阅读说明：本技术 一种防潮防暴晒晾鞋装置 (Dampproofing shoes device that dries in air that prevents insolateing ) 是由 孙艳华 于 2020-06-08 设计创作，主要内容包括：本发明公开了一种防潮防暴晒晾鞋装置,包括挂钩杆、风车固定杆风能晾吹装置、接风槽、防晒装置、防晒装置固定杆晾鞋台晾鞋台固定杆,挂钩杆呈圆柱体在圆钩转角下方轴承连接有风车固定转轴,且在其下方还固定连接有防晒装置固定平台和晾鞋固定平台,风车固定转转轴的侧面与风车固定杆一端固定连接,且在风车固定杆的另一端端固定安装有接风槽,风车固定杆的中段上方与风能晾吹装置贯通连接,防晒装置固定平台的侧面与防晒装置固定杆侧面固定连接。本发明有效利用自然风对鞋子进行通风且自转将鞋内的水分甩至鞋跟处加快晾干速度,且在烈阳天高温暴晒时将自动开启放暴晒装置,减少人工操作看守并有效降低暴晒对鞋子的损伤。(The invention discloses a damp-proof and anti-insolation shoe airing device which comprises a hook rod, a windmill fixing rod wind energy airing device, a wind receiving groove, a sun-proof device and a sun-proof device fixing rod shoe airing table fixing rod, wherein the hook rod is cylindrical, a windmill fixing rotating shaft is connected with a bearing below a circular hook corner, a sun-proof device fixing platform and a shoe airing fixing platform are also fixedly connected below the hook rod, the side surface of the windmill fixing rotating shaft is fixedly connected with one end of the windmill fixing rod, the wind receiving groove is fixedly arranged at the other end of the windmill fixing rod, the upper part of the middle section of the windmill fixing rod is communicated with the wind energy airing device, and the side surface of the sun-proof device fixing platform is fixedly connected with the side surface of the sun-proof device. The invention effectively utilizes natural wind to ventilate the shoes, automatically throws water in the shoes to the heels to accelerate the airing speed, and automatically opens the insolation device when the shoes are exposed at high temperature in strong sunshine, thereby reducing the manual operation guard and effectively reducing the damage of the insolation to the shoes.)

1. A damp-proof and anti-insolation shoe airing device comprises a hook rod (1), a windmill fixing rod (2), a wind energy airing device (3), a wind receiving groove (4), a sun-proof device (5) and a sun-proof device fixing rod (6), a shoe airing table (7) and a shoe airing table fixing rod (8), and is characterized in that the hook rod (1) is a cylinder and is in bearing connection with a windmill fixing rotating shaft (101) below a circular hook corner, a sun-proof device fixing platform (102) and a shoe airing fixing platform (103) are also fixedly connected below the hook rod, the side surface of the windmill fixing rotating shaft (101) is fixedly connected with one end of the windmill fixing rod (2), the wind receiving groove (4) is fixedly installed at the other end of the windmill fixing rod (2), the upper part of the middle section of the windmill fixing rod (2) is in through connection with the wind energy airing device (3), the side surface of the sun-proof device fixing platform (102) is fixedly connected with the side surface of the, the other end of the sun-proof device fixing rod (6) is connected with a sun-proof device (5) through a bearing, an overheating trigger protection device (A) is arranged at the axis position where the sun-proof device fixing rod (6) is connected with the sun-proof device (5), the side face of the shoe airing fixing platform (103) is fixedly connected with one end of a shoe airing platform fixing rod (8), and the other end of the shoe airing platform fixing rod (8) is connected with a shoe airing platform (7) through a bearing.

2. The device for preventing moisture and insolation of shoes according to claim 1, wherein the wind energy blowing device (3) comprises a wind turbine fixing shaft (301), a wind inlet fan blade (302), a fan blade air inlet (303), a wind delivery hose (304), an air drying air bag (305) and an air bag air outlet (306), three wind inlet fan blades (302) are arranged above the wind energy blowing device (3), two sides of the wind inlet fan blade (302) can be supplied with wind to the wind delivery hose (304) through the fan blade air inlet (303) and then supplied to the air drying air bag (305), the air bag air outlet (306) is arranged on the side surface of the air drying air bag (305), the wind inlet fan blade (302) and the wind delivery hose (304) are connected through the windmill fixing shaft (301), and the windmill fixing shaft (301) is arranged in a hollow manner.

3. The device for preventing moisture and insolation of shoes according to claim 1, wherein the fixed rotating shaft (101) of the windmill on the hook rod (1) is a shaft, and the devices below the fixed rotating shaft (101) of the windmill rotate together with the fixed rotating shaft (101) of the windmill.

4. The device for preventing moisture and insolation of shoes according to claim 1, wherein the sun-proof device (5) is folded inside the sun-proof net (501) and an air bag opening (502) for the operation of the air-drying air bag (305) is opened at the bottom of the sun-proof net (501).

5. The device for preventing moisture, sun and shoes from being exposed to the sun according to claim 1, wherein the overheat triggering protection device (a) is installed at the axis where the sun protection device (5) is connected with the sun protection device fixing rod (6), a heat rising device (A1) is fixedly connected to the horizontal contact surface of the shaft, a mercury layer (a101) is arranged in the heat rising device (A1), a rising groove (a102) is formed in the mercury layer (a101), a supporting rod (a2) is connected to the top end of the vertical contact surface in a bearing mode, a groove (a4) is fixedly connected to the middle section of the vertical contact surface, a groove (a5) is formed above the axis of the shaft, the bottom of the groove (a5) is fixedly connected with one end of the triggering spring (A3), and the other end of the triggering spring (A3) is fixedly connected with the convex column (a 4).

6. The moisture-proof and insolation shoe airing device according to claim 1, wherein the shoe airing platform (7) is connected with a shoe airing platform fixing rod bearing through a movable shaft (801), and two water outlets (701) are arranged at the upper end and the lower end of the shoe airing platform (7).

Technical Field

The invention relates to the technical field of airing devices, in particular to a moisture-proof and insolation-proof shoe airing device.

Background

The airing process mainly refers to the process that clothes are aired after being washed, and the clothes such as shoes and the like which cannot be exposed to the sun can be damaged due to the fact that the sun is too hot at noon in sunny days.

Through search, the Chinese patent with the application number of CN208625237U discloses a clothes hanger airing device, which comprises hook members, a cover plate, a locking device, a main frame body, shoulder clamps, an auxiliary frame body, a pressing sheet, screws, a special clothes supporting rod head and a fastening cylinder of the clothes supporting rod head. The utility model discloses be not afraid of and blow, can lock fixedly with the clothes-horse, the function is abundant, can support, prop, hang, press, collude, hang, overlap, tie, multiple modes such as rotation use, the most of daily article of safe sunning, not only the clothes. The utility model solves the inherent defects of the prior traditional clothes rack product and meets more demands of people. The tent in the above patent has the following disadvantages: 1. the shoes are not dried in a better way; 2. there is no protection for the objects which can not be exposed to the sun.

Disclosure of Invention

The invention aims to solve the defects in the prior art and provides a moisture-proof and insolation-proof shoe airing device.

In order to achieve the purpose, the invention adopts the following technical scheme:

a damp-proof and anti-insolation shoe airing device comprises a hook rod, a windmill fixing rod wind energy airing device, a wind receiving groove, a sun-proof device and a sun-proof device fixing rod shoe airing platform fixing rod, wherein the hook rod is a cylinder, a windmill fixing rotating shaft is in bearing connection with the lower part of a circular hook corner, a sun-proof device fixing platform and a shoe airing fixing platform are also fixedly connected with the lower part of the hook rod, the side surface of the windmill fixing rotating shaft is fixedly connected with one end of the windmill fixing rod, the wind receiving groove is fixedly installed at the other end of the windmill fixing rod, the middle section upper part of the windmill fixing rod is in through connection with the wind energy airing device, the side surface of the sun-proof device fixing platform is fixedly connected with the side surface of the sun-proof device fixing rod, the other end of the sun-proof device fixing rod is connected with the sun-proof device bearing, and an, the side surface of the shoe airing fixing platform is fixedly connected with one end of a shoe airing platform fixing rod, and the other end of the shoe airing platform fixing rod is connected with a shoe airing platform bearing.

Further, the wind energy dries in air and blows device and includes windmill fixed axle, air inlet flabellum, flabellum air intake, defeated wind hose, air-dry gasbag and gasbag air outlet, wind energy dries in air and blows the device top and is equipped with three air inlet flabellum and air inlet flabellum two sides and all can send the wind to the defeated wind hose through the flabellum air intake and send to air-dry gasbag, the gasbag air outlet is seted up in the side of air-drying the gasbag, through windmill fixed axle through connection between air inlet flabellum and the defeated wind hose, and the windmill fixed axle is hollow setting.

Furthermore, the windmill fixing rotating shaft on the hook rod is used as a shaft, and devices below the windmill fixing rotating shaft rotate together with the windmill fixing rotating shaft.

Furthermore, the sun-proof net is folded in the sun-proof device, and an air bag opening for air drying air bag operation is formed in the bottom of the sun-proof net.

Further, overheated trigger protection device installs in the axle center department that sun-proof device and sun-proof device dead lever are connected, and fixedly connected with meets the heat rising device on the horizontal contact surface of axle, meet and be equipped with the mercury layer among the heat rising device, and seted up a recess that rises on mercury layer by layer, be connected with the bracing piece at the middle section fixed connection of vertical contact surface at the top bearing of vertical contact surface and be equipped with, seted up a recess above the axle center of axle, and the bottom fixed connection of recess and trigger spring's one end, trigger spring's the other end and projection fixed connection.

Furthermore, the shoe drying table is connected with a fixed rod bearing of the shoe drying table through a movable shaft, and two water outlets are formed in the upper end and the lower end of the shoe drying table.

The invention has the beneficial effects that:

1. the windmill fixing rod and the wind receiving groove are arranged to drive the part below the windmill fixing rotating shaft to rotate, so that shoes on the shoe airing platform generate centrifugal force to throw water to the heel for better airing and air-drying.

2. The wind energy is arranged to dry and blow the shoes, and when strong wind exists, the wind inlet fan blade rotates to transmit wind to the air drying air bag through the fan blade air inlet and the wind delivery hose to dry the parts, which cannot be sunned by the sun, of the shoes.

3. Through setting up overheated trigger protection device, when the too big high temperature of sun, the device will put down sun-proof device automatically and protect the article of sunning.

Drawings

FIG. 1 is a schematic structural view of a device for drying shoes against moisture and sun exposure according to the present invention;

FIG. 2 is a sectional view of a hanger bar structure of a device for drying shoes against moisture and sunshine;

FIG. 3 is a structural sectional view of a wind energy airing device of a moisture-proof and anti-insolation shoe airing device according to the present invention;

FIG. 4 is a sectional view of a sun protection device of a device for drying shoes against moisture and sunlight;

FIG. 5 is a top view of a shoe airing table of a moisture and insolation proof shoe airing device according to the present invention;

FIG. 6 is a side view of the connection between the shoe airing table and the shoe airing table fixing rod of the device for airing shoes against moisture and insolation;

FIG. 7 is an enlarged view of a shoe airing apparatus for protection against moisture and sun exposure according to the present invention;

FIG. 8 is a sectional view of the structure of a heat rising device of a moisture-proof and insolation-proof shoe airing device according to the present invention;

in FIGS. 1-8: 1. a hook rod, 101, a windmill fixing rotating shaft, 102, a sun-proof device fixing platform, 103, a shoe drying fixing platform, 2, a windmill fixing rod, 3, a wind energy drying device, 301, a windmill fixing shaft, 302, an air inlet fan blade, 303, a fan blade air inlet, 304, an air delivery hose, 305, an air drying air bag, 306, an air bag air outlet, 4, an air receiving groove, 5, a sun-proof device, 501, a sun-proof net, 502, an air bag opening, 6, a sun-proof device fixing rod, 7, a shoe drying platform, 701, a water outlet, 8, a shoe drying platform fixing rod, 801, a movable shaft, A, an overheating triggering protection device, A1, a rising device in heat, A2, a support rod, A3, a triggering spring, A4, a convex column, A5, a groove, A101, a mercury layer, A102 and a rising groove.

Detailed Description

The technical solutions in the embodiments of the present invention will be clearly and completely described below with reference to the drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only a part of the embodiments of the present invention, and not all of the embodiments.

Referring to fig. 1-8, a damp-proof and sun-proof shoe airing device comprises a hook rod 1, a windmill fixing rod 2, a wind energy airing device 3, a wind receiving groove 4, a sun-proof device 5, a sun-proof device fixing rod 6, a shoe airing table 7, a shoe airing table fixing rod 8, wherein the hook rod 1 is cylindrical, a windmill fixing rotating shaft 101 is in bearing connection with the lower part of a circular hook corner, a sun-proof device fixing platform 102 and a shoe airing fixing platform 103 are also fixedly connected with the lower part of the hook rod, the side surface of the windmill fixing rotating shaft 101 is fixedly connected with one end of the windmill fixing rod 2, the wind receiving groove 4 is fixedly arranged at the other end of the windmill fixing rod 2, the upper part of the middle section of the windmill fixing rod 2 is in through connection with the wind energy airing device 3, the side surface of the sun-proof device fixing platform 102 is fixedly connected with the side surface of the sun-proof device fixing rod 6, the other end of the sun-proof device fixing rod, the side surface of the shoe airing fixing platform 103 is fixedly connected with one end of a shoe airing platform fixing rod 8, and the other end of the shoe airing platform fixing rod 8 is connected with a shoe airing platform 7 through a bearing.

The wind energy air-blowing device 3 comprises a windmill fixing shaft 301, an air inlet fan blade 302, a fan blade air inlet 303, an air conveying hose 304, an air-drying air bag 305 and an air bag air outlet 306, three air inlet fan blades 302 are arranged above the wind energy air-blowing device 3, two sides of each air inlet fan blade 302 can supply air to the air conveying hose 304 through the fan blade air inlet 303 and send the air to the air-drying air bag 305, the air bag air outlet 306 is arranged on the side surface of the air-drying air bag 305, the air inlet fan blades 302 are in through connection with the air conveying hose 304 through the windmill fixing shaft 301, the windmill fixing shaft 301 is arranged in a hollow mode, the air is sent to the air-drying air bag.

Wherein, the fixed rotating shaft 101 of the upper windmill of the hook rod 1 is the axle, and the devices below the fixed rotating shaft 101 of the windmill rotate together with the fixed rotating shaft 101 of the windmill, and the airing device will rotate to make the shoes on the shoe airing platform 7 generate centrifugal force to make the moisture in the shoes concentrate on the heel for better airing and air-drying.

The sun-proof net 501 is folded inside the sun-proof device 5, the bottom of the sun-proof net 501 is provided with an air bag opening 502 for the air-drying air bag 305 to work, the sun-proof net 501 is arranged inside the sun-proof device and put down when the sun is too big to protect shoes, and the wind-energy air-blowing device 3 can continue to work through the air bag opening 502 when the net is put down.

Wherein, the overheating triggering protection device A is arranged at the axle center of the sun protection device 5 connected with the sun protection device fixing rod 6, a heat rising device A1 is fixedly connected on the transverse contact surface of the shaft, a mercury layer A101 is arranged in the heat rising device A1, a rising groove A102 is arranged on the layer surface of the mercury layer A101, the top end of the vertical contact surface is connected with a support rod A2 through a bearing, A4 is fixedly connected with the middle section of the vertical contact surface, a groove A5 is arranged above the axis of the shaft, the bottom of the groove A5 is fixedly connected with one end of a trigger spring A3, the other end of the trigger spring A3 is fixedly connected with a convex column A4, when the temperature of the sun rises excessively, the mercury layer A101 in the heat rising device A1 rises to push the rising groove A102 to protrude to enable the supporting rod A2 at the groove position to slide out of the groove, and the spring A3 is triggered to recover to pull the sun protection device 5 to 90 degrees to enable the sun protection device to put down the sun protection net 501.

The shoe drying table 7 is connected with a shoe drying table fixing rod bearing through a movable shaft 801, two water discharging ports 701 are formed in the upper end and the lower end of the shoe drying table 7, the angle of the platform can be manually selected, and water flowing out of the shoes can be distributed out of the shoe drying table 7 through the water discharging ports 701 to achieve a better drying process.

When the sun protection device is used, the hook rod 1 is hung to a ventilation position, a shoe is placed on the shoe airing table 7, the wind energy airing device 3 is placed in the shoe, when wind blows, the wind receiving groove 4 can generate thrust to drive the windmill fixing rotating shaft 101 to rotate, water is thrown to the opening of a heel of the shoe on the shoe airing table through centrifugal force to be aired and aired, meanwhile, the wind energy is sent into the air drying air bag 306 through the wind energy airing device to air the interior of the shoe through the air bag air outlet 306 to accelerate airing speed, when mercury in the heat rising device A1 expands to enable the rising groove A102 to rise and push out the support A2 when the temperature of the sun rises too high at noon, the trigger spring A3 is closed to pull the sun protection device 5 to a 90-degree position, and the sun protection net 501 is put down to sun protection the shoe. When the temperature of the sun is lowered, the mercury is retracted to the initial position by the centrifugal force of rotation, and when the device is recovered, the sun screen 501 is received in the sun screen device 5 and folded to the initial position, and the support bar a2 is snapped into the rising groove a102 again, so that the device is recovered to be used again.

The above description is only for the preferred embodiment of the present invention, but the scope of the present invention is not limited thereto, and any person skilled in the art should be considered to be within the technical scope of the present invention, and the technical solutions and the inventive concepts thereof according to the present invention should be equivalent or changed within the scope of the present invention.