CN205075030U - Workbench - Google Patents
Workbench Download PDFInfo
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- CN205075030U CN205075030U CN201520466339.0U CN201520466339U CN205075030U CN 205075030 U CN205075030 U CN 205075030U CN 201520466339 U CN201520466339 U CN 201520466339U CN 205075030 U CN205075030 U CN 205075030U
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- supporting station
- workbench
- nut
- supporting
- internal thread
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Abstract
The utility model provides a workbench uses this workbench, can not hinder the processing operation, does not need the bolt that length is different to can reduce the degree of difficulty and the cost of management. Operation post (1) has supporting station (2), 4 landing leg (3), construction bolt (45), and wherein, supporting station (2) are used for supporting desk -top circular sawing machine (50), 4 individual landing leg (3) are used for supporting supporting station main part (4) of supporting station (2), construction bolt (45) are used for fixing desk -top circular sawing machine (50) in framework (16) of establishing mobile station (13) on supporting station (2), are equipped with on base (51) of desk -top circular sawing machine (50) shank (60), and construction bolt (45) are passed shank (60) and are twisted to go into to establish in the lock -nut in framework (16) from the top to fixed.
Description
Technical field
The utility model relates to a kind of workbench, and this workbench is for placing the electric tools such as bench circular sawing machine to carry out cutting operation etc.
Background technology
When using the desk type electric tools such as bench circular sawing machine, sometimes in order to improve workability, workbench can be used.Such as, shown in as open in patent document 1, this workbench has the supporting leg of mounting table and the supporting mounting table placing bench circular sawing machine, coincide with the installing hole be located on the pedestal of bench circular sawing machine by making the installing hole be located on mounting table, connect with bolt and nut again, thus bench circular sawing machine is fixed on mounting table.
No. 4954680th, [patent document 1] Japanese invention license publication
For making fixed operation easily carry out, the connection operation of above-mentioned screw bolt and nut is, bolt is inserted installing hole from the downside of mounting table, then at the upside fastening nut of pedestal.At this moment, if the thickness of pedestal is less, then bolt outstanding length upward, if the electric tool that mounting table is placed is bench circular sawing machine, then bolt is likely interfered the rotation of turntable and hinders processing operation, therefore, needs coordinate the thickness of pedestal and prepare the different bolt of length.Thus, increase the difficulty of management, too increase cost.
Utility model content
Therefore, the purpose of this utility model is, provides a kind of workbench, uses this workbench can not hinder processing operation, does not need the bolt etc. that length is different, and can reduce difficulty and the cost of management.
For reaching described object, the technical solution of the utility model 1 is: workbench has: supporting station, and it is for placing electric tool; Supporting leg, it is for supporting supporting station; Installing component, it is for being fixed to supporting station by electric tool, and installing component passes electric tool from top and is fixed to supporting station.
On the basis of technical scheme 1, the technical solution of the utility model 2 is: installing component is bolt member, and this bolt member, through electric tool, supporting station is provided with the internal thread part screwed mutually with this bolt member.
On the basis of technical scheme 2, the technical solution of the utility model 3 is: internal thread part can move relative to supporting station.
On the basis of technical scheme 3, the technical solution of the utility model 4 is: supporting station is provided with backstopping assembly, and this backstopping assembly splits away off from supporting station for preventing internal thread part.
On the basis of technical scheme 3 or 4, the technical solution of the utility model 5 is: internal thread part is that a part is exposed and the nut part that can not rotate relative to supporting station in supporting station from supporting station.
In technical scheme 2 ~ 5 arbitrary technical scheme basis on, the technical solution of the utility model 6 is: the upper surface of supporting station is provided with a pair travelling carriage, according to the width of electric tool, this travelling carriage can be made to slide along supporting station, and be fixed on any sliding position, travelling carriage is provided with internal thread part.
Adopt technical scheme 1, by making installing component from the top of electric tool through electric tool, thus not needing the bolt etc. that length is different, difficulty and the cost of management can be reduced.In addition, because installing component is not projected into the top of electric tool, so processing operation can not be hindered.
On the basis of the effect produced in technical scheme 1, adopt technical scheme 2, by adopting bolt member and internal thread part, can carry out from top being screwed into operation, fix electric tool simply.
On the basis of the effect produced in technical scheme 2, adopt technical scheme 3, because internal thread part can move, therefore, it is possible to according to the position of the bolt member through electric tool, adjust the position of internal thread part simply.
On the basis of the effect produced in technical scheme 3, adopting technical scheme 4, by adopting backstopping assembly, not worrying coming off or losing of internal thread part.
On the basis of the effect produced in technical scheme 3 or 4, adopt technical scheme 5, because internal thread part is the nut part that part is exposed, therefore utilize the part exposed, can the position of more accurate nut part and bolt member simply.
In technical scheme 2 ~ 5 effect that arbitrary technical scheme produces basis on, adopt technical scheme 6, owing to establishing on a mobile station by internal thread part, thus, by adjusting the position of travelling carriage, the position of internal thread part on the length direction of supporting station can be determined simply.
Accompanying drawing explanation
Fig. 1 is the stereogram of workbench.
Fig. 2 is the enlarged drawing of the standing part of bench circular sawing machine.
Fig. 3 is the sectional view of the standing part of bench circular sawing machine.
Fig. 4 is stereogram when observing travelling carriage from below.
Fig. 5 is the top view of travelling carriage.
[description of reference numerals]
1: workbench; 2: supporting station; 3: supporting leg; 4: supporting station main body; 5: connecting plate; 6: axle; 13: travelling carriage; 14: auxiliary rod; 15: glide base; 16: framework; 20: locking lever; 22: operation shank; 23: locking plate; 25: lock groove; 33: lock-nut; 35: fitting portion; 36: flange; 37: leg; 45: construction bolt; 50: bench circular sawing machine; 51: pedestal; 55: main body; 60: leg; 61: installing hole.
Detailed description of the invention
With reference to the accompanying drawings embodiment of the present utility model is described.
Fig. 1 is the stereogram of the example representing workbench, Fig. 2 is the enlarged drawing of the standing part of bench circular sawing machine, and workbench 1 is made up of supporting station 2 and 4 supporting legs 3, wherein, supporting station 2 is fixed with the electric tools such as bench circular sawing machine, and each supporting leg 3 supports this supporting station 2 at specified altitude.Supporting station 2 has the supporting station main body 4 of long strip-board shape, 2 connecting plates 5 are fixed with at the lower surface at the two ends in the longitudinal direction of supporting station main body 4, these 2 connecting plates 5 are Japanese katakana U-shaped when overlooking, and each connecting plate 5 is connected to a pair supporting leg 3.The upper end of each supporting leg 3 is connected with the upper end, front and back of connecting plate 5 respectively by axle 6, and each supporting leg 3 can rotate, by outstanding knob projection 7 and outer stop hole 8 tabling being positioned at the below of axle 6 be located on connecting plate 5 by the below place of the upper end at each supporting leg 3 force, thus each supporting leg 3 is fixed on pull-out location as shown in Figure 1.9 for being located at the end cap of the lower end of each supporting leg 3.
In addition, in the left and right sides of web 5, be formed with interior stop hole 10 respectively in the inner side of axle 6, when folding landing leg 3 to the inside, knob projection 7 can be chimeric with this interior stop hole 10.
Thus, if from pull-out location pressing knob projection 7, remove itself and the Qian He of outer stop hole 8, then the lower face side to supporting station main body 4 can be folded each supporting leg 3.When knob projection 7 arrives interior stop hole 10, knob projection 7 and interior stop hole 10 tabling, thus supporting leg 3 is fixed on folding position.The middle position of the lower surface of supporting station main body 4 is provided with handle 11, and workbench 1, under the folding state of each supporting leg 3, turns over and carries by it.
Further, be provided with handle 5a at the outer surface of the connecting plate 5 on right side, be provided with pair of wheels 12 at the outer surface of the connecting plate 5 in left side.Thus, by under state folding for each supporting leg 3, if hold handle 5a, pair of wheels 12 is landed, even if then operation post 1 entirety is not lifted, also can easily transport operation platform 1.
In addition, supporting station 2, except having supporting station main body 4, also has a pair travelling carriage 13 and a pair auxiliary rod 14, and wherein, a pair travelling carriage 13 can slide at the length direction of the upper surface of supporting station main body 4 along supporting station main body 4; A pair auxiliary rod 14 links together and can slide to same direction at the two ends in the longitudinal direction of supporting station main body 4.First, as seen in figures 3-5, travelling carriage 13 is made up of glide base 15 and framework 16, and wherein, glide base 15 is placed on the upper surface of supporting station main body 4, and framework 16 is connected with the upper surface of this glide base 15.Glide base 15 is rectangular when overlooking, at the upper surface of supporting station main body 4,2 inclined planes 17 are formed in the two ends in the direction of the width of this supporting station main body 4, each on the position of the lower surface near its two minor face of glide base 15 projectingly have a pair limiting wall 18, and every a pair limiting wall 18 lays respectively at the outside of each inclined plane 17.Be respectively equipped with guide plate 19 in the inner side of each limiting wall 18, this guide plate 19 is in Japanese hiragana く shape, and upper surface and the inclined plane 17 of itself and supporting station main body 4 abut against.
In addition, locking lever 20 is provided with at the central part on a long limit of glide base 15.This locking lever 20 has: bolt 21, and its below from glide base 15 is through glide base 15; Operation shank 22, it is connected with the upside of glide base 15 in the upper end of described bolt 21; Locking plate 23, it is connected in the downside of the lower end of bolt 21 with glide base 15.Locking plate 23 is corner tabular, its two ends have the pressing portion 24 in bulging shape respectively, under the state being placed on the upper surface of supporting station main body 4 at glide base 15, locking plate 23 is positioned at lock groove 25, wherein, lock groove 25 is formed along its length in the middle position of the upper surface of supporting station main body 4.The maximum length in the longitudinal direction of this locking plate 23 is greater than the width of lock groove 25.Therefore, when by operation shank 22 carry out operation locking plate 23 is rotated time, can select to make locking plate 23 be positioned at lock position or and non-lock position, wherein, lock position be 2 pressing portion 24 at locking plate 23 two ends on the Central Symmetry position centered by bolt 21 with the position that the contacted inner surfaces of wedge shape and lock groove 25 connects; Unlatched position is the position that 2 pressing portion 24 are left from the inner surface of lock groove 25.On this lock position, glide base 15 is restricted relative to the slip of this supporting station main body 4.
Further, glide base 15 with the long side of locking lever 20 opposite side, framework 16 is connected in the mode intersected vertically with glide base 15.This framework 16 for section be the tubular of quadrangle, at the upper and lower sides of framework 16, upper cut 26 and lower cut 27 is formed respectively in the whole length range of this framework 16, plate 28 during position near central partial below is formed, in this, plate 28 is positioned at the whole length range of framework 16, is upper and lower two parts by the inside division of framework 16.Near the position at its two ends on middle plate 28, be formed with a pair elongated hole 29 on the length direction of middle plate 28, this pair elongated hole 29 coincides with upper lower cut 26,27 when overlooking.Bolt 30 is from top through this elongated hole 29, and by making bolt 30 through the through hole 31 at two ends being located at glide base 15, then be connected with nut 32 in below, thus, framework 16 is fixed on glide base 15.Through hole 31 is the elongated hole extended to the direction intersected vertically with framework 16, it can be formed multiple (being 3 herein), therefore, the through hole 31 supplying bolt 30 to pass by selection and the position of this bolt 30 in this through hole 31, thus the position of framework 16 can be changed.In addition, the quantity of through hole 31 can suitably increase and decrease, and it also can be 1.
Further, in the downside of plate 28 being arranged in framework 16 inside, be provided with a pair lock-nut 33 in the outside being arranged on two bolts 30 on glide base 15, this pair lock-nut 33 is as internal thread part (nut part).This pair lock-nut 33 with can the mode of movement between pair of right and left stringer board 34 by the space that is housed between pair of right and left stringer board 34, this pair stringer board 34 is positioned at the both sides of lower cut 27, and is located between lower cut 27 and middle plate 28.Be formed with fitting portion 35 in the bottom of lock-nut 33, the across flats of this fitting portion 35 can be fitted to the width in lower cut 27.Limit the rotation of lock-nut 33 in framework 16 thus.In addition, be formed with circular flange 36 at the portion integral of fitting portion 35, this flange 36 exposes to the downside of framework 16.
37 is the leg of rubber, and this leg 37 is fixed by the bolt 38 from upside through lower cut 27, to be formed as the backstopping assembly preventing lock-nut 33 from coming off from framework 16 on the position more more outward than each lock-nut 33.
In addition, auxiliary rod 14 is rectangular tubular, and it inserts loosely in supporting station main body 4 on same straight line, and can slide, the side surface of workbench 4 is provided with turn-knob screw 39, by operation turn-knob screw 39, auxiliary rod 14 can be fixed on arbitrary sliding position.On the top of each auxiliary rod 14, by the guide cylinder 40 arranged along the vertical direction, being inserted with can in the support rod 41 of above-below direction movement, and the turn-knob screw 42 screwed by operation and guide cylinder 40, can be fixed on arbitrary upper-lower position by support rod 41.Here, the upper end of the support rod 41 of the auxiliary rod 14 on right side is provided with idler pulley 43, and this idler pulley 43 take fore-and-aft direction as axis, and the upper end of the support rod 41 of the auxiliary rod 14 in left side is provided with in the longitudinal direction in falling the support plate 44 of L-shaped.The height of this idler pulley 43 and support plate 44 can match with the upper surface of the pedestal 51 of bench circular sawing machine 50 described later by the utility model, is fixed respectively.
Here, the bench circular sawing machine 50 be fixed on workbench 1 has the turntable 52 that can horizontally rotate in the central authorities of pedestal 51, there is at the upper surface of pedestal 51 placed side of placing cut part, maintain slide bar 54 in the upper end of linking arm 53 at the rear being vertically built up in turntable 52, this slide bar 54 can slide in the longitudinal direction.In the front end of this slide bar 54, main body 55 is can move up and down and be set up to the form that upper limit position exerts a force, and wherein, main body 55 has the saw blade vertically arranged, and this saw blade is driven by motor and rotates.56 for being located at the handle of the upper end of main body 55.Between the right placement section 57 of the left and right sides at turntable 52 of pedestal 51 and left placement section 58, erection has guide baffle plate 59, this guide baffle plate is used for against cut part and determines its position, in the bottom of two placement sections 57,58, be formed with leg 60 respectively in the longitudinal direction.Be formed with installing hole 61 (Fig. 3) respectively in the rear and front end of this leg 60, each installing hole 61 is for being fixed to operation post 1 by bench circular sawing machine 50.
When operation post 1 as above fixes bench circular sawing machine 50, under the state that glide base 15 is in non-locking, position adjustment is carried out to the travelling carriage 13 of the left and right sides in supporting station main body 4, with the bottom making two, left and right framework 16 lay respectively at 2 legs 60 of pedestal 51.Then, by bench circular sawing machine 50 to place across the mode in two frameworks 16 in left and right, lock-nut 33 is laid respectively at immediately below the installing hole 61 of leg 60.Now, because the flange 36 of lower end exposes at the lower surface of framework 16, therefore utilize flange 36 easily can determine the position of lock-nut 33.
After determining the position of lock-nut 33, make construction bolt 45 as installing component (bolt member) from the top of leg 60, in turn through installing hole 61, the upper cut 26 of framework 16, the elongated hole 29 of middle plate 28, be screwed in lock-nut 33.46 is packing ring.When carrying out above-mentioned action in the front and back of each leg 60, leg 60 can be made to be connected with framework 16.As long as get out the construction bolt 45 that size is slightly grown in advance, even if the thickness of leg 60 changes, the construction bolt 45 of a kind also can be utilized to tackle.
Construction bolt 45 is screwed into after in lock-nut 33, if on each travelling carriage 13 rotating operation shank 22, by glide base 15 locking, just bench circular sawing machine 50 can be fixed on supporting station 2.
Like this, cut part is placed on pedestal 51 and turntable 52 by operator, hold handle 56 make saw blade rotate while, main body 55 is declined, cut part can be cut thus.Now, when cut part is longer, if this cut part is placed on auxiliary rod 14 idler pulley 43 or between support plate 44 and pedestal 51, just can maintain the level of cut part, carry out cutting operation without barrier.
And, make saw blade relative to cut part horizontally rotate carry out angle cutting operation time, operator can hold to the outstanding handle 52a in the front of turntable 52, turntable 52 is rotated, even if the rotational angle of turntable 52 becomes large, because construction bolt 45 is not projected into the top of leg 60, so do not worry that handle 52a and construction bolt 45 are interfered mutually.
Like this, adopt the workbench 1 of aforesaid way, construction bolt 45 is the installing component be fixed to by bench circular sawing machine 50 on supporting station 2, by making this construction bolt 45 from top through the leg 60 of bench circular sawing machine 50, be fixed in the lock-nut 33 of framework 16, thus, do not need the bolt that length is different, difficulty and the cost of management can be reduced.In addition, no matter the thickness of leg 60, because construction bolt 45 is not projected into the top of leg 60, therefore, cutting operation can not be hindered.
Especially, due to using construction bolt 45 (bolt member) as installing component, this construction bolt 45 is through the leg 60 of bench circular sawing machine 50, the framework 16 of supporting station 2 arranges the lock-nut 33 screwed mutually with construction bolt 45, therefore, by carrying out from top being screwed into operation, bench circular sawing machine 50 can be fixed simply.
In addition, because lock-nut 33 can move in framework 16, therefore according to the position of the construction bolt 45 of the installing hole 61 through bench circular sawing machine 50, the position of lock-nut 33 easily can be adjusted.
Further, by arranging the leg 37 preventing lock-nut 33 from coming off in framework 16, coming off or losing of lock-nut 33 is not worried.
In addition, the flange 36 of lock-nut 33 exposes from framework 16, and this lock-nut 33 can not rotate relative to this framework 16 in framework 16, by using lock-nut 33 as internal thread part, thus utilize flange 36 easily can calibrate the position of construction bolt 45 and lock-nut 33.
In addition, upper surface due to supporting station 2 is provided with a pair travelling carriage 13, lock-nut 33 is located in the framework 16 of travelling carriage 13, therefore, by adjusting the position of travelling carriage 13, the position of lock-nut 33 on the length direction of supporting station 2 can easily be determined, wherein, according to the width of bench circular sawing machine 50, this pair travelling carriage 13 can be made to slide along supporting station 2, and be fixed in any sliding position.
In addition, the quantity of construction bolt and lock-nut is not limited to 4 groups in aforesaid way, and it can increase and decrease according to the position of the installing hole on fixed electric tool and quantity.
In addition, travelling carriage is not limited to aforesaid way, even if adopt glide base relative to the indissociable structure of supporting station main body, or do not use glide base and adopt the structure etc. that framework is connected with this supporting station main body in the mode can directly slided relative to supporting station main body, also can both use lock-nut.Therefore, the structure of supporting station self also can be tabular or frame-like.
In addition, installing component is except construction bolt, also turn-knob screw etc. can be adopted, but be not limited to such a bolt member, as long as it can pass the installing hole of electric tool from top and be fixed on supporting station side, such as, also can adopt the axis body with head or the axis body etc. with hook portion.Therefore, also can consider to make described axis body pass electric tool from top, then make in supporting station side pin pass this axis body or wedge-shaped member and this axis body be fastened and be fixed.Therefore, in supporting station side also not and be confined to internal thread part or nut part, other fixed form can also be adopted.
In addition, also suitably can change other structure of workbench, as omitted one or two of auxiliary rod, or do not adopt folding landing leg and adopt telescopic leg, or making supporting leg be bar linkage structure etc.Fixing electric tool on the table, except bench circular sawing machine, also can adopt other kinds such as cutting tool.
Claims (7)
1. a workbench, is characterized in that, has:
Supporting station, it is for placing electric tool;
Supporting leg, it is for supporting supporting station;
Installing component, it is for being fixed to described supporting station by described electric tool,
Described installing component passes described electric tool from top and is fixed on described supporting station.
2. workbench according to claim 1, is characterized in that,
Described installing component is bolt member, and described bolt member, through described electric tool, described supporting station is provided with the internal thread part screwed mutually with described bolt member.
3. workbench according to claim 2, is characterized in that,
Described internal thread part can move relative to described supporting station.
4. workbench according to claim 3, is characterized in that,
Described supporting station is provided with backstopping assembly, and this backstopping assembly splits away off from described supporting station for preventing described internal thread part.
5. workbench according to claim 3, is characterized in that,
Described internal thread part is that a part is exposed and the nut part that can not rotate relative to described supporting station in described supporting station from described supporting station.
6. workbench according to claim 4, is characterized in that,
Described internal thread part is that a part is exposed and the nut part that can not rotate relative to described supporting station in described supporting station from described supporting station.
7., according to the workbench in claim 2 ~ 6 described in any one, it is characterized in that,
The upper surface of described supporting station is provided with a pair travelling carriage, according to the width of described electric tool, this travelling carriage can be made to slide along described supporting station, and be fixed in any sliding position, described travelling carriage is provided with described internal thread part.
Applications Claiming Priority (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| JP2014194112 | 2014-09-24 | ||
| JP2014-194112 | 2014-09-24 |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN205075030U true CN205075030U (en) | 2016-03-09 |
Family
ID=55427467
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201520466339.0U Active CN205075030U (en) | 2014-09-24 | 2015-07-01 | Workbench |
Country Status (2)
| Country | Link |
|---|---|
| JP (1) | JP2016064493A (en) |
| CN (1) | CN205075030U (en) |
Cited By (1)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111843939A (en) * | 2019-04-24 | 2020-10-30 | 株式会社牧田 | Bracket for workbench and workbench |
Families Citing this family (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN107020608A (en) * | 2017-05-24 | 2017-08-08 | 贵州大学 | A kind of Hydrodynamic transmission general assembly turns over turntable |
| JP7445440B2 (en) | 2019-04-24 | 2024-03-07 | 株式会社マキタ | Workbench bracket and workbench |
-
2014
- 2014-12-22 JP JP2014259109A patent/JP2016064493A/en active Pending
-
2015
- 2015-07-01 CN CN201520466339.0U patent/CN205075030U/en active Active
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN111843939A (en) * | 2019-04-24 | 2020-10-30 | 株式会社牧田 | Bracket for workbench and workbench |
| CN111843939B (en) * | 2019-04-24 | 2023-12-29 | 株式会社牧田 | Bracket for workbench and workbench |
Also Published As
| Publication number | Publication date |
|---|---|
| JP2016064493A (en) | 2016-04-28 |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant |