JP4789963B2 - Divider for pneumatic dewatering equipment - Google Patents

Description

The present invention relates to a fluid capacity variable machine, and more particularly to a partition set for a pneumatic dewatering device.

The present inventor has been developed pneumatic dewatering device, the pneumatic dewatering device passes the air under high pressure to increase the guide tube exhibiting a stepped shape having a plurality of air chamber therein, increased Due to the inner surface of the guide tube having a staircase shape, the flowing air collides with the inner surface and the flow velocity changes, so that moisture contained in the air condenses in the rising guide tube, thereby achieving a water removal effect. The more the stairs are provided on the inner surface of the rising guide tube, the better the water removal effect.

However, in some cases, almost completely dry air is required, but in some cases, air with the appropriate humidity is required, so separate lift guide tubes with different dimensions can be made. Will be required, which will increase production costs.

A main object of the present invention is to provide a partition set for a pneumatic dewatering device that can change the humidity of the dewatered air at low cost.

Claim 1 of the present invention made to achieve the above object is provided in a pneumatic dewatering device including a cylindrical body, an upper cover, and an air guide , and the upper cover is one end of the cylindrical body. The two passages communicate with the outside and the cylindrical body, respectively, the air guide element has a through hole, and one end thereof is the upper cover. A partition set for a pneumatic dewatering device installed in the cylindrical body and connected to the entrance passage , wherein the partition set is formed by stacking a plurality of partition structures that are detachable from each other Each partition structure is provided with a recessed space at one end and a protrusion at the other end, and the protrusion has a shape that can be adjusted to the recessed space. in penetrates the said recessed space the convex portion Hole has been opened, the partition structure of one of which is assembled to the air guiding element together with the convex portion to the other end of the air guiders, thus mounted to the air guiding element the through hole of the partition structure there are in communication with the through-hole of said air guider, partition structure other said, attaching together the convex portion into the recessed space of the partition structure are adjacent, the mounting by repeating, on top of one another a plurality of the partition structures, the partition structure thus stacked is Ri Contact each of the through hole is communicated with the recessed space of the partition structure of the respectively adjacent, further In addition, a screw hole is opened at the other end of the air guide, another through hole is opened in each partition structure corresponding to the screw hole, and a screw is inserted into the other through hole to Right By screwing the holes, characterized by forming the partition sets, a partition assembly for pneumatic dewatering device.

According to a second aspect of the present invention, a cylindrical body, an upper cover, and a pneumatic dehydrator including an air guide are installed. The upper cover is installed at one end of the cylindrical body, and includes an inlet passage, an outlet, The two passages communicate with the outside and the cylindrical body, the air guide element has a through hole, and one end is provided in the upper cover and communicates with the inlet passage. And a partition set for a pneumatic dewatering device installed in the cylindrical body , wherein the partition set includes a plurality of partition structures that are detachable from each other, and each partition structure has one end A concave space is provided at the other end, and a convex portion is provided at the other end. The convex portion has a shape that can be adjusted to the concave space, and each of the partition structures includes the concave space and the convex. hole passing through the parts have been opened, the recess Inner thread provided on the inner surface between the outer thread is provided on an outer surface of the convex portion, another internal thread is provided on the inner surface of the air guiding element, wherein the partition structure of one of which, of the convex portion It is assembled on the air guiding element by tightening the said outer thread on said other internal thread of the air guiders, thus the said through hole of the partition structure being assembled to the air guider is of the air guider The other partition structure communicates with the through- hole, and the external thread of the convex portion is screwed onto the internal thread of the recessed space of the adjacent partition structure and is attached. said partition structure overlapped with each other, a partition structure which is overlapped manner, Ri Contact communication with said recessed space of each of the partition structure, each of the through holes are adjacent, with the above configuration, the And forming a cutting assembly, a partition assembly for pneumatic dewatering device.

Claim 5 of the present invention, in claim 1 or 2, further wherein the air guiding element, a partition tube is fitted around the partitioning sets are provided.

According to the partition set for a pneumatic dewatering device of the present invention, there is an effect that the humidity of the dewatered air can be changed at low cost.

Hereinafter, embodiments of the present invention will be described with reference to the drawings.

First, FIG. 1 to FIG. 3 will be referred to. The partition set for a pneumatic dewatering apparatus according to an embodiment of the present invention has a partition set installed in the pneumatic dewatering apparatus. The pneumatic dewatering apparatus includes a cylindrical body A, an upper cover B, and a fastener. C, an air guide D, and a partition pipe E. The cylindrical body A has one end open and has a standing wall A1, the other end has a drain pipe A2, and the upper cover B It is provided at the open end of the cylindrical body A, is provided with an external thread B1 , and has an exit passage B2 and an entrance passage B3. One end of each of the two passages B2 and B3 is a side surface of the upper cover B. The other end is opened to one end of the upper cover B and communicates with the cylindrical body A. The clamp C has a contraction part C1 and an internal thread C2, and the contraction part C1 The standing wall A1 of the cylindrical body A is regulated by the above, and the inner screw C2 of the fastener C is fixed to the upper cover B. The cylindrical body A and the upper cover B are joined by screwing with the screw B1, and the air guide element D has a through hole D1 and one end of the upper cover B. The through hole D1 of the air guide D communicates with the entrance passage B2, and the air guide D is located in the cylindrical body A. The partition pipe E is provided at the other end of the air guide D and is positioned in the cylindrical body A.

The partition set is configured by overlapping a number of partition structures 10 that can be attached to and detached from each other. Each partition structure 10 is provided with a recessed space 11 at one end and a convex portion 12 at the other end. The convex portion 12 has a shape that can be matched to the concave space 11 (in this embodiment, the convex portion 12 is conical), and each partition structure 10 includes the concave space 11, the convex portion 12, and the like. A through hole 13 (whose diameter should be in the range of about 3 mm to 10 mm) is established, and one of the partition structures 10 has a convex portion 12 aligned with the other end of the air guide D. The other partition structure 10 assembled to the air guide D is aligned with the concave space 11 of the adjacent partition structure 10 and the alignment is repeated to form a partition set (this embodiment) Then, screw on the other end of the air guide D Four holes D2 are opened, and four through holes 14 are opened in each partition structure 10. When each of the four screws F is inserted into the four through holes 14 and screwed into the screw holes D2, each partition is formed. The structure 10 is configured as a partition assembly, and then the partition assembly is assembled to the air guide D), and the through hole 13 of the partition structure 10 assembled to the air guide D is a through hole D1 of the air guide D. The partition structures 10 stacked on top of each other are in communication with the recessed spaces 11 of the partition structures 10 adjacent to each other through the through holes 13.

When the air in the high pressure state enters from the entrance passage B3 of the upper cover B, as shown in FIG. 4, the air enters the cylindrical body A and the partition pipe E, and the air enters the cylindrical body A and the partition pipe E. When the water passes through, a part of water is condensed on the inner surfaces of the cylindrical body A and the partition pipe E, and then the water passes through the recessed space 11 of each partition structure 10 from the partition pipe E. 13 passes through the recessed space 11 of the next partition structure 10, and thus the air subsequently collides with each partition structure 10, and the flow velocity in each through-hole 13 and in each recessed space 11 Since the flow velocities are different, a part of moisture is condensed on each partition structure 10. Finally, the air sequentially passes through the through hole D 1 of the air guide D and the outlet passage B 2 of the upper cover B. It is discharged to the outside, thereby achieving the effect of removing moisture It can be, and these partition structure 10, water droplets condensed on the partition tube E and the cylindrical body A is discharged from the discharge pipe A2 of the cylindrical body A.

Also, the partition structure 10, as shown in FIG. 5, a dent internal threads 111 provided on the inner surface of the space 11, an external thread 121 provided on the outer surface of the convex portion 12, the air guiders D internal threads on the inner surface of the D3 Then, as shown in FIG. 6, each partition structure 10 is partitioned by these partition structures 10 by screwing with external screws 121 of adjacent partition structures 10 with inner screws 111. A set can be formed, and the partition set can be fastened to the inner screw D3 of the air guide D by the outer screw 121 of one of the partition structures 10.

Example of the present invention and exploded view of a pneumatic dewatering device Schematic which shows the combined state of the Example of this invention, and a pneumatic-type water removal apparatus The perspective view of the Example of this invention Schematic showing the flow of air when an embodiment of the present invention is installed in a pneumatic dewatering device Schematic which shows that the partition structure based on the Example of this invention has an internal and external screw. Schematic which shows the state by which each partition structure based on the Example of this invention was screwed together with the screw | thread.

DESCRIPTION OF SYMBOLS 10 Partition structure 11 Recessed space 12 Protruding part 13 Through-hole 14 Through-hole 111 Inner screw 121 Outer screw A Cylindrical body A1 Standing wall A2 Drain pipe B Upper cover B1 Outer screw B2 Outlet passage B3 Outlet passage C Fastener C1 Contraction part C2 Inner screw D Air guide D1 Through hole D2 Screw hole D3 Inner screw E Partition tube F Screw

Claims (3)

A cylindrical body, an upper cover, and a pneumatic dewatering device including an air guide ; and the upper cover is installed at one end of the cylindrical body, and has an inlet passage and an outlet passage. Each of the passages communicates with the outside and the cylindrical body, the air guide element has a through-hole, one end is provided in the upper cover, communicates with the entrance passage, and A partition set for a pneumatic dewatering device installed,
The partition set is configured by stacking a plurality of partition structures that are detachable from each other,
Each of the partition structures is provided with a recessed space at one end, a protrusion is provided at the other end, and the protrusion has a shape that can be adjusted to the recessed space. , A through hole penetrating the recessed space and the convex portion is established,
The partition structure of one of them, the convex portion is assembled to said air guider in accordance with the other end of the air guiders, thus the through hole of the partition structure being assembled to the air guiding element is Communicating with the through hole of the air guide;
The other partition structure is attached in accordance with the recessed space of the adjacent partition structure, and by repeating this attachment, a plurality of the partition structures are overlapped with each other, and thus the partitioned structure is , Ri Contact each of the through hole is communicated with the recessed space of the partition structure of each which are adjacent to each other,
Furthermore, a screw hole is opened at the other end of the air guide element, another through hole is opened in each partition structure corresponding to the screw hole, and a screw is inserted into the other through hole. A partition assembly for a pneumatic dewatering device , wherein the partition assembly is configured by screwing the screw hole . A cylindrical body, an upper cover, and a pneumatic dewatering device including an air guide ; and the upper cover is installed at one end of the cylindrical body, and has an inlet passage and an outlet passage. Each of the passages communicates with the outside and the cylindrical body, the air guide element has a through-hole, one end is provided in the upper cover, communicates with the entrance passage, and A partition set for a pneumatic dewatering device installed,
The partition set is configured by stacking a plurality of partition structures that are detachable from each other,
Each of the partition structures is provided with a recessed space at one end, a protrusion is provided at the other end, and the protrusion has a shape that can be adjusted to the recessed space. A through hole penetrating the recessed space and the convex portion is formed, an inner screw is provided on the inner surface of the recessed space, an outer screw is provided on the outer surface of the convex portion, and the inner surface of the air guide Is provided with another internal thread,
The partition structure of one of them, the said outer thread of said convex portion is assembled to said air guider tightened to the further internal thread of the air guiders, thus being assembled to the air guiding element The through hole of the partition structure communicates with the through hole of the air guide;
The other partition structure is attached by screwing the external screw of the convex portion with the internal screw of the recessed space of the adjacent partition structure, and by repeating this mounting, the plurality of partition structures are overlapped with each other. , partition structure thus stacked is Ri Contact each of the through hole is communicated with the recessed space of the partition structure of each which are adjacent to each other,
The partition set for a pneumatic dewatering apparatus is characterized in that the partition set is formed by the above configuration . The partition set for a pneumatic dewatering apparatus according to claim 1 or 2 , wherein the air guide element is provided with a partition pipe fitted around the partition set.