TWM573665U - Cyclic spiral stirring tank module unit - Google Patents

Abstract

The creative spiral stirring tank module unit comprises a module main body, wherein a positive agitating tank and a reverse stirring tank are respectively recessed in the interior, and the partition wall is separated by a side wall between the positive and reverse stirring tanks. A front slot and a rear slot are respectively disposed at both ends of the axial direction, and the front and rear slots are respectively provided with a thyristor element for opening and closing control mode; the positive and reverse agitating slots are respectively corresponding to the parallel outer sides a right notch and a left notch, the left and right notches are respectively provided with a thyristor element for opening and closing control mode; the axial direction of the positive and reverse agitation grooves respectively pivots a forward rotation axis and a Reversely rotating the shaft and receiving a driving of a power component to perform a forward reversing operation; the outer diameters of the positive and negative rotating shafts are respectively provided with a plurality of positive agitating bodies and a plurality of reverse agitating bodies, and the plurality of positive and reverse agitating bodies The agitating pitch portions forming a predetermined wheelbase are respectively maintained between the respective sides, and the materials are forwardly reversely stirred and driven; accordingly, the material materials are surely refined and uniformly stirred, thereby greatly improving the stirring performance and shortening the work. Time.

Description

Reverse spiral stirring tank module unit

This creation is related to material agitation treatment, and more specifically, a reciprocating spiral agitation tank module unit.

According to the prior knowledge, the spiral agitation tank is widely used, or it can be used for refining and mixing of various raw materials, or for sludge, agricultural, forestry, animal husbandry and livestock industries used for organic waste materials. Reduce or re-form organic fertilizer; due to the spiral agitation operation of the spiral agitation tank, the single-pass spiral agitation stroke design, that is, the agitation tank in a certain axial length range, pivots a stirring shaft driven by the motor power, while The spiral stirring body is arranged radially in the stirring shaft, and the predetermined stirring material is put into the spiral stirring tank during the operation, and the material is crushed and stirred by the single screw pushing, and the material is reduced in the axial movement accompanying the spiral stirring body. The material mixing effect, therefore, often requires more mixing time, in order to achieve the desired refinement mixing purpose, which causes great trouble to the material mixing production of the industry.

In view of this, the creators of this case have been researching and experimenting through years of experience in producing and selling similar products, and finally have a practical creation.

That is, the main purpose of the present invention is to provide a reciprocating spiral stirring tank module unit capable of applying material refinement and uniform stirring operation, thereby greatly improving the stirring performance and shrinking. Short working hours.

According to the present invention, a reciprocating spiral agitation tank module unit comprises a module body for providing material to be stirred and taken out at a predetermined time, and the interior of the module body is respectively recessed with a predetermined axial length. a stirring tank and a reverse agitating tank, wherein the forward agitating tank and the opposite side of the reverse agitating tank have a partition wall, and the two axial ends of the partition wall are respectively provided with a front notch and a rear notch. The sluice element is respectively provided with a thyristor element for opening and closing control mode; the forward agitating groove and the opposite agitating groove are respectively provided with a right notch and a left notch, and the left and right notches are respectively a thyristor element is respectively provided for the opening and closing control mode; a forward rotation axis and a reverse rotation axis are respectively pivoted in the axial direction of the forward agitation tank and the reverse agitation tank, and are driven by a power component to perform a forward reversal operation; The outer diameter of the forward rotating shaft is axially disposed with a plurality of positive agitating bodies, and the plurality of positive agitating bodies are maintained at a predetermined wheelbase between the mutually adjacent sides, and the material is positively stirred and driven away. The reverse The outer diameter of the moving shaft is axially disposed with a plurality of reverse agitating bodies, and the agitating pitch portions of the plurality of reverse agitating bodies are maintained at a predetermined wheelbase, and the materials for receiving the terminal of the forward agitation tank are repeatedly stirred; In this way, the material material is surely refined and evenly stirred, thereby greatly improving the stirring performance and shortening the working hours.

The reverse spiral agitation tank module unit, wherein the power component drives a forward rotation shaft and a reverse rotation shaft by a motive motor and a transmission wheel train.

The reverse spiral agitation tank module unit, wherein the power component drives the forward rotation shaft and the reverse rotation shaft respectively by two prime steering motors.

The reverse spiral agitation tank module unit, wherein the thyristor element is a freely disassembled movable gate.

The reverse spiral stirring tank module unit, wherein the thyristor element is a horse The drive impeller is driven.

The reverse spiral agitation tank module unit, wherein a wheelbase of the agitating pitch portion of the forward agitating body disposed at the front and rear ends of the forward rotating shaft is smaller than a wheelbase of the agitating pitch portion of the positive agitating body disposed in the middle of the coaxial shaft; The wheelbase of the agitating pitch portion of the reverse agitating body disposed at the front and rear ends of the reverse rotation shaft is smaller than the wheelbase of the agitating pitch portion of the reverse agitating body disposed in the middle of the coaxial shaft.

The reverse spiral agitation tank module unit, wherein the main system of the module can perform the parallel combination of a plurality of module bodies according to the required output, and adjusts the preset opening and closing of the thyristor element to the front and rear circulation or the front and rear relays. Modular material mixing operation.

10‧‧‧Module body

11‧‧‧ Forward mixing tank

111‧‧‧ right notch

12‧‧‧Reverse stirring tank

121‧‧‧left notch

13‧‧‧ partition wall

131‧‧‧ front notch

132‧‧‧ rear notch

14‧‧‧ Cover

15‧‧‧Discharge port

20‧‧‧Power components

21‧‧‧ prime mover motor

22‧‧‧Drive train

30‧‧‧ Forward rotation axis

31‧‧‧ Forward mixing body

32‧‧‧Stirring pitch

40‧‧‧Reverse rotation axis

41‧‧‧Reverse agitator

42‧‧‧Stirring pitch

50‧‧‧Throttle components

51‧‧‧Motor

52‧‧‧Auxiliary sweeping wheel

S‧‧‧ wheelbase

S1‧‧‧ wheelbase

S2‧‧‧ wheelbase

1 is a cross-sectional view showing a top view of a preferred embodiment of the present invention.

Figure 2 is a cross-sectional view showing the side view of the first picture of this creation (1)

Figure 3 is a cross-sectional view showing the side view of the first picture of this creation (2)

Figure 4 is a schematic view showing the operation of circulating stirring in a preferred embodiment of the present invention.

Figure 5 is a schematic view showing the operation of the dragon stirrer according to a preferred embodiment of the present invention.

Figure 6 is a cross-sectional view showing a top view of another preferred embodiment of the present invention.

Figure 7 is a cross-sectional view showing a further embodiment of the present preferred embodiment.

First, please refer to FIG. 1 to FIG. 7 , which is a reciprocating spiral stirring tank module unit comprising: at least one module body 10 , a power component 20 , a forward rotating shaft 30 , and a reverse rotation shaft 40 and a plurality of thyristors 50; wherein: the module body 10 has a predetermined long axis extending as shown in FIGS. 1 to 3, and the interior thereof is recessed with a predetermined axial length. The forward agitation tank 11 and a reverse agitation tank 12 are arranged in parallel with each other, and have a partition wall 13 between adjacent sides thereof, and the axial ends of the partition wall 13 A front notch 131 and a rear notch 132 are respectively disposed ; the forward agitating tank 11 and the opposite parallel outer side of the reverse agitating tank 12 respectively have a right notch 111 and a left notch 121; the forward agitating tank 11 and the upper portion of the reverse agitation tank 12 is open, and the downward supply of the predetermined material is provided. The top side of the forward agitation tank 11 and the movable shaft are pivotally provided with a cover 14 to provide a forward agitation tank 11 and reverse agitation. The top side of the tank 12 is closed, and in the opposite positive agitating tank 11 and the reverse agitating tank The shaft side of 12 is provided with a discharge port 15 for material removal, which is not mentioned here; the power assembly 20, as shown in Figures 1 to 3, includes a motive motor 21 and a transmission. The wheel train 22 is configured to simultaneously provide two power sources that are respectively reversed; the forward rotating shaft 30 is pivotally disposed in the axial direction of the forward agitation tank 11, and the axial front end thereof is coupled to the positive rotational force of the power assembly 20, The outer diameter axial line is provided with a plurality of positive agitating bodies 31, and the mutually adjacent sides of the plurality of positive agitating bodies 31 respectively form a stirring pitch portion 32 of a predetermined wheelbase S, wherein the front and rear ends of the axial direction are arranged in a positive direction The wheelbase S1 of the agitating pitch portion 32 of the agitating body 31 is smaller than the wheelbase S of the forward agitating body 31 disposed in the middle of the coaxial portion; the forward agitation of the material to be fed therein and the acceleration and propulsion of the front and rear end sides are driven; the reverse rotation axis The 40 series is pivotally disposed in the axial direction of the reverse agitation tank 12, and the axial front end thereof is connected to the reverse rotational force of the power unit 20, and the outer diameter of the outer diameter is axially provided with a plurality of reverse agitating bodies 41, and the mutual axis of the plurality of reverse agitating bodies 41 Agitating pitch portion 42 that maintains a predetermined wheelbase S to the side system Wherein, the wheelbase S2 of the stirring pitch portion 42 of the reverse agitating body 41 disposed at the front and rear ends of the axial direction is smaller than the wheelbase S of the agitating pitch portion 42 of the reverse agitating body 41 disposed in the coaxial middle portion; Accelerating the drive; the plurality of thyristor elements 50 are detachable movable gate designs, as shown in Figures 1 to 4, which are respectively movably embedded in the front notch 131, the rear notch 132, and the right groove The mouth 111 and the left notch 121 are used to block the gap between the slots to maintain the separation state, and the opening state is opened according to the required unloading; thus, by the above combination, a reverse spiral stirring is created. For the slot module unit, please refer to Figure 3 and Figure 4. Since the complex thyristor 50 is a freely detachable movable gate design, the axial ends of the partition wall 13 should be selected first. The sluice elements 50 of the front notch 131 and the rear notch 132 are removed, and the front notch 131 and the rear notch 132 are maintained in the open state of the passage, so that the predetermined material is closed by the pivot opening of the cover 14 and then closed. With the start of the power component 20, the original The moving motor 21 simultaneously supplies the power to drive the forward rotating shaft 30 and the reverse rotating shaft 40 to perform the synchronous forward reversing operation by the driving train wheel 22, so that the positive rotating shaft 30 and the reverse rotating shaft 40 rotate in the plural of the operating shaft diameter distribution. The forward agitating body 31 and the reverse agitating body 41 are subjected to a crushing and agitating operation, and the material in the forward agitation tank 11 is not only agitated and refined, but also according to the positive rotating shaft 30 and the spiral distribution. The forward agitating body 31 is moved to the left axis; on the other hand, the material covered in the reverse agitation tank 12, in addition to being agitated and refined, also according to the reverse rotation shaft 40 and the spirally distributed reverse agitating body 41 Pushing to the right axis; wherein the wheelbases S1 and S2 of the agitating pitch portion 42 of the axially opposite ends of the forward rotating shaft 30 and the counter rotating shaft 40 are smaller than the design of the wheelbase S of the coaxial middle section, which will make the forward direction The material at the front and rear shafts of the rotating shaft 30 and the counter-rotating shaft 40 is accelerated to push forward, and the material is quickly pushed forward at the communication passage 13 connected in series with each other, so that the material to be received is immediately change The opposite agitation direction angle continues to agitate the shaft shift, which contributes to the homogenization of the material refining and tumbling operation; then the material in the forward agitation tank 11 is continuously pushed and refined with the forward agitating body 31 to the reverse direction. The agitation tank 12 is then pushed back to the forward agitation tank 11 by the agitation and refining in the reverse direction of the reverse agitating body 41. The repetitive agitation operation of the circulation type is such that the material is sufficiently tumulated and refined, so that it is more conventionally used. It can achieve better and even mixing quality, and can shorten the mixing operation time and greatly improve the mixing efficiency.

Please continue to refer to FIG. 5 , which is another operation implementation manner of the creative reciprocating spiral stirring tank module unit, which is a combination of two or more module bodies 10 in parallel according to the required stirring capacity. Since the right slot 111 and the left slot 121 are in corresponding positions, when the two units are combined, the left slot 121 of the front unit is docked with the right slot 111 of the rear unit, and the brakes at the docking station are combined. The flow element 50 is removed to maintain the open state, and the thyristor 50 of each of the front notches 131 is also unloaded, thus forming a path similar to the S-shaped trajectory; thus, the forward agitating tank 11 of the front unit is as described above. The material inside is continuously pushed and refined to the reverse agitation tank 12 as the forward agitating body 31 is continuously opened, since the abutment of the left notch 121 of the front unit and the right notch 111 of the rear unit is kept open, then the agitating shaft The material moved to the reverse agitation tank 12 is rapidly moved forward to the forward agitation tank 11 of the second unit, and is also continuously moved axially to the reverse agitation tank 12 under the same agitation operation, thus creating a serial connection. Repeated stirring operation, Wherein welling fully refined material, compared to conventional so attainable by homogeneous mixing quality is more excellent, more shorten the operation time dramatically stirred stirring performance.

In addition, please continue to refer to FIG. 6, which is another embodiment of the present invention. In order to further increase the stirring rate of the material, the front notch 131, the rear notch 132, the right notch 111 and the left The plurality of thyristors 50 provided by the slots 121 and the like may be replaced by an auxiliary sweeper 52 driven by a group of motors 51. When the motor 51 of the thyristor 50 is activated, the rotating auxiliary sweeper 52 will The agitated material located close to the place is continuously swirled and moved forward, while maintaining the slot at the mouth Conversely, if the motor 51 of the thyristor 50 is turned off, the auxiliary sweeping wheel 52 that is not rotating is unable to move the stirring material close to the place, thereby forming a closed state in which the material is blocked. In order to avoid the trouble that the original sluice element 50 movable gate needs to be disassembled and adjusted, the driving force of the agitating auxiliary power can be used to gain the force of pushing the notch material forward.

Furthermore, please continue to refer to FIG. 7 , which is a further embodiment of the present invention. The present invention is to make the forward reversal operation of the forward rotation axis 30 and the reverse rotation axis 40 more directly synchronized. The power component 20 in the middle is reversed to the different motive motors 23, and the forward rotation shaft 30 and the reverse rotation shaft 40 are directly coupled, respectively, so that the motor power is directly driven, and the same functions and effects as those of the above embodiment are obtained.

In summary, the creative spiral mixing tank module unit of this creation, the technical idea and the innovative spatial pattern of the creation, can break through the bottleneck of the use; and can achieve material refinement and uniform mixing operation, and can greatly improve The agitation performance and the shortened working hours are practically improved compared with the conventional use.

Moreover, the above embodiments are merely illustrative of the techniques of the present invention and their effects, and are not intended to limit the present invention. Any person skilled in the art can modify and change the above embodiments without departing from the technical principles and spirit of the creation. Therefore, the scope of protection of this creation right should be listed in the scope of application as described later.

Claims (7)

The utility model relates to a reciprocating spiral stirring tank module unit, which comprises a module main body for providing material to be stirred and taken out at a predetermined time, wherein the main body of the module is recessed with a forward stirring tank having a predetermined axial length and a reverse stirring. a groove, the forward agitating tank and the adjacent side of the reverse agitation tank have a partition wall, and the two ends of the partition wall are respectively provided with a front notch and a rear notch, and the front and rear notches are opened and closed The control method is respectively provided with a thyristor element; the forward agitating tank and the opposite parallel outer side respectively have a right notch and a left notch, and the left and right notches are respectively set for opening and closing control mode a thyristor element; the axial direction of the forward agitation tank and the reverse agitation tank respectively pivots a forward rotation axis and a reverse rotation axis, and is driven by a power component to perform a positive reversal operation; The axial axial line is provided with a plurality of positive agitating bodies, wherein the plurality of positive agitating bodies are maintained at a predetermined wheelbase between the mutual sides, and the material is positively stirred and driven; the reverse rotating shaft is externally Diameter axial a plurality of reverse agitating bodies, wherein a plurality of agitating pitch portions of the plurality of reverse agitating bodies are maintained at a predetermined wheelbase, and the materials for receiving the terminal of the forward agitating tank are repeatedly stirred; thereby, material materials are accurately refined and Evenly agitating operation, greatly improving the mixing efficiency and shortening the working hours. The reverse spiral agitation tank module unit according to the first aspect of the patent application, wherein the power component drives the forward rotation shaft and the reverse rotation shaft by a motive motor and a transmission wheel train. The reverse spiral agitation tank module unit according to the first aspect of the patent application, wherein the power component drives the forward rotation shaft and the reverse rotation shaft by two prime steering motors. The reverse spiral agitation tank module unit according to claim 1, wherein the thyristor element is a freely disassembled movable gate. The reverse spiral agitation tank module unit according to claim 1, wherein the thyristor element is a motor-driven guide impeller. According to the reversing type spiral stirring tank module unit according to the first aspect of the patent application, wherein the front and rear ends of the forward rotating shaft are disposed with the axial distance of the stirring stirring portion of the forward stirring body and smaller than the coaxial middle section The wheelbase of the agitating pitch portion; the wheelbase of the agitating pitch portion of the reverse agitating body disposed at the front and rear ends of the counter-rotating shaft is smaller than the wheelbase of the agitating pitch portion of the reverse agitating body disposed in the coaxial middle portion. According to the reversing type spiral stirring tank module unit described in claim 1, wherein the main system of the module can be combined and assembled according to the required output, and the front and rear adjustments of the thyristor elements are adjusted before and after. Cycle or front and rear Solitaire for modular material mixing operations.