CN204952398U - Formula of shaking soon filtration, washing, desiccator - Google Patents

Abstract

The utility model discloses a rotary vibrating filtering, washing and drying machine, which comprises a cylinder body forming an airtight cavity except for an inlet and outlet. The lower side of the airtight cylinder body is provided with a base, and the body also includes a The rotary vibration device at the bottom; the rotary vibration device includes a vibration motor, and an eccentric throwing block installed at the upper and lower ends of the vibration motor, and the eccentric throwing block converts the rotational motion of the vibration motor into a horizontal, vertical, and inclined three-dimensional movement; the bottom of the airtight cylinder is evenly distributed with a series of elastic bodies along the circumferential direction, and the airtight cylinder is interconnected with the base through the elastic body; the inside of the airtight cylinder is also provided with a filtering device and a washing device, A drying device is also pasted on the outer surface of the airtight cylinder. The rotary vibration filtering, washing and drying machine provided by the utility model operates stably, has a more optimized structure, improves the material processing effect and saves energy.

Description

A rotary vibration filter, washing and drying machine

technical field

The utility model belongs to the technical field of solid-liquid separation, in particular to a rotary vibration filter, washing and drying machine.

Background technique

At present, there are many types of filters in the field of solid-liquid separation, including continuous, intermittent, and integrated. Due to the intermittent type in the process of processing samples, process transfer will not only bring pollution, but also human and material resources. The consumption is huge, and the continuous method does not meet the needs of single-process processing of samples, which will result in prolonged processing time and energy waste. Therefore, in the actual pharmaceutical, chemical, food and other fields, multi-functional equipment is often used to filter, wash and dry samples.

And its unloading mode of the multi-functional filtering, washing, drying equipment in the prior art is mainly to peel off the filter cake from the filter screen through the scraping action produced by the rotation of the scraper. This unloading method will have a mechanical effect on the filter cake and destroy the shape of the crystal particles in the filter cake. In the case where the integrity of the crystal particles needs to be ensured, this unloading method is not applicable. Moreover, this scraper unloading method will leave a certain thickness of filter cake on the filter screen, which will have a negative impact on the next filtration, increase the filtration resistance, and will also cause cross-contamination to the next filter cake. In addition, during the washing and drying process of these multi-functional filters, the rotation of the scraper has a limited effect on optimizing washing and drying, especially in filters with larger diameters, the rotation of the scraper in the feed liquid consumes a lot of energy, requiring The power of the motor driving the scraper of the filter is relatively large, which increases the equipment cost and use cost.

Chinese patent document CN101428185A discloses a horizontal flip-type filter, washing and drying machine, including a horizontal cylinder, a bottom cover, a shaft, a shaft rotating device, a stirring blade, a filter assembly and a jacket, etc., which can be integrated in the same equipment Complete multiple functions such as filtration, washing and drying for solid-liquid mixture. However, the bottom of the horizontal cylinder is set as a U-shaped section that is convenient for use with the stirring paddle, which increases its production cost on the one hand, and at the same time, the shaft rotation will also increase energy consumption, resulting in increased cost; on the other hand, stirring The blades will cause more negative effects as mentioned in the previous paragraph.

Therefore, those skilled in the art urgently need to provide a rotary vibration filter, washing and drying machine with stable operation, more optimized structure, improved material treatment effect and energy saving.

Utility model content

In order to overcome the shortcomings of the prior art, the utility model provides a rotary vibration filter, washing and drying machine with stable operation, more optimized structure, improved material treatment effect and energy saving.

In order to achieve the above object, the utility model adopts the following technical solutions:

A rotary vibration filtering, washing and drying machine, including a cylinder body forming a closed cavity except the inlet and outlet. ; The rotary vibration device includes a vibrating motor, and eccentric throwing blocks installed on the upper and lower ends of the vibrating motor. There is an included angle between the two eccentric throwing blocks, and the eccentric throwing block converts the rotational motion of the vibrating motor into horizontal and vertical , inclined three-dimensional movement; the bottom of the airtight cylinder is evenly distributed with a series of elastic bodies along the circumferential direction, and the airtight cylinder is interconnected with the base through the elastic body; the inside of the airtight cylinder is also provided with a filter The device and the washing device are also provided with a drying device on the outer surface of the airtight cylinder.

Preferably, the airtight cylinder includes a cylindrical straight-section cylinder, the top of the straight-section cylinder and the head, the bottom of the straight-section cylinder and the round bottom plate are all welded together to form an airtight cylinder;

The head of the closed cylinder is provided with a material inlet, and the side of the straight section of the cylinder is provided with a discharge port. The discharge port is set as a manhole for people to enter and maintain, and the discharge port passes through the discharge door. Lid control closed.

Preferably, the airtight cylinder includes an upper cylinder and a lower cylinder; an upper flange is provided at the lower end of the upper cylinder, and a lower flange is provided at the upper end of the lower cylinder, and the upper flange and the lower flange are connected by bolts. The cylinder and the lower cylinder are fixedly connected as one; the upper cylinder is fixed with a rotating arm, and the rotating arm is fixedly connected with a rotating shaft. ; The upper cylinder and the lower cylinder form when the bolts between the upper flange and the lower flange are loosened, the rotating arm drives the rotating shaft to rotate in the rotating cylinder, and then the upper cylinder is unscrewed, so that people can enter Operation cooperation for maintenance in the lower cylinder;

The upper cylinder of the airtight cylinder is provided with a material inlet, and the side of the lower cylinder is provided with a discharge port, and the discharge port is controlled and closed by the discharge door cover.

Further, the machine body is also fixed with a receiving bin at the lower end of the discharge port, and a collecting bin matched with the receiving bin, and the collecting bin is installed on the hopper bracket protruding from the base through the ear sockets fixed on both sides ; The base is also provided with a maintenance window at the eccentric throwing block.

Further, the filter net is also provided with a pressure ring to make it flat and pressed tightly on the orifice plate; the airtight cylinder is also provided with an air inlet, a pressure gauge port, a safety valve port, an outlet port for pressurized filtration. Air port; the bottom of the round bottom is welded with an auxiliary strengthening support mechanism, and the rotary vibration device is fixed at the bottom of the auxiliary strengthening support mechanism; the auxiliary strengthening support mechanism is set as a series of reinforcing ribs evenly distributed on the lower side of the round bottom.

Further, the washing device includes an annular washing pipe fixed in the airtight cylinder close to the top of the cylinder, and the washing pipe enters liquid from the washing port; the washing pipe is evenly distributed with a plurality of rotating nozzles facing the materials in the cylinder.

Further, the drying device includes a jacket arranged on the outer side of the straight section of the cylinder, and a coiled pipe arranged at the bottom of the round bottom plate; the jacket and the coiled pipe together constitute the drying of the materials inside the cylinder by introducing a heat source; The round bottom plate is also provided with a vacuum port for suction during drying and a nitrogen port for protecting the material inside the cylinder.

Further, the discharge door cover is set to hydraulically automatically open the discharge valve, and the feed port, washing port, liquid outlet, air inlet, air outlet, and vacuum port are all equipped with automatic valves; the body is also equipped with The PLC controller is used to control the start and stop of the vibration motor during the filtration, washing and drying process, the feeding amount, the washing time and frequency, the air intake and the air output control device.

Preferably, the elastic body includes a short shaft, a cylindrical compression spring, a longitudinal stopper and a transverse stopper; wherein, the upper end of the short shaft is fixed at the bottom of the airtight cylinder, and the lower end passes through the transverse stopper and extends Passing through the base, a longitudinal limiting device is fixed at the end of the short shaft; one end of the cylindrical compression spring is fixed on the top of the short shaft, and the other end is fixed on the transverse limiting device.

Further, the lateral limiting device is set as a connecting seat with a central hole that limits the lateral degree of freedom of the short axis, and the diameter of the central hole of the connecting seat is 2 to 5 mm larger than the outer diameter of the short axis; the longitudinal limiting device It is set as a block to limit the longitudinal degree of freedom of the short axis, and the size of the block is larger than the aperture of the base; the elastic body is also provided with a corrugated protective sleeve to prevent dirt from entering.

The beneficial effects of the utility model are:

1), the utility model installs the rotary vibration device at the bottom of the airtight cylinder, combined with the filtering device, washing device and drying device inside the airtight cylinder, the equipment integrates filtering, washing and drying functions, and can realize filtering and washing , Drying and other functions, and according to the needs of the process, the washing or drying can be removed, and only the functions of filtering or filtering and washing can be realized. It fully meets the treatment needs of factories and has great application prospects.

2) The utility model is a rotary vibration device installed at the bottom of the airtight cylinder. The rotary vibration device includes a vibration motor and eccentric throwing blocks installed at the upper and lower ends of the vibration motor. The eccentric swing block converts the rotational motion of the vibration motor into a horizontal , Vertical, and inclined three-dimensional motions generate a rotary vibration excitation source, and the rotary vibration motion is transmitted to the filter screen through the round bottom plate of the closed cylinder, so that the material particles of the filter cake produce a directional and vigorous movement, driving the material particles to move from direction to direction. The discharge port on the side wall of the cylinder is discharged. The motion trajectory is a complex three-dimensional curve in space. The projection of this curve on the horizontal plane is a circle, and the projection on two vertical planes is two identical ellipses. By adjusting the weight of the eccentric throwing blocks at the upper and lower ends of the vibrating motor (in production, only the eccentric throwing blocks at the lower end are generally adjusted), speed and phase angle, the movement trajectory of the filter cake material particles on the filter can be changed, so as to achieve the removal of different sizes. , Density, viscosity of material particles.

The introduction of the rotary vibration device of the utility model enables the material particles to fully contact with the washing liquid and the heat source, accelerates the washing and drying process, and optimizes the washing and drying effects. At the same time, the unloading is realized through the rotary vibration motion generated by the vibrating motor, which completely cancels the scraper unloading structure currently in use, does not produce mechanical scraping on the filter cake, does not destroy the shape of the crystal particles in the filter cake, and can be completely maintained The structure of filter cake crystal particles is especially suitable for occasions where the integrity of filter cake crystals needs to be maintained. Unloading in this way can also solve the problem of filter cake residue caused by the scraper unloading method, and can completely remove the filter cake on the filter screen without residue, and will not have a negative impact on the next filtration (generally, the residual filter cake will increase The resistance of the next filtration affects the filtration efficiency). It is also especially suitable for occasions where no filter cake residue is required.

3) In the utility model, a series of elastic bodies are evenly distributed on the bottom of the airtight cylinder along the circumferential direction. The airtight cylinder is interconnected with the base through the elastic body. The arrangement of the elastic body effectively ensures that the vibration motor drives the airtight cylinder to carry out Three-dimensional movement, and mechanical equipment failure will not occur during the three-dimensional movement; specifically, the elastic body is mainly composed of a cylindrical compression spring, a short axis, a longitudinal and a transverse limit device, and the transverse limit device is set to limit the transverse freedom of the short axis. High-degree connecting seat with a central hole, the diameter of the central hole of the connecting seat is 2 to 5mm larger than the outer diameter of the short shaft, with a certain gap to ensure the degree of freedom and play a limiting role; the longitudinal limit device is set to limit the short shaft The size of the stopper for the longitudinal degree of freedom is larger than the aperture of the base, thus ensuring that the filtering, washing and drying machine of the present invention can perform three-dimensional movement in a limited space without danger of tilting or overturning.

4), the filter device of the present utility model includes a filter screen and an orifice plate supporting the filter screen. The filter screen is laid flat on the orifice plate and compressed by a pressure ring. Press the ring tightly. The filtration accuracy and material of the filter screen are selected according to the material characteristics. Through the series of through holes on the orifice plate, the filtrate filtered out of the filter screen can be ensured to flow away smoothly and quickly, enter the liquid collection chamber, and pass through the liquid outlet pipe connected to it from the outlet The liquid port is discharged out of the machine, which ensures the stable operation of the device.

5), in the washing device of the present utility model, the washing liquid enters the washing pipe through the washing port, and finally sprays the washing liquid to the filter cake evenly through the uniformly distributed rotating nozzle; in the drying device, the heat source enters the jacket from the first heat source inlet, from The outlet of the first heat source flows out; a coil is added at the bottom of the round bottom plate, the heat source enters from the inlet of the second heat source, and flows out from the outlet of the second heat source, and the heat source in the jacket and the coil jointly dries the filter cake inside the filter. In addition, vacuuming the inside of the closed cylinder through the vacuum port can reduce the boiling point of the liquid in the material, thereby speeding up the drying process.

6) In this utility model, according to actual application needs, if the body has a larger diameter, it can be made into an integral welded structure (Figure 1). If the diameter of the body is small, it is generally made into an upper and lower split structure (Figure 3). The body is composed of an upper cylinder and a lower cylinder. The lower end of the upper cylinder is provided with an upper flange. The upper end of the cylinder is provided with a lower flange, and the upper flange and the lower flange are fastened and connected by bolts to connect the upper cylinder and the lower cylinder as a whole; the upper cylinder is fixed with a rotating arm, and the rotating arm is fixedly connected with a Rotating shaft, the outer diameter of the rotating shaft is set with a rotating drum, and the rotating drum is welded to the lower cylinder, so that when the bolts between the upper flange and the lower flange are loosened, the rotating arm drives the rotating shaft to rotate in the rotating drum, and then the upper The cylinder is unscrewed so that people can enter the lower cylinder for maintenance operations; at this time, the discharge port can be of actual size and does not need to be used as a manhole. The design of the utility model satisfies different production needs and greatly enhances its practical value.

Description of drawings

Figure 1 is a schematic diagram of the overall structure of the utility model.

Fig. 2 is a top view structural diagram of the utility model.

Fig. 3 is a schematic diagram of the split structure of the utility model.

The meanings of the marked symbols in the figure are as follows:

1-base 10-hopper bracket 2-closed cylinder 20-straight section cylinder 21-head 22-round bottom plate 23-discharge door cover 230-quick opening bolt 24-receiving bin 25-collecting hopper 250-ear Seat 26-maintenance window 27-reinforcing rib 200-upper cylinder 201-lower cylinder 202-rotating arm 203-rotating shaft 204-rotating cylinder 3-rotary vibration device 30-vibration motor 31-eccentric throwing block 32-motor seat 4- Elastomer 40-short shaft 41-cylindrical compression spring 42-block 43-connecting seat 44-corrugated protective sleeve 5-filter device 50-filter screen 500-pressure ring 51-orifice plate 52-support short column 53-flange Ring 54-liquid collection chamber 55-liquid outlet pipe 6-washing device 60-washing pipe 61-rotary nozzle 7-drying device 70-jacket 71-coil N1-feed port N2-wash port N3-discharge port N4 -Liquid outlet N5-Inlet N6-Pressure gauge N7-Safety valve N8-Air outlet N9-First heat source inlet N10-First heat source outlet N11-Second heat source inlet N12-Second heat source outlet N13-Vacuum Port N14-nitrogen port N15-mirror light N16-mirror port

detailed description

The following will clearly and completely describe the technical solutions in the embodiments of the present invention with reference to the drawings in the embodiments of the present invention. Based on the embodiments of the present utility model, all other embodiments obtained by persons of ordinary skill in the art without making creative efforts belong to the scope of protection of the present utility model.

A rotary vibration filtering, washing and drying machine, including a cylinder body forming a closed cavity except for the inlet and outlet, the bottom side of the closed cylinder body 2 is provided with a base 1, and the body also includes a bottom of the closed cylinder body 2 Rotary vibration device 3; said rotary vibration device 3 includes a vibrating motor 30, and an eccentric throwing block 31 installed at the upper and lower ends of the vibrating motor 30, with an included angle between the two eccentric throwing blocks 31, and the vibrating motor 30 passes through the motor The seat 32 is fixedly connected with the airtight cylinder 2, and the eccentric throwing block 31 converts the rotary motion of the vibrating motor 30 into a three-dimensional movement of horizontal, vertical and inclined; the bottom of the airtight cylinder 2 is evenly distributed with a series of The elastic body 4, the airtight cylinder 2 is interconnected with the base 1 through the elastic body 4; A drying device 7 is provided.

When the diameter of the body is large, the airtight cylinder is made into an integral welded structure as shown in Figure 1.

The airtight cylinder body 2 includes a cylindrical straight section cylinder body 20, the top of the straight section cylinder body 20 is welded to the head 21, the bottom of the straight section cylinder body 20 and the round bottom plate 22 are welded together to form an airtight cylinder body body 2;

The head 21 of the airtight cylinder 2 is provided with a material inlet N1, and the side of the straight section cylinder 20 is provided with a discharge port N3, and the discharge port N3 is set as a manhole for people to enter and maintain, and the discharge Port N3 is controlled and closed by the discharge door cover 23, and the discharge door cover 23 is pressed or closed by the quick-opening bolt 230;

The body is also fixed with a receiving bin 24 at the lower end of the discharge port N3, and a collecting hopper 25 matched with the receiving bin 24, and the collecting hopper 25 is installed on the base 1 through the ear seats 250 fixed on both sides. On the hopper bracket 10; the base 1 is also provided with a maintenance window 26 at the eccentric throwing block 31.

When the diameter of the body is small, the airtight cylinder is made into an upper and lower split structure as shown in Figure 3.

Specifically, the airtight cylinder 2 includes an upper cylinder 200 and a lower cylinder 201; the lower end of the upper cylinder 200 is provided with an upper flange, and the upper end of the lower cylinder 201 is provided with a lower flange. The upper cylinder body 200 and the lower cylinder body 201 are fixedly connected together by bolts; the upper cylinder body 200 is fixed with a rotating arm 202, and the rotating arm 202 is fixedly connected with a rotating shaft 203, and the outer diameter of the rotating shaft 203 is sleeved with Rotating cylinder 204, the rotating cylinder 204 is welded with the lower cylinder body 201; the upper cylinder body 200 and the lower cylinder body 201 form a rotating shaft driven by the rotating arm 202 when the bolts between the upper flange and the lower flange are loosened 203 rotates in the drum 204, and then the upper cylinder 200 is unscrewed, so that people can enter the lower cylinder 201 for maintenance operation.

The upper cylinder 200 of the airtight cylinder 2 is provided with a feed inlet N1, and the side of the lower cylinder 201 is provided with a discharge outlet N3, and the discharge outlet N3 is controlled and closed by the discharge door cover 23, and the discharge door cover 23 Compression or closing is realized by quick-opening bolts 230; the body is also fixed with a receiving bin 24 at the lower end of the discharge port N3, and a collecting hopper 25 matched with the receiving bin 24, and the collecting hopper 25 is fixed on both sides. The ear seat 250 is installed on the hopper support 10 protruding from the base 1; the base 1 is also provided with a maintenance window 26 at the eccentric throwing block 31.

Further, as shown in Figure 1, the filter device 5 includes a filter screen 50, and an orifice plate 51 supporting the filter screen 50, the orifice plate 51 is fixed on the round bottom plate 22 through a support post 52, the hole The plate 51 and the round bottom plate 22 are fastened in the airtight cylinder 2 through the flange ring 53; a series of through holes are uniformly arranged on the orifice plate 51, and the orifice plate 51, the round bottom plate 22 and the flange ring 53 form a liquid collection The liquid collecting chamber 54 is discharged out of the machine through the liquid outlet N4 through the liquid outlet pipe 55 communicated with it.

The filter screen 50 is also provided with a pressure ring 500 to flatten and press it tightly on the orifice plate 51; the airtight cylinder 2 is also provided with an air inlet N5 for pressurized filtration, a pressure gauge port N6, a safety valve Valve port N7, air outlet N8; the bottom of the round bottom plate 22 is welded with an auxiliary strengthening support mechanism, and the rotary vibration device 3 is fixed on the bottom of the auxiliary strengthening support mechanism; the auxiliary strengthening support mechanism is set to be evenly distributed on the round bottom plate The series of reinforcing ribs 27 on the 22 lower sides.

The washing device 6 includes an annular washing pipe 60 fixed in the airtight cylinder 2 and close to the top of the cylinder. The washing pipe 60 enters liquid from the washing port N2; A rotating nozzle 61.

The drying device 7 includes a jacket 70 arranged on the outer surface of the straight section cylinder 20, and a coiled pipe 71 coiled on the bottom of the round bottom plate 22; Drying of the internal materials; the round bottom plate 22 is also provided with a vacuum port N13 for suction during drying and a nitrogen port N14 for protecting the internal materials of the cylinder.

It should be noted that the filter device 5, the washing device 6, and the drying device 7 inside the rotary vibration filtering, washing and drying machine in Fig. 3 are the same as those in Fig. 1 and are not shown.

Further, the discharge door cover 23 is set to hydraulically automatically open the discharge valve, and the feed port N1, the washing port N2, the liquid outlet N4, the air inlet N5, the air outlet N8, and the vacuum port N13 are all equipped with automatic valves; The body is also provided with a PLC controller to control the start and stop of the vibrating motor 30 in the process of filtering, washing and drying, feed amount, washing time and frequency, air intake and exhaust control device.

As shown in Figures 1 and 3, the elastic body 4 includes a short shaft 40, a cylindrical compression spring 41, a longitudinal stopper and a transverse stopper; wherein, the upper end of the short shaft 40 is fixed at the bottom of the airtight cylinder 2 , the lower end passes through the transverse limiting device and extends through the base 1, and the end of the short shaft 40 is also fixed with a longitudinal limiting device; one end of the cylindrical compression spring 41 is fixed on the top of the short shaft 40, and the other end is fixed on the transverse on the limiting device.

The lateral limiting device is set as a connecting seat 43 with a central hole that limits the lateral degree of freedom of the short shaft 40, and the diameter of the central hole of the connecting seat 43 is 2 to 5 mm larger than the outer diameter of the short shaft 40; The device is set as a block 42 that limits the longitudinal freedom of the short shaft 40, and the size of the block 42 is larger than the aperture of the base 1; the elastic body 4 is also provided with a corrugated protective sleeve 44 to prevent dirt from entering.

Below by in conjunction with accompanying drawing, the working process of the present utility model is described in further detail.

In actual work, the rotary vibration filtering, washing and drying machine is generally composed of filtering process, washing process, drying process and unloading process. The state of the materials inside the body can be observed through the mirror light N15 and the mirror port N16, as shown in Figure 2.

The material to be processed enters the body from the feed inlet N1, and under the pressure of the feed pump or the pressure generated by the input of compressed air through the inlet N5, the solids in the material are intercepted on the surface of the filter screen 50 to form a filter cake , the liquid enters the liquid collection chamber 54 through the series of through holes on the surface of the filter screen 50 and the orifice plate 51, and is discharged from the machine by the liquid outlet N4 through the liquid outlet pipe 55 communicated with it. This process is a filtering process, and the vibrating motor 30 Not working. During the filtering process, according to the actual needs, the material can be pressurized and filtered through the air inlet N5 to improve the filtering efficiency.

If the material needs to be washed, the washing liquid enters the annular washing pipe 60 through the washing port N2, and sprays the washing liquid evenly and completely on the filter cake to be washed through the rotating nozzles 61 evenly distributed on the washing pipe 60. In order to fully mix the filter cake and the washing liquid, the vibrating motor 30 starts to work before the washing liquid enters, which generates an exciting effect and makes the material move vigorously. Because the discharge door cover 23 of the discharge port N3 is closed, so The material particles can only move inside the airtight cylinder 2 and fully mix with the washing liquid, which can shorten the washing time, save the washing liquid and improve the washing effect. After a certain washing time, the vibrating motor 30 stops working, and the filtering process is repeated again, and the washing liquid is discharged out of the machine from the liquid collecting chamber 54 through the liquid outlet N4. This process is a washing process.

If the material needs to be dried, after the filtering process or the washing process, the heat source enters the jacket 70 from the first heat source inlet N9, and flows out from the first heat source outlet N10; at the same time, the heat source enters from the second heat source inlet N11, and the The second heat source outlet N12 flows out, and the heat source in the jacket and the coil jointly dries the filter cake inside the body. In order to make the filter cake particles be heated evenly, the vibrating motor 30 works again to generate an exciting effect to make the material move vigorously. The discharge door cover 23 of the discharge port N3 is still closed, and the material particles can only flow in the filter cylinder. The internal movement makes the material particles fully contact with the heat source and fully heated, which can greatly shorten the drying time and improve the drying effect. After a certain drying time, the vibration motor 30 stops working. Generally, in order to speed up the drying, the inside of the body can also be vacuumed through the vacuum port N13 to reduce the boiling point of the liquid in the material and speed up the drying process. This process is a drying process.

After the above process is over, enter the unloading process. The discharge door cover 23 of the discharge port N3 is opened, and the vibrating motor 30 works again to generate an exciting effect, so that the filter cake particles are discharged from the discharge port N3 on the side wall of the straight section cylinder 20, and pass through the receiving bin 24. Fall into collection hopper 25 at last.

According to the process requirements, the actual working process of the rotary vibration multifunctional filter washing and drying machine consists of some or all of the above processes.

It should be noted that, according to actual needs, the above process can also be automated. The discharge door cover 23 can be designed as a hydraulic pressure to automatically open the discharge valve. The feed port N1, the washing port N2, the liquid outlet N4, the air inlet N5, the gas outlet N8, and the vacuum port N13 are all equipped with automatic valves. Through the control device ( PLC controller, etc.) control the actions such as start-stop, feeding amount, washing time and washing times, air intake and exhaust of each process vibration motor 30.

Because this body can produce three-dimensional movement because of the exciting effect of vibrating motor 30 in the above process, so, all external connections of this body are hose connections.

Claims (10)

1. a rotating vibrating type filter, washing, drying machine, comprise the cylindrical shell forming closed containing cavity except importing and exporting, this closed barrel (2) downside be provided with pedestal (1), this body also comprise be arranged on closed barrel (2) bottom revolve vibrating device (3); Describedly revolve vibrating device (3) involving vibrations motor (30), and the bias being arranged on vibrating motor (30) upper/lower terminal gets rid of block (31), two bias are got rid of between block (31) has angle, and it is level, vertical, the three-D motion of tilting by the converting rotary motion of vibrating motor (30) that described bias gets rid of block (31); It is characterized in that: described closed barrel (2) bottom is evenly equipped with series of elastic body (4) along the circumferential direction, and described closed barrel (2) is interconnected as one by elastomer (4) and pedestal (1); Described closed barrel (2) inside is also provided with filter (5) and wash mill (6), to be also sticked drying device (7) at closed barrel (2) outer surface.

2. a kind of rotating vibrating type filtration according to claim 1, washing, drying machine, it is characterized in that: described closed barrel (2) comprises columniform straight section cylindrical shell (20), the bottom of the top of described straight section cylindrical shell (20) and end socket (21), described straight section cylindrical shell (20) and round bottom plate (22) are all welded as a whole and form closed barrel (2);

The end socket (21) of this closed barrel (2) is provided with charging aperture (N1), the side of straight section cylindrical shell (20) is provided with discharging opening (N3), described discharging opening (N3) is set to the manhole facilitating people to enter maintenance, and discharging opening (N3) controls to close by discharging door closure (23).

3. a kind of rotating vibrating type filtration according to claim 1, washing, drying machine, is characterized in that: described closed barrel (2) comprises upper shell (200), lower shell (201); Upper shell (200) lower end is provided with upper flange, and lower shell (201) upper end is provided with lower flange, and upper shell (200), lower shell (201) are fixed with one by bolt by described upper flange, lower flange; Described upper shell (200) is installed with pivoted arm (202), pivoted arm (202) is fixed with rotating shaft (203), described rotating shaft (203) external diameter is arranged with rotating cylinder (204), and described rotating cylinder (204) welds with lower shell (201); When described upper shell (200), lower shell (201) bolt formed between upper flange, lower flange unclamps, rotating shaft (203) is driven to rotate in rotating cylinder (204) by pivoted arm (202), and then upper shell (200) is outwarded winding, make people can enter the cooperation carrying out maintenance maintenance in lower shell (201);

The upper shell (200) of this closed barrel (2) is provided with charging aperture (N1), the side of lower shell (201) is provided with discharging opening (N3), and discharging opening (N3) controls to close by discharging door closure (23).

4. a kind of rotating vibrating type filtration according to Claims 2 or 3, washing, drying machine, it is characterized in that: this body is also installed with rewinding storehouse (24) in discharging opening (N3) lower end, and the aggregate bin (25) to mate with rewinding storehouse (24), described aggregate bin (25) is arranged on the hopper base (10) that pedestal (1) stretches out by the ear seat (250) that both sides set firmly; Described pedestal (1) is positioned at bias and gets rid of block (31) place and be also provided with maintenance window (26).

5. a kind of rotating vibrating type filtration according to Claims 2 or 3, washing, drying machine, it is characterized in that: described filter (5) comprises filter screen (50), and support the orifice plate (51) of filter screen (50), described orifice plate (51) is installed on round bottom plate (22) by strut (52), and described orifice plate (51) and round bottom plate (22) are fastened in closed barrel (2) by flange ring (53); (51) are evenly provided with matrix of holes to described orifice plate, described orifice plate (51), round bottom plate (22) and flange ring (53) form liquid collecting cavity (54), and described liquid collecting cavity (54) is discharged outside machine by the drain pipe (55) be communicated with it by liquid outlet (N4);

Described filter screen (50) is also provided with the pressure ring (500) made it tile to be pressed on orifice plate (51); Described closed barrel (2) is also provided with for the air inlet (N5) of pressure filtration, gauge port (N6), relief valve port (N7), gas outlet (N8); Described round bottom plate (22) bottom is also welded with assistant reinforcement supporting mechanism, and vibrating motor (30) is installed in the bottom of assistant reinforcement supporting mechanism by motor cabinet (32); Described assistant reinforcement supporting mechanism is set to the series of ribs (27) being distributed on round bottom plate (22) downside.

6. a kind of rotating vibrating type filtration according to claim 5, washing, drying machine, it is characterized in that: described wash mill (6) comprises the annular sluicing pipe (60) be installed in closed barrel (2), near cylindrical shell top, and sluicing pipe (60) washs mouth (N2) feed liquor certainly; Described sluicing pipe (60) is evenly equipped with multiple rotary nozzles (61) of material in cylindrical shell.

7. a kind of rotating vibrating type according to claim 6 filter, washing, drying machine, it is characterized in that: described drying device (7) comprises the coil pipe (71) that the chuck (70) that is located at straight section cylindrical shell (20) lateral surface and dish are located at round bottom plate (22) bottom; Described chuck (70) and coil pipe (71) form the drying to inner barrel material jointly by introducing thermal source; Described round bottom plate (22) is also provided with the vacuum port (N13) for aspirating during drying and protects the nitrogen mouth (N14) of inner barrel material.

8. a kind of rotating vibrating type filtration according to claim 7, washing, drying machine, it is characterized in that: described discharging door closure (23) is set to hydraulic pressure and automatically opens outlet valve, described charging aperture (N1), washing mouth (N2), liquid outlet (N4), air inlet (N5), gas outlet (N8), vacuum port (N13) are all equipped with automatic valve; The control device that this body is also provided with the start and stop of vibrating motor (30) in PLC controlled filter, washing, dry run, inlet amount, wash time and number of times, air inlet and gives vent to anger.

9. a kind of rotating vibrating type filtration according to claim 1, washing, drying machine, is characterized in that: described elastomer (4) comprises minor axis (40), cylindric Compress Spring (41), longitudinal limiting device and horizontal limit devices; Wherein, the upper end of described minor axis (40) is fixed on closed barrel (2) bottom, lower end is passed horizontal limit devices and extends through pedestal (1), and minor axis (40) end is also installed with longitudinal limiting device; Described cylindric Compress Spring (41) one end is fixed on the top of minor axis (40), the other end is fixed on horizontal limit devices.

10. a kind of rotating vibrating type filtration according to claim 9, washing, drying machine, it is characterized in that: described horizontal limit devices is set to the Connection Block (43) with centre bore of restriction minor axis (40) the horizontal free degree, the large 2 ~ 5mm of overall diameter of the aperture of described Connection Block (43) centre bore comparatively minor axis (40); Described longitudinal limiting device is set to the block (42) of restriction minor axis (40) longitudinal degress of feedom, and the size of described block (42) is greater than the aperture of pedestal (1); Described elastomer (4) outside is also provided with the ripple protective sleeve (44) preventing foul from entering.