CN211137230U

CN211137230U - Glove box triaxial operation panel

Info

Publication number: CN211137230U
Application number: CN201922054402.0U
Authority: CN
Inventors: 张贺
Original assignee: Huali Tianjin Electromechanical Equipment Technology Co ltd
Current assignee: Huali Tianjin Electromechanical Equipment Technology Co ltd
Priority date: 2019-11-25
Filing date: 2019-11-25
Publication date: 2020-07-31
Anticipated expiration: 2029-11-25

Abstract

The utility model discloses a glove box triaxial operation panel, place platform, transition cabin and pneumatic control device including glove box base, operation box, two-way operation panel, slip, the operation box is located on the glove box base, two-way operation panel is located on the inside bottom surface of operation box, the slip is placed the platform and is located the inside lateral wall of operation box, the transition cabin is located on the lateral wall of operation box, pneumatic control device locates on the base lateral wall, and this glove box operation panel passes through the mode control operation panel position that the multiaxis removed, facilitates the user of service and processes the operation, and the optimization has utilized glove box inner space, and operating personnel can put the processing article more orderly, has improved work efficiency, makes the work of glove box more nimble. The utility model belongs to the technical field of the glove box, specifically indicate one kind can be according to demand adjustment operation panel position, make full use of the glove box triaxial operation panel in the space in the glove box body.

Description

Glove box triaxial operation panel

Technical Field

The utility model belongs to the technical field of the glove box, specifically indicate a glove box triaxial operation panel.

Background

The glove box is filled with high-purity inert gas and active substances in the inert gas are filtered out in a circulating mannerThe laboratory equipment of (1) is called a glove box because it is a component inserted into the interior of the operation box of a sealing glove, and the glove box is mainly used for O₂、H₂The method for removing O and organic gas is widely applied to an anhydrous, oxygen-free and dust-free ultrapure environment, such as: lithium ion battery and material, semiconductor, super capacitor, special type lamp, laser welding, brazing etc. however in glove box in-service use, the arm home range that enters into the box through gloves is limited, often unable make full use of glove box inner space, and narrow home range has restricted user's operation and the locating place of processing article, and the glove box operation panel that can make full use of glove box inner space, the person's of facilitating the use operation and article are put is urgently needed at present.

SUMMERY OF THE UTILITY MODEL

For solving the above-mentioned current difficult problem, the utility model provides a glove box triaxial operation panel, simple operation, convenient to use, through the mode control operation panel position that the multiaxis removed, make things convenient for the user of service to carry out the processing operation, the optimized utilization glove box inner space, operating personnel can be more orderly put the processing article, improved work efficiency, make glove box work more nimble.

The utility model adopts the following technical scheme: the utility model relates to a glove box triaxial operation panel, place platform, transition cabin and atmospheric pressure control device including glove box base, operation box, two-way operation panel, slip, the operation box is located on the glove box base, two-way operation panel is located on the inside bottom surface of operation box, the slip is placed the platform and is located on the inside lateral wall of operation box and locate two-way operation panel top, the transition cabin is located on the lateral wall of operation box, exterior space and operation box inner space are connected to the transition cabin, atmospheric pressure control device locates on the base lateral wall and locates the transition cabin under, atmospheric pressure control device and operation box inner space are connected.

Further, two-way operation panel includes slip operation panel, axial motion axle, radial motion axle, axial motion single-axis drive, radial motion single-axis drive and sliding connection piece, the radial motion axle is located on the operation box bottom surface, sliding connection piece slidable locates on the radial motion axle, axial motion axle slidable locates on the sliding connection piece, the slip operation panel is located on the axial motion axle, axial motion single-axis drive locate on the slip operation panel bottom surface and with axial motion hub connection, axial motion single-axis drive to axial motion axle play the drive effect, radial motion single-axis drive locate on the operation box bottom surface and with radial motion hub connection, radial motion single-axis drive plays the drive effect to sliding connection piece.

Further, the sliding placement platform comprises a sample placement platform, a placement platform moving shaft and a placement platform single-shaft driver, the placement platform moving shaft is arranged on the side wall inside the operation box body, the sample placement platform is slidably arranged on the placement platform moving shaft, the placement platform single-shaft driver is arranged on the side wall inside the operation box body and connected with the placement platform driving shaft, and the placement platform single-shaft driver plays a driving role in driving the sample placement platform.

Further, the transition cabin includes the cabin body, sealed lid and pressure indicator, the cabin body is located on the operation box lateral wall, sealed lid is located on the cabin body, on the pressure indicator located cabin body lateral wall, the inside atmospheric pressure of gloves box and inspection to the seal can be observed to the pressure indicator, cabin body coupling operation box inner space and exterior space put into the operation box or take out from the operation box with processing article through the transition cabin.

Furthermore, the operation box body comprises a vacuum enclosure, a perspective glass window, a glove port, an operation table left-moving button, an operation table right-moving button, an operation table forward-moving button, an operation table backward-moving button, a placing table left-moving button and a placing table right-moving button, the vacuum enclosure body is arranged on the base, the perspective glass window is arranged on the vacuum enclosure body, the glove port is arranged on the perspective glass window, the operating table left-moving button, the operating table right-moving button, the operating table forward-moving button, the operating table backward-moving button, the placing table left-moving button and the placing table right-moving button are arranged on the bottom surface of the operating box body and are close to the perspective glass window, the operating platform left moving button and the operating platform right moving button are electrically connected with the radial movement single-shaft driver, the operating platform forward button and the operating platform backward button are electrically connected with the axial movement single-shaft driver, the placing table left-moving button and the placing table right-moving button are electrically connected with the placing table single-shaft driver.

Adopt above-mentioned structure the utility model discloses the beneficial effect who gains as follows: the utility model provides a glove box triaxial operation panel operation, reasonable in design can adjust the operation panel position according to the demand, the person of facilitating the use also can take the processing part of each position on the operation panel when the arm position is injectd to the glove mouth, it places the platform structure to have increased to slide, make full use of the internal space of glove box more, the glove box has been improved because the narrow and small unordered condition of placing the work piece in disorder in space, the time of taking out article through the transition cabin is placed repeatedly to the staff has been reduced, and the work efficiency is increased.

Drawings

FIG. 1 is a schematic structural view of a three-axis console of a glove box according to the present invention;

FIG. 2 is a schematic view of a three-axis console of a glove box according to the present invention;

fig. 3 is a partially enlarged view of a portion a of fig. 2.

The device comprises a glove box base 1, a glove box base 2, an operation box body 3, a bidirectional operation table 4, a sliding placement table 5, a transition cabin 6, an air pressure control device 7, a sliding operation table 8, an axial movement shaft 9, a radial movement shaft 10, an axial movement single-shaft driver 11, a radial movement single-shaft driver 12, a sliding connection block 13, a sample placement table 14, a placement table moving shaft 15, a placement table single-shaft driver 16, a cabin body 17, a sealing cover 18, a pressure indicator 19, a vacuum baffle body 20, a perspective glass window 21, a glove opening 22, an operation table left-moving button 23, an operation table right-moving button 24, an operation table forward-moving button 25, an operation table backward-moving button 26, a placement table left-moving button 27 and a placement table right-moving button.

Detailed Description

The technical solution of the present invention will be described in further detail with reference to specific embodiments, and all the parts of the present invention not described in detail in the technical features or the connection relation are the prior art.

The present invention will be described in further detail with reference to the accompanying drawings.

As shown in fig. 1-3, a glove box triaxial console comprises a glove box base 1, an operation box body 2, a bidirectional console 3, a sliding placing platform 4, a transition cabin 5 and an air pressure control device 6, wherein the operation box body 2 is arranged on the glove box base 1, the bidirectional console 3 is arranged on the bottom surface inside the operation box body 2, the sliding placing platform 4 is arranged on the side wall inside the operation box body 2 and above the bidirectional console 3, the transition cabin 5 is arranged on the outer side wall of the operation box body 2, the transition cabin 5 is connected with the outer space and the inner space inside the operation box body 2, the air pressure control device 6 is arranged on the outer side wall of the glove box base 1 and under the transition cabin 5, and the air pressure control device 6 is connected with the inner spaces of the operation box body 2 and the transition cabin 5.

Bidirectional operation platform 3 includes sliding operation platform 7, axial motion axle 8, radial motion axle 9, axial motion single-axis drive 10, radial motion single-axis drive 11 and sliding connection piece 12, radial motion axle 9 is located on 2 bottom surfaces of operation box, sliding connection piece 12 slidable locates on radial motion axle 9, axial motion axle 8 slidable locates on sliding connection piece 12, sliding operation platform 7 is located on axial motion axle 8, axial motion single-axis drive 10 is located on 7 bottom surfaces of sliding operation platform and is connected with axial motion axle 8, radial motion single-axis drive 11 is located on 2 bottom surfaces of operation box and is connected with radial motion axle 9.

The slide placing table 4 includes a sample placing table 13, a placing table moving shaft 14, and a placing table single-shaft driver 15, the placing table moving shaft 14 is provided on the side wall inside the operation box 2, the sample placing table 13 is slidably provided on the placing table moving shaft 14, and the placing table single-shaft driver 15 is provided on the side wall inside the operation box 2 and connected to the placing table moving shaft 14.

The transition cabin 5 comprises a cabin body 16, a sealing cover 17 and a pressure indicator 18, wherein the cabin body 16 is arranged on the side wall of the operation box body 2, the sealing cover 17 is arranged on the cabin body 16, the pressure indicator 18 is arranged on the side wall of the cabin body 16, and the cabin body 16 is connected with the inner space and the outer space of the operation box body 2.

The operation box body 2 comprises a vacuum enclosure blocking body 19, a perspective glass window 20, a glove opening 21, an operation table left-moving button 22, an operation table right-moving button 23, an operation table forward-moving button 24, an operation table backward-moving button 25, a placing table left-moving button 26 and a placing table right-moving button 27, the vacuum enclosure blocking body 19 is arranged on the base, the perspective glass window 20 is arranged on the vacuum enclosure blocking body 19, the glove opening 21 is arranged on the perspective glass window 20, the operation table left-moving button 22, the operation table right-moving button 23, the operation table forward-moving button 24, the operation table backward-moving button 25, the placing table left-moving button 26 and the placing table right-moving button 27 are arranged on the bottom surface of the operation box body 2 and are close to the perspective glass window 20, the operation table left-moving button 22 and the operation table right-moving button 23 are electrically connected with the radial movement single-axis driver 11, the operation table forward-moving button 24 and the operation table backward-moving button 25 are electrically connected with, the placing table left-shift button 26 and the placing table right-shift button 27 are electrically connected to the placing table single-axis driver 15.

When the device is used specifically, the sealing cover 17 is opened, articles to be processed and processing tools are conveyed from the cabin 16 to the sliding operation table 7 in the operation box body 2, the sealing cover 17 is closed, the air pressure control device 6 is started to adjust the gas components in the operation box body 2, a user inserts both hands into the glove ports 21 to process the articles to be processed in the operation box body 2, the user presses the operation table left-moving button 22 and the operation table right-moving button 23 to control the radial movement single-shaft driver 11 to work, the radial movement single-shaft driver 11 drives the sliding connection block 12 to slide on the radial movement shaft 9, the operation table forward-moving button 24 and the operation table backward-moving button 25 control the axial movement single-shaft driver 10 to work, the axial movement single-shaft driver 10 drives the sliding operation table 7 to slide on the axial movement shaft 8, and the user can control the position of the sliding operation table 7 through keys to enable the articles placed on the sliding operation table, the user has the article that need place for use in the article course of working and can place the platform 13 on the sample, has saved the usage space of sliding operation platform 7, has increased the utilization ratio of operation box 2 inner space, and the user presses and places platform and move the button 26 left and place platform and move the button 27 right, places platform single-axis drive 15 drive sample and places platform 13 and slide on placing platform moving shaft 14, and the user can adjust sample and place platform 13 to the position of being convenient for operate.

The present invention and the embodiments thereof have been described above, but the description is not limited thereto, and the embodiment shown in the drawings is only one of the embodiments of the present invention, and the actual structure is not limited thereto. In summary, those skilled in the art should understand that they should not be limited to the embodiments described above, and that they can design the similar structure and embodiments without departing from the spirit of the invention.

Claims

1. The utility model provides a glove box triaxial operation panel which characterized in that: including glove box base, operation box, two-way operation panel, slip and place platform, transition cabin and atmospheric pressure controlling means, the operation box is located on the glove box base, the two-way operation panel is located on the inside bottom surface of operation box, the slip is placed the platform and is located on the inside lateral wall of operation box and locate two-way operation panel top, the transition cabin is located on the lateral wall of operation box, exterior space and operation box inner space are connected to the transition cabin, atmospheric pressure controlling means locates on the glove box base lateral wall and locates under the transition cabin, atmospheric pressure controlling means and operation box and transition cabin inner space are connected.

2. The glove box tri-axial console of claim 1, wherein: two-way operation panel includes slip operation panel, axial motion axle, radial motion axle, axial motion single-axis drive ware, radial motion single-axis drive ware and sliding connection piece, the radial motion axle is located on the operation box bottom surface, sliding connection piece slidable locates on the radial motion is epaxial, axial motion axle slidable locates on the sliding connection piece, the slip operation panel is located on the axial motion is epaxial, axial motion single-axis drive ware locate on the slip operation panel bottom surface and with axial motion hub connection, radial motion single-axis drive ware locate on the operation box bottom surface and with radial motion hub connection.

3. The glove box tri-axial console of claim 2, wherein: the sliding placement platform comprises a sample placement platform, a placement platform moving shaft and a placement platform single-shaft driver, the placement platform moving shaft is arranged on the side wall inside the operation box body, the sample placement platform can be slidably arranged on the placement platform moving shaft, and the placement platform single-shaft driver is arranged on the side wall inside the operation box body and connected with the placement platform moving shaft.

4. The glove box tri-axial console of claim 1, wherein: the transition cabin comprises a cabin body, a sealing cover and a pressure indicator, wherein the cabin body is arranged on the side wall of the operation box body, the sealing cover is arranged on the cabin body, the pressure indicator is arranged on the side wall of the cabin body, and the cabin body is connected with the inner space and the outer space of the operation box body.

5. The glove box tri-axial console of claim 3, wherein: the operation box body comprises a vacuum baffle body, a perspective glass window, a glove opening, an operation table left-moving button, an operation table right-moving button, an operation table forward-moving button, an operation table backward-moving button, a placing table left-moving button and a placing table right-moving button, the vacuum enclosure body is arranged on the base, the perspective glass window is arranged on the vacuum enclosure body, the glove port is arranged on the perspective glass window, the operating table left-moving button, the operating table right-moving button, the operating table forward-moving button, the operating table backward-moving button, the placing table left-moving button and the placing table right-moving button are arranged on the bottom surface of the operating box body and are close to the perspective glass window, the operating platform left moving button and the operating platform right moving button are electrically connected with the radial movement single-shaft driver, the operating platform forward button and the operating platform backward button are electrically connected with the axial movement single-shaft driver, the placing table left-moving button and the placing table right-moving button are electrically connected with the placing table single-shaft driver.