CN205853113U - Cutting tool - Google Patents
Cutting tool Download PDFInfo
- Publication number
- CN205853113U CN205853113U CN201620690711.0U CN201620690711U CN205853113U CN 205853113 U CN205853113 U CN 205853113U CN 201620690711 U CN201620690711 U CN 201620690711U CN 205853113 U CN205853113 U CN 205853113U
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- Prior art keywords
- hole
- regulating part
- guide rail
- regulation
- cutting tool
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Abstract
The utility model discloses a kind of cutting tool, including: cutting head, framework, workbench, guide rail and regulating part；Cutting head includes a rotating cutting member, and framework is used for installing cutting head, and workbench is for placing object to be cut, and guide rail is used for making workbench be slidingly attached to framework, and regulating part is rotating is connected to framework；Wherein, guide rail is provided with and can be conditioned the regulation through hole that part is run through, regulating part be included in regulating part rotate time by with regulation through hole hole wall contact the contact site making the position of regulation through hole relative accommodation part rotating shaft change.Wherein, by the regulation of regulating part, it is possible to make the position of guide rail opposing frame change.
Description
Technical field
This utility model relates to a kind of cutting tool, is specifically related to a kind of makita 4100NH.
Background technology
The vertical makita 4100NH of platform as a kind of cutting tool for the object such as cutting tile, marble by user
Extensive favor.This cutting tool generally includes: basin, cutting head, framework, workbench and support etc..Wherein, so that
Object can be gradually near cutting head in cutting process, it is generally the case that will also include guide assembly in cutting tool, leads
Rail assembly is used for so that workbench is slidably disposed in above framework.Guide assembly generally includes more than one guide rail, existing
Some guide rails are typically to be directly anchored on framework, after life-time service, it is possible that the position of guide rail opposing frame occurs
Skew, so can cause the relative angle between the line of cut on workbench and cutting member to change, affect cutting effect.
Utility model content
For solving the deficiencies in the prior art, the purpose of this utility model is to provide one can regulate guide rail opposing frame
The cutting tool of position.
In order to realize above-mentioned target, this utility model adopts the following technical scheme that:
A kind of cutting tool, including: cutting head, framework, workbench, guide rail and regulating part；Cutting head includes that one can turn
Dynamic cutting member, framework is used for installing cutting head, and workbench is for placing object to be cut, and guide rail is used for making workbench slide
Being connected to framework, regulating part is rotating is connected to framework；Wherein, guide rail is provided with and can be conditioned the regulation through hole that part is run through,
Regulating part is included in when regulating part rotates by making regulation through hole relative accommodation part rotating shaft with the contacting of hole wall of regulation through hole
The contact site that position changes.
Further, regulation through hole size along rail length direction is being perpendicular to regulating part rotating shaft more than contact site
Greatest length in plane.
Further, regulation through hole is the mounting hole including the straight line along the extension of rail length direction.
Further, in the plane being perpendicular to regulating part rotating shaft, contact site includes having between regulating part rotating shaft
The distal part of one distance and and regulating part rotating shaft between there is the nearest portion of second distance, wherein, the first distance more than second away from
From.
Further, regulating part also includes: rotation section；At least part of rotating embedding framework in rotation section；Wherein, contact
Portion is arranged on one end away from framework, rotation section；The outer wall of rotation section is provided with external screw thread, and contact site is cylinder, in contact site
Mandrel line is misaligned with the rotating shaft of rotation section.
Further, cutting tool also includes: connect guide rail and the keeper of framework；Guide rail is provided with and can be positioned pieces and pass through
Wear positioning through hole；Wherein, keeper includes the location division that positioning through hole opposing frame position can be made fixing；Positioning through hole is for including
It is perpendicular to the mounting hole of the straight line extended along rail length direction.
Further, in the plane being perpendicular to rail length direction, the cross section of guide rail includes L-type structure；Wherein, regulation
Through hole is formed at the one side with contact therewith in the L-type structure of guide rail.
Further, guide rail is provided with at least two regulation through hole, is equipped with the tune of correspondence corresponding to each regulation through hole
Joint part.
Further, cutting tool includes two guide rails, and each guide rail is equipped with regulation through hole, corresponding to each regulation
Through hole is equipped with the regulating part of correspondence；And the corresponding regulation on the direction being perpendicular to rail length direction, on two guide rails
The aligned in position of through hole.
Further, cutting tool also includes: basin, support and support arm；Basin is used for water storage, and support supports cutting work
Tool, support arm makes cutting head be supported on framework；Wherein, cutting head also constitutes can be parallel to workbench with one with support arm
First axle is being rotationally connected of axle.
In cutting tool, regulating part can regulate the position of guide rail opposing frame such that it is able to makes the position of guide rail self
Put and finely tuned, and then improve cutting effect.
Accompanying drawing explanation
Fig. 1 is the three-dimensional structure diagram of cutting tool；
Fig. 2 is the structural representation when framework in Fig. 1 and guide assembly connection；
Fig. 3 is the explosive view of structure shown in Fig. 2；
Fig. 4 is the amplification assumption diagram of the subregion in structure shown in Fig. 3；
Fig. 5 is the structural representation of the regulating part in Fig. 2；
Fig. 6 is the plane structure chart of the part-structure of the guide rail in Fig. 2.
Detailed description of the invention
Below in conjunction with the drawings and specific embodiments, this utility model made concrete introduction.
Cutting tool 100 shown in Fig. 1 includes: basin 11, framework 12, guide assembly 20, workbench 13, cutting head 14 and
Support 15.Wherein, this cutting tool 100 is specifically as follows makita 4100NH, can be used to the object such as cutting tile, marble.
The water that basin 11 cools down to cutting head 14 for storage, in order to store the water of cooling, basin 11 is formed with storage
Aqua region.In structure, basin 11 is in rectangular configuration, and the middle part concave downward of basin 11 forms foregoing storage area
Territory, is around formed for the sidewall around storage zones.So, cutting tool 100, in cutting process, stores in basin 11
Cutting head 14 can be dispelled the heat by water in time, and storage zones can also be received from the water that on cutting head 14, splash is got off, from
And it can be avoided that ground of making dirty, it is ensured that sanitation and hygiene, furthermore the storage zones that basin 11 is formed can also receive cutting process
Scrap produced by.
Framework 12 is positioned at above basin 11, and it specifically can be installed to basin 11 or support 15.Framework 12 is used for supporting
Guide assembly 20 and installation cutting head 14.As shown in Figures 2 and 3, framework 12 includes: the first installation arm arranged in parallel
121 and second install arm 122, framework 12 be additionally included in the first installation arm 121 and second install one end of arm 122 connect they two
First linking arm 123 of person and install arm 121 and second other end installing arm 122 connects both second first
Linking arm 124.Wherein, the first installation arm 121 and the second installation arm 122 are parallel to each other, the first linking arm 123 and the second linking arm
124 is also the most parallel, and the first linking arm 123 also is normal to the first installation arm 121.
It should be noted that " top ", " lower section " described in this utility model refers to a part or structure is relative
Another part or the approximate location of structure, and be not restricted to proper vertically upward, vertically downward.
As depicted in figs. 1 and 2, guide assembly 20 is installed to framework 12, and guide assembly 20 includes: guide rail 21, guide rail 21
For making workbench 13 slidably be connected to framework 12.For guide assembly 20, the number of its included guide rail 21
Can be one, two or more, include, as a example by two guide rails 21, being so not only simple in structure by guide assembly 20 here,
But also ensure that the stability that workbench 13 slides.When guide assembly 20 includes two guide rails 21,21 points of two guide rails
It is not connected to the first installation arm 121 and second and arm 122 is installed.Specifically, so that workbench 13 can opposite rail group
Part 20 slides, and guide rail 21 extends along the length direction being parallel to the first installation arm 121, and it is formed with the guide part playing the guiding role
211。
Workbench 13 for placing object to be cut, workbench 13 be formed above working face, workbench 13
Below with to guide assembly 20, specifically, workbench 13 is slidably installed to guide assembly 20 along the first rectilinear direction.
Concrete, guide part 211 is the gathering sill extended along the first rectilinear direction, and the both sides of the lower section of workbench 13 connect to be had and can distinguish
Be embedded in the roller of two gathering sills, by the combination of roller and gathering sill make workbench 13 can opposite rail assembly 20 along the
One rectilinear direction is slided, consequently facilitating object moves towards cutting head 14, and then is easy to the cutting operation of user.
Cutting head 14 is arranged on the top of workbench 13, specifically may be mounted on basin 11 or framework 12, here with
As a example by being arranged on framework 12.Cutting head 14 may include that housing, motor, cutting member and guard shield etc..Housing is used for accommodating motor
Etc. structure, motor is used for driving cutting member to rotate to realize cutting function, and cutting member can be circular saw blade, in the driving of motor
Under, cutting member can rotate for axle with one through the axis of self, and guard shield is used for preventing in cutting process scrap splash to use
Family, damages user.
In order to install cutting head 14, cutting tool 100 can also include that cutting head 14 is supported by support arm 16, support arm 16
On framework 12.One end of support arm 16 is connected with cutting head 14, the other end is connected with framework 12, in other words, by supporting
Arm 16 makes cutting head 14 be indirectly arranged on framework 12, specifically may be mounted at the first installation arm 121 and second and installs
On in arm 122 one.Wherein, cutting head 14 also can be with a first axle being parallel to workbench 13 with support arm 16 composition
Being rotationally connected for axle, this first axle is further also parallel with the axis of cutting member own rotation, in such manner, it is possible to make to cut
Cut 14 on the direction being perpendicular to workbench 13 near or away from workbench 13 such that it is able in the position contacted with object
And switch over away between the position of object, it is achieved the cutting to object.
Support 15 is used for supporting whole cutting tool 100 so that cutting tool 100 is by stable placement on the ground.
As shown in Figures 2 to 6, cutting tool 100 also includes: regulating part 17, and regulating part 17 is rotating is connected to framework
12, guide rail 21 is provided with the regulation through hole 212 that can run through for regulating part 17.Here first with on a regulating part 17 and guide rail 21
Concrete introduction is done as a example by one regulation through hole 212.
Specifically, for a guide rail 21 in two guide rails 21, more specifically, on a guide rail 21
One regulation through hole 212 and with the regulating part 17 corresponding to this regulation through hole 212 for, regulating part 17 includes contact site 171.
Wherein, regulating part 17 is rotationally connected with framework 12 composition, when regulating part 17 opposing frame 12 rotates, and contact site
171 by contacting so that the position of regulation through hole 212 relative accommodation part 17 rotating shaft 101 changes with the hole wall of regulation through hole 212
Become.So, when user rotates regulating part 17, regulating part 17 starts to rotate, and contact site 171 drives the position of regulation through hole 212
Change, so that the position of guide rail 21 opposing frame 12 changes, and then realize carrying out micro-to the position of guide rail 21
Adjust.For a guide rail 21, a regulating part 17 enables to guide rail 21 and rotates, and workbench 13 is arranged on guide rail
On 21, and then the angle being capable of cutting head 14 relative to workbench 13 is adjusted；And for two guide rails 21, adjust
Joint part 17 makes one of them guide rail 21 rotate such that it is able to make the depth of parallelism of this guide rail 21 another guide rail 21 relative
Adjusted, and then ensure that the depth of parallelism between two guide rails 21.
It should be understood that two or more regulation through hole 212 can be arranged on a guide rail 21, correspond to
Each regulation through hole 212 is equipped with corresponding regulating part 17.So, as two on one guide rail 21 of user's rotating in same direction
Regulating part 17 and when rotating identical angle, so that this guide rail 21 another guide rail 21 relative translates such that it is able to
Regulate the spacing between two guide rails 21, and then ensure that the distance between two guide rails 21 keeps constant.And when user rotates
A regulating part 17 on one guide rail 21, or when there is no two regulating parts 17 of rotating in same direction, additionally it is possible to make this guide rail 21
Another guide rail 21 relatively rotates such that it is able to regulate the depth of parallelism between two guide rails 21.Same, two are led
For rail 21, each guide rail 21 all can be provided with regulation through hole 212, it is right all can be provided with corresponding to each regulation through hole 212
The regulating part 17 answered, at this moment, on the direction being perpendicular to guide rail 21 length direction, it is also possible to make the correspondence on two guide rails 21
Regulation through hole 212 position align, so, user can regulate in two guide rails 21 arbitrarily according to operating habit
Individual or the position of two guide rails 21 can also be regulated simultaneously.
Introduce regulating part 17 in detail below and regulate the structure of through hole 212:
In being perpendicular to the plane of length direction of guide rail 21, the guide rail 21 cross section in this plane includes one section of L-type knot
Structure 213, wherein, contacting with framework 12 of the L-type structure 213 of guide rail 21, regulation through hole 212 is formed in L-type structure 213
The one side contacted with framework 12 on.
Specifically, regulating part 17 also includes: rotation section 172, and rotation section 172 is used for so that regulating part 17 and framework 12 structure
One-tenth is rotationally connected.
In the rotating embedding framework 12 of energy of rotation section 172, the outer wall of rotation section 172 is additionally provided with external screw thread, and this makes to turn
Dynamic portion 172 includes one section of external thread section.Corresponding to also corresponding being provided with in position of regulating part 17 and regulation through hole 212 on framework 12
Screwed hole.So, after the rotation section 172 of regulating part 17 passes or passes in regulating through hole 212 and stretching to screwed hole, regulation
Part 17 can rotate by opposing frame 12.Contact site 171 is arranged on one end away from framework 12 of rotation section 172, and contact
Portion 171 is at least partially housed in regulation through hole 212, so so that contact site 171 can be with the hole wall of regulation through hole 212
Contact.Wherein, the regulation through hole 212 also greater than contact site 171 of the size along guide rail 21 length direction is being perpendicular to regulation
Greatest length in the plane of part 17 rotating shaft 101.And in the plane being perpendicular to regulating part 17 rotating shaft 101, contact site 171 includes
And have between regulating part 17 rotating shaft 101 first distance distal part 171a and and regulating part 17 rotating shaft 101 between have second
The nearest portion 171b of distance, this first distance is more than second distance.Wherein, regulating part 17 rotating shaft 101 refers to rotation section 172 phase
Pivot center when rotating framework 12, in other words, regulating part 17 rotating shaft 171 is same axis with the rotating shaft of rotation section 172.
So, when user rotates regulating part 17, because the position that rotation section 172 is in the plane being perpendicular to rotating shaft 101 is fixing,
So, when rotation section 172 rotates, by distal part 171a, nearest portion 171b and be positioned at distal part 171a and nearest portion
Part between 171b contacts so that the position of regulation through hole 212 opposing frame 12 changes with the hole wall regulating through hole 212
Become, and then realize the position of guide rail 21 is adjusted.
Furthermore, regulation through hole 212 is mounting hole, and this mounting hole includes the straight line 212a being parallel to each other a pair,
This straight line 212a is also parallel with the length direction of guide rail 21, and this mounting hole also includes a pair arc-shaped side 212b, and this is to arc-shaped side
212b connects the two straight line 212a respectively at the two ends of straight line 212a.For regulating part 17, contact site 171 enters one
Step is cylinder, and this cylindrical central axis 102 is misaligned with the rotating shaft 101 of rotation section 172, so so that contact site 171
The distal part 171a and nearest portion 171b with regulating part 17 rotating shaft 101 respectively with different distance can be formed.Wherein, cylindrical
Sidewall contacts with contact site 171, and sidewall i.e. forms distal part 171a and nearest portion 171b, by cylindrical sidewall and contact site
The contact of 171 realizes the position adjustments of regulation through hole 212.Contact site 171 and kidney-shaped more particularly, for cylindrical structure
For the regulation through hole 212 of pore structure, cylindrical diameter can also equal to mounting hole a pair straight line 212a between away from
From, cylindrical diameter is also less than the length of the straight line 212a of mounting hole further.
It is known that after the position of guide rail 21 being realized regulation by regulating part 17, in addition it is also necessary to by relative for guide rail 21
The position of framework 12 is fixed, to this end, also include in cutting tool 100: keeper 18, on guide rail 21, corresponding being additionally provided with is determined
Position through hole 214.
Keeper 18 is used for connecting guide rail 21 and framework 12, and positioning through hole 214 is positioned part 18 to be run through.Keeper 18 is also
Including the location division 181 that positioning through hole 214 opposing frame 12 position can be made to fix and the bar portion 182 running through positioning through hole 214, its
Middle location division 181 can not be from the side of positioning through hole 214 through to opposite side.Specifically, keeper 18 can be bolt, fixed
Position portion 181 is the head of bolt, and bar portion 182 is the threaded rod of bolt, and positioning through hole 214 is for including along being perpendicular to guide rail 21 length
The mounting hole of the straight line that direction extends.So, when user rotates regulating part 17, because the position of positioning through hole 214 does not also have
Being positioned part 18 to be fixed, therefore the position of regulation through hole 212 can change, and then the position of guide rail 21 can occur
Change, and when needs are fixing, user has only to twist keeper 18 can fix the position of guide rail 21.
Of the present utility model ultimate principle, principal character and advantage have more than been shown and described.The technical staff of the industry
It should be appreciated that above-described embodiment limits this utility model, all employing equivalents or the mode of equivalent transformation the most in any form
The technical scheme obtained, all falls within protection domain of the present utility model.
Claims (10)
1. a cutting tool, including:
Cutting head, including a rotating cutting member；
Framework, is used for installing described cutting head；
Workbench, for placing object to be cut；
Guide rail, is used for making described workbench be slidingly attached to described framework；
It is characterized in that:
Described cutting tool also includes:
Regulating part, rotating is connected to described framework；
Wherein,
Described guide rail is provided with:
Regulation through hole, is run through by described regulating part；
Described regulating part is included in when described regulating part rotates by making described regulation with contacting of the hole wall of described regulation through hole
The contact site that the position of through hole the most described regulating part rotating shaft changes.
Cutting tool the most according to claim 1, it is characterised in that:
Described regulation through hole size along described rail length direction is being perpendicular to regulating part rotating shaft more than described contact site
Greatest length in plane.
Cutting tool the most according to claim 2, it is characterised in that:
Described regulation through hole is the mounting hole including the straight line along the extension of described rail length direction.
Cutting tool the most according to claim 1, it is characterised in that:
In the plane being perpendicular to described regulating part rotating shaft, described contact site includes having first between described regulating part rotating shaft
The distal part of distance and and described regulating part rotating shaft between there is the nearest portion of second distance, wherein, described first distance is more than
Described second distance.
Cutting tool the most according to claim 1, it is characterised in that:
Described regulating part also includes:
Rotation section, at least part of described framework of rotating embedding；
Wherein, described contact site is arranged on one end away from described framework, described rotation section；Outside the outer wall of described rotation section is provided with
Screw thread, described contact site is cylinder, and the central axis of described contact site is misaligned with the rotating shaft of described rotation section.
Cutting tool the most according to claim 1, it is characterised in that:
Described cutting tool also includes:
Keeper, connects described guide rail and described framework；
Described guide rail is provided with:
Positioning through hole, is run through by described location pieces；
Wherein, described keeper includes the location division that the most described frame position of described positioning through hole can be made fixing；Described location
Through hole is the mounting hole including being perpendicular to the straight line along the extension of described rail length direction.
Cutting tool the most according to claim 1, it is characterised in that:
In the plane being perpendicular to described rail length direction, the cross section of described guide rail includes L-type structure；Wherein, described regulation
One side with described contact therewith that through hole is formed in the L-type structure of described guide rail.
Cutting tool the most according to claim 1, it is characterised in that:
Described guide rail is provided with regulation through hole described at least two, is equipped with described in correspondence corresponding to each described regulation through hole
Regulating part.
Cutting tool the most according to claim 1, it is characterised in that:
Described cutting tool includes two described guide rails, each described guide rail is equipped with described regulation through hole, corresponding to each
Described regulation through hole is equipped with the described regulating part of correspondence；And on the direction being perpendicular to described rail length direction, two institutes
State the aligned in position of corresponding described regulation through hole on guide rail.
10. according to the cutting tool described in claim 1 to 9 any one, it is characterised in that:
Described cutting tool also includes:
Basin, for water storage；
Support, supports described cutting tool；
Support arm, makes described cutting head support on said frame；
Wherein, described cutting head also constitutes with described support arm and can be parallel to the first axle of described workbench as axle with one
It is rotationally connected.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620690711.0U CN205853113U (en) | 2016-06-30 | 2016-06-30 | Cutting tool |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201620690711.0U CN205853113U (en) | 2016-06-30 | 2016-06-30 | Cutting tool |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205853113U true CN205853113U (en) | 2017-01-04 |
Family
ID=57644420
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201620690711.0U Active CN205853113U (en) | 2016-06-30 | 2016-06-30 | Cutting tool |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN205853113U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113799266A (en) * | 2020-06-11 | 2021-12-17 | 南京德朔实业有限公司 | Bench type cutting tool |
-
2016
- 2016-06-30 CN CN201620690711.0U patent/CN205853113U/en active Active
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN113799266A (en) * | 2020-06-11 | 2021-12-17 | 南京德朔实业有限公司 | Bench type cutting tool |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CP03 | Change of name, title or address | ||
| CP03 | Change of name, title or address |
Address after: 211106 No. 529, 159, Jiangjun Avenue, Jiangning District, Nanjing, Jiangsu Province Patentee after: Nanjing Quanfeng Technology Co.,Ltd. Address before: 211106, No. 159, general road, Jiangning economic and Technological Development Zone, Nanjing, Jiangsu Patentee before: NANJING CHERVON INDUSTRY Co.,Ltd. |