WO2018058536A1

WO2018058536A1 - Liquid filtering apparatus, and a recovery and loading module for filtering material thereof

Info

Publication number: WO2018058536A1
Application number: PCT/CN2016/101101
Authority: WO
Inventors: 叶金源
Original assignee: 叶金源
Priority date: 2016-09-30
Filing date: 2016-09-30
Publication date: 2018-04-05

Abstract

Provided is a liquid filtering apparatus (100), comprising a body (10) and an internal space (19) defined by the body (10), wherein an outlet (8) and an inlet (17) are respectively arranged at an upper part and a lower part of the body (10) to allow liquid to be input or output; the body (10) is provided with a plurality of separators (20) to separate the internal space (19) into a plurality of communicated cavities, so that the internal space (19) can accommodate a plurality of types of filtering materials or liquid processing materials (30); and the separator (20) is provided with a plurality of through holes (21) through which the liquid can pass and enter each of the cavities. Also provided is a filtering material recovery and loading module used with same.

Description

Liquid filtration device and recovery packing module of filter material thereof

Technical field

The invention relates to a structural design of a liquid filtering device and a recycling filling module of the filtering material thereof; in particular to a multi-stage or multi-stage filtering device equipped with a stirrer, defining a plurality of chambers and corresponding openings The recovery packing module of the filter material is used to facilitate the insertion or replacement of the structure of the liquid processing material with different functions or frequency changes.

Background technique

The water storage container is configured with a plurality of filter materials or liquid treatment materials (for example, alkaline ceramics, activated carbon, zeolite, calcium sulfite, resin, medical stone, quartz sand, etc.) to constitute a filtering device, for liquid or the like It is a well-known skill to carry out filtration operations to provide industrial water or to provide personnel for drinking, washing and cleaning, and the like. For example, China Taiwan No. 103220138 "Water-Conditioning Filter", Taiwan, China No. 105201849 "Multiple Filtration and Antibacterial Water Filtering Device", Application No. 89120258, "Multi-Segment Liquid Filtration" The method and apparatus and the process thereof, patents, etc., provide exemplary embodiments.

A subject related to the structure and use of such a filter device is a structure in which a filter device is incorporated in a container into a plurality of layers of different filter materials. After a certain period of use, it is not possible to separate filter materials for different service life. Replacement, in practice, must dismantle or replace the entire device (or container) and the entire set of filter materials; not only waste, but also increase the cost of the user.

The conventional method also discloses a technical means for locking a plurality of cylinders equipped with different filter materials into one body; for example, the "Water Purification Device (I)" patent case of Taiwan No. 95231037 provides a typical Example. However, as those skilled in the art know, the operation of locking multiple cylinders together, and the locking structure between each cylinder must also be waterproofed to prevent water seepage problems, etc. Solving assembly is time consuming and time consuming, and it also increases manufacturing costs; this is not what we expect.

Typically, these reference data show the design techniques and related combinations of liquid filtration devices used in industrial or livelihood applications. If the structure of the liquid filtering device is redesigned to have a different configuration from the known structure, and it is considered to provide a liquid processing material or a recovery packing module of the filter material so that it can be combined with the liquid filtering device, the entire liquid filtering device can be changed. The use form is different from the traditional method; in essence, it will also improve its application range.

In particular, under the condition of being reduced and saved, the structural design of the recovery and loading device of the filter material can be replaced by liquid treatment materials according to different functions or frequency (or service life) of the liquid filter device. Or placed inside the filter unit while at the same time achieving the effect of loading a greater variety of liquid handling materials than is known in the art; improving the conventional method requires disassembly or replacement of the entire body unit and the entire set of filter material structures in a cumbersome and wasteful situation. Or further, the liquid filtering device provides a function of stirring a plurality of liquid processing materials during the liquid processing operation, increasing the uniformity and use effect of each liquid processing material, and the liquid processing material for recovering the recovery material of the filtering material, After special treatment, it is allowed to reuse and other means. None of these problems have been disclosed or specifically disclosed in the above reference data.

Summary of the invention

The object of the present invention is to provide a liquid filtering device and a recovery packing module thereof, the liquid filtering device comprising an inner space defined by a body and a body; the body is provided with an inlet and an outlet for allowing liquid (for example, water or the like) ()) input or output. The body is provided with a plurality of partitions to divide the internal space into a plurality of communicating chambers, so that the internal space accommodates a plurality of liquid processing materials. The body is provided with a stirrer, and during the liquid processing operation, the liquid processing materials in each chamber are stirred to increase the uniformity and use effect of each liquid processing material. And each chamber corresponds to a plug portion disposed on the opening and the opening of the body for combining the recovery filling module of the filter material, so as to facilitate replacement or placement of the liquid processing material according to different functions or frequency changes. Each chamber of the liquid filtration device completes the recovery and/or filling operation of the filter material; improving the conventional method must disassemble or replace the entire container device, the entire group of filter materials, and the waste.

According to the liquid filtering device of the present invention and the recovery packing module of the filter material, the outlet of the body allows connection to the inlet of the other body to constitute a liquid filtering system including at least two sets of liquid filtering devices; and, each group The internal space of the liquid filtration device can be filled with different kinds of liquid processing materials. Thus, the liquid filtration system has a greater variety of liquid treatment materials than known in the art to further enhance liquid handling and quality.

According to the liquid filtering device of the present invention and the recovery packing module of the filter material, the recovery packing module of the filter material comprises a container and a container chamber defined by the container for accommodating the filter material or the liquid processing material; The pivotal interface and the dispensing opening of the container chamber. And, the container is provided with a filter plate and a plurality of filter holes formed on the filter plate. The pivot interface can be pivotally connected to the opening of the liquid filtering device, so that the liquid processing material and the liquid of the liquid filtering device enter the container chamber from the pivot interface, and the liquid is allowed to pass through the filter hole of the filter plate, and is discharged through the dispensing port to complete the recycling operation. . Or injecting liquid from the dispensing port, and passing the liquid processing material contained in the container chamber through the pivot interface, and inputting the liquid filtering device to complete the filling operation.

According to the liquid filtering device of the present invention and the recovery packing module of the filter material, the agitator includes a motor-driven rotating shaft and a plurality of (spiral) blades disposed on the rotating shaft; each of the blades is located in each of the chambers Inside, to agitate each liquid treatment material. And, the filter plate distinguishes the container chamber of the recovery packing module of the filter material from a sub-chamber connected to the dispensing port. Therefore, the liquid processing material and the liquid of the liquid filtering device enter the container chamber, and only the liquid is allowed to pass through the filter hole of the filter plate, enters the sub-chamber, and is discharged through the dispensing port to complete the recycling operation.

According to the liquid filtering device of the present invention and the recovery packing module of the filter material, the pivot interface of the recovery packing module of the filter material is combined with a pivot connector. The pivoter includes a locking portion and a base that is coupled to the locking portion; the locking portion is rotatable and movable relative to the base. And at least a partial portion of the locking portion (inner wall) is provided with a threaded section for locking the container pivot interface; at least a partial portion of the base portion (outer wall) is provided with a threaded section for locking an opening of the liquid filtering device, so that the container and the container The liquid filtration devices are combined.

DRAWINGS

BRIEF DESCRIPTION OF THE DRAWINGS Figure 1 is a cross-sectional view showing the structure of a liquid filtering device of the present invention; the structure of a portion such as a chamber, a partition plate and a stirrer is shown; and the arrow portion in the drawing depicts the direction in which the liquid enters and exits the body.

2 is a schematic view showing a modified embodiment of the liquid filtering device of the present invention; and the case where the two liquid filtering devices are combined to form a liquid filtering system.

3 is a schematic cross-sectional view showing the structure of a recycling and filling module of the filter material of the present invention; the structure of the liquid filtering device is also depicted.

Fig. 4 is a schematic cross-sectional view showing an embodiment of the present invention; the figure shows the structure of the recovery packing module of the liquid filtering device combined filter material, and the arrow portion depicts the case where the liquid and liquid processing materials enter the container to carry out the recycling operation.

Figure 5 is a schematic cross-sectional view showing an embodiment of the present invention; the figure shows the structure of the liquid filling device combined with the filter material recovery packing module, and the arrow portion depicts the liquid and liquid processing materials being distributed into the liquid filtering device to perform the filling operation. The situation.

Symbol mark description:

10 ontology

11 first chamber

12 second chamber

13 third chamber

14 fourth chamber

15 fifth chamber

16 sixth chamber

17 entrance

18 exit

19 interior space

20 partitions

21 through holes

25 openings

26 tying

27 columnar vers

28, 29 pivotal

30 liquid handling materials

31 First liquid treatment material

32 second liquid handling material

33 third liquid processing material

34 fourth liquid handling material

35 fifth liquid handling material

36 sixth liquid handling material

40 agitator

41 motor

42 rotating shaft

43 blades

50 containers

51 container chamber

52 pivot interface

53 delivery port

54 sub-chamber

55 threaded part

59 warning line

60 filter plate

61 filter holes

65, 66 water stop washer

70 pivot connector

71 lock

72 base

73, 74 shoulder

75, 76 thread segment

77 columnar Versal

80 other devices

85 catheter

100 liquid filter unit

200 second group of liquid filtration devices

detailed description

Referring to FIG. 1 , FIG. 2 and FIG. 3 , the liquid filtering device of the present invention and the recovery filling module of the filtering material thereof comprise a combination of a liquid filtering device and a recovery filling module of the filtering material, which are respectively indicated by 100 and 300.

Referring to FIG. 1, the liquid filtering device 100 (or the first group of liquid filtering devices) includes a body 10 and an inner space 19 defined by the body 10; the body 10 is respectively provided with an outlet 18 and an inlet at the upper and lower portions in the direction of the figure. 17. Allowing the input or output of a liquid (for example, water or the like). The body 10 is provided with a plurality of partitions 20 that divide the interior space 19 into a plurality of communicating chambers such that the interior space 19 can accommodate a plurality of filter materials or liquid treatment materials 30. In detail, the partition 20 is provided with a plurality of through holes 21 through which liquid can pass and enter each chamber.

For convenience of explanation, the plurality of chambers are defined as the first chamber 11, the second chamber 12, the third chamber 13, and the fourth chamber 14 respectively from the lower portion to the upper portion of the body 10 in the direction in the drawing. The fifth chamber 15 and the sixth chamber 16; it will be appreciated that the number of chambers is modifiable. And each of the chambers (the first chamber 11, the second chamber 12, the third chamber 13, the fourth chamber 14, the fifth chamber 15, and the sixth chamber 16) is disposed on the body 10 correspondingly. The opening 25, the opening 25 can be assembled and unloaded to form a cover or a plug portion 26, so as to facilitate the replacement or placement of the liquid processing material 30 according to different functions or frequency changes (the first chamber 11 and the second chamber) The chamber 12, the third chamber 13, the fourth chamber 14, the fifth chamber 15, and the sixth chamber 16); the conventional method has to replace the troublesome and wasteful situation of the entire body device or filter material. And, the inlet 17 is disposed at a position communicating with the first chamber 11, and the outlet 18 is disposed at a position communicating with the sixth chamber 16.

In the embodiment taken, the first chamber 11 is selectively filled with a first liquid treatment material 31; for example, a polymer dechlorination column or pellet to remove chlorine, heavy metals or the like from liquid or water. The second chamber 12 is selected to be filled with the second liquid treatment material 32; for example, a silver-loaded antibacterial ball or the like, which can inhibit bacteria, precipitate minerals, and have a beneficial effect on the human body. The third chamber 13 is selectively filled with a third liquid processing material 33; for example, KDF (Kadefi) ceramsite or the like, which can remove residual chlorine, heavy metals, ferrous iron, arsenic, hydrogen sulfide in liquid or water. Such as harmful substances, reducing mineral scaling, inhibiting the proliferation of microorganisms, etc., and contribute to the liquid purification effect. The fourth chamber 14 is selectively filled with a fourth liquid treatment material 34; for example, a small molecule activation sphere or the like, which activates liquid molecules and enhances the liquid purification effect. The fifth chamber 15 is selected to be filled with a fifth liquid processing material 35; for example, a negative potential metal such as a negative potential magnesium or the like, which can be used to increase the amount and purity of the liquid, so that the liquid promotes human metabolism, Enhance human immunity, activate human cells and so on. The sixth chamber 16 is selected to be filled with a sixth liquid treatment material 36; for example, a weakly alkaline ball, a high temperature tourmaline ball, a microporous calcium ion or the like, which helps to form a weak base which is beneficial to the human body. Sex.

The figure shows that the plug portion 26 is provided with a valve or columnar Versal 27; the columnar Versal 27 can control the opening or closing of the opening 25. Therefore, the person can directly place the liquid processing material 30 into the chamber through the operation of the opening 25 and the plug portion 26 (the first chamber 11, the second chamber 12, the third chamber 13, the fourth chamber 14, the first The five chambers 15, the sixth chamber 16) or directly replace one of the liquid treatment materials (the first liquid treatment material 31, the second liquid treatment material 32, the third liquid treatment material 33, the fourth liquid) The treatment material 34, the fifth liquid treatment material 35 or the sixth liquid treatment material 36).

1, 2 and 3 also depict the structure in which the body 10 is provided with a stirrer 40. During the liquid handling operation, the chambers are agitated (the first chamber 11, the second chamber 12, the third chamber 13, The liquid processing material 30 (or the first liquid processing material 31, the second liquid processing material 32, the third liquid processing material 33, in the fourth chamber 14, the fifth chamber 15, and the sixth chamber 16), The fourth liquid processing material 34, the fifth liquid processing material 35, and the sixth liquid processing material 36) are added to each liquid processing material (the first liquid processing material 31, the second liquid processing material 32, and the third type) The uniformity and use effect of the liquid treatment material 33, the fourth liquid treatment material 34, the fifth liquid treatment material 35, or the sixth liquid treatment material 36).

In the embodiment taken, the agitator 40 includes a rotating shaft 42 driven by a motor 41 and a plurality of (helical) blades 43 disposed on the rotating shaft 42. The rotating shaft 42 has two ends pivotally connected to the pivoting portion 28 and the pivoting portion 29 of the main body 10 and the lower end, so that the rotating shaft 42 is formed in a rotatable manner. And, each of the vanes 43 is located in each of the chambers (the first chamber 11, the second chamber 12, the third chamber 13, the fourth chamber 14, the fifth chamber 15, and the sixth chamber 16) For respectively stirring each liquid processing material (the first liquid processing material 31, the second A liquid treatment material 32, a third liquid treatment material 33, a fourth liquid treatment material 34, a fifth liquid treatment material 35 or a sixth liquid treatment material 36).

In a preferred consideration, the blade 43 is formed into a spiral blade structure having an inclined angle or an inclined structural form; the inclined direction of the blade 43 is inclined toward the opening 25. Therefore, when the person replaces the liquid processing material 30 of the chamber (the first chamber 11, the second chamber 12, the third chamber 13, the fourth chamber 14, the fifth chamber 15, or the sixth chamber 16) ( Or the first liquid treatment material 31, the second liquid treatment material 32, the third liquid treatment material 33, the fourth liquid treatment material 34, the fifth liquid treatment material 35, and the sixth liquid treatment material 36) In conjunction with the rotation of the agitator 40, the blade 43 is adapted to cause the blade 43 to treat the liquid treatment material 30 (or the first liquid treatment material 31, the second liquid treatment material 32, the third liquid treatment material 33, and the fourth liquid treatment). The material 34, the fifth liquid treatment material 35, and the sixth liquid treatment material 36) are sent out to the opening 25 to save personnel from replacing, recovering or cleaning the liquid treatment material 30 (or the first liquid treatment material 31, the second liquid treatment material). 32. Operation and time of the third liquid treatment material 33, the fourth liquid treatment material 34, the fifth liquid treatment material 35, and the sixth liquid treatment material 36).

It should be noted that when the plug portion 26 respectively closes each of the chambers (the first chamber 11, the second chamber 12, the third chamber 13, the fourth chamber 14, the fifth chamber 15, the sixth chamber) At chamber 16) opening 25, liquid or water is introduced into chamber from inlet 17, from first chamber 11 and first liquid treatment material 31 through diaphragm passage 21, through second chamber 12 and second liquid treatment Material 32, third chamber 13 and third liquid treatment material 33, fourth chamber 14 and fourth liquid treatment material 34, fifth chamber 15 and fifth liquid treatment material 35, sixth chamber 16 After the processing operation of the sixth liquid processing material 36, it is output through the outlet 18 for use.

Referring to Figure 2, a modified embodiment is shown. The outlet 18 of the body 10 allows connection to the inlet 17 of the other body 10 to form a liquid filtration system comprising at least two sets of liquid filtration devices; the two sets of liquid filtration devices are respectively defined as (first group) liquid filtration devices 100 and a second set of liquid filtration devices 200.

The figure shows the outlet 18 of the (first group) liquid filtering device 100 pivotally connected to one end of the conduit 85, and the other end of the conduit 85 is pivotally connected to the inlet 17 of the second group of liquid filtering devices 200; thus, passing through the (first group) of liquid The liquid of the filtration device 100 is input to the second group of liquid filtration devices 200 to perform further filtration and purification operations.

It can be understood that the internal space 19 or each of the second group of liquid filtering devices 200 (the first chamber 11, the second chamber 12, the third chamber 13, the fourth chamber 14, the fifth chamber) 15. The sixth chamber 16) can respectively fill different types or different liquid treatment materials 30 different from the (first group) liquid filtering device 100; for example, far-infrared mineralized balls with antibacterial, activation, filtration, etc., release Selenium-enriched spheres, dissolved oxygen ceramic particles, activated carbon nanocrystalline crystal particles, microcrystalline energy stones such as strontium, and negative potential materials which contribute to the resonance of liquids Wait. Thus, the liquid filtration system has a greater variety of liquid treatment materials than known in the art to further enhance liquid handling and quality.

In a possible embodiment, the inlet 17 or the outlet 18 can be provided with a detecting device or a metering device for detecting the usage time or the flow metering, and is useful for knowing and controlling the use of various liquid processing materials and updating. Time to further guarantee the quality of liquid filtration.

Referring to FIG. 3, the recycled packing module 300 of the filter material includes a container 50 and a container chamber 51 defined by the container 50 for receiving the filter material or the liquid processing material 30. The container 50 is disposed at a position above and below the container 50 with a pivot interface 52 and a dispensing opening 53 that communicate with the container chamber 51 in the direction of the drawing. And, the container 50 or the container chamber 51 is provided with a filter plate 60 and a plurality of filter holes 61 formed on the filter plate 60; the filter holes 61 allow only liquid to pass therethrough.

In a possible embodiment, the container chamber 51 is provided with a warning line 59 that is sensed by a sensor (not shown) to allow a person to know the amount of filling (filter material or liquid handling material 30) within the container chamber 51.

The pivot interface 52 is also pivotally connected to the opening 25 of the liquid filtration device 100, allowing the liquid treatment material 30 and liquid of the liquid filtration device 100 to enter the container chamber 51 from the pivot interface 52 and permit liquid to pass from the filter plate 60. The filter hole 61 passes through the discharge port 53 to complete the recovery operation. Or injecting liquid from the delivery port 53, and the liquid processing material contained in the container chamber 51 is input to the liquid filtering device 100 via the pivot interface 52 to complete the filling operation; the conventional method must be disassembled or replaced by the entire container device and the filter material. Trouble, waste situation. The recycling/loading operations are described below.

In the embodiment taken, the filter plate 60 separates the container chamber 51 from a sub-chamber 54 that connects the dispensing port 53.

Figure 3 also shows that the pivot interface 52 is combined with a pivot connector 70. The pivotal connector 70 includes a locking portion 71 and a base portion 72 that is coupled to the locking portion 71; the locking portion 71 is rotatable and movable relative to the base portion 72.

In a possible embodiment, one end of the locking portion 71 and one end of the base portion 72 respectively form a shoulder portion 73 and a shoulder portion 74 to define a relative range of motion of the locking portion 71 or the base portion 72, and the locking portion 71, the base portion 72 does not easily disengage; however, the locking portion 71 is allowed to be detached or removed from the other end of the base portion 72. And at least a partial portion of the locking portion 71 (inner wall) is provided with a threaded portion 75, and a water stopping washer 65 is engaged for locking a threaded portion 55 of the container pivot interface 52; the base portion 72 (the outer wall of the other end) is at least partially provided. A threaded section 76, in conjunction with a water stop gasket 66, locks the opening 25 of the liquid filtering device 100 to combine the container 50 and the liquid filtering device 100.

The dashed line portion of the figure depicts a valve or columnar vane 77 disposed within the base 72; when the pivoter 70 combines the liquid filtering device 100, the cylindrical vane 77 can control the opening or closing of the base 72 or opening 25. And, the case where the container dispensing opening 53 combines the locking portion 71 (or the pivotal connector 70). Therefore, the dispensing opening 53 can be pivotally connected to the catheter via the locking portion 71 or He installed 80.

In a possible embodiment, the base portion 72 and the plug portion 26 described above can be formed in the same size or size for factory manufacture and for sharing. That is, the base portion 72 of the pivotal connector 70 allows for replacement of the plug portion 26 with each other, or the plug portion 26 of the liquid filtering device 100 allows for replacement with the base portion 72.

Referring to FIG. 4, when a person attempts to replace or recycle one of the liquid processing materials 30 of the liquid filtering device 100, the outlet 18 of the liquid filtering device 100 is closed, and the chamber opening 25 containing the liquid processing material 30 is opened; at the inlet 17 The process of continuously injecting the liquid will simultaneously feed the liquid processing material 30 into the container chamber 51 via the pivot 70 and the pivot interface 52. The filter plate 60 and the filter holes 61 are fitted, and the liquid is discharged from the delivery port 53 through the sub-chamber 54. Therefore, the liquid processing material 30 recovered in the container chamber 51 can be specially treated or provided for reuse.

Referring to FIG. 5, when a person attempts to load a new liquid processing material 30 into the liquid filtering device 100, the liquid processing material 30 may be first housed in the container chamber 51; at the same time, the outlet 18 of the liquid filtering device 100 is opened ( Or inlet 17), closing its inlet 17 (or outlet 18), and opening one of the chamber openings 25; the process of continuously injecting liquid at the dispensing opening 53 of the container 50, passing the liquid through the secondary chamber 54, through the filter plate 60 And the filter hole 61, at the same time, the liquid processing material 30 in the container chamber 51 is sent to the internal space 19 of the liquid filtering device 100 or the designated chamber via the pivot interface 52 and the pivot connector 70 to complete the filling operation.

Typically, the liquid filtration device and the recovery packing module of the filter material have the following advantages and considerations compared with the conventional method under the conditions of filtration, purification and simple operation:

1. The liquid filtration device 100 and its associated assembly components have been redesigned in use and structural design, organizational relationship, etc., to distinguish them from known structures, and are different from conventional methods; and, have changed its use form. And application scenarios. For example, the inner space 19 defined by the body 10 is provided with a plurality of partitions 20, a plurality of through holes 21 formed in the partitions 20, and the inner space 19 is partitioned into a plurality of communicating chambers (the first chamber 11, The second chamber 12, the third chamber 13, the fourth chamber 14, the fifth chamber 15, and the sixth chamber 16) allow the internal space 19 to accommodate a plurality of liquid processing materials 30 (or the first liquid processing material) 31, a second liquid processing material 32, a third liquid processing material 33, a fourth liquid processing material 34, a fifth liquid processing material 35, a sixth liquid processing material 36); the body 10 is provided with a stirrer 40, During the liquid handling operation, the liquid processing material 30 in each chamber is stirred; each chamber (first chamber 11, second chamber 12, third chamber 13, fourth chamber 14, fifth chamber 15) The sixth chamber 16) corresponds to an opening 25 provided on the body 10 and the plug portion 26 on the opening 25; or a combination of at least two sets of liquid filtering devices (the liquid filtering device 100 and the second group of liquid filtering device 200) A part of a liquid filtration system.

2. The recycled packing module 300 of the filter material provides a novel structural design including the container 50 and the container The chamber 51 is disposed to communicate with the pivot port 52 of the container chamber 51 and the dispensing opening 53. The container 50 is provided with a filter plate 60 and a plurality of filter holes 61 formed on the filter plate 60. The pivot interface 52 is pivotally connected to the pivot port. The unit 70 is configured to combine the opening 25 of the liquid filtering device 100; the pivoting member 70 has a relatively movable locking portion 71 and a base portion 72, etc., which change the usage patterns and application scenarios of the prior art.

3. In particular, the liquid filtration device 100 can be combined with the structural design of the recovery packing module 300 of the filter material in accordance with the streamlined and economical conditions, and contributes to the liquid processing material according to different functions or replacement frequency (or service life). 30, in conjunction with the liquid flow distribution, the liquid processing material 30 can be automatically recycled to the container chamber 51 to complete the recycling operation, provide reuse; or inject the liquid into the container dispensing opening 53, and the new liquid processing material 30 is pivoted The interface 52 is configured to input the liquid filtering device 100 to complete the automatic filling operation, so as to facilitate the direct replacement or placement of the liquid processing material 30 into the liquid filtering device 100, thereby achieving the functions of simple operation and time saving; The troublesome and wasteful situation of disassembling or replacing the entire body device and the entire set of filter material structures. Further, the liquid filtering device 100 is further provided to provide a function of agitating the plurality of liquid processing materials 30 during the liquid processing operation, increase the uniformity and use effect of each of the liquid processing materials 30, and allow the liquid filtering device 100 or system to be loaded. More types of liquid handling materials than known techniques enhance liquid filtration and water quality.

Accordingly, the present invention provides an effective liquid filtration device and a recovery packing module for the filter material thereof, which are technically different from the well-known structure and which have advantages which are unmatched in the conventional method and exhibit considerable progress.

The above is only the possible embodiments of the present invention, and is not intended to limit the scope of the present invention, that is, the equivalent changes and modifications made by the scope of the present invention are covered by the scope of the present invention.

Claims

A liquid filtering device comprising:

An internal space defined by the body and the body, the body being provided with an inlet and an outlet, allowing liquid input and output:

The body is provided with a plurality of partitions and a plurality of through holes respectively formed on the plurality of partitions, the plurality of partitions separating the internal space into a plurality of communicating chambers, The internal space can accommodate a variety of liquid handling materials;

Each of the chambers corresponds to an opening provided in the body, the opening being capable of loading and unloading one of a cover, a plug portion and a base.
The liquid filtering device according to claim 1, wherein the lower portion and the upper portion of the body are respectively disposed with the inlet and the outlet;

One of the plug portion and the base portion is provided with a columnar Vern;

The body is provided with an agitator having a rotatable rotating shaft and a plurality of blades disposed on the rotating shaft; the rotating shaft is driven to rotate by a motor.
The liquid filtering device according to claim 1, wherein the position of the chamber from the lower portion to the upper portion of the body is defined as a first chamber, a second chamber, a third chamber, a fourth chamber, and a a five chamber and a sixth chamber;

The inlet is disposed at a position communicating with the first chamber, the outlet being disposed at a position communicating with the sixth chamber; the first chamber being capable of filling a first liquid treatment material, the second chamber The chamber can be filled with a second liquid processing material, the third chamber can be filled with a third liquid processing material, the fourth chamber can be filled with a fourth liquid processing material, and the fifth chamber can Filling a fifth liquid processing material, the sixth chamber being capable of filling a sixth liquid processing material;

At least one of the inlet and the outlet of the body is provided with at least one of a detecting device and a metering device.
The liquid filtering device according to claim 2, wherein the position of the chamber from the lower portion to the upper portion of the body is defined as a first chamber, a second chamber, a third chamber, a fourth chamber, and a a five chamber and a sixth chamber;

The inlet is disposed at a position communicating with the first chamber, the outlet being disposed at a position communicating with the sixth chamber; the first chamber being capable of filling a first liquid treatment material, the second chamber The chamber can be filled with a second liquid processing material, the third chamber can be filled with a third liquid processing material, the fourth chamber can be filled with a fourth liquid processing material, and the fifth chamber can Filling a fifth liquid processing material, the sixth chamber can be filled with a sixth liquid processing material material;

At least one of the inlet and the outlet of the body is provided with at least one of a detecting device and a metering device.
A liquid filtering device according to claim 1 or 3, wherein the body is provided with an agitator having a rotatable rotating shaft and a plurality of blades disposed on the rotating shaft; The plurality of the blades are in a spiral blade structure to form an inclined structure; the inclined direction of the blades is inclined toward the opening direction; the two ends of the rotating shaft are respectively pivotally connected to the upper end of the body , at the lower end of the pivoting portion;

Each of the vanes is located within each of the chambers.
The liquid filtering device according to claim 2 or 4, wherein a plurality of said blades are in a spiral blade structure to form an inclined structure; an inclination direction of said blades is inclined toward said opening direction; both ends of said rotating shaft Each is pivotally connected to a pivotal portion of the upper end and the lower end of the body;

Each of the vanes is located within each of the chambers.
A liquid filtering device according to claim 1 or 3, wherein the outlet of the body is connected to the inlet of the other body to constitute a liquid filtering system comprising at least two sets of said liquid filtering means; The devices are respectively defined as a first group of liquid filtering devices and a second group of liquid filtering devices; the outlet of the first group of liquid filtering devices is pivotally connected to one end of the conduit, and the other end of the conduit is pivotally connected to the inlet of the second group of liquid filtering devices .
A liquid filtering device according to claim 2 or 4, wherein the outlet of the body is connected to the inlet of the other body to constitute a liquid filtering system comprising at least two sets of said liquid filtering means; The devices are respectively defined as a first group of liquid filtering devices and a second group of liquid filtering devices; the outlet of the first group of liquid filtering devices is pivotally connected to one end of the conduit, and the other end of the conduit is pivotally connected to the inlet of the second group of liquid filtering devices .
A liquid filtering device according to claim 5, wherein the outlet of the body is connected to the inlet of the other body to constitute a liquid filtering system comprising at least two sets of said liquid filtering means; Defined as a first set of liquid filtration devices and a second set of liquid filtration devices; the outlet of the first set of liquid filtration devices is pivotally connected to one end of the conduit, and the other end of the conduit is pivotally connected to the inlet of the second set of liquid filtration devices.
A liquid filtering device according to claim 6, wherein the outlet of the body is connected to the inlet of the other body to constitute a liquid filtering system comprising at least two sets of said liquid filtering means; Defined as a first set of liquid filtration devices and a second set of liquid filtration devices; the outlet of the first set of liquid filtration devices is pivotally connected to one end of the conduit, and the other end of the conduit is pivotally connected to the inlet of the second set of liquid filtration devices.
A recycling filling module for filter materials, comprising:

a container and a container chamber defined by the container, the container being provided with a pivot interface and a dispensing opening communicating with the container chamber;

The container is provided with a filter plate and a plurality of filter holes formed on the filter plate; the pivot interface allows liquid, liquid processing material to be input into the container chamber, and liquid is passed through the filter holes of the filter plate. The recycling operation is completed through the dispensing port; the container also allows liquid to be injected into the container chamber from the dispensing opening, and the liquid processing material is output through the pivot interface to complete the filling operation.
The recovery packing module of the filter material according to claim 11, wherein the pivot interface and the dispensing opening are respectively disposed at upper and lower positions of the container; and the filter plate distinguishes the container chamber from a connection The sub-chamber of the dispensing port.
The recovery packing module of a filter material according to claim 11 or 12, wherein the pivot interface is combined with a liquid filtering device; the liquid filtering device comprises a body and an inner space defined by the body; the upper part and the lower part of the body respectively The outlet and the inlet are configured to allow liquid output and input; the liquid filtering device has at least one opening pivotally connected to the pivot interface of the container; and the container chamber is provided with a warning line.
A recovery packing module for a filter material according to claim 11 or 12, wherein the pivot interface is combined with a pivot joint; the pivot joint includes a lock portion, a plug portion and a base portion combined on the lock portion One of the locking portions is rotatable and movable relative to one of the plug portion and the base portion.
A recovery packing module for a filter material according to claim 13, wherein the pivot interface is combined with a pivot joint; the pivot joint includes a lock portion, a plug portion and a base portion combined on the lock portion One; the locking portion is rotatable and movable relative to one of the plug portion and the base portion.
The recovery packing module of a filter material according to claim 14, wherein one end of the locking portion forms a shoulder, and one end of the plug portion and one end of the base portion form a shoulder; the inner wall of the locking portion is at least a partial section is provided with a threaded section, and the other end outer wall of one of the plug portion and the base portion is provided with a threaded section at least in part;

One of the inside of the plug portion and the base portion is provided with a columnar valier.
A recovery packing module for a filter material according to claim 15, wherein one end of the locking portion forms a shoulder, and one end of the plug portion and one end of the base portion form a shoulder; the inner wall of the locking portion is at least a partial section is provided with a threaded section, and a water stopping washer is engaged to lock a threaded portion of the container pivot interface;

At least a partial region of the outer wall of the other end of the plug portion and the base portion is provided with a threaded portion, and a water stop gasket is coupled to lock the opening of the liquid filtering device, so that the container and the liquid filtering device are combined together;

One of the inside of the plug portion and the base portion is provided with a columnar valier.
A recovery packing module for a filter material according to claim 16, wherein the dispensing opening is provided with the lock unit.
A recovery packing module for a filter material according to claim 17, wherein the dispensing opening is provided with the locking portion.
A recovery packing module for a filter material according to claim 13, wherein the body of the liquid filtering device is provided with a plurality of partitions to partition the internal space into a plurality of communicating chambers, the partitions being provided with a through hole for allowing liquid to pass into each of the chambers; each of the chambers corresponding to one of the openings;

The body is provided with a structure of a stirrer, the stirrer includes a motor-driven rotating shaft and a plurality of blades disposed on the rotating shaft; two ends of the rotating shaft are respectively pivotally connected to an upper end of the body And a pivoting portion of the lower end, wherein the rotating shaft is formed in a rotatable manner; and each of the blades is located in each of the chambers; the blades are in a spiral blade structure to form an inclined structure; The inclination direction of the blade is inclined toward the opening direction.
A recovery packing module for a filter material according to claim 15, wherein the body of the liquid filtering device is provided with a plurality of partitions to partition the internal space into a plurality of communicating chambers, the partitions being provided with a through hole for allowing liquid to pass into each of the chambers; each of the chambers corresponding to one of the openings;

The body is provided with a structure of a stirrer, the stirrer includes a motor-driven rotating shaft and a plurality of blades disposed on the rotating shaft; two ends of the rotating shaft are respectively pivotally connected to an upper end of the body And a pivoting portion of the lower end, wherein the rotating shaft is formed in a rotatable manner; and each of the blades is located in each of the chambers; the blades are in a spiral blade structure to form an inclined structure; The inclination direction of the blade is inclined toward the opening direction.
A recovery packing module for a filter material according to claim 17, wherein the body of the liquid filtering device is provided with a plurality of partitions to partition the internal space into a plurality of communicating chambers, the partitions being provided with a through hole for allowing liquid to pass into each of the chambers; each of the chambers corresponding to one of the openings;

The body is provided with a structure of a stirrer, the stirrer includes a motor-driven rotating shaft and a plurality of blades disposed on the rotating shaft; two ends of the rotating shaft are respectively pivotally connected to an upper end of the body And a pivoting portion of the lower end, wherein the rotating shaft is formed in a rotatable manner; and each of the blades is located in each of the chambers; the blades are in a spiral blade structure to form an inclined structure; The inclination direction of the blade is inclined toward the opening direction.
A recovery packing module for a filter material according to claim 19, wherein the body of the liquid filtering device is provided with a plurality of partitions to partition the internal space into a plurality of communicating chambers, the partitions being provided with a through hole for allowing liquid to pass into each of the chambers; each of the chambers corresponding to one of the openings;

The body is provided with a structure of a stirrer, the stirrer includes a motor-driven rotating shaft and a plurality of blades disposed on the rotating shaft; two ends of the rotating shaft are respectively pivotally connected to an upper end of the body And a pivoting portion of the lower end, wherein the rotating shaft is formed in a rotatable manner; and each of the blades is located in each of the chambers; the blades are in a spiral blade structure to form an inclined structure; The inclination direction of the blade is inclined toward the opening direction.