CN107693206B

CN107693206B - Utilize device of steam medium heating hot compress eye-shade

Info

Publication number: CN107693206B
Application number: CN201711125170.2A
Authority: CN
Inventors: 金永镐
Original assignee: Youshe Hudong Innovation Technology (dalian) Co Ltd
Current assignee: Youshe Hudong Innovation Technology (dalian) Co Ltd
Priority date: 2017-11-14
Filing date: 2017-11-14
Publication date: 2023-12-15
Anticipated expiration: 2037-11-14
Also published as: WO2019095471A1; CN107693206A

Abstract

A device for heating hot compress eyeshade by using steam medium belongs to the technical field of human hot compress physiotherapy. The device is provided with a first inner chamber and a second inner chamber, and a plurality of steam hot compress eyeshields are arranged on a movable support in the first inner chamber. The second inner chamber is provided with a steam generating device for supplying steam to the first inner chamber, etc. When the hot compress eyeshade is heated by steam, the bacteria attached to the hot compress eyeshade can be effectively killed by the high-temperature steam, so that the bacterial infection of the hot compress eyeshade can be effectively prevented. In the process of heating the hot compress eyeshade by utilizing steam, partial steam causes the steam to become water drops when contacting with the hot compress eyeshade, and the steam adheres to the surface and the deep layer of the hot compress eyeshade, so that moist moisture can supplement moisture for the eyes of a user. The hot compress eyeshade body is also internally provided with a heat storage body, and in the high-temperature heating process, more heat is stored in the heat storage body, so that the service life of the hot compress eyeshade is prolonged. The hot compress eyeshade can be repeatedly used for a plurality of times, so that the expenditure is saved for the user.

Description

Utilize device of steam medium heating hot compress eye-shade

Technical Field

The invention relates to a device for heating a hot compress eyeshade by utilizing a steam medium, and belongs to the technical field of human body hot compress physiotherapy.

Background

Along with the acceleration of the electronic informatization process of society, people increasingly rely on electronic products such as computers, mobile phones, AV, VR and the like, and people pay attention to the electronic products when watching a screen, so that eye blinking times are reduced, tear secretion is correspondingly reduced, meanwhile, the flickering screen strongly stimulates eyes to cause common eye discomfort symptoms such as dry eyes, eye astringency, eye swelling, black eyes and the like, eye blood circulation is unsmooth caused by eye muscle tension and fatigue for a long time, vision blurring and even vision decline are caused, and the work and life of people are directly influenced.

In daily life, hot compress is a physiotherapy means for relieving and relieving eye fatigue, people hold hot water through a common basin, put towels into the basin for soaking and heating, wring out hot water contained in the towels, and then apply the towels on eyes to solve the fatigue. Because the towel dissipates heat fast, can reach the purpose only with need to repeat many times, whole operation process is complicated, and can scald the hand when basin reclaimed water is overheated. The disposable steam eyeshade is structurally heated by chemical reaction, so that the effect is inferior to that described above, the disposable product is high in consumption cost, economic burden is brought to consumers, and the disposable steam eyeshade is discarded after use, so that the disposable steam eyeshade is not environment-friendly.

Disclosure of Invention

In order to overcome the problems in the prior art, the invention provides a device for heating the hot compress eyeshade by using a steam medium, which overcomes the defects of the traditional hot compress method and the disposable steam eyeshade, and is safe, economical and effective and convenient for life demands of people.

The invention adopts the technical scheme that: the device for heating the hot compress eyeshade by utilizing the steam medium comprises a shell, a circuit control device, a steam generating device, a locking cover device, a cooling device, a movable support and the steam hot compress eyeshade, wherein a first inner chamber and a second inner chamber are arranged in the shell; an opening is formed in the top end of the first inner cavity, an upper shell cover is arranged at the opening, the first inner cavity forms a closed cavity by the upper shell cover, the movable support is arranged in the first inner cavity, a plurality of steam hot compress eyepatches are arranged on the movable support at intervals, and a temperature sensor is arranged on the side wall of the first inner cavity; a steam generating device, a water tank cavity, a cooling device, a locking cover device and a circuit control device for providing a steam medium of the first inner chamber are arranged in the second inner chamber; the steam generating device comprises a steam generating device body and a heating body, a heating chamber is arranged in the steam generating device body, and the heating body is fixed on one side of the body of the steam generating device and is directly contacted with a heated medium in the heating chamber; the outer side of the heating element is fixedly connected with a temperature control switch; the lower part of the steam generating device body is connected with a water tank cavity through a silicone tube or a plastic tube, and a steam medium tank with a one-way valve is arranged in the water tank cavity; the cooling device comprises an air channel communicated with the first inner cavity, an induced draft fan arranged in the air channel and an air door opened by wind pressure; the lock cover device adopts an electromagnetically controlled lock core, and the lock core extends into the first inner cavity from the second inner cavity and is inserted into a lock hole positioned on the upper cover of the shell; the circuit control device is electrically connected with the heating body, the temperature control switch, the cover locking device, the induced draft fan, the temperature sensor and the infrared light sensor through the processor and controls the heating body, the temperature control switch, the cover locking device and the induced draft fan.

The movable support adopts a porous steaming tray, a plurality of rows of upright supports (4.1) are arranged on the steaming tray, and a plurality of upright supports are arranged below the steaming tray.

The steam hot compress eyeshade comprises a steam hot compress eyeshade body, a heat storage body for the steam hot compress eyeshade and an elastic buckling belt which is in stable contact with eyes, wherein the steam hot compress eyeshade body is provided with a containing chamber for placing the heat storage body.

The heat storage body is made of one or a combination of gel materials and silica gel soft materials, or one or a combination of spherical magnetic ceramic balls, far infrared ceramic balls and red bean particles with the diameter of 1-5 mm.

The second inner chamber is arranged on one side of the shell, the position of the water tank cavity is higher than that of the cooling device, the heating chamber is communicated with the first inner chamber through a mesh filter arranged on the upper part of the steam generating device body and a steam spraying channel positioned on the first upper cover, and the water outlet of the steam medium tank is lower than the bottom position of the mesh filter.

The second inner chamber is arranged at the bottom of the shell, the water tank cavity and the cooling device are respectively arranged at the opposite sides of the second inner chamber, and the heating chamber is directly arranged at the bottom of the first inner chamber.

The check valve is arranged on the second upper cover, the piston penetrates through the second upper cover, a reset spring is arranged on the piston outside the second upper cover, and a silica gel ring for sealing is arranged on the piston in the second upper cover; when the steam medium tank is inversely arranged in the cavity of the water tank, the one-way valve is opened.

The beneficial effects of the invention are as follows: the device for heating the hot compress eyeshade by utilizing the steam medium is provided with a first inner cavity and a second inner cavity, wherein the movable support is arranged in the first inner cavity, and a plurality of steam hot compress eyeshades are arranged on the movable support at intervals. The second inner chamber is provided with a steam generating device for providing a steam medium of the first inner chamber, a water tank cavity, a cooling device, a locking cover device and a circuit control device. In the process of heating the hot compress eyeshade through the steam medium, bacteria attached to the hot compress eyeshade can be effectively killed by the high-temperature steam medium, and bacterial infection caused by the hot compress eyeshade can be effectively prevented. In the process of heating the hot compress eyeshade by using the steam medium, partial steam causes the steam to become water drops when contacting with the hot compress eyeshade, and the steam adheres to the surface and the deep layer of the hot compress eyeshade, so that moist moisture can supplement moisture for the eyes of a user. The hot compress eyeshade body is also internally provided with a heat storage body, and in the high-temperature heating process, more heat is stored in the heat storage body, so that the service life of the hot compress eyeshade is prolonged. The first inner chamber is equipped with the temperature sensor, and the hot compress eye-shade after the high temperature heating passes through the temperature sensor perception, is giving hot compress eye-shade rapid cooling to suitable wearing temperature through treater and heat sink, is opening the upper cover through the locking closure device and uses, has avoided the scald that the hot compress eye-shade brought. The hot compress eyeshade can be repeatedly used for a plurality of times, so that the expenditure is saved for the user.

Drawings

Fig. 1 is a structural exploded view of a device for heating a hot compress eye mask using a steam medium.

Fig. 2 is a structural cross-sectional view of a device for heating a hot compress eye mask using a steam medium.

Fig. 3 is a structural cross-sectional view of another device for heating the hot compress eye mask using a steam medium.

Fig. 4 is a diagram of a steam hot compress eye mask.

Fig. 5 is a cross-sectional view of the steam fomentation eye mask.

Fig. 6 is a sectional view of a structure of a steam generator and a steam medium supply device.

Fig. 7 is a sectional view of another steam generator and a steam medium supply device.

Fig. 8 is a control system diagram of a device for heating a hot compress eye mask using a steam medium.

In the figure: 1. the shell, 2, the first inner chamber, 3, the upper cover of the shell, 3.1, a rotating shaft, 3.2, a steam outlet, 3.3, a lock hole, 3.4, a handle, 4, a movable bracket, 4.1, a support body, 4.2, a support body, 5, a steam hot compress eyeshade, 5.1, a steam hot compress eyeshade body, 5.2, a heat storage body, 5.3, an elastic buckle belt, 5.4, a containing chamber, 5.5, an opening, 5.6, a heat storage body, 5.7, an adjusting ring, 5.8, an adjusting buckle, 5.9, a wrapping cloth, 6, a second inner chamber, 6.1, a side cover, 7, a steam generating device body, 7.1, a heating chamber, 7.2, sealing silica gel, 7.3, a steam medium channel, 7.4 and a fixing device, 8, a heating element, 9, a temperature control switch, 10, a first upper cover, 11, a steam spraying channel, 12, a silica gel sealing ring, 13, a mesh filter, 14, a silica gel tube or a plastic tube, 15, a water tank cavity, 16, a steam medium box, 16.1, a second upper cover, 16.2, a piston, 16.3, a spring, 16.4, a silica gel ring, 17, a locking cover device, 17.1, a lock cylinder, 18, an air channel, 18.1, an induced draft fan, 18.2, an air door, 18.3, a rotating shaft, 19, a temperature sensor, 20, an infrared light sensor, 21, a circuit control device, 22, wires, 23, a processor, 24, an alarm, 25, a steam medium, 26 and a support body.

Description of the embodiments

The technical solutions are clearly and completely described below in connection with the accompanying drawings of the present invention.

Figures 1, 2, 3, 8 show block diagrams of devices for heating a hot compress eye mask using a vapor medium. In the figure, the device for heating the hot compress eyeshade by using the steam medium comprises a shell 1, a circuit control device 21, a steam generating device, a locking cover device 17, a cooling device, a movable support 4 and a steam hot compress eyeshade 5. A first inner chamber 2 and a second inner chamber 6 are arranged in the shell 1. An opening is arranged at the top end of the first inner chamber 2, a shell upper cover 3 is arranged at the opening, and the shell upper cover 3 enables the first inner chamber 2 to form a closed cavity. The movable support 4 is arranged in the first inner chamber 2, a plurality of steam hot compress eyepatches 5 are arranged on the movable support 4 at intervals, and a temperature sensor 19 is arranged on the side wall of the first inner chamber 2. In the second inner chamber 6 there are provided steam generating means for providing the steam medium of the first inner chamber 2, a tank chamber 15, cooling means, locking cover means 17 and circuit control means 21. The steam generating device comprises a steam generating device body 7 and a heating body 8, a heating cavity 7.1 is arranged in the steam generating device body 7, and the heating body 8 is fixed on one side of the body 7 of the steam generating device and is directly contacted with a heated medium in the heating cavity 7.1. The outside of the heating body 8 is fixedly connected with a temperature control switch 9. The lower part of the steam generating device body 7 is connected with a water tank cavity 15 through a silicone tube or a plastic tube 14, and a steam medium tank 16 with a one-way valve is arranged in the water tank cavity 15. The cooling device comprises an air duct 18 communicated with the first inner chamber 2, an induced draft fan 18.1 arranged in the air duct 18 and an air door 18.2 opened by wind pressure. The locking cover device 17 adopts an electromagnetically controlled lock cylinder 17.1, and the lock cylinder 17.1 extends into the first inner chamber 2 from the second inner chamber 6 and is inserted into a lock hole 3.3 positioned on the upper cover 3 of the shell; the circuit control device 21 is electrically connected with and controls the heating body 8, the temperature control switch 9, the cover locking device 17, the induced draft fan 18.1, the temperature sensor 19 and the infrared light sensor 20 through the processor 23. The check valve is arranged on the second upper cover 16.1, the piston 16.2 passes through the second upper cover 16.1, a reset spring 16.3 is arranged on the piston 16.2 outside the second upper cover 16.1, and a sealing silica gel ring 16.4 is arranged on the piston 16.2 in the second upper cover 16.1; when the steam medium tank 16 is inversely installed in the water tank cavity 15, the one-way valve is opened.

The movable support 4 adopts a porous steaming tray, a plurality of rows of upright supports 4.1 are arranged on the steaming tray, and a plurality of upright supports 4.2 are arranged below the steaming tray. The steam hot compress eyeshade 5 comprises a steam hot compress eyeshade body 5.1, a heat storage body 5.2 for the steam hot compress eyeshade and an elastic buckling belt 5.3 which is in stable contact with eyes, wherein the steam hot compress eyeshade body 5.1 is provided with a containing cavity 5.4 for placing the heat storage body 5.2. The heat storage body 5.2 is selected from one or a combination of gel materials and silica gel soft materials, or one or a combination of spherical magnetic ceramic balls, far infrared ceramic balls and red bean particles with the diameter of 1-5 mm.

Fig. 2 and 6 are structural cross-sectional views of a device for heating a hot compress eye mask using a steam medium. The second inner chamber 6 is arranged on one side of the shell 1, the position of the water tank cavity 15 is higher than that of the cooling device, the heating chamber 7.1 is communicated with the first inner chamber 2 through the mesh filter 13 arranged on the upper part of the steam generating device body 7 and the steam spraying channel 11 positioned on the first upper cover 10, and the water outlet of the steam medium tank 16 is lower than the bottom position of the mesh filter 13.

Fig. 3 and 7 are structural cross-sectional views of another device for heating the hot compress eye mask using a steam medium. The second inner chamber 6 is arranged at the bottom of the housing 1, the water tank cavity 15 and the cooling device are respectively arranged at opposite sides of the second inner chamber 6, and the heating chamber 7.1 is directly arranged at the bottom position of the first inner chamber 2.

Fig. 4 and 5 show the structure of the steam hot compress eye mask. The steam hot compress eyeshade 5 comprises a steam hot compress eyeshade body 5.1, a heat storage body 5.2 for the steam hot compress eyeshade, and an annular elastic buckling belt 5.3 for the steam hot compress eyeshade body 5.1 to be in stable contact with eyes. The steam hot compress eyeshade body 5.1 is provided with a containing cavity 5.4, and the heat storage body 5.2 is arranged in the containing cavity 5.4. The accommodating chamber 5.4 is also provided with an opening 5.5 for putting in or taking out the heat storage body, a connecting piece for closing or opening the opening is arranged at the opening 5.5, and the steam hot compress eyeshade 5 is provided with an opening for putting in or taking out the heat storage body 5.2, so that the steam hot compress eyeshade body is convenient for taking out the heat storage body for cleaning or replacing after being used for a plurality of times. The connecting piece includes concave knot and the protruding knot of mutually supporting, designs the connecting piece into the structure of mutually supporting with the similar concave knot of current self-sealing bag opening and protruding knot for opening 5.5 can be repeated a plurality of times under the effect of connecting piece closed or open, sealing performance is good moreover, convenient operation. According to the requirement, the opening 5.5 can also adopt a zipper as a connecting piece, and the zipper is arranged at the edge of the opening; the zipper is used for realizing the closing or opening of the opening, and is convenient to operate and low in cost. The materials of the steam hot compress eyeshade body 5.1 comprise any combination of all-cotton toweling, superfine fiber toweling, viscose fiber toweling, silk sponge compound cloth, cotton or hemp sponge compound cloth and polyester or nylon sponge compound cloth, the eyeshade body 5.1 is provided with the eye-pasting part material which adopts all-cotton toweling and has soft, good hygroscopicity and uniform heat transfer effect, and the heat loss of a heat storage body can be effectively reduced by adopting any compound cloth outside. The heat storage body 5.2 is provided with a heat storage body 5.6, the heat storage body 5.6 is provided with a sealed accommodating cavity, and the heat storage body 5.2 is sealed and placed in the Chu Reti body 5.6. The heat storage body 5.6 is made of polymer waterproof material and comprises any combination of PVC, TPU, PE, EVA, PP and PVDC. The heat storage body 5.2 in the heat storage body 5.6 is made of one or any combination of gel material or silica gel-like soft material, including but not limited to any one of water, water absorbent resin, hydrogel. According to the requirements, the heat storage body 5.2 is made of cotton cloth or non-woven fabric to form a containing cavity, and the heat storage body 5.2 is any one of spherical magnetic ceramic balls, far infrared ceramic balls and red bean particles with the diameter of 1-5 mm. The left end and the right end of the steam hot compress eyeshade body 5.1 are respectively sewed and connected with an annular elastic buckling belt 5.3, and the elastic buckling belt enables the steam hot compress eyeshade body 5.1 to be in stable contact with eyes. According to the requirement, the elastic buckle belt 5.3 is provided with an adjusting ring 5.7 and an adjusting buckle 5.8, and when the steam hot compress eyeshade 5 is worn, the adjusting buckle is used for adjusting the proper length, so that the steam hot compress eyeshade 5 is more comfortable to wear. The steam hot compress eyeshade 5 adopts the edge covering cloth 5.9 to stitch the edge covering all around according to the requirement, so that the steam hot compress eyeshade 5 is more beautiful.

The device for heating the hot compress eyeshade by the steam medium adopting the technical scheme is further described in the following structure.

The device for heating the hot compress eyeshade by utilizing the steam medium is characterized in that a rotating shaft 3.1 is arranged on one side of a shell upper cover 3, the other end of the rotating shaft 3.1 is connected with the upper end of the same side of a first inner cavity 2 to form a door-shaped opening/Guan Ti, the shell upper cover 3 is further provided with a steam outlet 3.2, the steam outlet 3.2 can promote the steam circulation of the first cavity to be accelerated, one side end of the shell upper cover 3 is further provided with a lock hole 3.3, the shell upper cover 3 is further provided with a handle 3.4, the handle 3.4 is convenient and fast when the shell upper cover 3 is opened/closed, and the shell upper cover 3 is made of transparent plastics through injection molding. The removable movable support 4 for providing the interval discharge of a plurality of steam hot compress eyepatches is arranged in the first inner chamber 2, the removable movable support 4 is composed of a steaming tray provided with a plurality of holes, a plurality of supports 4.1 which are independently erected on the steaming tray, a plurality of supports 4.2 which are independently erected below the steaming tray, the removable movable support 4 is formed by plastic injection molding, 1 to 8 steam hot compress eyepatches 5 can be horizontally and vertically discharged at intervals above the removable movable support 4 according to requirements, and the removable movable support 4 can promote the steam hot compress eyepatches 5 to be placed at intervals with uniform gaps and promote equipment to be heated uniformly when the steam hot compress eyepatches 5 are heated.

One side of the second inner chamber 6 is provided with a first inner chamber 2 in parallel, the side end of the second inner chamber 6 is provided with an opening, the opening is provided with a side cover 6.1, the side cover 6.1 can enable the second inner chamber 6 to form a closed cavity, the second inner chamber 6 is provided with a steam generating device for providing steam medium of the first inner chamber 2, the steam generating device comprises a steam generating device body 7 and a heating body 8, the steam generating device body 7 is provided with a channel 7.1 for providing steam medium or steam flow, and the heating body 8 is fixed on the body 7 of the steam generating device and communicated with the heating chamber 7.1. The heating body 8 is fixed on the steam generating device body 7 through the sealing silica gel 7.2, and the sealing effect can be improved by using the sealing silica gel 7.2, so that the steam generating device is not easy to have water leakage faults. The heating body 8 adopts one of PTC heating sheets or cast aluminum heating plates, and the PTC heating sheets have the advantages of rapid temperature rise, low price, long service life, safety, reliability and the like. The outside of the heating body 8 is fixedly connected with a temperature control switch 9, and the temperature control switch 9 is arranged to prevent the heating chamber 7.1 from dry burning and causing accidents. The upper end of the heating chamber 7.1 is provided with a first upper cover 10, the first upper cover 10 is provided with a steam ejection channel 11, and the steam ejection channel 11 passes through the second inner chamber 6 and enters the first inner chamber 2. An inner interlayer is arranged at the joint of the upper end of the heating chamber 7.1 and the first upper cover 10, a mesh filter 13 is arranged between the interlayers, and the mesh filter 13 can break the sprayed steam bubbles to promote the steam to be finer. According to the requirement, the mesh filter 13 is a sheet material, a plurality of micropores of 0.5-2 mm are arranged on the sheet material, and the sheet material is any one of injection-molded sheet or stainless steel sheet. The upper end of the heating chamber 7.1 is connected with the first upper cover 10 in a sealing way through a silica gel sealing ring 12. The lower end of the heating chamber 7.1 is provided with a steam medium inlet channel 7.3, and the steam medium inlet channel 7.3 is connected with a steam medium supply device through a silicone tube or a plastic tube 14. The steam medium supply device comprises a steam medium box chamber 15, an outlet 15.1 of the steam medium box chamber and a steam medium box 16, wherein the steam medium box 16 is provided with a second upper cover 16.1, the second upper cover 16.1 is provided with a piston 16.2, a spring 16.3 pushing the piston to be closed and a silica gel ring 16.4, the steam medium box 16 is movably arranged in the steam medium box chamber 15, when the steam medium box 16 is inversely placed in the steam medium box chamber 15, the weight of the steam medium box body presses the piston 16.2 arranged on the second upper cover 16.1 to move upwards, steam medium is promoted to flow into the steam medium chamber 15, the steam medium chamber outlet 15.1 is connected with a steam medium channel 7.3 through a silica gel pipe or a plastic pipe 14, and a bottle mouth of the steam medium box 16 is in threaded connection with the second upper cover 16.1 by 16.5. The steam generating device 7 is further provided with a fixing device 7.4, the fixing device 7.4 is fixed on the inner side wall of the second inner cavity 6 through a screw, and the water tank cavity 15 is fixed on the upper side wall of the second cavity 6 through a buckle. The vapor medium tank chamber 15 is a water tank chamber 15.

An air duct 18 for rapidly cooling the first inner chamber 2 is further arranged in the second chamber 6, one end of the air duct 18 penetrates through the second inner chamber side cover 6.1, and the other end penetrates through the second inner chamber 6 and enters the first inner chamber 2. An induced draft fan 18.1 is arranged in the air duct, and the induced draft fan 18.1 rapidly introduces air outside the shell 1 and heats the steam hot compress eyeshade 5 at a high temperature according to requirements, so that the eyeshade is suitable for wearing. The air duct 18 is also internally provided with an air door 18.2, the upper end of the air door 18.2 is provided with a rotating shaft 18.3, when the induced draft fan 18.1 is started, the air door 18.2 is naturally opened by the force of wind, and when the induced draft fan 18.1 is closed, the air door 18.2 is automatically and naturally closed.

The first inner chamber 2 is internally provided with a temperature sensor 19, the temperature sensor 19 is used for detecting whether the steam hot compress eyeshade 5 placed in the first inner chamber 2 is overheated to cause eye injury to a user, the temperature sensor 19 is fixedly connected to the side wall of the first inner chamber 2, and the temperature sensor adopts an NTC temperature control probe or an infrared temperature sensor. The first inner chamber 2 is provided with a cover locking device control switch 20 of the upper cover 3 of the outer shell, whether the upper cover is closed or not is controlled by the cover locking device control switch 20, and the cover locking device control switch is an infrared light sensor.

A circuit control device 21 is arranged in the second inner chamber 6, and the circuit control device 21 introduces an external power supply through a wire 22. The circuit control device 21 is internally provided with a processor 23, the circuit control device 21 is connected with and controls the infrared light sensor 20, the temperature control switch 9, the temperature sensor 19, the locking cover device 17, the heating body 8 and the induced draft fan 18.1 through wires of the processor 23, and the processor 23 is also provided with a wire connection alarm 24 and informs a user of use or occurrence of problems in use through the alarm 24.

The steam medium 25 in the water tank chamber 16 is selected from purified water, mineral water, water added with 0.1-5% of natural essential oil or liquid decocted by 1-5% of chrysanthemum, 1-5% of coptis chinensis, 1-5% of honeysuckle, 1-5% of liquorice, 1-5% of mulberry leaf, 1-5% of cassia seed and 94-70% of purified water.

The lower extreme of shell 1 is equipped with supporter 26, and supporter 26 can make the equipment that utilizes steam medium heating steam hot compress eye-shade firm, and supporter 26 is silica gel pad or the one-time moulded body of moulding plastics optional.

In actual operation, when the heating temperature of the steam hot compress eyeshade including the heat storage body reaches above 92 ℃, the temperature is reduced to 39-53 ℃ by the induced draft fan after high-temperature sterilization, the cover locking device 17 senses the temperature set by the processor 23 through the temperature sensor, opens the upper cover 3 of the shell, and informs a user through the alarm 24.

Claims

1. The utility model provides a utilize device of steam medium heating hot compress eye-shade, it includes shell (1) and circuit control device (21), characterized by: the hot compress device also comprises a steam generating device, a locking cover device (17), a cooling device, a movable bracket (4) and a steam hot compress eyeshade (5), wherein a first inner chamber (2) and a second inner chamber (6) are arranged in the shell (1); an opening is formed in the top end of the first inner chamber (2), an outer shell upper cover (3) is arranged at the opening, the outer shell upper cover (3) enables the first inner chamber (2) to form a closed cavity, the movable support (4) is arranged in the first inner chamber (2), a plurality of steam hot compress eyepatches (5) are arranged on the movable support (4) at intervals, and a temperature sensor (19) is arranged on the side wall of the first inner chamber (2); a steam generating device for providing a steam medium of the first inner chamber (2), a water tank cavity (15), a cooling device, a locking cover device (17) and a circuit control device (21) are arranged in the second inner chamber (6); the steam generating device comprises a steam generating device body (7) and a heating body (8), wherein a heating cavity (7.1) is arranged in the steam generating device body (7), and the heating body (8) is fixed on one side of the steam generating device body (7) and is directly contacted with a heated medium in the heating cavity (7.1); the outer side of the heating body (8) is fixedly connected with a temperature control switch (9); the lower part of the steam generating device body (7) is connected with a water tank cavity (15) through a silicone tube or a plastic tube (14), and a steam medium tank (16) with a one-way valve is arranged in the water tank cavity (15); the cooling device comprises an air duct (18) communicated with the first inner chamber (2), an induced draft fan (18.1) arranged in the air duct (18) and an air door (18.2) opened by wind pressure; the lock cover device (17) adopts an electromagnetically controlled lock cylinder (17.1), and the lock cylinder (17.1) extends into the first inner chamber (2) from the second inner chamber (6) and is inserted into a lock hole (3.3) positioned on the upper cover (3) of the shell; the circuit control device (21) is electrically connected with and controls the heating element (8), the temperature control switch (9), the cover locking device (17), the induced draft fan (18.1), the temperature sensor (19) and the cover locking device control switch (20) through the processor (23);

the first inner chamber (2) is provided with a cover locking device control switch (20) of the upper cover (3) of the shell, whether the upper cover (3) of the shell is closed or not is controlled by the cover locking device control switch (20), and the cover locking device control switch is an infrared light sensor.

2. The apparatus for heating a hot compress eye mask using a vapor medium according to claim 1, wherein: the movable support (4) adopts a porous steaming tray, a plurality of rows of upright supports (4.1) are arranged on the steaming tray, and a plurality of upright supports (4.2) are arranged below the steaming tray.

3. The apparatus for heating a hot compress eye mask using a vapor medium according to claim 1, wherein: the steam hot compress eye-shade (5) include steam hot compress eye-shade body (5.1), be used for heat accumulation body (5.2) of steam hot compress eye-shade and with eye steady contact's elasticity cingulum (5.3), steam hot compress eye-shade body (5.1) are equipped with holding cavity (5.4) of placing heat accumulation body (5.2).

4. A device for heating a hot compress eye mask using a vapor medium according to claim 3, wherein: the heat storage body (5.2) is made of one or a combination of gel materials and silica gel soft materials, or one or a combination of spherical magnetic ceramic balls, far infrared ceramic balls and red bean particles with the diameter of 1-5 mm.

5. The apparatus for heating a hot compress eye mask using a vapor medium according to claim 1, wherein: the second inner chamber (6) is arranged on one side of the shell (1), the position of the water tank cavity (15) is higher than the position of the cooling device, the heating chamber (7.1) is communicated with the first inner chamber (2) through the mesh filter (13) arranged on the upper part of the steam generating device body (7) and the steam spraying channel (11) arranged on the first upper cover (10), and the water outlet of the steam medium tank (16) is lower than the bottom position of the mesh filter (13).

6. The apparatus for heating a hot compress eye mask using a vapor medium according to claim 1, wherein: the second inner chamber (6) is arranged at the bottom of the shell (1), the water tank cavity (15) and the cooling device are respectively arranged at the opposite sides of the second inner chamber (6), and the heating chamber (7.1) is directly arranged at the bottom of the first inner chamber (2).

7. The apparatus for heating a hot compress eye mask using a vapor medium according to claim 1, wherein: the steam medium box (16) is provided with a second upper cover (16.1), the second upper cover (16.1) is provided with a piston (16.2), a spring (16.3) pushing the piston to be closed and a silica gel ring (16.4), the one-way valve is arranged on the second upper cover (16.1), the piston (16.2) penetrates through the second upper cover (16.1), a reset spring (16.3) is arranged on the piston (16.2) outside the second upper cover (16.1), and a sealing silica gel ring (16.4) is arranged on the piston (16.2) in the second upper cover (16.1); when the steam medium tank (16) is inversely arranged in the water tank cavity (15), the one-way valve is opened.