CN201471404U - Adapter with chiseling and vibrating functions special for electric tools - Google Patents
Adapter with chiseling and vibrating functions special for electric tools Download PDFInfo
- Publication number
- CN201471404U CN201471404U CN2009203074228U CN200920307422U CN201471404U CN 201471404 U CN201471404 U CN 201471404U CN 2009203074228 U CN2009203074228 U CN 2009203074228U CN 200920307422 U CN200920307422 U CN 200920307422U CN 201471404 U CN201471404 U CN 201471404U
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- CN
- China
- Prior art keywords
- drive link
- urceolus
- double wedge
- transmission ring
- tool
- Prior art date
- Legal status (The legal status is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the status listed.)
- Expired - Fee Related
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Abstract
The utility model relates to an adapter with chiseling and vibrating functions special for electric tools. A spring, a first transmission rod, a driving ring and a second transmission rod are sequentially arranged in an outer cylinder, the first transmission rod penetrates through the spring to extend out of the outer cylinder, the second transmission rod is pivotally provided with the driving ring and inserted with the first transmission rod sequentially, and the driving ring is fixed with the outer cylinder. The outer cylinder, the first transmission rod and the driving ring are interlocked to pivot by driving the second transmission rod to pivot, the driving ring can not pivot after pivoting of the outer cylinder is limited, and the first transmission rod is driven to axially reciprocate by matching the driving ring with the spring, thereby achieving chiseling and vibrating effects.
Description
Technical field
The utility model is relevant with hand held electric tool, be meant especially a kind of provide to set up as cutter as the electric tool outside beat, shake the adapter structure of operation.
Background technology
Hand held electric tool in the past (as: electric drill), general all is after installing one tool heads (as: drill bit), drive this tool heads rotation, hole or lock rotation such as screw processing operation, developed afterwards and can allow tool heads is axially past, the electric tool of complex displacement, just can utilize tool heads to cut a hole simultaneously and beat, shake and process, this can significantly promote operating efficiency for the bore operation that carries out the cement wall;
Yet, this kind electric tool can allow tool heads is axially past, the working method of complex displacement, be that increase design cutter is beaten in addition in electric tool inside, the percussion mechanism person of reaching, so it is far from each other with general electric tool structure, because the also more common nothing cutter of complex structure cost is beaten, the vibration function person is more expensive, cause that general user is bright fewly to be bought and use, so can't reach operating efficiency effect rapidly when carrying out bore operation;
In addition, the non-frequent use cutter in back is beaten for buying, vibration function or have many for the buyer of electric tool, in have that cutter is beaten, the electric tool of vibration function, it will be an expense that practicality is not high, therefore to how to allow the general electric tool that only has rotating function, see through a low-cost apparatus and set up, can select to be transformed into have that cutter is beaten, vibration function or the general electric tool of rotating function, become the target of electric tool industrial circle research then;
This Novel Human is just as target, develop a kind of rotation start that utilizes general electric tool and also can transfer fast and have that cutter is beaten, the adapter of vibration function, must cooperate with a plurality of common rotation electric tools and cut a hole dozen, shake operation and reduce the purpose of instrument cost in the hope of reaching single adapter.
Summary of the invention
This novel main purpose is to provide the special-purpose tool of a kind of electric tool to cut a hole beats, the adapter of vibration function, it utilizes one second drive link interlock, one transmission ring and one first drive link to pivot, and carry out work with this first drive link engagement tool head, when limiting this transmission ring pivot, can also cooperate a spring to drive axially past, the complex displacement of this first drive link with this transmission ring, and then reach the effect that cutter is beaten, shaken.
For achieving the above object, this adapter of technological means that the utility model adopts comprises:
One urceolus, one perforation of bottom tool, this urceolus lateral surface moulding one circle double wedge;
The one operation collar, the inboard double wedge moulding one circle double wedge that cooperates this urceolus lateral surface, this operation collar also is set in outside this urceolus;
One spring is contained in this urceolus;
One first drive link, be contained in this urceolus, this first drive link, one end runs through this spring and is outwards passed for connecting this tool heads by the perforation of this urceolus, the double wedge and a slot of the some convergents of this first drive link other end moulding, those double wedges are spaced and are circular around this slot arrangement, and this each double wedge is tool one end face and two inclined-planes again, tool one joint face between each double wedge of adjacent this, this each double wedge is axially offered a groove by end face, holds ball in this each groove;
One transmission ring, be fixed in this urceolus, this transmission ring center tool one circular hole and the also double wedge of the some convergents of moulding of those double wedges of this first drive link relatively, those double wedges are spaced and are circular around this circular hole, these each double wedge tool one end face and two inclined-planes, tool one joint face between each double wedge of adjacent this, those double wedges of this transmission ring cooperate with those double wedges of this first drive link again, make the ball of this each double wedge of first drive link replace joint face between each double wedge of this transmission ring; And
One second drive link, one end wears the circular hole of this transmission ring in regular turn and is plugged in the slot of this first drive link, the other end is for connecting this electric tool, pivot by this first drive link of this second drive link interlock, and make the double wedge interlock of double wedge and this urceolus of this operation collar, limit this operation collar again, the pivot of urceolus and transmission ring, make the ball of this each double wedge of first drive link replace the joint face between each double wedge of this transmission ring or the end face of this each double wedge of transmission ring, make those double wedge clutches of those double wedges and this first drive link of this transmission ring, and cut a hole with the tool heads that is connected this first drive link and to beat, vibrations processing;
The lateral surface of this urceolus is radially offered a screw, screws togather a double-screw bolt in this screw, and this transmission ring lateral surface is moulding one circle annular groove radially, and double-screw bolt one end of this urceolus is inserted in the annular groove of this transmission ring, and this transmission ring is fixed on this urceolus;
This spring one end is replaced the bottom of this urceolus, and a baffle ring is contained in this urceolus, and this baffle ring is replaced the other end at this spring, and the end of this first drive link runs through this baffle ring and this spring in regular turn and passed by the perforation of this urceolus;
The slot of this first drive link is the hexagonal shape, this second drive link by the centre to end moulding in regular turn one cylindrical section and a hexagonal shell of column, the cylindrical section of this second drive link cooperates with the circular hole of this transmission ring, and the hexagonal shell of column of this second drive link cooperates with the slot of this first drive link;
These urceolus medial surface radial dilatation moulding one retaining rank, this second drive link intermediate radial moulding, one protruding wall, this protruding wall is resisted against this transmission ring, and a bearing is contained in this urceolus and is set in outside this second drive link, and this bearing is resisted against the interior retaining rank of this urceolus and the protruding wall of this second drive link;
The medial surface moulding internal thread of this urceolus opening, one end ring outside tool external screw thread, this end ring is set in outside this second drive link, this end ring and with the internal screw-thread screw of external screw thread and this urceolus, and this end ring is replaced the opposite side of this bearing, and this bearing is positioned in this urceolus.
The beneficial effects of the utility model are that a spring is set in a urceolus in regular turn, one first drive link, one transmission ring and one second drive link, this first drive link runs through this spring and passes outside this urceolus, be pivoted in regular turn this transmission ring and plug one first drive link of this second drive link, this transmission ring is also fixed with this urceolus, so driving this second drive link pivots, but this urceolus of interlock, first drive link and transmission ring pivot, and limit the pivot of this urceolus, can also limit the pivot of this transmission ring simultaneously, and, reach cutter and beat by this transmission ring and the axial shift reciprocately of this spring cooperation this first drive link of driving, the effect of vibrations.
Description of drawings
The exploded view of this new embodiment of Fig. 1.
The cutaway view of this new embodiment of Fig. 2.
The schematic diagram that this new embodiment of Fig. 3 is connected with electric tool, tool-joint and tool heads.
The schematic diagram of this new embodiment of Fig. 4 operation collar double wedge and the interlock of urceolus double wedge.
The schematic diagram that this new embodiment of Fig. 5 first drive link one end is stretched to the urceolus evagination.
[primary clustering and symbol description]
" the utility model "
Urceolus 10 perforation 11
Double-screw bolt 14 internal threads 15
Retaining rank 16 springs 20
Baffle ring 30 first drive links 40
Hold 41 external screw threads 411
Hold 42 double wedges 421
Hold 61 cylindrical sections 611
Hexagonal shell of column 612 protruding walls 62
Hold 63 bearings 70
End ring 80 external screw threads 81
The operation collar 90 double wedges 91
Electric tool A tool-joint B
Tool heads C
The specific embodiment
This electric instrument is migrated, and the tool cutter is beaten, the adapter of vibration function, and embodiment comprises shown in the 1st and 2 figure:
One urceolus 10, be cylindric, the perforation 11 that these urceolus 10 bottom tools one are axially offered, the screw 13 that these urceolus 10 lateral surfaces and moulding one circle double wedge 12 and are radially offered, screw togather a double-screw bolt 14 in this screw 13, the medial surface of these urceolus 10 openings is moulding internal thread 15 again, and these urceolus 10 medial surface radial dilatation moulding one retaining rank 16;
One spring 20 is contained in this urceolus 10, and these spring 20 1 ends are replaced the bottom of this urceolus 10;
One baffle ring 30 is contained in this urceolus 10, and this baffle ring 30 is replaced the other end at this spring 20;
One first drive link 40, be cylindric, this first drive link 40 is contained in this urceolus 10, and an end 41 of this first drive link 40 runs through this baffle ring 30 and this spring 20 in regular turn and is outwards passed by the perforation 11 of this urceolus 10, this end 41 also forms external screw thread 411 and supplies the fastening means head, the double wedge 421 of 42 some convergents of axial moulding of the other end of this first drive link 40 and the slot 422 of a hexagonal shape, those double wedges 421 are spaced and are circular around this slot 422, these each double wedge 421 tools, one end face 4211 and two inclined-planes 4212, this each double wedge 421 is axially offered a groove 4213 by end face 4211, hold ball 4214 in the groove 4213 of this each double wedge 421,421 tools of each double wedge of adjacent this, one joint face 4215;
One transmission ring 50, center tool one circular hole 51, these transmission ring 50 lateral surfaces and moulding one circle annular groove 52 radially, this transmission ring 50 is contained in this urceolus 10, and double-screw bolt 14 1 ends of this urceolus 10 are inserted in the annular groove 52 of this transmission ring 50, this transmission ring 50 is fixed in this urceolus 10, the double wedge 53 of those double wedge 421 axial some convergents of moulding of these transmission ring 50 1 ends and relative this first drive link 40, those double wedges 53 are spaced and are circular around this circular hole 51, these each double wedge 53 tools, one end face 531 and two inclined- planes 532,53 tools of each double wedge of adjacent this, one joint face 533, those double wedges 53 of this transmission ring 50 cooperate with those double wedges 421 of this first drive link 40, make the ball 4214 of these first drive link, 40 each double wedges 421 replace joint face 533 53 of this transmission ring 50 each double wedges, the end face 531 of these transmission ring 50 each double wedges 53 is replaced the joint face 4215 421 of this first drive link 40 each double wedges;
One second drive link 60, by the centre to end 61 moulding in regular turn one cylindrical section 611 and a hexagonal shell of column 612, this second drive link 60 runs through the circular hole 51 of this transmission ring 50 in regular turn with this end 61 and is plugged in the slot 422 of this first drive link 40, the cylindrical section 611 of this second drive link 60 cooperates with the circular hole 51 of this transmission ring 50, the hexagonal shell of column 612 of this second drive link 60 cooperates with the slot 422 of this first drive link 40, this second drive link, 60 intermediate radial moulding, one protruding wall 62, this protruding wall 62 is resisted against this transmission ring 50, and these 63 of second drive link, 60 other ends are the hexagonal column and supply to connect electric tool;
One bearing 70 is contained in this urceolus 10 and is set in outside this second drive link 60, and these bearing 70 1 sides are resisted against the retaining rank 16 in this urceolus 10 and the protruding wall 62 of this second drive link 60;
One end ring 80, outside tool external screw thread 81, this end ring 80 is set in outside this second drive link 60, make the end 63 of this second drive link 60 pass, this end ring 80 also screws togather with external screw thread 81 internal thread 15 with this urceolus 10, and this end ring 80 is replaced the opposite side of this bearing 70, and this bearing 70 is positioned in this urceolus 10; And
The one operation collar 90, the double wedge 12 of inboard these urceolus 10 lateral surfaces of cooperation be moulding one circle double wedge 91 also, and 90 of this operation collars are set in outside this urceolus 10.
When using this adapter, shown in the 3rd figure, this end 63 of this second drive link 60 is connected with an electric tool A, with one tool-joint B is sealed is connected, this tool-joint B goes up for assembling one tool heads C this end 41 of this first drive link 40 with external screw thread 411;
When starting this electric tool A and driving this adapter and pivot, this second drive link 60 can pivot by this first drive link 40 of interlock, just the tool-joint B and the tool heads C that can interlock be connected with this first drive link 40 pivot, be rotated processing, and this first drive link 40 engages with double wedge 421,53 each other with this transmission ring 50, so this transmission ring 50 is also pivoted by interlock, this transmission ring 50 is fixed in this urceolus 10, and this urceolus 10 also pivots thereupon;
Beat when cutting a hole, during vibrations processing operation, shown in the 4th figure, promote this operation collar 90 at these urceolus 10 outer displacements, make double wedge 12 interlocks of double wedge 91 with this urceolus 10 of this operation collar 90, this operation collar 90 can be subjected to these urceolus 10 interlocks and pivot, limit the pivotal action of this operation collar 90 again with external force, but interlock limits the pivotal action of this urceolus 10 and this transmission ring 50, it between this second drive link 60 and this transmission ring 50 circular hole 51 that is located in this transmission ring 50 with cylindrical section 611, it between this second drive link 60 and this first drive link 40 slot 422 that is plugged in this first drive link 40 with hexagonal shell of column 612, this second drive link 60 can pivot by these first drive link, 40 relative these transmission rings 50 of interlock, the double wedge 421 of this first drive link 40 and this transmission ring 50,53 when being pivoted relative to each other, one inclined-plane 4212 of these first drive link, 40 double wedges 421 can be replaced by an inclined-plane 532 of these transmission ring 50 double wedges 53 and promote this baffle ring 30 these springs 20 of compression, shown in the 5th figure, make the end 41 of this first drive link 40 outside this urceolus 10, protrude out, this first drive link 40 is pivoted and axial displacement simultaneously, and the ball 4214 of these first drive link, 40 double wedges 421 is resisted against the end face 531 of these transmission ring 50 double wedges 53 again;
Continuing to drive this first drive link 40 at this second drive link 60 pivots, the ball 4214 of these first drive link, 40 double wedges 421 can break away from the end face 531 of these transmission ring 50 double wedges 53, this spring 20 and the end 41 that promotes this first drive link 40 with recuperability are withdrawn in this urceolus 10, make the ball 4214 of these first drive link, 40 each double wedges 421 replace the joint face 533 of 53 of these transmission ring 50 each double wedges once more, so just can allow first drive link 40 of this adapter pivot simultaneously and axial shift reciprocately, make this first drive link 40 and this transmission ring 50 produce clutch actions;
By as can be known preceding, when not limiting the pivotal action of this urceolus 10 and this transmission ring 50, this first drive link 40 can carry out pivotal action, make the tool heads C of connection be rotated processing, when limiting the pivotal action of this urceolus 10 and this transmission ring 50, this first drive link 40 can carry out the clutch action of pivotal action and the action of axial shift reciprocately simultaneously, makes the tool heads C of connection be rotated and cut a hole dozen vibrations processing simultaneously.
Claims (6)
- The special-purpose tool cutter of an electric tool beat, the adapter of vibration function, be connected with an electric tool and a tool heads respectively, it is characterized in that comprising:One urceolus, one perforation of bottom tool, this urceolus lateral surface moulding one circle double wedge;The one operation collar, the inboard double wedge moulding one circle double wedge that cooperates this urceolus lateral surface, this operation collar also is set in outside this urceolus;One spring is contained in this urceolus;One first drive link, be contained in this urceolus, this first drive link, one end runs through this spring and is outwards passed for connecting this tool heads by the perforation of this urceolus, the double wedge and a slot of the some convergents of this first drive link other end moulding, those double wedges are spaced and are circular around this slot arrangement, and this each double wedge is tool one end face and two inclined-planes again, tool one joint face between each double wedge of adjacent this, this each double wedge is axially offered a groove by end face, holds ball in this each groove;One transmission ring, be fixed in this urceolus, this transmission ring center tool one circular hole and the also double wedge of the some convergents of moulding of those double wedges of this first drive link relatively, those double wedges are spaced and are circular around this circular hole, these each double wedge tool one end face and two inclined-planes, tool one joint face between each double wedge of adjacent this, those double wedges of this transmission ring cooperate with those double wedges of this first drive link again, make the ball of this each double wedge of first drive link replace joint face between each double wedge of this transmission ring; AndOne second drive link, one end wears the circular hole of this transmission ring in regular turn and is plugged in the slot of this first drive link, the other end is for connecting this electric tool, pivot by this first drive link of this second drive link interlock, and make the double wedge interlock of double wedge and this urceolus of this operation collar, limit this operation collar again, the pivot of urceolus and transmission ring, make the ball of this each double wedge of first drive link replace the joint face between each double wedge of this transmission ring or the end face of this each double wedge of transmission ring, make those double wedge clutches of those double wedges and this first drive link of this transmission ring, and cut a hole with the tool heads that is connected this first drive link and to beat, vibrations processing.
- 2. the special-purpose tool cutter of electric tool according to claim 1 is beaten, the adapter of vibration function, it is characterized in that, the lateral surface of this urceolus is radially offered a screw, screw togather a double-screw bolt in this screw, this transmission ring lateral surface is moulding one circle annular groove radially, and double-screw bolt one end of this urceolus is inserted in the annular groove of this transmission ring, and this transmission ring is fixed on this urceolus.
- 3. the special-purpose tool cutter of electric tool according to claim 1 is beaten, the adapter of vibration function, it is characterized in that, this spring one end is replaced the bottom of this urceolus, and a baffle ring is contained in this urceolus, this baffle ring is replaced the other end at this spring, and the end of this first drive link runs through this baffle ring and this spring in regular turn and passed by the perforation of this urceolus.
- 4. the special-purpose tool cutter of electric tool according to claim 1 is beaten, the adapter of vibration function, it is characterized in that, the slot of this first drive link is the hexagonal shape, this second drive link by the centre to end moulding in regular turn one cylindrical section and a hexagonal shell of column, the cylindrical section of this second drive link cooperates with the circular hole of this transmission ring, and the hexagonal shell of column of this second drive link cooperates with the slot of this first drive link.
- 5. the special-purpose tool cutter of electric tool according to claim 1 is beaten, the adapter of vibration function, it is characterized in that, these urceolus medial surface radial dilatation moulding one retaining rank, this second drive link intermediate radial moulding, one protruding wall, this protruding wall is resisted against this transmission ring, one bearing is contained in this urceolus and is set in outside this second drive link, and this bearing is resisted against the interior retaining rank of this urceolus and the protruding wall of this second drive link.
- 6. the special-purpose tool cutter of electric tool according to claim 5 is beaten, the adapter of vibration function, it is characterized in that, the medial surface moulding internal thread of this urceolus opening, one end ring outside tool external screw thread, this end ring is set in outside this second drive link, this end ring and with the internal screw-thread screw of external screw thread and this urceolus, and this end ring replaces the opposite side of this bearing, and this bearing is positioned in this urceolus.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009203074228U CN201471404U (en) | 2009-08-05 | 2009-08-05 | Adapter with chiseling and vibrating functions special for electric tools |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN2009203074228U CN201471404U (en) | 2009-08-05 | 2009-08-05 | Adapter with chiseling and vibrating functions special for electric tools |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN201471404U true CN201471404U (en) | 2010-05-19 |
Family
ID=42407645
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN2009203074228U Expired - Fee Related CN201471404U (en) | 2009-08-05 | 2009-08-05 | Adapter with chiseling and vibrating functions special for electric tools |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN201471404U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107597442A (en) * | 2017-09-07 | 2018-01-19 | 南京中高知识产权股份有限公司 | A kind of force-guided stem for ash removal equipment for flapping |
-
2009
- 2009-08-05 CN CN2009203074228U patent/CN201471404U/en not_active Expired - Fee Related
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107597442A (en) * | 2017-09-07 | 2018-01-19 | 南京中高知识产权股份有限公司 | A kind of force-guided stem for ash removal equipment for flapping |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20100519 Termination date: 20180805 |