CN206663187U - Tool Cabinet with self-powered platform - Google Patents
Tool Cabinet with self-powered platform Download PDFInfo
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- CN206663187U CN206663187U CN201720424645.7U CN201720424645U CN206663187U CN 206663187 U CN206663187 U CN 206663187U CN 201720424645 U CN201720424645 U CN 201720424645U CN 206663187 U CN206663187 U CN 206663187U
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- workbench
- screw rod
- lifting unit
- self
- connecting piece
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Abstract
A kind of Tool Cabinet with self-powered platform, workbench, two lifting units of two lead foots that can be slidably connected to the guide rail respectively, and a driver element are included comprising a cabinet including two guide rails, one.Each lead foot has engaging hole in one.Each lifting unit includes a conduit, one support member, one is actively positioned over the top surface of the support member and interior and with an inner bolt hole the spiro connecting piece positioned at the interior engaging hole of corresponding lead foot, and one can be rotatably arranged in the workbench and the screw rod being spirally connected with the inner bolt hole, the support member has an intercommunicating pore for connecting the inner bolt hole and the conduit, the spiro connecting piece of each lifting unit is slidably matched with the interior engaging hole of corresponding lead foot, the driver element is used for driving the screw rod to drive the workbench to move between a stowed position and an expanded position, when the decline of the workbench is obstructed, the spiro connecting piece of each lifting unit slides into and leaves the support member upward relative to the screw rod in the interior engaging hole of corresponding lead foot.
Description
Technical field
A kind of Tool Cabinet is the utility model is related to, more particularly to a kind of Tool Cabinet with self-powered platform.
Background technology
A kind of as shown in figure 1, existing Tool Cabinet (Chinese utility model patent with self-powered platform
No. CN204868803U) it is arranged at the workbench 2, two of the drawer support body 1 comprising a drawer support body 1, one and is arranged at the work
Lifting unit 3, one between platform 2 and the drawer support body 1 is arranged at the linkage unit 4 between the lifting unit 3, and one is set
In the driver element 5 of the workbench 2.The drawer support body 1 has two slide rails 101, there are the workbench 2 two difference can go up,
Under be movably inserted in the slide section 201 of the slide rail 101.There is each lifting unit 3 guide wire 301, one regularly to set
The workbench 2 and the screw rod being spirally connected with the nut 302 can be rotatably arranged in by being placed in the nut 302, one on the top of guide wire 301
303, and a driven bevel pinion 304 for being arranged at the top of screw rod 303.The linkage unit 4 has a trace 401, and two
The gearing bevel gear 402 of 401 liang of opposite ends of the trace is set respectively.Each gearing bevel gear 402 and corresponding lifting unit 3
Driven bevel pinion 304 engage.The driver element 5 has a drive motor 501, and one by the drive motor 501 drive and with
The driving bevel gear 502 that the driven bevel pinion 304 of a wherein lifting unit 3 (being located at right side) engages.
When user is intended to lift the workbench 2, the drive motor 501 via the driving bevel gear 502 and this wherein one
The driven bevel pinion 304 of lifting unit 3, the screw rod 303 that can directly drive a wherein lifting unit 3 produce rotation, herein mistake
Cheng Zhong, the driven bevel pinion 304 of a wherein lifting unit 3 can also drive wherein one gearing bevel gear 402 (being located at right side) production
It is raw to rotate, to go to drive another lifting unit 3 via another gearing bevel gear 402 (being located at left side) on the trace 401 again
The driven bevel pinion 304 of (being located at left side), and the screw rod 303 of another lifting unit 3 is produced rotation, in this way, the workbench 2
It can be lifted along the slide rail 101.
However, in actual use, such a Tool Cabinet does not have the design of anti-pinch, during the workbench 2 declines,
If thering is article or the hand of user imprudence to be placed between the top of the drawer support body 1 and the bottom surface of the workbench 2, article or make
The hand of user may be crushed by the workbench 2 of continuous decrease.In addition, though the screw rod 303 of a wherein lifting unit 3 can
Directly driven by the driver element 5, still, start instantly in the drive motor 501, driven indirectly via the linkage unit 4
The screw rod 303 of dynamic another lifting unit 3, can but resistance be produced to another rotation for interlocking bevel gear 402, cause this another
The rotation of one gearing bevel gear 402 and the rotation of the wherein one gearing bevel gear 402 are actually and non-concurrent so that this is wherein
The screw rod 303 of the screw rod 303 of one lifting unit 3 and another lifting unit 3 can produce the asynchronous time difference when rotating, should
Therefore trace 401 can also produce torsion (twist) deformation, in this way, can cause the screw rod of the lifting unit 3 on both sides
303 in rotation it is asynchronous with have some setbacks the problem of, if moreover, the length of the trace 401 is longer, this problem also can be more
Add obvious so that the workbench 2 easily produces problem on descending operation.
The content of the invention
The purpose of this utility model is that providing a kind of having at least one shortcoming that can overcome prior art lifts
The Tool Cabinet of workbench.
Tool Cabinet of the present utility model with self-powered platform, comprising a cabinet, one be arranged at the cabinet workbench,
Two lifting units, and a driver element for being arranged at the workbench.
The cabinet includes a roof, and two are arranged at intervals and are respectively adjacent to uprightly leading in two opposite ends of the roof
Rail.
The workbench includes a platen above the roof, and two be positioned apart from the platen and respectively with institute
The lead foot that guide rail can be slidably connected is stated, each lead foot has one to extend along a short transverse and shape of cross section is non-circular
Interior engaging hole, the workbench can move by driving and relative to the cabinet between a stowed position and an expanded position, when this
For workbench in the stowed position, the platen is adjacent to the roof, and when the workbench is in the expanded position, the platen is away from
The roof.
Each lifting unit includes one and is arranged at the cabinet and the conduit in guide rail corresponding to extending into, one is fixedly disposed
Support member in the catheter tip, one are actively positioned over the top surface of the support member and in the interior engaging hole of corresponding lead foot
Spiro connecting piece, and a screw rod that can be rotatably arranged in the workbench, the spiro connecting piece have an inner bolt hole, and the support member has one
The intercommunicating pore of the inner bolt hole and the conduit is connected, the outer contour shape of the cross section of the spiro connecting piece of each lifting unit corresponds to respectively
From lead foot interior engaging hole shape of cross section, the interior engaging hole of the spiro connecting piece of each lifting unit and corresponding lead foot slides
Coordinate, the screw rod of each lifting unit extends in corresponding lead foot to be spirally connected with the inner bolt hole of the spiro connecting piece.
The driver element includes two driving modules, and a control module, and each driving module has one to be connected to correspondingly
Lifting unit screw rod reducing gear, and one be used for driving the reducing gear to go to rotate corresponding to lifting unit screw rod
Drive motor, the control module electrically connect with the drive motor of the driving module, and for controlling the drive of the driving module
Dynamic motor synchronous rotates, and the driver element is used for driving the screw rod to be respectively relative to the spiro connecting piece generation rotation, makes described
Screw rod drives the workbench to be moved between the stowed position and the expanded position, when the workbench is from the expanded position towards the receipts
Close the moving down when being obstructed of position, the spiro connecting piece of each lifting unit relative to the screw rod corresponding lead foot interior engaging hole
Inside slide into upward and leave the support member.
Tool Cabinet of the present utility model with self-powered platform, the workbench are also arranged at this including one along a transverse direction
The bottom surface of platen and the crossbeam for defining an installing space, and two bottom surfaces for being arranged at the platen and it is connected to the crossbeam
Two opposite ends motor box, the installing space connects with the inside of the motor box, each motor box be connected to the crossbeam and
Between corresponding lead foot, and corresponding driving module is supplied to be placed in wherein, the control module is arranged in the installing space, and is situated between
Between the driving module.
Tool Cabinet of the present utility model with self-powered platform, the screw rod of each lifting unit can be rotatably arranged in pair
The motor box answered, and extend to upward in corresponding motor box, connected with the reducing gear with corresponding driving module.
Tool Cabinet of the present utility model with self-powered platform, each motor box have a cassette bottom wall, each lifting list
Member also includes a thrust bearing being arranged between the screw rod and the bottom surface of the cassette bottom wall of corresponding motor box, and one is arranged at this
Ball bearing between screw rod and the top surface of the cassette bottom wall of corresponding motor box.
Tool Cabinet of the present utility model with self-powered platform, the crossbeam have a beam bottom wall, and two respectively from this
The two-phase that beam bottom wall extends along the transverse direction is tossed about the side wall extended upward, and the side wall coordinates with the beam bottom wall defines this
Installing space.
Tool Cabinet of the present utility model with self-powered platform, the workbench also include one and are applied to accommodating illumination use
Light fixture lamp box, the beam bottom wall of the crossbeam has a perforation connected with the installing space, and the lamp box is arranged at the beam bottom wall
Bottom surface and extended to via the perforation in the installing space.
Tool Cabinet of the present utility model with self-powered platform, the top surface of the roof of the cabinet is formed with several instruments
Room.
Tool Cabinet of the present utility model with self-powered platform, also comprising several drawers, set the drawer energy pull
The cabinet is placed in, and positioned at the lower section of the roof.
The beneficial effects of the utility model are：The top surface of the support member is actively placed in using the spiro connecting piece
Design so that if the workbench is stopped during decline, i.e., can not decline again, and produce the effect of anti-pinch.In addition,
Being desynchronized using the drive motor of the control module control driving module drives the screw rod of the lifting unit to produce rotation,
So that the workbench can swimmingly lift along the guide rail.
Brief description of the drawings
Fig. 1 is a kind of exploded partial perspective view of existing Tool Cabinet with self-powered platform；
Fig. 2 is a stereo appearance figure of the embodiment of the utility model Tool Cabinet one；
Fig. 3 is an exploded partial perspective view of the embodiment；
Fig. 4 is an assembled sectional view of the embodiment, illustrates a workbench of the embodiment in an expanded position；
Fig. 5 is a Fig. 4 partial enlarged drawing；
Fig. 6 is a view for being similar to Fig. 4, illustrates the workbench in a stowed position；
Fig. 7 is another assembled sectional view of the embodiment, illustrates that the workbench is stopped during decline；
Fig. 8 is a view for being similar to Fig. 7, illustrates a spiro connecting piece of a lifting unit for the embodiment relative to the lifting
One screw rod of unit slides into the support member for leaving the lifting unit upward.
Embodiment
Below in conjunction with the accompanying drawings and the utility model is described in detail embodiment.
Refering to Fig. 2,3, there is an embodiment of the Tool Cabinet of self-powered platform for the utility model, the Tool Cabinet includes one
30, two cabinet 10, several drawers 20, workbench lifting units 40, and a driver element 50.
As shown in Fig. 3,4,5, the cabinet 10 includes a roof 11, and two interval setting and difference on a transverse direction X
It is adjacent to the upright guide rail 12 of two opposite ends of the roof 11.In the present embodiment, the top surface of the roof 11 is formed with several
It is available for housing the toolroom 111 of several instrument (not shown).
The drawer 20 can be arranged at the cabinet 10 pull, and positioned at the lower section of the roof 11.
The workbench 30 is arranged at the cabinet 10, and including one positioned at 31, two compartment of terrains of platen of the top of roof 11
The lead foot 32, one that is arranged at the platen 31 and can be slidably connected with the guide rail 12 respectively is arranged at this along transverse direction X
The bottom surface of plate 31 simultaneously defines 33, two, the crossbeam of an installing space 334 and is arranged at the bottom surface of the platen 31 and is connected to
The motor box 34 of two opposite ends of the crossbeam 33, and a lamp box 35 for being applied to an accommodating illuminating light fixture (not shown).
Each lead foot 32 has one along short transverse Z extensions and the non-circular interior engaging hole 321 of shape of cross section.
In the present embodiment, the shape of cross section of the interior engaging hole 321 is rectangular.
The crossbeam 33 has a beam bottom wall 331, and two two extended respectively from the beam bottom wall 331 along transverse direction X
The side wall 332 that opposite side extends upward, the side wall 332 coordinates with the beam bottom wall 331 defines the installing space 334, the beam
Bottom wall 331 has a perforation 333 connected with the installing space 334.
Each motor box 34 is connected between the crossbeam 33 and corresponding lead foot 32, the installing space 334 and the motor
The inside of box 34 connects, and each motor box 34 has a cassette bottom wall 341.
The lamp box 35 is fixedly arranged at the bottom surface of the beam bottom wall 331 and extends to the installing space via the perforation 333
In 334.
The workbench 30 can by driving and relative to the cabinet 10 a stowed position (see Fig. 6) and an expanded position (see
Moved between Fig. 4), when the workbench 30 is in the stowed position, the platen 31 is adjacent to the roof 11, when the workbench 30 exists
During the expanded position, the platen 31 is away from the roof 11.
It is solid that each lifting unit 40 includes a conduit 41, one for being arranged at the cabinet 10 and extending into corresponding guide rail 12
Surely the support member 42, one for being arranged at the catheter tip 41 is actively positioned over the top surface of the support member 42 and led positioned at corresponding
Spiro connecting piece 43, one in the interior engaging hole 321 of pin 32 can be rotatably arranged in the screw rod 44 of the workbench 30, a thrust bearing
45, and a ball bearing 46.
The spiro connecting piece 43 has an inner bolt hole 431, and the support member 42 has one to connect the inner bolt hole 431 and the conduit 41
Intercommunicating pore 421.
The outer contour shape of the cross section of the spiro connecting piece 43 of each lifting unit 40 corresponds to the inscribed of respective lead foot 32
The shape of cross section in hole 321 is closed, the spiro connecting piece 43 of each lifting unit 40 slides with the interior engaging hole 321 of corresponding lead foot 32 matches somebody with somebody
Close.
In the present embodiment, the screw rod 44 of each lifting unit 40 can be rotatably arranged in corresponding motor box 34, and court
On extend to corresponding in motor box 34, moreover, the screw rod 44 of each lifting unit 40 extended in corresponding lead foot 32 with
The inner bolt hole 431 of the spiro connecting piece 43 is spirally connected.
In the present embodiment, the thrust bearing 45 of each lifting unit 40 is arranged at the screw rod 44 and corresponding motor box 34
Cassette bottom wall 341 bottom surface between.The ball bearing 46 of each lifting unit 40 is arranged at the screw rod 44 and corresponding motor box
Between the top surface of 34 cassette bottom wall 341.
The driver element 50 is arranged at the workbench 30, and for driving the screw rod 44 to be respectively relative to the spiro connecting piece
43 produce rotation, make the screw rod 44 drive the workbench 30 the stowed position (see Fig. 6) and the expanded position (see Fig. 4) it
Between move.
The driver element 50 includes two driving modules 51, one and controls module 52, and one electrically connects with the control module 52
Lifting controller 53.
Each driving module 51 is placed in corresponding motor box 34, and is connected to corresponding lifting unit 40 with one
The reducing gear 511 of screw rod 44, and one be used for driving the reducing gear 511 to go to rotate corresponding to lifting unit 40 screw rod 44
Drive motor 512.It is understood that the reducing gear 511 is a kind of reduction gear box, but it is not limited, moreover, often
The screw rod 44 of one lifting unit 40 extends in corresponding motor box 34 upward, with the reducing gear with corresponding driving module 51
511 connections.
The control module 52 is arranged in the installing space 334 of the crossbeam 33, and between the driving module 51, should
Control module 52 electrically connects with the drive motor 512 of the driving module 51, and for controlling the driving of the driving module 51
The synchronous axial system of motor 512.
When user is intended to lift the workbench 30, you can press the button of the lifting controller 53, and by control signal
Send the control module 52 to, allow the control module 52 and meanwhile start it is described driving module 51 drive motor 512, make the drive
Synchronous being spirally connected relative to the lifting unit 40 of screw rod 44 for driving the lifting unit 40 of drive motor 512 of dynamic model group 51
Part 43 produce rotate and lifting, in this way, the screw rod 44 of the lifting unit 40 of synchronization lifting can make the workbench 30 along
The guide rail 12 swimmingly lifts, and relative to the cabinet 10 the expanded position (see Fig. 4) and the stowed position (see Fig. 6) it
Between move.
Furthermore as shown in Figure 7,8, when there is an obstacle 200 (such as article or hand of user) to be unexpectedly placed on the cabinet
Between the bottom surface of the platen 31 of the top of body 10 and the workbench 30, cause the workbench 30 from expanded position (see Fig. 4) court
When the moving down of the stowed position (see Fig. 6) is obstructed, now, due to each lifting unit 40 spiro connecting piece 43 simply actively
The top surface of the support member 42 is placed in, therefore, when the screw rod 44 of each lifting unit 40 rotates relative to the spiro connecting piece 43, and
The workbench 30 will not be caused to continue to move down, can cause the spiro connecting piece 43 of each lifting unit 40 relative to the screw rod on the contrary
44 slide into and leave the support member 42 upward in the interior engaging hole 321 of corresponding lead foot 32, that is to say, that can so allow each
The screw rod 44 of lifting unit 40 produces the effect of similar idle running, to prevent the workbench 30 from continuing to move down, and crushes the resistance
Block material 200.Hereafter, after the obstacle 200 is removed, the workbench 30 can decline because of deadweight, or, it can also utilize
Manpower forces the workbench 30 to decline, and the spiro connecting piece 43 is returned to the position being placed on the top surface of the support member 42 once again
Put.
The advantages of the utility model, can be summarized as follows by the explanation more than again：
First, the spiro connecting piece 43 of the present utility model is the top surface for being actively placed in the support member 42, when the work
When being stopped during decline, the workbench 30 can not decline platform 30 again, but the spiro connecting piece 43 can be caused to divide
Do not slid into upward respectively away from the support member 42 relative to the screw rod 44, it is of the present utility model compared to prior art
Anti-pinch design can effectively avoid the workbench 30 from crushing article or the hand of user.
2nd, the utility model is to control the drive motor 512 of two driving modules 51 to desynchronize using the control module 52
Drive the screw rod 44 of two lifting units 40 to produce rotation, the screw rod 44 of the lifting unit 40 is not produced when rotating non-
The synchronous time difference, compared to prior art, the utility model can effectively avoid the screw rod 44 of the lifting unit 40 from rotating
The problem of upper generation is asynchronous and has some setbacks, it is ensured that the workbench 30 can swimmingly lift along the guide rail 12, without producing
The problem of raw descending operation.
In summary, the Tool Cabinet of the present utility model with self-powered platform, can reach mesh of the present utility model really
's.
Claims (8)
1. a kind of Tool Cabinet with self-powered platform, workbench, the two lifting lists of the cabinet are arranged at comprising a cabinet, one
Member, and a driver element for being arranged at the workbench, it is characterised in that：
The cabinet, including a roof, and two be arranged at intervals and be respectively adjacent in the upright guide rail of two opposite ends of the roof；
The workbench, including one platen above the roof, and two be positioned apart from the platen and respectively with it is described
The lead foot that guide rail can be slidably connected, each lead foot has one to extend along a short transverse and shape of cross section is non-circular interior
Engaging hole, the workbench can move by driving and relative to the cabinet between a stowed position and an expanded position, when the work
Make platform in the stowed position, the platen is adjacent to the roof, and when the workbench is in the expanded position, the platen is away from this
Roof；
Each lifting unit, including one be arranged at the cabinet and the conduit in guide rail corresponding to extending into, one be fixedly arranged at
The support member of the catheter tip, one are actively positioned over the top surface of the support member and in the interior engaging holes of corresponding lead foot
Spiro connecting piece, and a screw rod that can be rotatably arranged in the workbench, the spiro connecting piece have an inner bolt hole, and the support member has one to connect
Lead to the intercommunicating pore of the inner bolt hole and the conduit, the outer contour shape of the cross section of the spiro connecting piece of each lifting unit corresponds to each
Lead foot interior engaging hole shape of cross section, the interior engaging hole of the spiro connecting piece of each lifting unit and corresponding lead foot, which is slided, matches somebody with somebody
Close, the screw rod of each lifting unit extends in corresponding lead foot to be spirally connected with the inner bolt hole of the spiro connecting piece；And
The driver element, including two driving modules, and a control module, each driving module have one to be connected to corresponding liter
The reducing gear of the screw rod of unit drops, and one be used for driving the reducing gear to go to rotate corresponding to lifting unit screw rod driving
Motor, the control module electrically connect with the drive motor of the driving module, and for controlling the driving horse of the driving module
Up to synchronous axial system, the driver element is used for driving the screw rod to be respectively relative to the spiro connecting piece generation rotation, makes the screw rod
The workbench is driven to be moved between the stowed position and the expanded position, when the workbench folds position from the expanded position towards this
When moving down of putting is obstructed, the spiro connecting piece of each lifting unit court in the interior engaging hole of corresponding lead foot relative to the screw rod
On slide into and leave the support member.
2. the Tool Cabinet according to claim 1 with self-powered platform, it is characterised in that：The workbench also includes an edge
One transverse direction is arranged at the bottom surface of the platen and defines the crossbeam of an installing space, and two bottom surfaces for being arranged at the platen are simultaneously
The motor box of two opposite ends of the crossbeam is connected to, the installing space connects with the inside of the motor box, each motor
Box is connected between the crossbeam and corresponding lead foot, and supplies corresponding driving module to be placed in wherein, and the control module is arranged at
In the installing space, and between the driving module.
3. the Tool Cabinet according to claim 2 with self-powered platform, it is characterised in that：The screw rod of each lifting unit
Motor box corresponding to being rotatably arranged in, and extend to upward in corresponding motor box, to drive subtracting for module with corresponding
Fast mechanism connection.
4. the Tool Cabinet according to claim 3 with self-powered platform, it is characterised in that：Each motor box has a box
Bottom wall, each lifting unit also include a thrust shaft being arranged between the screw rod and the bottom surface of the cassette bottom wall of corresponding motor box
Hold, and one is arranged at ball bearing between the screw rod and the top surface of the cassette bottom wall of corresponding motor box.
5. the Tool Cabinet according to claim 4 with self-powered platform, it is characterised in that：The crossbeam has a beam bottom
Wall, and two two-phases extended respectively from the beam bottom wall along the transverse direction are tossed about the side wall extended upward, the side wall with should
Beam bottom wall, which coordinates, defines the installing space.
6. the Tool Cabinet according to claim 5 with self-powered platform, it is characterised in that：It is suitable that the workbench also includes one
For housing the lamp box of an illuminating light fixture, the beam bottom wall of the crossbeam has a perforation connected with the installing space, the lamp
Box is arranged at the bottom surface of the beam bottom wall and extended to via the perforation in the installing space.
7. the Tool Cabinet according to claim 1 with self-powered platform, it is characterised in that：The top surface of the roof of the cabinet
Formed with several toolrooms.
8. the Tool Cabinet according to claim 1 with self-powered platform, it is characterised in that：This has self-powered platform
Tool Cabinet also includes several drawers, is arranged at the cabinet drawer energy pull, and positioned at the lower section of the roof.
Priority Applications (2)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720424645.7U CN206663187U (en) | 2017-04-21 | 2017-04-21 | Tool Cabinet with self-powered platform |
| US15/658,515 US9815189B1 (en) | 2016-08-31 | 2017-07-25 | Tool cabinet |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201720424645.7U CN206663187U (en) | 2017-04-21 | 2017-04-21 | Tool Cabinet with self-powered platform |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN206663187U true CN206663187U (en) | 2017-11-24 |
Family
ID=60372316
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201720424645.7U Active CN206663187U (en) | 2016-08-31 | 2017-04-21 | Tool Cabinet with self-powered platform |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN206663187U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109531525A (en) * | 2019-01-29 | 2019-03-29 | 王伟 | A kind of auto repair nut storage and taking device |
| CN110774243A (en) * | 2019-11-13 | 2020-02-11 | 浙江航泽智能科技有限公司 | Storing and taking integrated workbench and use method thereof |
-
2017
- 2017-04-21 CN CN201720424645.7U patent/CN206663187U/en active Active
Cited By (4)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109531525A (en) * | 2019-01-29 | 2019-03-29 | 王伟 | A kind of auto repair nut storage and taking device |
| CN109531525B (en) * | 2019-01-29 | 2024-02-20 | 王伟 | Nut storage and taking device for automobile maintenance |
| CN110774243A (en) * | 2019-11-13 | 2020-02-11 | 浙江航泽智能科技有限公司 | Storing and taking integrated workbench and use method thereof |
| CN110774243B (en) * | 2019-11-13 | 2023-11-10 | 浙江航泽智能科技有限公司 | Access integrated workbench and application method thereof |
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