CN212611474U - High-pressure air injection drying device - Google Patents

Abstract

The utility model discloses a jet-propelled drying device of high pressure, this jet-propelled drying device of high pressure includes air cleaner, connect air cleaner's high compression pump, gaseous heating device is connected to the high compression pump gas vent, rethread solenoid valve is connected to the different air inlets of urceolus, urceolus bottom inner tube is rotatory to be dragged tray below and is provided with two at least air guide rings and two at least spoke type air ducts and is provided with ascending hole/groove, the urceolus lateral wall is provided with high-order gas pocket/groove and low level gas pocket/groove and connects urceolus wall high-order air guide part and urceolus wall low level air guide part respectively, this drying device adopts high-pressure jet-propelled, utilize the inner tube to be intensive poroid, the characteristics that the network structure is gaseous can well pierce through, directly spray-dried article to the inside needs of.

Description

High-pressure air injection drying device

Technical Field

The utility model relates to a drying device, especially an integrative full-automatic movable drum washing drier drying device of ultrasonic wave shoes clothing.

Background

The existing ultrasonic shoe and coat integrated full-automatic movable drum washing and spin-drying machine can effectively wash and spin-dry clothes and shoes, but cannot effectively dry the clothes and the shoes. For example, chinese utility model patent publication No. CN210420552U discloses "ultrasonic shoe and clothes integrated full-automatic movable drum washing and drying machine", which is not provided with a drying device.

SUMMERY OF THE UTILITY MODEL

In order to overcome among the prior art the integrative full-automatic movable drum washing drier washing of ultrasonic wave shoes clothing and spin-dry and accomplish and can not effectively dry, the utility model provides a high-pressure jet-propelled drying device with the gaseous direct action of drying in the inner tube, because the inner tube is intensive poroid, network structure, so gas penetrating power is good, and the stoving gas passes the inner tube direct action in the inside clothing shoes of inner tube and needs the stoving article to realize fast drying.

The utility model provides a technical scheme that its technical problem adopted is: the utility model provides a jet-propelled drying device of high pressure, this jet-propelled drying device of high pressure designs based on the chinese utility model patent that the bulletin number is CN210420552U, be for its design drying device, this jet-propelled drying device of high pressure includes air cleaner, connect air cleaner's high compression pump, gaseous heating device is connected to the high compression pump gas vent, the different air inlets of rethread solenoid valve connection urceolus, the rotatory tray below that drags of urceolus bottom inner tube is provided with two at least air guide rings and two at least spoke type air ducts, the air guide ring at the inner circle is called interior air guide ring, the air guide ring at the outer circle is called outer air guide ring, the urceolus lateral wall is provided with high-order gas pocket/groove and low level gas pocket/groove and connects urceolus wall high-order air guide part and urceol.

In the high-pressure air injection drying device, the high-position air holes/grooves and the low-position air holes/grooves are arranged in a contraposition manner and are staggered up and down.

In the high-pressure air injection drying device, the inner air guide ring is provided with the inner air guide ring water outlet, the opening of the inner air guide ring water outlet is upward, the other end of the inner air guide ring water outlet is connected with the lower part of the inner air guide ring, and the horizontal position of the opening of the inner air guide ring water outlet is flush with or slightly lower than the horizontal plane formed by the lower part of the inner air guide ring.

In the high-pressure air injection drying device, the inner air guide ring and the outer air guide ring are connected and communicated by the spoke type air guide pipes and are provided with the upward holes/grooves, the horizontal position of the inner air guide ring is lower than that of the outer air guide ring, the spoke type air guide pipes are uniformly arranged between the inner air guide ring and the outer air guide ring, and the number of the spoke type air guide pipes is at least two, so that the inner air guide ring and the spoke type air guide pipes can be stable in position only under the condition that the outer air guide ring is provided with fixed points.

In the high-pressure air injection drying device, the heating power of the air heating device is adjustable, and the exhaust speed of the high-pressure air pump is adjustable.

The beneficial effects of the utility model are that, the utility model discloses drying device adopts high-pressure jet-propelled, utilizes the inner tube to be intensive poroid, the gaseous characteristics that can well pierce through of network structure, directly dry to the jet-propelled stoving of the inside article that needs to dry of inner tube by the urceolus bottom, and the suspension that clothing article etc. are blown directly can be got up through high-pressure jet-propelled to the article that dry clothing and quality are lighter, and the cooperation inner tube is rotatory, and the high-order gas pocket/groove of urceolus lateral wall, low level gas pocket/groove are dried to the jet-propelled of inner tube simultaneously, can effectively adjust article gesture.

Drawings

The present invention will be further explained with reference to the drawings and examples.

FIG. 1 is a schematic structural view of the present invention;

FIG. 2 is a schematic view of the holes and grooves on the wall of the outer cylinder;

FIG. 3 is a schematic view of an airway ring and a radial airway tube;

FIG. 4 is a schematic view of the high-level air guide part on the wall of the outer cylinder;

FIG. 5 is a schematic view of the low-position air guide part of the outer cylinder wall;

FIG. 6 is a schematic view of a shuttle bracket;

fig. 7 is a partially enlarged view of a portion a of fig. 3.

In the figure, 1, a high-position air hole/groove, 2, a low-position air hole/groove, 3, a second air inlet installation reserved position, 4, a second air inlet, 5, an inner air guide ring water outlet, 6, holes/grooves, 7, a radial air guide pipe, 8, an outer air guide ring, 9, a fixed point, 10, an inner air guide ring, 11, a first air inlet, 12, a third air inlet, 13, an integrated inner and outer cylinder cover, 14, an inner cylinder, 15, an inner cylinder rotating tray, 16, an outer cylinder, 17, an overflow port and 18 water outlet are arranged.

Detailed Description

[ example 1 ]

High-pressure jet-propelled drying device includes air cleaner, air cleaner is that filter core surface area is enough big, the air cleaner that filtered air speed is enough fast, connect air cleaner's high compression pump, high compression pump exhaust velocity is adjustable, gaseous heating device is connected to high compression pump gas vent, gaseous heating device heating power is adjustable, first solenoid valve is connected respectively to gaseous heating device's three gas vent, second solenoid valve and third solenoid valve, first air inlet 11 is connected gradually respectively to three solenoid valve, second air inlet 4, third air inlet 12, can realize different stoving effects through adjusting high compression pump exhaust velocity and adjusting gaseous heating device heating power, stoving speed and stoving different article. The number of the second air inlets 4 can be adjusted according to the radius conditions of the inner cylinder 14 and the outer cylinder 16, at least two air guide rings and at least two spoke type air guide pipes 7 are arranged below the inner cylinder rotary tray 15 at the bottom of the outer cylinder 16, the air guide ring at the inner ring is called an inner air guide ring 10, the air guide ring at the outer ring is called an outer air guide ring 8, the number of the air guide rings and the number of the spoke type air guide pipes 7 are adjusted between the inner air guide ring 10 and the outer air guide ring 8 according to the radius of the outer cylinder 16, the air guide rings are arranged to avoid the position right above an ultrasonic transducer at the bottom of the outer cylinder 16, the horizontal position of the air guide ring at the inner ring is lower than that of the air guide ring at the outer ring, so that water in the air guide rings and the spoke type air guide pipes 7 can be automatically discharged from the holes/grooves 6 and the water outlet 5 of the inner air guide ring as much as possible when washing is, this ensures that the air guide ring and the radial air duct 7 in the inner ring can be positionally stabilized only when the outermost air guide ring is provided with fixing points 9. The outer barrel side wall is provided with a high-position air hole/groove 1 and a low-position air hole/groove 2 which are respectively connected with the high-position air guide part of the outer barrel wall and the low-position air guide part of the outer barrel wall, the high-position air hole/groove 1 and the low-position air hole/groove 2 which are arranged on the outer barrel side wall can adjust the quantity according to the radius of the outer barrel 16, and meanwhile, the high-position air guide part of the outer barrel wall, the low-position air guide part of the outer barrel wall and.

As shown in fig. 4 and 5, the upper portion of the air guide of the outer cylinder wall is curved to avoid the funnel-shaped annular protection plate of the outer cylinder 16 for easy installation, while the lower air guide can be vertically upward without considering the related problems.

[ example 2 ]

As shown in figure 7, the opening of the inner air guide ring water outlet 5 is upward, the horizontal position of the opening is flush with or slightly lower than the horizontal plane formed by the lower part of the inner air guide ring 10, so that water inside the inner air guide ring 10 can be completely and automatically drained when washing is finished and drainage is finished, and the water is prevented from being stagnant by the inner air guide ring 10, and the inner air guide ring water outlet 5 sprays air upwards when drying is finished and then has the same effect with the holes/grooves 6.

[ example 3 ]

The high-pressure air injection drying program is executed after spin-drying is finished and the rotary disc is wound, because clothes and shoes which are washed and spin-dried are tightly attached to the periphery of the lower cylinder wall of the inner cylinder 14, after the drying program is started, the first electromagnetic valve is opened to allow the low-position air holes/grooves 2 to inject air for drying, meanwhile, the clothes and shoes which are tightly attached to the periphery of the lower cylinder wall of the inner cylinder 14 are blown away from the periphery of the lower cylinder wall of the inner cylinder 14, then the second electromagnetic valve is opened to allow the holes/grooves 6 and the inner air guide ring water outlet 5 to simultaneously inject air for drying, or the first electromagnetic valve and the second electromagnetic valve are simultaneously opened to allow the low-position air holes/grooves 2, the holes/grooves 6 and the inner air guide ring water outlet 5 to simultaneously inject air for drying, the inner cylinder slowly rotates in the drying process to achieve a better uniform drying effect, along with less and less moisture, especially, when the moisture content of the large clothes is less in the later period, the air injection drying is added into the high-position air hole groove 1, so that the clothes can be effectively adjusted and turned, the clothes can be dried more uniformly and rapidly, and when shoes are dried, the shoes are difficult to blow by high-pressure air injection, so that the third electromagnetic valve does not need to be opened in the shoe drying process, and the high-position air hole/groove 1 is added with the air injection drying. The inner drum 14 can be provided with a double-layer or multi-layer shuttle-shaped bracket for placing and drying articles, which is convenient for placing and taking the inner drum 14 in and out as shown in fig. 6.

[ example 4 ]

The drying process overflow port 17 serves as a drying water vapor outlet, and timing or a humidity sensor arranged behind the overflow port 17 can be adopted to detect humidity when drying is finished. The drying process may be designed to use the drain port 18 to exhaust the drying gas for a period of time to achieve the drying drain system. If the drying process is thermal drying and the temperature is higher, a cooling process is needed in the final drying stage, namely a normal-temperature air injection cooling process is needed in the final drying stage, so that scalding caused by opening the integrated inner and outer cylinder covers 13 is avoided.

Claims (4)

1. The utility model provides a jet-propelled drying device of high pressure, includes air cleaner, connects air cleaner's high compression pump, and gaseous heating device is connected to the high compression pump gas vent, and the rethread solenoid valve is connected to the different air inlets of urceolus (16), its characterized in that: at least two air guide rings and at least two spoke type air guide pipes (7) are arranged below an inner cylinder rotating tray (15) at the bottom of an outer cylinder (16), the air guide ring at an inner ring is called an inner air guide ring (10), the air guide ring at an outer ring is called an outer air guide ring (8), the inner air guide ring (10) is provided with an inner air guide ring water outlet (5), and the side wall of the outer cylinder (16) is provided with a high-level air hole/groove (1) and a low-level air hole/groove (2) which are respectively connected with a high-level air guide part of the wall of the outer cylinder and a low-level air guide part of the wall of the.

2. The high-pressure air injection drying device according to claim 1, wherein the high-position air holes/grooves (1) and the low-position air holes/grooves (2) are arranged in a contraposition and staggered up and down.

3. The high-pressure air-jet drying device as claimed in claim 1, wherein the inner air-guide ring (10) is provided with an inner air-guide ring water outlet (5) with an upward opening, the other end of the inner air-guide ring water outlet is connected with the lower part of the inner air-guide ring (10), and the horizontal position of the opening of the inner air-guide ring water outlet (5) is flush with or slightly lower than the horizontal plane formed by the lower part of the inner air-guide ring (10).

4. A high-pressure air-jet drying device according to claim 1, characterized in that the inner air-guide ring (10) and the outer air-guide ring (8) are connected and communicated by the radial air-guide tubes (7) and are provided with upward holes/grooves (6), the horizontal position of the inner air-guide ring (10) is lower than that of the outer air-guide ring (8), the radial air-guide tubes (7) are uniformly arranged between the inner air-guide ring (10) and the outer air-guide ring (8) and at least two are provided.

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