is worn described in stretching in the blocking hook part of described locking piece, described fixed stop part then normality is held against being butted on the state of the side of described second shank, stretch out when described blocking hook part described in wear mouth and then the first positioning convex portion cutting handle can become lock-out state described in blocking.
Further, there is on described locking piece a clamping slot and a drivening piece can be coordinated to drive use, described drivening piece has a blocking projection, in described drivening piece overlaps the chute being overlying on described second shank slippingly, and the blocking projection of described drivening piece is equipped in the clamping slot of described locking piece and described locking piece sliding can be driven.
Further, more can cover on described second shank and an enclosing cover is set, described enclosing cover has a handle hole, the inner peripheral of described handle hole shapes two spacing recesses, spacing recess correspondence described in the two of described enclosing cover be covered in described adjustment part two described in pivot, and the screwing operation portion of described adjustment part is exposed by described handle hole, and described covering outward has more an indicator hole, described angle is placed restrictions on the one side of part and is protruded out shaping one instruction protuberance, described instruction protuberance is passed by described indicator hole, and in place of the described adjacent indicator hole of enclosing cover, a cue mark more can be set in order to indicate blade angle size.
Further, described first cuts handle is made up of one first shank and one first blade secure bond, there is on described first blade one first port, described first port is non-circular hole, described second shank has one second pivot-juction hole, described second blade has one second port, and described enclosing cover has a pivot-juction hole, described first port, described second port, second pivot-juction hole and described pivot-juction hole relatively and are tied with described pivot structure, assembly pivot, described pivot structure, assembly comprises one first pivot knot part and one second pivot knot part, described first pivot knot part by described first port and extends through the described second the second port cutting handle with a plane, second pivot-juction hole, finally passed by the pivot-juction hole of described enclosing cover, and described second pivot knot part lock is tied and is passed one end of described enclosing cover in described first pivot knot part.
First cut the end of placing restrictions on that handle places restrictions on part with positioning convex portion relative angle by this and produce the restriction of maximum opening angle, coordinate adjustment part then can change this angle place restrictions on the position of part and change the first maximum opening angle cutting handle simultaneously, in this angle places restrictions on the displacement range of part, user all can be from Row sum-equal matrix blade angle, without the fixed angle being limited to after setting, can really improve the degree of freedom of use.
Accompanying drawing explanation
The present invention is further detailed explanation with detailed description of the invention below in conjunction with the accompanying drawings:
Fig. 1 is the structural representation of the orchard shears of known adjustable fixed angle；
Fig. 2 is the stereochemical structure decomposing schematic representation that the present invention can arbitrarily adjust the orchard shears of blade angle；
Fig. 3 is the stereochemical structure combination schematic appearance that the present invention can arbitrarily adjust the orchard shears of blade angle, and does not uses state for lock；
Fig. 4 is the stereochemical structure combination schematic appearance that the present invention can arbitrarily adjust the orchard shears of blade angle, and is the use state opened；
Fig. 5 is the partial structurtes sectional view that the present invention can arbitrarily adjust the orchard shears of blade angle, and does not uses state for lock；
Fig. 6 is the partial structurtes sectional view that the present invention can arbitrarily adjust the orchard shears of blade angle, and is the use state opened；
Fig. 7 is the partial structurtes sectional view that the present invention can arbitrarily adjust the orchard shears of blade angle, and for opening and adjusting the first use state cutting handle angle；
Fig. 8 is the use view that the present invention can arbitrarily adjust the orchard shears of blade angle, and is the state showing adjustable range.
Primary clustering symbol description:
Orchard shears 10 first cuts handle 11
First locating groove 111 second locating groove 112
Second cuts handle 12 adjusts elongated slot 121
Draw-in groove 122 pivot member 13
Spring 14 adjusts blocking button 15
First cuts handle 20 first shank 21
First places restrictions on groove 211 first blade 22
Arc blade 221 root face 222
Positioning convex portion 223 first port 224
Second cuts handle 30 second shank 31
Second blade 32 second port 321
Device mouth 322 above 33
Device mouth 331 second pivot-juction hole 332
Trunnion mount 333 pivot groove 334
The back side 34 elongated slot 341
Groove 351 is placed restrictions in side 35 second
Mouth 36 worn by chute 352
Angle places restrictions on part 40 drive portion 41
Tooth 411 is driven to indicate protuberance 412
Guiding block 42 places restrictions on block 43
Place restrictions on end 431 adjustment part 50
Screwing operation portion 51 helicla flute 511
Pivot 52 enclosing cover 60
Pivot-juction hole 61 indicator hole 62
The spacing recess of handle hole 63 631
Spring 70 lock cell 80
Locking piece 81 blocking hook part 811
Fixed stop part 812 clamping slot 813
Drivening piece 82 blocking projection 821
Pivot structure, assembly 90 first pivot knot part 91
Plane 911 second pivot knot part 92
Detailed description of the invention
For enabling your auditor that the purpose of the present invention, feature and effect to be had a better understanding and awareness, after below coordinating detailed description such as.
For enabling your juror that the purpose of the present invention, feature and effect to be had a better understanding and awareness, detailed description the most hereby please be coordinate rear:
The preferred embodiment of a kind of orchard shears that can arbitrarily adjust blade angle of the present invention is as shown in Fig. 2 to Fig. 8, mainly comprise one first to cut handle 20 and one second and cut and link pivotly through a pivot structure, assembly 90 between handle 30, and selectively lock this with a lock cell 80 and first cut handle 20 and this second cuts handle 30, this second is cut an adjustment part 50 and an enclosing cover 60 more can be coordinated on handle 30 to use, and this first cuts handle 20 and this second is cut and more arrange a spring 70 between handle 30, wherein:
This first cuts handle 20, is made up of one first shank 21 and one first blade 22 secure bond, this first shank 21 has one first and places restrictions on groove 211；This first blade 22 is generally semilune and has arc blade 221 and a straight root face 222, and root face 222 one end of this first blade 22 has in a positioning convex portion 223, and this first blade 22 and has one first port 224, and this first port 224 is non-circular hole；
This second cuts handle 30, it is made up of one second shank 31 and one second blade 32 secure bond, this second shank 31 has relative one above 33, one back side 34 and be linked to before this 33 and the two side faces 35 of this one end, back side 34, this above 33 and the other end at this back side 34 have and wear mouth 36, this above 33 has the device mouth 331 run through and one second pivot-juction hole 332, and two relative trunnion mounts 333 are set inside this device mouth 331, a pivot groove 334 it is respectively provided with in each trunnion mount 333, and this back side 34 has an elongated slot 341, and one of them this side 35 has one second and places restrictions on groove 351 and lay respectively at this second chute 352 placing restrictions on groove 351 both sides；There is on this second blade 32 one second port 321 and a device mouth 322, this second blade 32 is relative with the device mouth 331,322 of this second shank 31, and this second blade 32 is fixedly installed on before this second shank 31 33 and between 33 and this back side 34 before this；This second is cut handle 30 and with this with this second port 321 and this second pivot-juction hole 332 first cuts the relative position of the first port 224 of handle 20 and recline setting, and this first positioning convex portion 223 cutting handle 20 stretch to this second cut handle 30 wear mouth 36；
nullThis second is cut and arranges an angle on handle 30 more slippingly and place restrictions on part 40，And this angle places restrictions on part 40 by the block structure shaping a guiding block 42 and in a drive portion 41 and placing restrictions on block 43，Shape plural number in this drive portion 41 and drive tooth 411，And the one side in this drive portion 41 protrudes out shaping one instruction protuberance 412，Another side then shapes this guiding block 42，And this is placed restrictions on block 43 and has and place restrictions on end 431，This angle places restrictions on the part 40 device mouth 331 through this second shank 31 with this second blade 32、322，And the guiding block 42 making this angle place restrictions on part 40 is placed through the elongated slot 341 at this back side 34 slippingly，What this angle placed restrictions on part 40 places restrictions on block 43 then between this second blade 32 and this back side 34，And this angle places restrictions on the end 431 of placing restrictions on of part 40 and worn mouth 36 by this of this second shank 31 and pass，This is placed restrictions on end 431 this first positioning convex portion 223 cutting handle 20 relative and places restrictions on this first maximum opening angle cutting handle 20；
This adjustment part 50, it is formed separately a pivot 52 by two ends, screwing operation portion 51 with helicla flute 511 to be constituted, the pivot 52 at these adjustment part 50 two ends is placed in the pivot groove 334 of two these trunnion mounts 333 of this second shank 31 pivotly, and the helicla flute 511 in the screwing operation portion 51 of this adjustment part 50 places restrictions on the tooth 411 that drives of part 40 and engage and in the state that can drive with this angle, pivot this screwing operation portion 51 and make this helicla flute 511 that this angle can be driven to place restrictions on part 40 displacement and change this first maximum opening angle cutting handle 20；
This enclosing cover 60, there is a pivot-juction hole 61, one indicator hole 62 and a handle hole 63, and in place of this enclosing cover 60 this indicator hole 62 adjacent, a cue mark 64 is more set in order to indicate blade angle size, and the inner peripheral of handle hole 63 shapes two spacing recesses 631, this enclosing cover 60 is covered in this second shank 31, and make the second pivot-juction hole 332 and second port 321 of the second blade 32 of this pivot-juction hole 61 this second shank 31 relative, and this angle is placed restrictions on the instruction protuberance 412 of part 40 and is passed by this indicator hole 62, and this spacing recess 631 correspondence of the two of this handle hole 63 is covered in two these pivots 52 of this adjustment part 50, and the screwing operation portion 51 of this adjustment part 50 is exposed by this handle hole 63；
This spring 70, two ends are linked to this respectively and first cut the first shank 21 of handle 20 and this second this second shank 31 cutting handle 30；
nullThis lock cell 80，Comprise locking piece 81 and a drivening piece 82，The two ends of this locking piece 81 are respectively blocking hook part 811 and a fixed stop part 812，And there is on this locking piece 81 clamping slot 813，And this drivening piece 82 has a blocking projection 821，What this locking piece 81 was placed in this second shank 31 slippingly second places restrictions on groove 351，And make the blocking hook part 811 of this locking piece 81 stretch to this to wear mouth 36，This fixed stop part 812 then normality is held against being butted on the state of the side 35 of this second shank 31，And this drivening piece 82 overlaps this chute 352 being overlying on this second shank 31 slippingly，And in the blocking projection 821 of this drivening piece 82 is equipped in the clamping slot 813 of this locking piece 81 and this locking piece 81 sliding can be driven，Stretch out this when this blocking hook part 811 to wear mouth 36 and then this first positioning convex portion 223 cutting handle 20 of blocking can become lock-out state；And
This pivot structure, assembly 90, comprise one first pivot knot part 91 and one second pivot knot part 92, this first pivot knot part 91 by this with a plane 911 first is cut this first port 224 of handle 20 and extends through this second second port the 321, second pivot-juction hole 332 cutting handle 30, finally passed by the pivot-juction hole 61 of this enclosing cover 60, and this second pivot knot part 92 lock is tied and is passed one end of this enclosing cover 60 in this first pivot knot part 91, and this second first the placing restrictions on groove 211 and relatively this first can place restrictions on groove 211 and pivot of second blade 32 this first shank 21 relative cutting handle 30.
Structural configuration and the feature of the orchard shears of blade angle more than can be arbitrarily adjusted for the present invention, and it uses state and lock-out state as shown in Figure 3, Figure 4, Fig. 3 is the lock-out state not used, and be intended to lock this and first cut handle 20 and this is second when cutting handle 30, it is first to press this first to cut handle 20 and this second cuts handle 30, make this first cut handle 20 and this second is cut handle 30 and compress this spring 70 relatively close, and make this first cut handle 20 and be switched to this positioning convex portion 223 position relative to the locking piece 81 of this lock cell 80；
The drivening piece 82 of this lock cell 80 can be stirred with that, the matching relationship making this drivening piece 82 be equipped in clamping slot 813 through blocking projection 821 drives this locking piece 81 to shift up, when this locking piece 81 shifts up, the blocking hook part 811 of this locking piece 81 just can be passed and this first positioning convex portion 223 cutting handle 20 of blocking by this second mouth 36 of wearing cutting handle 30, this is made first to cut handle 20 and be limited to this positioning convex portion 223 and cannot pivot, for the lock-out state not used under this state；
And when using this flower shears, only this locking piece 81 need to be driven to bottom offset through this drivening piece 82 again, when this locking piece 81 be moved to downwards to depart from this first cut the positioning convex portion 223 of handle 20 time, this first is cut handle 20 and just can freely pivot, is pivotable use state under this state；And under use state, placing restrictions on the end 431 of placing restrictions on of part 40 due to this angle is to pass this to wear mouth 36, therefore this first is cut handle 20 and is placed restrictions on placing restrictions on of end 431 by this again under this state, and when this, first to cut handle 20 and be switched to this positioning convex portion 223 and abut against when this places restrictions on end 431 be this first maximum opening angle cutting handle 20；
And when user to adjust this first cut handle 20 relative this second cut the angular dimension between handle 30 time, as long as through the adjustment part 50 pivoting the handle hole 63 exposing to this enclosing cover 60, the helicla flute 511 making the screwing operation portion 51 of this adjustment part 50 drives the drive tooth 411 engaged, make this drive tooth 411 drive this angle to place restrictions on part 40 and produce displacement, and this angle is placed restrictions on part 40 and is guided by the elongated slot 341 at this second back side 34 cutting handle 30 and can produce changing of linear position, and when this angle places restrictions on part 40 displacement, this angle places restrictions on placing restrictions on end 431 and just promoting this first positioning convex portion 223 cutting handle 20 simultaneously of part 40, change this first maximum opening angle cutting handle 20；
From the above, the present invention places restrictions on part 40 and coordinating of this adjustment part 50 through this angle and can change this first maximum opening angle cutting handle 20, and user all can be provided freely to adjust in this angle places restrictions on the displacement range of part 40, as shown in Figure 8, user is provided freely to adjust angle in certain limit and do not limited by the location of structure, user adjusts and locks through this lock cell 80 after required angle again, use and facilitate in the extreme, and also there is in adjustment angle high degree of freedom, can in certain angle freely adjust and unrestricted, make this flower shears can be suitable for various use demand, can really improve its surcharge.
Above by specific embodiment, the present invention is described in detail, but these have not been construed as limiting the invention.Without departing from the principles of the present invention, those skilled in the art it may also be made that many deformation and improves, and these also should be regarded as protection scope of the present invention.
Claims (10)
1. the orchard shears that can arbitrarily adjust blade angle, comprise one first to cut handle and one second and cut handle, two are cut and are combined pivotly by a pivot structure, assembly between handle, and selectively lock described first with a lock cell and cut handle and described second and cut handle, it is characterised in that:
Described first cuts handle has one first and places restrictions on groove and a positioning convex portion, and described first cuts handle is made up of one first shank and one first blade secure bond, described first shank has described first and places restrictions on groove；Described first blade is formed with a blade and a root face, and described positioning convex portion forms in root face one end of described first blade；
Described second cuts handle the most described first places restrictions on groove and pivots, and described second cuts handle and have a Chuan Kou and an elongated slot, described first positioning convex portion cutting handle stretch to described in wear mouth；
One angle places restrictions on part, the block structure of block is placed restrictions on by shaping a guiding block and in a drive portion, described drive tooth is shaped in described drive portion, another side then shapes described guiding block, described placing restrictions on places restrictions on end described in shaping on block, described angle is placed restrictions on part and is arranged at described second elongated slot cutting on handle slippingly by described guiding block, and place restrictions on described in making end pass described in wear mouth, described the most described first positioning convex portion cutting handle in end of placing restrictions on places restrictions on the described first maximum opening angle cutting handle, described second cuts and is pivotally arranged an adjustment part on handle, described adjustment part has spiral fluted screwing operation portion with one places restrictions on the drive tooth of part and engages with described angle, pivoting described screwing operation portion makes described helicla flute drive described angle to place restrictions on part displacement and change the described first maximum opening angle cutting handle.
Can arbitrarily adjust the orchard shears of blade angle the most as claimed in claim 1, it is characterised in that described first blade is configured to semilune and has for the blade of arc and for straight root face.
Can arbitrarily adjust the orchard shears of blade angle the most as claimed in claim 1, it is characterized in that, described second cuts handle is made up of one second shank and one second blade secure bond, described second shank has before relative one, one back side and be linked to described above and the two side faces of one end, the described back side, and described above and the other end at the described back side have described in wear mouth, there is on described second blade a device mouth, described second blade is fixedly installed on before described second shank and before described and between the described back side, and before described, there is a device mouth run through, described second blade is relative with the device mouth of described second shank, and described adjustment part is pivotably disposed in the device mouth of described second shank.
Can arbitrarily adjust the orchard shears of blade angle the most as claimed in claim 3, it is characterized in that, described second back side cutting handle has described elongated slot, and described angle places restrictions on the part device mouth through described second shank with described second blade, make what described angle placed restrictions on part to place restrictions on block between described second blade and the described back side.
Can arbitrarily adjust the orchard shears of blade angle the most as claimed in claim 3, it is characterized in that, described adjustment part is formed separately a pivot by two ends, described screwing operation portion and is constituted, and inside the described device mouth of described second shank, relative two trunnion mount is set, being respectively provided with a pivot groove in each trunnion mount, the pivot at described adjustment part two ends is placed in two pivot grooves of described trunnion mount pivotly.
Can arbitrarily adjust the orchard shears of blade angle the most as claimed in claim 1, it is characterized in that, described second cuts handle is made up of one second shank and one second blade secure bond, and the described first the first shank and described second cutting handle is cut described second shank of handle and connected the two ends of a spring respectively.
Can arbitrarily adjust the orchard shears of blade angle the most as claimed in claim 3, it is characterized in that, one of them described side of described second shank has one second and places restrictions on groove, described second place restrictions on groove in house a locking piece of described lock cell slippingly, the two ends of described locking piece are respectively a blocking hook part and a fixed stop part, mouth is worn described in stretching in the blocking hook part of described locking piece, described fixed stop part then normality is held against being butted on the state of the side of described second shank, wear mouth described in stretching out when described blocking hook part and then the first positioning convex portion cutting handle can become lock-out state described in blocking.
Can arbitrarily adjust the orchard shears of blade angle the most as claimed in claim 7, it is characterized in that, there is on described locking piece a clamping slot and a drivening piece can be coordinated to drive use, described drivening piece has a blocking projection, in described drivening piece overlaps the chute being overlying on described second shank slippingly, and the blocking projection of described drivening piece is equipped in the clamping slot of described locking piece and described locking piece sliding can be driven.
Can arbitrarily adjust the orchard shears of blade angle the most as claimed in claim 5, it is characterized in that, more can cover on described second shank and an enclosing cover is set, described enclosing cover has a handle hole, the inner peripheral of described handle hole shapes two recesses, described two recess correspondences are covered in the said two pivot of described adjustment part, and the screwing operation portion of described adjustment part is exposed by described handle hole, and described covering outward has more an indicator hole, described angle is placed restrictions on the one side of part and is protruded out shaping one instruction protuberance, described instruction protuberance is passed by described indicator hole, and in place of the described adjacent indicator hole of enclosing cover, a cue mark more can be set in order to indicate blade angle size.
nullCan arbitrarily adjust the orchard shears of blade angle the most as claimed in claim 9，It is characterized in that，Described first cuts handle is made up of one first shank and one first blade secure bond，There is on described first blade one first port，Described first port is non-circular hole，Described second shank has one second pivot-juction hole，Described second blade has one second port，And described enclosing cover has a pivot-juction hole，Described first port、Described second port、Second pivot-juction hole and described pivot-juction hole relatively and are tied with described pivot structure, assembly pivot，Described pivot structure, assembly comprises one first pivot knot part and one second pivot knot part，Described first pivot knot part by described first port and extends through the described second the second port cutting handle with a plane、Second pivot-juction hole，Finally passed by the pivot-juction hole of described enclosing cover，And described second pivot knot part lock is tied and is passed one end of described enclosing cover in described first pivot knot part.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310005119.3A CN103907483B (en) | 2013-01-07 | 2013-01-07 | Can arbitrarily adjust the orchard shears of blade angle |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201310005119.3A CN103907483B (en) | 2013-01-07 | 2013-01-07 | Can arbitrarily adjust the orchard shears of blade angle |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN103907483A CN103907483A (en) | 2014-07-09 |
| CN103907483B true CN103907483B (en) | 2016-08-03 |
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| CN201310005119.3A Expired - Fee Related CN103907483B (en) | 2013-01-07 | 2013-01-07 | Can arbitrarily adjust the orchard shears of blade angle |
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Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| WO2016141979A1 (en) * | 2015-03-11 | 2016-09-15 | Husqvarna Ab | Manually operated cutting device |
| CN105123290A (en) * | 2015-09-06 | 2015-12-09 | 湖州织里华宁园艺工程有限公司 | Combined orchard shears |
Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2291782Y (en) * | 1996-11-05 | 1998-09-23 | 杨忠正 | Angle adjustable higher branch pruner |
| CN201479645U (en) * | 2009-07-30 | 2010-05-26 | 南昌大学 | Garden shears |
| CN201726693U (en) * | 2010-07-19 | 2011-02-02 | 中山庆琏金属制品有限公司 | Rose scissors capable of adjusting opening |
| CN202285646U (en) * | 2011-10-09 | 2012-07-04 | 锦豪工业有限公司 | Pruning shears structure capable of adjusting opening |
| CN202285644U (en) * | 2011-09-29 | 2012-07-04 | 华特·乔瑟夫·伯德雷斯尼 | Structure of gardening scissors |
| CN202524794U (en) * | 2012-03-13 | 2012-11-14 | 中山庆琏金属制品有限公司 | Opening-angle-adjustable plastic scissors for roses |
-
2013
- 2013-01-07 CN CN201310005119.3A patent/CN103907483B/en not_active Expired - Fee Related
Patent Citations (6)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN2291782Y (en) * | 1996-11-05 | 1998-09-23 | 杨忠正 | Angle adjustable higher branch pruner |
| CN201479645U (en) * | 2009-07-30 | 2010-05-26 | 南昌大学 | Garden shears |
| CN201726693U (en) * | 2010-07-19 | 2011-02-02 | 中山庆琏金属制品有限公司 | Rose scissors capable of adjusting opening |
| CN202285644U (en) * | 2011-09-29 | 2012-07-04 | 华特·乔瑟夫·伯德雷斯尼 | Structure of gardening scissors |
| CN202285646U (en) * | 2011-10-09 | 2012-07-04 | 锦豪工业有限公司 | Pruning shears structure capable of adjusting opening |
| CN202524794U (en) * | 2012-03-13 | 2012-11-14 | 中山庆琏金属制品有限公司 | Opening-angle-adjustable plastic scissors for roses |
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|---|---|
| CN103907483A (en) | 2014-07-09 |
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