TWM623212U - Drying processing equipment and gas drying unit - Google Patents

Abstract

A drying treatment equipment is suitable for drying at least one porous article, and comprises an equipment main body and a gas drying unit. The main body of the device includes a drying chamber. The gas drying unit includes an air carrier and an air pump assembly. The ventilation carrier is detachably placed in the drying chamber, and has a hollow main structure that allows gas to circulate and at least one plug-in structure that communicates with the main structure and allows porous articles to be inserted thereon. The plug-in structure has a vent that allows gas to circulate and is suitable for placement in a porous article. The air pump assembly communicates with the air carrier, and can promote the circulation of the air in the air carrier and the porous article by one of the air suction method and the air outlet method, so as to remove the moisture contained in the porous article.

Description

Drying processing equipment and gas drying unit

The new model relates to a drying processing equipment and a gas drying unit, in particular to a drying processing equipment and a gas drying unit suitable for porous articles such as filter cores.

Generally, drying of porous articles containing moisture, such as filter cores, can be carried out, for example, by exposing the porous article to a high temperature environment. However, the drying treatment of porous articles by high-temperature baking usually has problems such as incomplete removal of moisture, and it takes a long time, so it needs to be improved.

Therefore, one of the objectives of the present invention is to provide a drying treatment device that can solve the aforementioned problems.

In some embodiments, the novel drying treatment equipment is suitable for drying at least one porous article, and the drying treatment equipment includes an equipment main body and a gas drying unit. The main body of the device includes a drying chamber. The gas drying unit includes an air carrier and an air pump assembly. The air carrier is detachably placed in the drying processing chamber, and has a hollow main structure that allows gas to circulate and at least one communication with the main structure and A plug-in structure on which the porous article is plugged. The plug-in structure has a vent which allows gas to circulate and is suitable for being placed in the porous article. The air pump assembly communicates with the ventilation carrier, and can promote the circulation of the gas in the ventilation carrier and the porous article by one of an air suction method and an air outlet method, so as to remove the moisture contained in the porous article.

In some embodiments, the main structure of the air carrier has a hollow base body and a cover body that is detachably tightly attached to the base body, and the plug-in structure is disposed on the cover body and communicates with the base body.

In some embodiments, the plug structure is detachably disposed on the top side of the cover body for plugging the bottom side of the porous article.

In some embodiments, the plug-in structure extends up and down so that the porous article is in an upright state.

In some embodiments, the ventilation carrier further has at least one airtight ring, and the airtight ring is disposed at the insertion point of the porous article and the plug-in structure to seal the connection between the porous article and the plug-in structure. gap between.

In some embodiments, the air pump assembly is disposed in the device body and includes a gas pipeline and an air pump, the gas pipeline communicates with one side of the ventilation carrier and extends in a direction away from the ventilation carrier, the gas pipeline The air pump is communicated with the end of the gas pipeline away from the ventilation carrier, and can promote the gas flow in the gas pipeline, the ventilation carrier and the porous object to remove moisture contained in the porous object.

In some embodiments, the drying treatment equipment further includes a heater disposed at the main body of the equipment for heating gas and a humidity sensor disposed at the gas pipeline, and the air pump is driven by air suction. Gas flows from the drying process chamber through the porous article, the vent carrier, and into the gas line.

In some embodiments, the drying processing equipment further includes a heater disposed at the gas pipeline for heating the gas and a humidity sensor disposed in the drying processing chamber, and the air pump is driven by an air outlet. Gas flows from the gas line through the vent carrier, the porous article, and into the drying chamber.

Another object of the present invention is to provide a gas drying unit. The gas drying unit is suitable for drying at least one porous object, and includes an air carrier and an air pump assembly. The vent carrier includes a hollow main structure that allows gas to circulate, and at least one plug-in structure that communicates with the main structure and allows the porous article to be inserted thereon. A vent placed in the porous article. The air pump assembly communicates with the ventilation carrier, and can promote the circulation of the gas in the ventilation carrier and the porous article by one of an air suction method and an air outlet method, so as to remove the moisture contained in the porous article.

In some embodiments, the main structure of the air carrier has a hollow base body and a cover body that is detachably sealed to the base body, and the plug-in structure is disposed on the top side of the cover body and communicates with the base body. a base body for inserting the bottom side of the porous article.

The present invention has at least the following effects: through the setting of the gas drying unit, the drying processing equipment can not only remove the moisture of the porous articles by high temperature baking, but also can extract or blow air from the inside of the porous articles. Since water is removed, the effect and efficiency of the drying process can be improved.

Referring to FIG. 1 and FIG. 2 , it is an embodiment of the novel drying treatment equipment 100 . The drying processing device 100 is suitable for drying at least one porous article 200, for example, the porous article 200 is a cylindrical hollow filter core, which is a plurality of examples in this embodiment.

The drying processing apparatus 100 includes an apparatus main body 1 , a gas drying unit 2 , a humidity sensor 3 and a heater 4 .

The equipment main body 1 is the main structure of the drying processing equipment 100 , and includes a drying processing cavity 11 and components such as a casing, an air duct, etc., which are not marked in detail in the drawings. The drying chamber 11 can accommodate the porous articles 200 for drying, and has a hot air inlet and outlet 111 aligned with the porous articles 200 for air to blow out, and a hot air inlet 111 located adjacent to the hot air inlet A damper structure 112 at the outlet 111 that can guide hot air. The heater 4 is arranged at the air duct in the main body 1 of the device, and is used to heat the air in the air duct to a predetermined temperature. The heated air can pass through the hot air inlet 111 and the air door structure 112 into the air duct. In the drying processing chamber 11 , a high temperature environment that can be used for baking is formed in the drying processing chamber 11 .

Referring to FIG. 1 to FIG. 5 , the gas drying unit 2 includes an air carrier 21 and an air pump assembly 22 . The ventilation carrier 21 is detachably placed in the drying chamber 11 and aligned with the hot air inlet and outlet 111 and the damper structure 112 , and has a hollow main structure 211 that allows air to circulate, at least one (this The embodiment takes several examples) a plug-in structure 212 communicating with the main structure 211 and on which the porous article 200 is inserted, and at least one airtight ring 213 (this example takes several examples). As shown in 5 , the main structure 211 of the air carrier 21 has a hollow base body 214 and a cover body 215 which is detachably tightly attached to the base body 214 . The plug structures 212 extend up and down and are detachably disposed on the top side of the cover body 215 and communicate with the base body 214 . Each plug-in structure 212 has a vent 216 that allows gas to circulate and is adapted to be placed in the porous article 200 for the bottom side of the porous article 200 to be plugged thereon in an upright state. The airtight rings 213 are respectively disposed at the insertion places of the porous objects 200 and the corresponding insertion structures 212 to close the gaps between the porous objects 200 and the insertion structures 212 to ensure air dense effect. For example, the airtight rings 213 may be O-rings, whether in a configuration in which the diameter of the porous articles 200 is larger than that of the plug-in structures 212 as shown in FIG. As shown in FIG. 4 , under the structural configuration in which the diameter of the porous articles 200 is smaller than that of the plug-in structures 212 , they can be inserted between the two to provide an airtight effect.

The air pump assembly 22 communicates with the ventilation carrier 21 , and can promote the circulation of the gas in the ventilation carrier 21 and the porous article 200 by one of an air suction method and an air outlet method, so as to remove the air contained in the porous article 200 . moisture. Specifically, the air pump assembly 22 is disposed in the device body 1 and includes a gas pipeline 221 and an air pump 222 . The humidity sensor 3 is disposed at the gas pipeline 221 , and the gas pipeline 221 communicates with one side of the ventilation carrier 21 and extends in a direction away from the ventilation carrier 21 . The air pump 222 can be, for example, a ring-shaped high-pressure air pump, which is connected to the end of the gas pipeline 221 away from the ventilation carrier 21 and can promote the gas in the gas pipeline 221 , the ventilation carrier 21 and the porous article 200 flow to remove moisture contained in the porous article 200 .

In use, if the porous articles 200 need to be dried, the porous articles 200 can be inserted on the plug-in structures 212 and placed in the drying chamber 11, so that the porous articles 200 can be placed in the drying chamber 11. The drying chamber 11 is baked in a high temperature environment to remove moisture, and at the same time, under the operation of the air pump 222 , the air path formed by the air pipeline 221 and the ventilation carrier 21 can be used to extract air or The air outlet method is used to extract or blow off moisture from the inside of each porous article 200 , so that the drying process of the porous article 200 can be performed by a dual mechanism, thereby effectively improving the effect and efficiency of the drying process. Since the porous articles 200 may have various sizes, the plug structures 212 are detachable structures, allowing users to use matching plug structures 212 according to the specifications of the porous articles 200 drying process, and the plug structures 212 can be fixed on the cover body 215 by different means such as screw locks (corresponding structures are not drawn in detail in the figure), so as to facilitate the disassembly and assembly of the plug structures 212 . In addition, in this embodiment, the cover body 215 is configured to be detachable from the base body 214 , so that when a large number of porous articles 200 need to be dried, multiple sets of cover bodies 215 can be prepared in advance, and one set of cover bodies 215 can be prepared in advance. When the body 215 is equipped with the plug structure 212 and the porous article 200 and is placed in the drying processing chamber 11 for drying treatment, the other plug structures 212 and the porous article 200 can be installed on other sets of cover bodies 215 at the same time. In this way, after a group of porous articles 200 is dried, another group of porous articles 200 can be put into the drying chamber 11 for drying, which can effectively improve the batch processing efficiency of drying.

Referring to FIG. 6 , in the description of FIG. 1 to FIG. 5 , the air pump 222 promotes the gas from the drying chamber 11 to flow through the porous article 200 and the air carrier 21 by means of air suction. The embodiment of the gas pipeline 221 is used to illustrate the embodiment of drying the porous articles 200, and in the modified embodiment corresponding to FIG. 6, the heater 4 for heating the gas is modified. In order to be installed at the gas pipeline 221, the humidity sensor 3 is instead installed in the drying chamber 11, so that the air pump 222 can make the gas flow through the gas pipeline 221 by means of air outlet. The air carrier 21 and the porous articles 200 flow into the drying chamber 11 , and can also dry the porous articles 200 .

To sum up the above, the novel drying treatment equipment 100 can remove the moisture of the porous articles 200 from the inside of the porous articles 200 in addition to removing the moisture from the porous articles 200 by the setting of the gas drying unit 2 in the novel drying treatment equipment 100 . The removal of water is carried out by means of air extraction or air outlet, so that the effect and efficiency of drying treatment can be improved, so the purpose of this new model can be indeed achieved.

However, the above are only examples of the present invention, which should not limit the scope of the present invention. Any simple equivalent changes and modifications made according to the scope of the patent application for this new model and the contents of the patent specification are still within the scope of the present invention. within the scope of this new patent.

100: Drying processing equipment 200: Porous Items 1: Device main body 11: Dry processing chamber 111: Hot air inlet and outlet 112: damper structure 2: Gas drying unit 21: Ventilation carrier 211: Main Structure 212: plug-in structure 213: Air tight ring 214: base body 215: Cover 216: Vent 22: Air pump assembly 221: Gas line 222: Air pump 3: Humidity sensor 4: Heater

Other features and effects of the present invention will be clearly presented in the embodiments with reference to the drawings, wherein: FIG. 1 is a schematic side view illustrating an embodiment of the novel drying treatment equipment of the present invention; FIG. 2 is a perspective view illustrating an embodiment of an air carrier for mounting a plurality of porous articles; 3 and 4 are schematic side views illustrating different embodiments of the porous article mounted on the vent carrier; and 5 is a schematic side view illustrating a variant implementation of the vent carrier; FIG. 6 is a schematic side view illustrating a modified embodiment of the drying treatment apparatus.

100: Drying processing equipment

200: Porous Items

1: Device main body

11: Dry processing chamber

111: Hot air inlet and outlet

112: damper structure

2: Gas drying unit

21: Ventilation carrier

22: Air pump assembly

221: Gas line

222: Air pump

3: Humidity sensor

4: Heater

Claims (10)

A drying treatment device suitable for drying at least one porous article, the drying treatment device comprising: an equipment body, including a drying chamber; and A gas drying unit, including an air carrier and an air pump assembly, the air carrier is detachably placed in the drying processing chamber, and has a hollow main structure that allows gas to circulate and at least one communication with the main structure A plug-in structure for the porous article to be inserted on, the plug-in structure has a vent that can allow gas to circulate and is suitable for being placed in the porous article, the air pump assembly communicates with the vent carrier, and can One of the air extraction method and the air outlet method is used to promote the air circulation in the vent carrier and the porous article, so as to remove the moisture contained in the porous article. The drying processing equipment as claimed in claim 1, wherein the main structure of the ventilation carrier has a hollow base body and a cover body that is detachably tightly attached to the base body, and the plug-in structure is disposed on the cover body and communicate with the base body. The drying processing apparatus according to claim 2, wherein the plug-in structure is detachably disposed on the top side of the cover body for plugging the bottom side of the porous article. The drying processing device according to claim 1, wherein the plug-in structure extends up and down, so that the porous article is in an upright state. The drying processing equipment as claimed in claim 1, wherein the ventilation carrier further has at least one air-tight ring, and the air-tight ring is disposed at the insertion point of the porous article and the plug-in structure to seal the porous article and the gap between the plug-in structure. The drying processing equipment as claimed in claim 1, wherein the air pump assembly is disposed in the main body of the equipment and includes a gas pipeline and an air pump, the gas pipeline communicates with one side of the air carrier and faces away from the air carrier Extending in the direction of the seat, the air pump is connected to the end of the gas pipeline away from the vent carrier, and can promote the gas pipeline, the vent carrier and the gas in the porous object to circulate, so as to remove the porous object. Moisture. The drying treatment equipment as claimed in claim 6, further comprising a heater arranged at the main body of the equipment for heating gas and a humidity sensor arranged at the gas pipeline, the air pump is driven by air extraction Gas flows from the drying process chamber through the porous article, the vent carrier, and into the gas line. The drying treatment equipment according to claim 6, further comprising a heater disposed at the gas pipeline for heating the gas and a humidity sensor disposed in the drying treatment chamber, the air pump being driven by an air outlet Gas flows from the gas line through the vent carrier, the porous article, and into the drying chamber. A gas drying unit suitable for drying at least one porous article, comprising: An air carrier includes a hollow main structure that can allow gas to circulate, and at least one plug-in structure that communicates with the main structure and allows the porous article to be inserted thereon. in a vent placed in the porous article; and An air pump assembly is connected to the air carrier, and can promote the air flow in the air carrier and the porous article by one of the air suction mode and the air outlet mode, so as to remove the moisture contained in the porous article. The gas drying unit as claimed in claim 9, wherein the main structure of the ventilation carrier has a hollow base body and a cover body that is detachably tightly attached to the base body, and the plug-in structure is disposed on the cover body The top side is communicated with the base body for insertion of the bottom side of the porous article.

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