CN114617437B

CN114617437B - Milk mixing device

Info

Publication number: CN114617437B
Application number: CN202210180096.9A
Authority: CN
Inventors: 周志泉
Original assignee: Jinhua Huawei Intelligent Technology Co ltd
Current assignee: Jinhua Huawei Intelligent Technology Co ltd
Priority date: 2022-02-26
Filing date: 2022-02-26
Publication date: 2024-05-28
Anticipated expiration: 2042-02-26
Also published as: CN114617437A

Abstract

The technical scheme discloses a milk mixer, which comprises a base mechanism, a drying mechanism and a disinfection and cleaning mechanism; the drying mechanism and the disinfection cleaning mechanism are arranged on the machine seat mechanism; the machine seat mechanism comprises a top cover and a bottom cover; the top of the top cover is provided with a first cavity and a second cavity which are recessed inwards; the bottom of the first cavity is provided with a first air port and a first mounting hole for placing the coupler. The technical problem that this technical scheme solved is: a convenient-to-use base design is provided, while preventing contact between water attached to a vessel and a heat generating member during drying, and a sterilizing and cleaning mechanism is provided.

Description

Milk mixing device

Technical Field

The invention relates to a small household appliance, in particular to a device for assisting infants in lactation, which is used for carrying out high-temperature disinfection, drying, cleaning, water boiling and the like on various vessels for lactation.

Background

The milk regulator is also called as milk regulator, and is initially used for Wen Zhaoliang boiling water, so that the milk regulator can keep the temperature suitable for infants to drink, and is used for feeding the infants by using milk powder. The basic function of the milk mixer is to keep the water temperature constant, so the milk mixer is also called constant temperature milk mixer. Along with the continuous expansion of functions, the current milk mixer also has the functions of drying, water heating, chlorine removal and the like.

Through searching, china patent publication 20190910 discloses a milk mixer base with a cooling function and a milk mixer, wherein the milk mixer comprises a power supply base and an air cooling assembly. The center of the power base is provided with a power connector. The air cooling assembly is located on the power base, one side of the air cooling assembly is movably connected with the power base, the air cooling assembly comprises an annular shell and an air cooling element, a mounting groove is formed in the annular shell, an air outlet is formed in the inner wall surface of the annular shell, and the air cooling element is arranged in the mounting groove. The product has better practical use effect, and the base part can be redesigned to meet better functions or have better matching degree with other accessories.

Chinese patent publication No. 20210202 discloses a multifunctional drying, sterilizing and milk-regulating device, which comprises a base, wherein a milk-regulating kettle and a multi-layer adjustable storage cage with a heat source at the bottom are arranged on the base. The multifunctional drying, sterilizing and milk mixing device has a simple structure, can heat and preserve heat of water for milk soaking, and can heat complementary food, dry fruits, yogurt and the like, or sterilize and dry milk bottles, and is convenient and efficient to use. The milk mixer has a good use effect, and the heater on the milk mixer is designed with a corresponding drainage tank structure, so that the problem of complex structure is likely to exist.

Chinese patent publication 20210629 discloses a milk warming and regulating device with ultraviolet disinfection function, which comprises: a front cover, a machine body, an upper cover and a rotating shaft; the machine front cover is connected with the machine body through a rotating shaft; the machine body comprises a machine body shell, an ultraviolet disinfection module, a circuit control module and a milk warming and regulating module; the ultraviolet disinfection module, the circuit control module and the milk warming and regulating module are respectively fixed on the machine body shell from bottom to top; the product can disinfect toys, underwear, milk bottles, nipples and the like of babies, and the ultraviolet disinfection effect can not meet the requirement in the actual use.

Disclosure of Invention

The invention aims to provide a milk mixer, which solves the technical problems that: a convenient-to-use base design is provided, while preventing contact between water attached to a vessel and a heat generating member during drying, and a sterilizing and cleaning mechanism is provided.

The milk mixer comprises a base mechanism, a drying mechanism and/or a disinfection and cleaning mechanism; the machine seat mechanism comprises a top cover and a bottom cover; the top of the top cover is provided with a first cavity and a second cavity which are recessed inwards; the bottom of the first cavity is provided with a first air port and a first mounting hole with a coupler socket; the bottom of the second cavity is provided with a second air port and a second mounting hole with a coupler socket, the side arm of the top cover is provided with a transverse extension part and an oblique extension part, the transverse extension part is arranged above the oblique extension part, the transverse extension part is provided with a knob hole and a knob configuration, and the oblique extension part is provided with a prompt lamp hole and a prompt lamp configuration; the bottom cover is provided with a third air port and a fourth air port; the first air port and the third air port are communicated to form a drying path, and the second air port and the fourth air port are communicated to form an air cooling path; the drying mechanism comprises a barrel cap, a drying basket, a barrel body, a barrel bottom and a heating mechanism; the drum cap is provided with an opening towards the position of the drying basket, and the inside of the drum cap is hollow; the drying basket is arranged between the barrel cap and the barrel body, the drying basket is provided with an opening towards the barrel cap and is hollow in inner cavity, the bottom of the drying basket is provided with a hollow drying plate, the barrel body is provided with an opening towards the barrel bottom and is matched with the barrel bottom, the inside of the barrel body is hollow and is provided with a hollow air flowing end, a heating mechanism is arranged at the hollow position of the barrel body, the air flowing end is matched with the heating mechanism, the barrel bottom is provided with an air inlet, and the heating mechanism comprises a fan, a heating unit matched with a temperature control switch connector and an air supply body; the heating unit is arranged in the hollow air supply body, the fan is communicated with the inner cavity of the air supply body, and the air outlet position of the air supply body is connected with a movable closing plate for movably opening and closing an air supply channel of the air supply body in a shaft way; the heating mechanism is matched with the coupler socket in the first mounting cavity; the disinfection cleaning mechanism comprises an outer cylinder, an inner cylinder, a disinfection assembly, an ultrasonic vibration assembly and a ventilation plate; the disinfection component and the ultrasonic vibration component are both configured with a coupler, the inside of the outer cylinder is hollow, two sides of the outer cylinder are open, and a ventilation plate is arranged at the position of one side of the opening; the inner cylinder is positioned in the outer cylinder, the inner cylinder is hollow, one side of the inner cylinder is open, and the middle and the other side of the inner cylinder are closed; the sterilizing component and the ultrasonic vibration component are arranged at the closed position and are respectively matched with a temperature control clamp connector, a hole-shaped structure is arranged on the air permeable plate, the temperature control switch connector is arranged in the hole-shaped structure, and the temperature control switch connector is matched with a coupler socket in the first mounting cavity.

The diameter of the first cavity is larger than that of the second cavity; the first air port is provided with a plurality of air ports and is symmetrically arranged in a fan shape; the first mounting hole is positioned at the middle position of the bottom of the first cavity; the second air port is integrally grid-shaped.

The knob hole is arranged at the middle position of the transverse extension part, and the middle position corresponds to the middle positions of the first cavity and the second cavity; the prompting lamp hole is arranged in the middle of the inclined extension part and is positioned at one side of the knob hole; the transverse area of the transverse extension part is smaller than that of the oblique extension part; the outer contours of the transverse extension part and the oblique extension part are straight long strips with two fillets; the third tuyere has a plurality of concentric fan-shaped outwards extending.

The central position of the top of the barrel cap is provided with a handle hole, and an outwardly extending lifting handle is arranged in the handle hole; the drum cap is provided with an outer ring protruding outwards at a position close to the drying basket, and the outer ring is matched with an inner ring at the top of the drying basket; the matched position of the drying basket and the bottom of the barrel cap is provided with hollow lugs which are symmetrically arranged; the matched position of the drying basket and the cylinder body is in an annular step shape.

The air flow end is positioned below the drying plate of the drying basket, and is provided with an air flow opening in the side direction; the cylinder body and the cylinder bottom are respectively provided with a matching rod, and the cylinder body and the cylinder bottom are fixed together through the matching rods which are mutually inserted; the central position of the barrel bottom is provided with an accessory hole, and the power distribution piece is a conductive piece for electrifying and controlling the heating mechanism; the air inlets are provided with a plurality of air inlets which are arranged in a fan shape, and each air inlet is integrally in a strip shape.

One side of the outer cylinder is provided with a cover body, a handle and an air outlet hole are arranged on the cover body, the handle is positioned in the middle of the cover body, and the air outlet hole is positioned at the edge of the cover body; the outer cylinder is provided with an arc movable rotary handheld piece; the ultrasonic vibration assembly is arranged in the middle of the disinfection assembly; the whole disinfection assembly is arc-shaped.

The utility model discloses a vibration circuit board of ultrasonic vibration subassembly, including inner tube, ventilation board, the inner tube has the mounting panel between inner tube and the ventilation board, this mounting panel has first cooperation pole in one side, has second cooperation pole and third cooperation pole in the opposite side, and wherein the inner tube has the head rod towards one side of mounting panel, and ventilation board has the second connecting rod towards one side of mounting panel, and wherein first cooperation pole cooperates with the head rod, and the second cooperation pole cooperates with the second connecting rod, cooperates with the vibration circuit board of ultrasonic vibration subassembly on the third cooperation pole.

The second connecting rod is hollow, and the screw is arranged in the second connecting rod and matched with the second matching rod; the disinfection assembly comprises a heating wire and a heating plate, wherein the heating plate is fixed on one side of the inner cylinder, the heating wire is arranged on the heating plate, and a matching hole is formed in the middle of the heating plate.

The ultrasonic vibration assembly is provided with an ultrasonic vibration head, and the top of the ultrasonic vibration head is arranged at the position of the matching hole and matched with one side of the inner cylinder.

The drying mechanism and the disinfection and cleaning mechanism are arranged on the base mechanism in a selective mode.

The beneficial effects of the invention are as follows:

1. according to the scheme, two unique air inlets are designed on the top cover, so that two channels of drying and air cooling are realized, and the whole base is three-dimensional by designing the unique transverse extension part and the unique oblique extension part, so that the finger operation of a user accords with the ergonomics, and the operation is convenient; through designing unique two wind gap and two wind gap correlation correspondence of top cap on the bottom to satisfy in sufficient amount of wind gets into the top cap, satisfy stoving and air-cooled demand.

2. The scheme adopts the built-in independent heating mechanism to dry the object to be dried in the drying mechanism, so that the heating mechanism does not need to be additionally arranged, and the drying mechanism is convenient for various places to use; the invention designs a unique heating mechanism, the structure of the heating mechanism is small and exquisite and is arranged in the cylinder, and the unique shell of the heating mechanism is designed, so that the heating mechanism has a good function of preventing external water from entering; through the unique fan-shaped air inlet form of design to can increase the intake, satisfy the amount of wind requirement of stoving.

3. The disinfection component and the ultrasonic vibration component are integrated on the inner cylinder, so that the disinfection component and the ultrasonic vibration component are isolated from water, the possible safety problem is avoided, and the disinfection component and the ultrasonic vibration component are convenient to independently use, and can be used as long as a base of an electric kettle is available outdoors; meanwhile, the unique fixing piece is designed, so that the ventilation plate and other parts can be fixed, and the matching degree of the parts is improved.

Drawings

FIG. 1 is a schematic perspective view of a housing mechanism;

FIG. 2 is another side perspective view of the housing mechanism;

FIG. 3 is a schematic diagram showing a bottom cover;

FIG. 4 is a schematic diagram showing the other side of the bottom cover;

FIG. 5 is a schematic view showing the interior of the top cover;

FIG. 6 is a schematic diagram of a coupler socket;

FIG. 7 is a schematic view of a drying mechanism;

FIG. 8 is another schematic view of the drying mechanism;

FIG. 9 is a schematic view of the drying mechanism with the drum removed;

FIG. 10 is a schematic view of the drying mechanism of FIG. 7 with the heat generating mechanism and the first coupler removed;

FIG. 11 is a schematic view of a heat generating mechanism;

FIG. 12 is a schematic view of a cartridge cap;

FIG. 13 is a schematic view of a basket;

FIG. 14 is a schematic view of a cartridge;

FIG. 15 is another schematic view of the cartridge;

FIG. 16 is a schematic view of a cartridge bottom;

fig. 17 is an electrical circuit diagram of the drying mechanism;

FIG. 18 is a schematic view of the construction of the sanitizing cleaning mechanism;

FIG. 19 is a schematic view of another side construction of the sanitizing cleaning mechanism;

FIG. 20 is an exploded schematic view of the sanitizing cleaning mechanism;

FIG. 21 is an enlarged view of a portion of FIG. 20 at A;

FIG. 22 is an exploded view of the other side of the sanitizing cleaning mechanism;

FIG. 23 is a partial enlarged view at B of FIG. 22;

FIG. 24 is a schematic view of an inner barrel;

FIG. 25 is a schematic diagram of a heat generating unit;

FIG. 26 is a schematic diagram of a temperature controlled switch connector;

FIG. 27 is an electrical schematic of a sanitizing cleaning mechanism;

FIG. 28 is a schematic view of the drying mechanism, stand mechanism, kettle engagement;

FIG. 29 is a schematic view of a sanitizing mechanism, stand mechanism, kettle fitting;

FIG. 30 is a schematic view of a water kettle;

FIG. 31 is a schematic view of an air-cooled member;

10, housing means, 101, top cover, 1011, first cavity, 1012, second cavity, 1013, first tuyere, 1014, first mounting hole, 1015, second tuyere, 1016, second mounting hole, 1017, lateral extension, 10171, knob hole, 1018, diagonal extension, 10181, indicator hole, 102, bottom cover, 1021, third tuyere, 1022, fourth tuyere. 20. The air dryer includes a dryer structure, 201 a barrel cap, 2011 a handle hole, 2012 a handle, 2013 a vent hole, 2014 an outer collar, 202 a dryer basket, 2021 a dryer plate, 2022 an inner collar, 2023 a handle, 203 a barrel, 2031 a partition plate, 2032 a first groove, 2033 a second groove, 2034 a flow end, 20341 a vent hole, 2035 a first mounting rod, 2036 a second mounting rod, 204 a barrel bottom, 2041 an air inlet, 2042 a fitting hole, 2043 a fitting rod, 205 a heating mechanism, 2051 a fan, 2052 a heating unit, 2053 a blower body, 2054 a closure plate, 30 a sterilizing cleaning mechanism, 301 an outer barrel, 302 an inner barrel, 303 a sterilizing assembly, 3031 a heating wire, 3032 a heating plate, 30321 a first connecting rod, 3033 a fitting hole, 304 an ultrasonic assembly, 3041 a vibration head, 3042 a vibration circuit board, 306 a ventilation plate, 303061, 3071 a second sealing plate, 3071 a cooling device, 3073 a cooling device, 3082 a cooling device, 3073 a cooling device, 3082 a cooling device, 3073 a cooling device, and/or the like.

Detailed Description

Referring to fig. 1 to 31, the technical contribution of the present disclosure is to redesign each module, and flexibly apply each module, so as to maximally improve the multi-directional use function of the product. The machine base mechanism 10 can be respectively suitable for the drying mechanism 20, the disinfection and cleaning mechanism 30 and the kettle 4, wherein the drying mechanism 20 and the disinfection and cleaning mechanism 30 can be arranged on the machine base mechanism 10 together with the kettle 4 in an alternative mode. The drying mechanism 20 can be used together with the sterilizing and cleaning mechanism 30 or can be used independently according to the market place, so that the flexible configuration of the base mechanism 10, the drying mechanism 20 and the sterilizing and cleaning mechanism 30 is realized. The machine base mechanism 10 uses its unique structural design to make it meet the air flow and control other components, the drying mechanism 20 uses its unique structural design to make it meet the drying function, the sterilizing and cleaning mechanism 30 uses its unique structural design to make the high-temperature sterilizing and vibration cleaning perfectly combined together; through the combination of the mechanisms, the product can realize the functions of disinfection, drying, boiling, stewing, milk mixing, milk warming, hot eating, ultrasonic cleaning, cooling and the like.

Referring to fig. 1 to 6, the stand mechanism 10 includes a top cover 101 and a bottom cover 102; wherein the top cover 101 is used for accommodating the drying mechanism 20 and the kettle 4, and the bottom cover 102 is used for forming a space with the top cover 101 to accommodate internal electric control components such as a fan, a control board and the like. In practical applications, other components may be added or the top cover 101 and the bottom cover 102 may be further optimized, so as to improve the performance of the base.

The whole top cover 101 of this case adopts the fillet design of rectangular shape, has fine outward appearance and use experience like this, and this top cover 101 has top, side arm, three positions in bottom, and wherein the top design has two hollow structures of inwards sunken in first chamber 1011 and second chamber 1012, and the remaining position is solid structure, and stoving mechanism 20 just can be placed in first chamber 1011 like this, and kettle 4 just can be placed in second chamber 1012, and casing mechanism 10 inside has corresponding forced air cooling spare 5to the cooling of kettle's hot water as required. In practice, the position of the drying mechanism 20, such as the drum and kettle 4, may be adjusted as appropriate. The two cavities should be sized to correspond to the corresponding drying mechanism 20 and kettle 4, and in this case, the diameter of the first cavity 1011 is designed to be larger than the diameter of the second placement area. The bottom of the first cavity 1011 is a first tuyere 1013 and a first mounting hole 1014 arranged at the center of the first tuyere 1013, and the bottom of the second cavity 1012 is a second tuyere 1015, wherein the first tuyere 1013 is designed in a plurality of fan-shaped symmetrical shapes, so that as much air volume as possible can enter the second cavity 1012 and the overall strength of the bottom of the second cavity 1012 can be ensured. In practical applications, the form of the first tuyere 1013 is adjustable. The first mounting hole 1014 is used for placing a first power distribution part, which is a concentric circle energizing part at the bottom of the kettle body of the electric kettle 4 at present. Similarly, the bottom of the second cavity 1012 is provided with a second air opening 1015 and a second mounting hole 1016, and the second air opening 1015 adopts a grid-shaped compact arrangement structure in the scheme, so that the bottom of the first cavity 1011 can be ensured to have enough strength, deformation caused by the influence of gravity of the kettle 4 is avoided, and the second mounting hole 1016 is positioned at the center of the second air opening 1015, so that a distribution part can be conveniently placed.

The top of the top cover 101 is described above and the side arms and bottom of the top cover 101 are described below. The side arm of the top cover 101 is designed with a lateral extension 1017 and an oblique extension 1018, the lateral extension 1017 is designed above the oblique extension 1018, and the overall lateral area is smaller than the lateral area of the oblique extension 1018, so that the lateral extension 1018 has no pressing feeling of the traditional base, thereby freeing up space for the operation and appreciation of the user, and being in line with the ergonomics principle, the outer contours of the lateral extension 1017 and the oblique extension 1018 are straight long strips with two fillets, and in practical application, other designs or further optimized designs can be performed on the outer contour. The middle position of the transverse extension 1017 towards the user is provided with a knob hole 10171, so that a knob can be conveniently placed, a user can select different functional modes according to different purposes, and the specific position of the knob hole 10171 also corresponds to the middle position of the first cavity 1011 and the second cavity 1012. The inclined extension 1018 is provided with a corresponding functional mode indicating lamp hole 10181, and the specific arrangement position can be selected in the middle position of the inclined extension 1018 and at the lower position of the knob hole 10171, so that the mode of the whole constant temperature milk mixer at present is obviously indicated. The bottom of the top cover 101 is of a conventional open configuration, which facilitates securing with the bottom cover 102 by snap-fit engagement.

The bottom cover 102 is designed in a flat plate structure, so that the weight of the whole product is reduced, a third air port 1021 and a fourth air port 1022 are correspondingly designed at the lower positions of the first cavity 1011 and the second cavity 1012 at two sides of the flat plate, so that the third air port 1021 and the first air port 1013 form a smooth drying channel, and the fourth air port 1022 and the second air port 1015 form a smooth air cooling channel. In order to ensure sufficient strength and air intake, the third air port 1021 is designed to be a plurality of air ports and extends outwards in a concentric fan-shaped manner, the fourth air port 1022 adopts a traditional filter hole structure design capable of achieving a filtering effect, and in practical application, the third air port 1021 and the fourth air port 1022 can be adjusted according to practical situations.

Through the design of the engine base, the engine base mechanism 10 has good aesthetic feeling, and can be matched with other parts well to achieve better use experience.

Referring to fig. 7 to 17, the drying mechanism 20 is shown to be configured with a cartridge cap 201, a drying basket 202, a barrel 203, a cartridge bottom 204, and a heat generating mechanism 205; wherein the canister cap 201 is used to form a closed space to cover the dried articles such as milk bottle, spoon, etc.; the drying basket 202 is used for supporting and placing the dried piece; the cylinder 203 is used for accommodating a heating mechanism 205; the cartridge bottom 204 is used for bottom air intake and for facilitating energizing of the heating mechanism 205. In practical application, other components can be added or the components can be designed optimally, so that the comprehensive performance of the whole product is improved.

The whole of the barrel cap 201 is of a hollow cylinder structure, the bottom of the barrel cap facing the drying basket 202 is provided with an opening, the center of the top of the barrel cap is provided with a lug hole 2011 with a circular step, and a hollow outwards extending silica gel lifting handle 2012 is arranged in the lug hole 2011, so that the barrel cap 201 is conveniently lifted up in a handheld manner, and a dried piece is conveniently placed on the drying basket 202. A plurality of air vents 2013 are also provided at the top edge of the cartridge cap 201 to direct the heated air away. In practical applications, the overall shape of the cartridge cap 201, the overall style of the lifting handle 2012, and the arrangement of the air outlet 2013 can be correspondingly adjusted according to practical situations.

The whole of the drying basket 202 is a flat-bottomed basket structure and is arranged between the barrel cap 201 and the barrel 203, and the flat bottom refers to a hollow drying plate 2021 which is horizontally designed at the bottom of the drying basket 202. The top of the drying basket 202 is provided with an inner ring 2022 at a position matched with the bottom of the drum cap 201, and the drum cap 201 is provided with an outer ring 2014 protruding outwards at a corresponding position, so that the drum cap 201 can be placed on the drying basket 202 and kept in tight fit through the matching of the outer ring 2014 and the inner ring 2022. The symmetrical two sides of the top edge of the drying basket 202 are provided with lugs 2023 with hollow structures, so that the drying basket is convenient to carry. In practical applications, the overall status of the basket 202, and the specific style of the handle 2012 may be replaced or re-optimized according to the actual situation.

The whole of the cylinder 203 adopts a hollow cylinder structure, an opening structure is designed at the position facing the cylinder bottom 204 and is matched with the cylinder bottom 204, the cylinder 203 is provided with a partition plate 2031 which integrally separates the cylinder 203 to form a first groove 2032 and a second groove 2033 at the middle upper position, the partition plate 2031 is provided with a hollow lateral ventilation air flowing end 2034 at the edge position of the first groove 2032 and the lower position of the drying plate 2021 of the drying basket 202 as shown in the figure, and the air flowing end 2034 is provided with an air flowing port 20341 at the lateral direction; the partition plate 2031 is provided with a heating mechanism 205 at the position of the second groove 2033 as shown in the figure, and the air flowing end 2034 and the heating mechanism 205 form a hot air forming and sending path, so that the objects to be dried on the drying basket 202 can be dried. To facilitate placement of the basket 202 on the canister 203, the basket 202 may be configured to have an annular step shape at the location where the basket 203 engages the canister 203. In order to be fixedly assembled with the heating mechanism 205 in the cylinder 203, a plurality of first mounting rods 2035 are arranged at the position of the second groove 2033 of the cylinder 203 and are matched with the first fixing holes on the heating mechanism 205; the second slot 2033 of the cartridge 203 is configured with a plurality of second mounting posts 2036, also referred to as mating posts, which mate with second securing holes in the bottom 204. In practical applications, the overall shape of the cylinder 203, and the specific arrangement position and shape of the air flowing end 2034 can be adjusted or re-optimized according to practical situations.

The heating mechanism 205 adopts the heating principle of an electric hair drier, and is provided with a fan 2051, a heating unit 2052 and an air supply body 2053; the heat generating unit 2052 is disposed in a hollow blower body 2053, and the fan 2051 is communicated with an inner cavity of the blower body 2053. The fan 2051 is a small fan 2051, such as a computer fan 2051, and the specific model size of the fan 2051 can be adjusted according to actual situations. The heating unit 2052 adopts a resistance heating wire structure, and the whole body adopts a square structure. The blower 2053 has an L-shaped structure as a whole, and the blower 2053 is hollow, so that hot air is supplied to the air flow end 2034. In order to prevent the water adhered to the dried objects from entering the shell assembly, a reversible movable closing plate 2054 capable of being in shaft connection and matching can be designed at the air outlet end position of the air supply body 2053, so that when the fan 2051 starts to work, the movable closing plate 2054 starts to rotate, the whole conveying path is smooth, and when the fan 2051 does not work, the movable closing plate 2054 closes the top air outlet position of the air supply body 2053, thereby closing the path for the external water to enter the air supply body 2053. In practical applications, the model of the fan 2051, the model size of the heating unit 2052, and the overall shape and structure of the blower 2053 can be replaced or designed optimally according to practical situations. Meanwhile, the fan 2051 and the heating unit 2052 can be provided with corresponding temperature control switch connectors 81 according to the situation, and the temperature control switch connectors 81 and the coupler sockets 82 on the base mechanism 10 can supply power like an electric kettle.

The bottom 204 is mainly used for forming an air inlet 2041 and placing a temperature control switch connector 81; the bottom of the barrel 204 is provided with a plurality of air inlets 2041 which are arranged in a fan shape at the edge position, each air inlet 2041 adopts a strip-shaped structural design, the bottom of the barrel 204 is provided with a fitting hole 2042 which is used for placing a temperature control switch connector 81 at the center position, the temperature control switch connector 81 can refer to a standard fitting of the electric kettle 4 and has the functions of electrifying and controlling, so that electric power and control information are provided for the fan 2051 and the heating unit 2052 of the heating mechanism 205. For fixing the bottom 204, a structure of a fitting rod 2043 may be designed on the bottom 204, and a second fixing hole is formed in the hollow portion of the fitting rod 2043, so that the fitting rod is integrally inserted into and fitted with the second mounting rod 2036 of the cylinder 203. In practical applications, the style of the air inlet 2041 and the matching manner of the cylinder 203 and the bottom 204 may be replaced or optimized according to practical situations, for example, the matching manner of the cylinder 203 and the bottom 204 may be optimized into a snap-fit manner.

Referring to fig. 18 to 27, the disinfection and cleaning mechanism 30 is designed with an outer cylinder 301, an inner cylinder 302, a disinfection assembly 303, an ultrasonic vibration assembly 304 and a ventilation plate 306; wherein the outer cylinder 301 is used for accommodating and fixing other components, the inner cylinder 302 is used for providing space for placing articles to be cleaned at high temperature, the sterilizing component 303 is used for electrically heating the inner cylinder 302, the ultrasonic vibration component 304 is used for providing ultrasonic vibration for the inner cylinder 302, and a temperature control switch connector 81 can provide power and control for the sterilizing component 303 and the ultrasonic vibration component 304, and the ventilation plate 306 is used for sealing the bottom of the outer cylinder 301 and fixing other components. In practical use, other components, such as fixing parts, can be added, so that the other components are fixed; or the components can be optimized again, so that the comprehensive performance of the whole mechanism is improved.

The outer cylinder 301 is a hollow cylinder structure, and the top and the bottom of the outer cylinder are both of an opening structure, so that a cover 3071 can be arranged at the top, and a ventilation plate 306 is arranged at the bottom. The outer arm of the outer cylinder 301 is provided with a lifting hole structure for mounting the hand piece 3072 and a corresponding clamping piece 3073 at two symmetrical positions near the top, so that the hand piece 3072 can be mounted at the position of the outer cylinder 301 near the top through the clamping piece 3073, and the hand piece 3072 is integrally arc-shaped and can rotate movably. In practical applications, the overall shape of outer cylinder 301 can be adaptively adjusted, and other manners of matching hand piece 3072 with outer cylinder 301 can be adopted, and any structure of clip 3073 can be adopted for the structure of clip 3073 that can satisfy the functions thereof. The cover 3071 is designed to be a round cap, a plurality of air outlet holes 30711 are designed at the top of the cover close to the edge, and a regular or irregular equal hole structure of a handle is arranged at the middle position of the top of the cover. In practical applications, note slogans and the like may be marked at the positions of the air outlet holes 30711. The size and shape of the handle and the air outlet 30711 can be correspondingly adjusted according to practical situations.

The whole shape of the inner cylinder 302 is like the structure of the inner cylinder 302 of the electric cooker, the inner part of the inner cylinder 302 is hollow, one side, namely the top opening, the middle and the other side, namely the bottom position, are of a closed solid structure, so that water to be heated can be introduced into the inner cylinder 302, and meanwhile, articles to be sterilized and cleaned at high temperature can be placed into the inner cylinder 302. The material of the inner cylinder 302 may be any material that meets the requirements set in the present application, and the present application is not limited to a specific material. The inner diameter of the inner cylinder 302 needs to be sized to correspond to the overall size of the outer cylinder 301.

The disinfection subassembly 303 of this case adopts the structural design of insulating pot 4, and the design mainly adopts the principle that the circular telegram generates heat promptly, and in this case, this disinfection subassembly 303 has a heater 3031 and a board 3032 that generates heat of all being convex designs, and board 3032 that generates heat adopts current mode to cooperate together with the bottom lateral surface of inner tube 302, and heater 3031 is in the below position of board 3032 that generates heat. In order to facilitate placement of the ultrasonic vibration assembly 304, the middle position of the heat generating plate 3032 is designed with the mating hole 3033, which corresponds to a position from which the ultrasonic vibration assembly 304 can be placed. In actual use, the sterilization assembly 303 may also employ other existing power-on heat generation modes or components. The sterilization assembly 303 is energized and controlled by a temperature controlled switch connector 81, the temperature controlled switch connector 81 belonging to a standard fitting for an existing electric kettle 4.

The ultrasonic vibration component 304 adopts an ultrasonic vibration component and is provided with a vibration head 3041, namely a vibration probe and a vibration circuit board 3042; wherein the vibration head 3041 is integrally placed in engagement with the bottom outer side of the inner barrel 302 as is currently done and positioned in the engagement aperture 3033 of the sterilization assembly 303. The vibration circuit board 3042 controls the vibration head 3041, and correspondingly, the ultrasonic vibration assembly 304 in the present case is powered on and controlled by a temperature control switch connector 81 and a coupler socket 82, as in the sterilization assembly 303, and the specific manner can be the existing manner, and meanwhile, the ultrasonic vibration assembly 304 can also be other existing components or forms.

The ventilation board 306 is designed to be a circular structure, and has a hole-shaped structure at the middle position, so that the temperature control switch connector 81 can be assembled at the position. In order to tightly assemble the components, a circular mounting plate 308 can be designed between the inner cylinder 302 and the ventilation plate 306, wherein the mounting plate 308 is provided with three first matching rods 3081 in the direction towards one side of the inner cylinder 302, and is provided with a second matching rod 3082 and a third matching rod 3083 in the direction towards the other side of the ventilation plate 306; correspondingly, the inner cylinder 302 or the heating plate 3032 is provided with a first connecting rod 30321 at a corresponding position, the ventilation plate 306 is provided with a second connecting rod 3061 at a corresponding position, so that the first connecting rod 30321 is matched with the first matching rod 3081, the second matching rod 3082 is matched with the second connecting rod 3061, the third matching rod 3083 is matched with the vibration circuit board 3042 of the ultrasonic vibration assembly 304, in specific use, the inserting rod and the sleeve rod can be mutually called, meanwhile, the sleeve rod can be in a hollow design, and the sleeve rod and the inserting rod can be matched through an internal filling screw, for example, the second connecting rod 3061 and the second matching rod 3082 are matched through screws. In order to facilitate the heat dissipation inside the outer cylinder 301, a transverse groove 3084 structure can be designed on the mounting plate 308, i.e. the cost of some mounting plates 308 can be saved, and the heat dissipation function is also achieved.

The electric control of the mechanism is also controlled by a power panel 6 and a functional electric control panel 7; meanwhile, according to the arrangement shown in the figure, the power panel 6 and the functional electric control panel 7 can also correspondingly control the drying mechanism 10 and the kettle 4. The structure is innovatively described, and in practical application, any other electric control mode conforming to the innovative design of the scheme can be adopted.

The above-described specific embodiments are merely for explaining the present technical solution, and are not intended to limit the present technical solution. In the description of the present technical solution, it should be noted that the terms such as "upper", "inner", and the like indicate an azimuth or a positional relationship based on the azimuth or the positional relationship shown in the drawings, and are merely for convenience of describing the present technical solution and simplifying the description, and do not indicate or imply that the apparatus or element to be referred to must have a specific azimuth, be configured and operated in a specific azimuth, and thus should not be construed as limiting the present technical solution. Meanwhile, it should be noted that the technical scheme can be adjusted according to the redetermined technical problem actually solved, such as a sub-application or a priority request application which may occur in the later stage.

Meanwhile, in the description of the present technical solution, it should be noted that, unless explicitly specified and limited otherwise, the terms "fixed", "fitting", and "fitting" should be construed broadly, and may be, for example, a fixed connection, a removable connection, or an integral connection; can be directly connected or indirectly connected through an intermediate medium, and can be communicated with the inside of two elements or the interaction relationship of the two elements. The specific meaning of the above terms in the present technical solution can be understood by those skilled in the art according to specific circumstances.

Although embodiments of the present technology have been shown and described, it will be understood by those skilled in the art that various changes, modifications, substitutions and alterations can be made to these embodiments without departing from the principles and spirit of the technology, the scope of which is defined in the appended claims and their equivalents.

Claims

1. Milk mixer, including frame mechanism (10), its characterized in that: the device also comprises a drying mechanism (20) and a disinfection and cleaning mechanism (30), wherein the drying mechanism (20) and the disinfection and cleaning mechanism (30) are movably arranged on the machine base mechanism (10);

The machine seat mechanism (10) comprises a top cover (101) and a bottom cover (102); the top of the top cover (101) is provided with a first cavity (1011) and a second cavity (1012) which are recessed inwards; the bottom of the first cavity (1011) is provided with a first tuyere (1013) and a first mounting hole (1014) with a coupler socket (82); one side of the second cavity (1012) is provided with a second air port (1015) and a second mounting hole (1016) also provided with a coupler socket (82), the side arm of the top cover (101) is provided with a transverse extension part (1017) and an oblique extension part (1018), the transverse extension part (1017) is arranged above the oblique extension part (1018), the transverse extension part (1017) is provided with a knob, and the oblique extension part (1018) is provided with a prompt lamp; the bottom cover (102) has a third tuyere (1021) and a fourth tuyere (1022); the first air port (1013) and the third air port (1021) are integrally communicated to form a drying channel, and the second air port (1015) and the fourth air port (1022) are integrally communicated to form an air cooling channel;

A drying mechanism (20) comprising a barrel cap (201), a drying basket (202), a barrel body (203), a barrel bottom (204) and a heating mechanism (205); the drum cap (201) is provided with an opening towards the position of the drying basket (202), the inside of the drum cap (201) is hollow, and one side of the drum cap is provided with an air outlet (2013); the drying basket (202) is arranged between the barrel cap (201) and the barrel body (203), the drying basket (202) is provided with an opening towards the barrel cap (201) and is hollow in an inner cavity, the bottom of the drying basket (202) is provided with a hollowed-out drying plate (2021), the barrel body (203) is provided with an opening towards the barrel bottom (204) and is matched with the barrel bottom (204), the inside of the barrel body (203) is hollow and is provided with a hollow air flowing end (2034), a heating mechanism (205) is arranged at the hollow position of the barrel body (203), the air flowing end (2034) is matched with the heating mechanism (205), and the barrel bottom (204) is provided with an air inlet (2041); the heating mechanism (205) comprises a fan (2051), a heating unit (2052) matched with the temperature control switch connector (81) and an air supply body (2053); the heating unit (2052) is arranged in the hollow air supply body (2053), the fan (2051) is communicated with the inner cavity of the air supply body (2053), and the air outlet position of the air supply body (2053) is axially connected with a movable closing plate (2054) for movably opening and closing an air supply channel of the air supply body (2053); the heating mechanism (205) is matched with the coupler socket (82) in the first cavity (1011);

The disinfection cleaning mechanism (30) comprises an outer cylinder (301), an inner cylinder (302), a disinfection component (303), an ultrasonic vibration component (304) and a ventilation plate (306); the outer cylinder (301) is hollow and is provided with two sides, wherein a ventilation plate (306) is arranged at the position of one side opening; the inner cylinder (302) is positioned in the outer cylinder (301), the inner cylinder (302) is hollow, one side of the inner cylinder is open, and the middle and the other side of the inner cylinder are closed; the disinfection component (303) and the ultrasonic vibration component (304) are arranged at the closed position and are respectively configured with a temperature control switch connector (81), a hole-shaped structure is configured on the ventilation plate (306), the temperature control switch connector (81) is arranged in the hole-shaped structure, and the temperature control switch connector (81) is matched with a coupler socket (82) in the first cavity (1011);

The air flowing end (2034) is positioned below a drying plate (2021) of the drying basket (202), and the air flowing end (2034) is provided with an air flowing opening (20341) in the side direction; the cylinder body (203) and the cylinder bottom (204) are provided with matching rods (2043), and the cylinder body (203) and the cylinder bottom (204) are fixed together through the matching rods (2043) which are mutually inserted; the center of the barrel bottom (204) is provided with an accessory hole (2042), and the accessory is a conductive piece for electrifying and controlling the heating mechanism (205); the heating mechanism (205) comprises a fan (2051), a heating unit (2052) and an air supply body (2053); wherein the heating unit (2052) is arranged in the hollow air supply body (2053), the fan (2051) is communicated with the inner cavity of the air supply body (2053), and the position of the air supply body (2053) and the air outlet end is connected with the movable closing plate (2054) in a shaft way; the air inlets (2041) are provided with a plurality of air inlets which are arranged in a fan shape, and each air inlet (2041) is in an overall long strip shape.

2. The milk mixer of claim 1, wherein: the diameter of the first cavity (1011) is larger than the diameter of the second cavity (1012); the first tuyere (1013) has a plurality of symmetrically arranged in a fan shape; the first mounting hole (1014) is positioned at the middle position of the bottom of the first cavity (1011); the second air port (1015) is integrally formed in a grid shape.

3. A milk mixer according to claim 2, characterized in that: the knob hole (10171) is arranged at a middle position of the transverse extension (1017), and the middle position corresponds to the middle positions of the first cavity (1011) and the second cavity (1012); the indicator light hole (10181) is arranged at the middle position of the inclined extension part (1018) and is positioned at one side of the knob hole (10171); the lateral area of the lateral extension (1017) is smaller than the lateral area of the oblique extension (1018); the outer contours of the transverse extension part (1017) and the inclined extension part (1018) are straight long strips with two round corners; the third tuyere (1021) is provided with a plurality of concentric fan-shaped extending outwards.

4. The milk mixer of claim 1, wherein: a lug hole (2011) is formed in the center of the top of the barrel cap (201), and an outwards extending lifting handle (2012) is arranged in the lug hole (2011); the drum cap (201) is provided with an outer ring (2014) protruding outwards at a position close to the drying basket (202), and the outer ring (2014) is matched with an inner ring (2022) at the top of the drying basket (202); the position of the drying basket (202) matched with the bottom of the barrel cap (201) is provided with hollow lugs (2023) which are symmetrically arranged; the matching position of the drying basket (202) and the cylinder (203) is in an annular step shape.

5. The milk mixer of claim 1, wherein: one side of the outer cylinder (301) is provided with a cover body (3071), a handle and an air outlet hole (30711) are arranged on the cover body (3071), the handle is positioned at the middle position of the cover body (3071), and the air outlet hole (30711) is positioned at the edge position of the cover body (3071); the outer cylinder (301) is provided with an arc-shaped movable rotary hand piece (3072); the ultrasonic vibration assembly (304) is arranged at the middle position of the disinfection assembly (303); the whole disinfection assembly (303) is arc-shaped.

6. The milk mixer of claim 5 wherein: the utility model provides a vibration circuit board (3042) cooperation of ultrasonic vibration subassembly (304), including inner tube (302) and ventilation board (306), have mounting panel (308) between inner tube (302) and ventilation board (306), this mounting panel (308) have first cooperation pole (3081) on one side, have second cooperation pole (3082) and third cooperation pole (3083) on the opposite side, wherein one side of inner tube (302) towards mounting panel (308) has first connecting pole (30321), one side of ventilation board (306) towards mounting panel (308) has second connecting pole (3061), wherein first cooperation pole (3081) cooperates with first connecting pole (30321), second cooperation pole (3082) cooperates with second connecting pole (3061), on third cooperation pole (3083) with ultrasonic vibration subassembly (304).

7. The milk mixer of claim 6 wherein: the second connecting rod (3061) is hollow, and a screw is arranged in the second connecting rod (3061) and matched with the second matching rod (3082); the disinfection assembly (303) comprises a heating wire (3031) and a heating plate (3032), the heating plate (3032) is fixed on one side of the inner barrel (302), the heating wire (3031) is arranged on the heating plate (3032), and a matching hole (3033) is formed in the middle of the heating plate (3032).

8. The milk mixer of claim 7 wherein: the ultrasonic vibration assembly (304) has an ultrasonic vibration head (3041), and the top of the ultrasonic vibration head (3041) is arranged at the position of the matching hole (3033) and matched with one side of the inner cylinder (302).

9. The milk mixer of claim 8 wherein: wherein the drying mechanism (20) and the disinfection and cleaning mechanism (30) are arranged on the machine base mechanism (10) in a selective way.