CN201848123U - Improved vacuum centrifugal defoaming machine - Google Patents

Abstract

The utility model provides a modified vacuum centrifugation defoaming machine, its is equipped with a base at least, the mount has been erect in the base, the mount pin joint has a rotating element, rotating element stretches to be equipped with the first axle center of connecing the mount soon, first axle center is fixed with a first driven disk, and rotating element distributes around has the material utensil of holding of pin joint up, holds the material utensil and stretches to be equipped with the second axle center of connecing rotating element soon to the second axle center is fixed with a second driven disk, wherein: the fixed frame is connected with a first transmission element, and the first transmission element is rotatably connected with a first driving disc for operating a first driven disc; the fixed frame is connected with a second transmission element which is rotatably connected with a second driving disc for operating a second driven disc; in addition, the base is provided with a control element for respectively controlling the rotating speed of the first transmission element and the second transmission element. The utility model discloses promote vacuum centrifugation greatly and take off bubble machine and have the independent stable rotation benefit of holding the material ware, and then avoid vacuum centrifugation to take off bubble machine and have the possibility of holding material ware rotation adjustment difficulty.

Description

Improved Vacuum Centrifugal Degassing Machine

technical field

The utility model relates to the technical field of stirring and degassing the liquid contained in the material receiving dish, in particular to an improved vacuum centrifugal degassing machine.

Background technique

Please refer to shown in Fig. 1, [it is the schematic diagram of existing vacuum centrifugal degassing machine]; Wherein, this vacuum centrifugal degassing machine 80 is provided with a pedestal 81, is provided with fixed frame 82 in the frame of pedestal 81, below fixed frame 82 The lock is provided with a power element 83, a rotating unit 90 is driven by a gear 84 above the power element 83, and a transmission disc 91 is positioned on the rotation unit 90, a speed control gear 92 is fixed below the transmission disc 91, and a brake group is meshed with the speed control gear 92 93. In addition, two sides of the rotating unit 90 are provided with upwardly pivoted material receiving pans 94 , and the material receiving pans 94 are pivotally connected with a passive plate 95 linked by a transmission plate 91 . In addition, the base 81 is provided with a control element 85 for controlling the rotation speed of the power element 83 and the actuation of the brake group 93 .

The rotating unit 90 and the receiving dish 94 are driven by a power element 83 to rotate together. It can be seen from this that the rotating unit 90 is to perform the revolution of the receiving dish 94, and the rotating unit 90 is executed according to the transmission of the receiving dish 94 by the transmission plate 91. Autorotation, so revolution and rotation speed and speed ratio have been determined by relevant parts, but when wanting to adjust the autorotation speed of material receiving dish 94, also can only be controlled by brake group 93 speed limit, so brake group 93 will certainly cause in the implementation. There is a phenomenon of temperature rise inside the base 81, and the problem of vibration and irregular rotation speed caused by the rotation of the material receiving dish 94 may occur.

The above is only a shortcoming of the existing part of the receiving container 94 of the rotating unit 90 , so it is necessary for the vacuum centrifugal degassing machine 80 to eliminate the disadvantages of the receiving container 94 .

In view of the above, it is known that the existing material carrier has a problem of rotating together with the rotating unit. Therefore, the author is urged to develop in the direction of eliminating the rotating unit. After thinking about the design in many ways, the author thinks, if The rotation of the material receiving dish can be controlled independently, which may be the best way to use the vacuum centrifugal degassing machine.

Utility model content

The main technical problem to be solved by the utility model is to overcome the above-mentioned defects in the prior art, and provide an improved vacuum centrifugal degassing machine, which greatly improves the independent and stable rotation benefit of the vacuum centrifugal degassing machine, and further Avoid the possibility that the vacuum centrifugal degassing machine may have difficulties in adjusting the rotation of the receiving dish.

The technical scheme that the utility model solves its technical problem adopts is:

An improved vacuum centrifugal degassing machine, the vacuum centrifugal degassing machine is provided with at least one base, the base is provided with a fixed frame, the fixed frame is pivotally connected with a rotating unit, and the rotating unit is extended with a first screw-connected fixed frame. Axis center, the first axis center is fixed with a first passive disk, and the rotating unit is distributed with upwardly pivoted material receiving pans, and the material receiving pans are extended with a second axis center that is screwed to the rotating unit, and the second axis A second passive disk is fixed at the center, and the feature is that: the fixed frame is connected with a first transmission element, and the first transmission element is screwed with the first driving disk that runs the first passive disk; and the fixed frame is connected with a second transmission element , the second transmission element is screwed with the second driving disk for running the second passive disk; in addition, the base is provided with control elements for respectively controlling the rotational speed of the first transmission element and the second transmission element.

In the aforementioned improved vacuum centrifugal degassing machine, there are upwardly tilted miter joints distributed around the rotating unit, and each miter joint is vertically pivotally connected to a material receiving pan, and the material receiving pan is further borrowed from the second axis. The second passive disk is fixed below the mitered part, and a belt groove can be added to the second driving disk; and a third passive disk can be added between the second passive disk and the second driving disk, and the side edge of the third passive disk is engaged The second driving disc is connected, and an indirect pulley is fixed on the top of the third passive disc. The indirect pulley can be additionally provided with an indirect belt groove matching the number of the second passive disc, and the indirect belt groove is additionally connected with a belt for driving the second passive disc; In addition, the rotating unit is distributed with a stable belt guiding the idler pulley of the second driven disk.

In the aforementioned improved vacuum centrifugal degassing machine, the first axis is pivotally connected with the indirect pulley and the third driven disk, and the first axis is fixed to limit the third driven disk and the first driven disk of the indirect pulley.

In the aforementioned improved vacuum centrifugal degassing machine, a circular spacer is added above the third driven disk, and the indirect pulley is provided above the circular spacer.

The beneficial effect of the utility model is that it greatly improves the independent and stable rotation effect of the vacuum centrifugal degassing machine for the material receiving dish, thereby avoiding the possibility that the vacuum centrifugal degassing machine has difficulty in adjusting the rotation of the material receiving dish.

The utility model provides a vacuum centrifugal degassing machine with the second transmission element to operate the material container independently, thereby eliminating the existing goals that affect progress and improving the market competitiveness of the vacuum centrifugal degassing machine.

Description of drawings

Below in conjunction with accompanying drawing and embodiment the utility model is further described.

Fig. 1 is the schematic diagram of existing vacuum centrifugal defoaming machine.

Fig. 2 is a combined schematic view of the utility model.

Fig. 3 is a schematic top view of the rotating unit of the present invention.

Fig. 4 is a schematic diagram of the use state of the utility model.

Explanation of symbols in the figure:

(current technology)

80.... Vacuum Centrifugal Degassing Machine 81.... Base

82....Fixing frame 83....Power component

84..Gear 85..Control element

90....rotary unit 91....transmission disc

92..Speed control gear 93..Brake group

94....Material plate 95....Passive plate

(this utility model)

A....Contents 1....Vacuum Centrifugal Degassing Machine

11..Base 12..Fixer

13..Control element 2..Rotary unit

21....The first axis 22....The first passive disk

23....Miter joint 24....Third passive disk

25....Indirect pulley 26....Circular spacer

27....Indirect belt groove 3....Material tray

31....Second Axis Center 32....Second Passive Disk

33....Belt groove 4....First transmission element

41....The first driving disc 5....The second transmission element

51....Second driving disc 6....Belt

7... idler

Detailed ways

Please refer to Fig. 2 and Fig. 3, [it is a combination schematic diagram of the present invention, a schematic diagram of a top view of the rotating unit]; it refers to a kind of "improved vacuum centrifugal degassing machine" of the present invention, the vacuum centrifugal degassing machine 1 At least one base 11 is provided, and a fixed frame 12 is erected on the base 11. The fixed frame 12 is pivotally connected with a rotating unit 2. A first passive plate 22 is fixed, and the rotating unit 2 is distributed with a material receiving dish 3 that is pivotally connected upward. 31 is fixed with a second passive disk 32, wherein, the fixed frame 12 is connected with a first transmission element 4, and the first transmission element 4 is screwed with the first driving disk 41 running the first passive disk 22; the fixed frame 12 is connected with There is a second transmission element 5 , and the second transmission element 5 is screwed with a second driving disk 51 that rotates the second passive disk 32 . In addition, the base 11 is provided with a control element 13 for respectively controlling the rotation speed of the first transmission element 4 and the second transmission element 5 .

Yes, the rotating unit 2 is distributed with upwardly tilted mitred joints 23 , and each slanted joint 23 is vertically pivotally connected to a material receiving vessel 3 . The second passive disk 32 is fixed below the mitered portion 23 , and the second passive disk 32 can be additionally provided with a belt groove 33 . And the first shaft center 21 is pivotally connected with a third driven disk 24 and an indirect pulley 25 in addition, and a circle spacer 26 can be added above the third driven disk 24, and an indirect pulley 25 is provided again on the circle spacer 26 top, and the second A shaft center 21 is fixed to limit the third driven disc 24 and the first driven disc 22 of the indirect pulley 25 . The third passive disc 24 side edges are engaged with the second driving disc 51, and the indirect belt pulley 25 above the third passive disc 24 can be additionally provided with an indirect belt groove 27 that matches the second passive disc 32 quantity, and the indirect belt groove 27 takes another The belt 6 that drives the second driven disc 32 is connected. In addition, the rotating unit 2 is distributed with a stable belt 6 guiding the idler pulley 7 of the second driven disk 32 .

Please refer to Fig. 3, [it is the schematic view of the rotating unit of the present utility model]; wherein, the rotating unit 2 is for balance of rotation, so a material receiving dish 3 is arranged equidistantly on both sides of the rotating unit 2 .

Please refer to Figure 4, which is a schematic view of the utility model in use; wherein, the vacuum centrifugal degassing machine 1 uses the second transmission element 5 to operate the material receiving vessel 3 alone, and cooperates with the rotating unit 2 to perform the revolution order to receive the material The content A of dish 3 can be fully stirred and defoamed. The rotation rate of the receiving vessel 3 in use can also be adjusted independently regardless of the rotating unit 2. It can be seen that although the rotating unit 2 and the receiving vessel 3 have a matching relationship, the respective rotation and revolution adjustments can be performed without any adjustments. Operate the settings separately in the relevant situation.

According to the composition and implementation description of the above-mentioned vacuum centrifugal degassing machine 1, it can be known that the utility model has indeed improved the shortcomings of existing products, so that it greatly improves the independent and stable rotation efficiency of the vacuum centrifugal degassing machine 1 with the material receiving vessel 3, thereby avoiding The vacuum centrifugal degassing machine 1 may have difficulties in adjusting the rotation of the material receiving vessel 3, so as to improve the yield rate and competitiveness of the product.

The above is only a preferred embodiment of the utility model, and does not limit the utility model in any form. Any simple modification, equivalent change and modification made to the above embodiments according to the technical essence of the utility model, All still belong to within the scope of the technical solution of the utility model.

In summary, the utility model fully meets the needs of industrial development in terms of structural design, practicability and cost-effectiveness, and the disclosed structure also has an unprecedented innovative structure, novelty, creativity and practicability, and meets the needs of industrial development. According to the requirements of the new patent requirements, the application is filed in accordance with the law.

Claims (4)

1. improved traditional vacuum deaeration machine, it is provided with a pedestal at least, set up fixed mount in the pedestal, fixed mount is articulated with a rotary unit, rotary unit is stretched first axle center that is provided with the fixed mount that spins, first axle center is fixed with one first driven disc, and rotary unit in around be distributed with up the bearing material ware that articulates, the bearing material ware is stretched second axle center that is provided with the rotary unit that spins, and second the axle center be fixed with one second driven disc, it is characterized in that: the fixed mount rank has one first actuated element, and first actuated element is connected with first driving disc spacing pressing of running first driven disc; The fixed mount rank has one second actuated element again, and second actuated element is connected with second driving disc spacing pressing of running second driven disc; In addition, be provided with the control element of control first actuated element out of the ordinary and the second actuated element rotating speed in the pedestal.

2. improved traditional vacuum deaeration machine according to claim 1, it is characterized in that: the mitered portion that is distributed with perk up around the described rotary unit again, and each mitered portion vertically is articulated with a bearing material ware again, the bearing material ware borrows second axle center to be fixed with this second driven disc in mitered subordinate side in addition, and second driving disc spacing pressing can have additional belt grooves; And can have additional one the 3rd driven disc between second driven disc and second driving disc spacing pressing, the 3rd driven disc lateral margin bridle joint has second driving disc spacing pressing, and the 3rd driven disc top is fixed with an indirect belt pulley in addition, belt pulley can have additional the indirect belt grooves that cooperates the second driven disc quantity indirectly, and belt grooves is overlapped with the belt of transmission second driven disc in addition indirectly; In addition, rotary unit is distributed with again and stablizes the idle pulley that belt connects second driven disc.

3. improved traditional vacuum deaeration machine according to claim 2, it is characterized in that: described first axle center is articulated with indirect belt pulley and the 3rd driven disc in addition, and first axle center is fixed with first driven disc of spacing the 3rd driven disc and indirect belt pulley again.

4. improved traditional vacuum deaeration machine according to claim 3 is characterized in that: described the 3rd driven disc top has additional a circular orifice, and the circular orifice top is provided with this indirect belt pulley again.

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