CN210673064U

CN210673064U - Integrated intelligent milk brewing machine

Info

Publication number: CN210673064U
Application number: CN201921342486.1U
Authority: CN
Inventors: 魏伦; 赵应杰; 方钱升
Original assignee: Industrial & Commercial College Anhui University Of Technology
Current assignee: Maanshan College
Priority date: 2019-08-16
Filing date: 2019-08-16
Publication date: 2020-06-05
Anticipated expiration: 2029-08-16

Abstract

The utility model discloses an integrated intelligent milk frothing machine, which comprises a water boiling thermostat, a milk powder box, a rotating mechanism, a control system and a disinfection mechanism; the water boiling thermostat and the milk powder box are arranged in the upper shell of the milk foaming machine; the rotating mechanism, the control system and the disinfection mechanism are arranged in the lower shell of the milk brewing machine; the lower shell of the milk frothing machine is buckled and connected with the upper shell of the milk frothing machine through a rabbet groove; the utility model discloses a setting is located the control panel of side, the response lamp device, be located the rotatory tray of below, be located inside disinfection mechanism, be located the thermostat that burns water of top, be located the milk powder box at the thermostat rear of burning water, can realize the function by button one key control on control panel, effectual save time, practice thrift the cost of labor, can also set for own required temperature water yield and play powder volume, and convenient operation, and the whole process of foam milk is under the disinfection environment, the effectual contaminated problem of milk that has reduced.

Description

Integrated intelligent milk brewing machine

Technical Field

The utility model relates to a milk machine technical field specifically is an integration intelligence milk machine that steeps.

Background

The ordinary function singleness of current bubble milk machine on the market does not have the accurate control to temperature and meal output, does not have degassing unit at the in-process of bubble milk, easily causes the pollution of milk, has brought very big vexation for father's precious mother to get up to bubble milk night. In addition, an integrated coffee machine with a milk brewing function is also provided, and the integrated coffee machine is complex in overall structure, troublesome to use, low in cost performance and often required to be operated in a professional mode.

SUMMERY OF THE UTILITY MODEL

An object of the utility model is to provide an integration intelligence machine of making milk, simple structure, convenient to use can effectually practice thrift the time of making milk, practice thrift the cost of labor, solves the vexation work of making a bed and making milk at night of father's precious mother, has promoted the happy and full of happiness of family.

In order to achieve the above object, the utility model provides a following technical scheme:

an integrated intelligent milk frothing machine comprises a water boiling thermostat, a milk powder box, a rotating mechanism, a control system and a disinfection mechanism; the water boiling thermostat comprises a constant temperature kettle and a heating coil; the water boiling thermostat and the milk powder box are arranged in the upper shell of the milk foaming machine; the rotating mechanism, the control system and the disinfection mechanism are arranged in the lower shell of the milk brewing machine; the lower shell of the milk foaming machine is buckled and connected with the upper shell of the milk foaming machine through a rabbet groove;

the upper shell of the milk brewing machine comprises an upper shell and an upper inner container, the upper inner container is embedded in the upper shell, and a kettle placing groove and a milk powder box placing groove are correspondingly arranged on the upper shell and the upper inner container; the upper liner is provided with a heating coil at the inner wall of the kettle placing groove, and a milk powder box bearing plate extends out of the bottom of the milk powder box placing groove; the milk powder box is arranged in the milk powder box placing groove, the bottom of the milk powder box placing groove is provided with a milk powder outlet, the outside of the milk powder box is provided with a box cover, and the box cover is hinged on the upper-layer shell; the constant-temperature kettle is arranged in the kettle placing groove, and the bottom of the kettle placing groove is provided with a water outlet;

the lower shell of the milk brewing machine comprises a lower shell and a lower liner, and the lower liner is embedded in the lower shell; the front end surface of the lower-layer shell is hinged with a main door opening plate, the rear end surface of the lower-layer shell is hinged with a rear door opening plate, and a rotary tray is arranged on the bottom surface of the lower-layer shell; the front end face of the lower layer liner is provided with a feeding bottle accommodating bin corresponding to the main door opening plate, a part accommodating bin is reserved between the rear end face of the lower layer liner and the rear door opening plate, the upper end face of the lower layer liner is provided with a through hole in butt joint with the water outlet and the milk powder outlet, and a base plate is arranged at the butt joint position of the through hole and the milk powder outlet; the bottom surface of the lower layer inner container is provided with a bearing hole for placing a rotary tray, gear teeth are arranged at the peripheral edge of the rotary tray and are connected with a stepping motor through gear transmission, and the stepping motor and a gear assembly are arranged in a part placing bin;

the sterilizing mechanism comprises an ultraviolet lamp, the ultraviolet lamp is arranged in the part placing bin and is arranged at one side close to the feeding bottle accommodating bin;

the control system comprises a control panel with keys, a singlechip connected with the control panel, a liquid level sensor and a temperature sensor which are positioned in the constant-temperature kettle, a flow sensor positioned at the milk powder outlet and a position sensor positioned on the rotary tray; the liquid level sensor, the temperature sensor, the flow sensor and the position sensor are respectively and electrically connected with the single chip microcomputer, the single chip microcomputer is installed inside the control panel, and the control panel is embedded on the side end faces of the lower shell and the lower liner.

Furthermore, still be equipped with decoration and little night-light on the upper shell of milk machine upper casing, the outside of little night-light is equipped with little night-light backplate, and little night-light backplate and little night-light laminating are fixed in the both sides of shell.

Furthermore, the small night lamp is made of a micro-transparent material and is connected with a human sensing switch in a matching control mode to form an induction lamp device.

Furthermore, the decorative part is assembled on the front surface of the upper shell and is matched with the small night lamp guard plates on two sides to form a cartoon shape.

Furthermore, the control panel is also electrically connected with the heating coil, the stepping motor and the ultraviolet lamp through the singlechip respectively, and keys on the control panel comprise brewing, disinfecting, an induction lamp, a motor, + and-.

Furthermore, a lithium battery which provides a working power supply for the whole milk brewing machine is further arranged in the component placing bin inside the lower shell of the milk brewing machine.

Furthermore, the rotating mechanism is composed of a stepping motor connected with the rotating tray through gear transmission.

Compared with the prior art, the beneficial effects of the utility model are that:

1. the utility model provides an integration intelligence machine of making milk can effectual save time, practice thrift the cost of labor, solves the vexation of making a bed and making milk at night of father's precious mother, has promoted the happy happiness of family.

2. The utility model provides an integration intelligence milk machine that steeps can realize the function by a button key control on control panel through setting up control panel, the response lamp device that is located the side, the rotatory tray that is located the below, be located inside disinfection mechanism, be located the thermostat that burns water of top, be located the milk powder box at the thermostat rear that burns water.

3. The utility model provides an integration intelligence milk machine of steeping freely sets for own required temperature water output and play powder volume through control panel, convenient operation, and the milk of steeping is under the overall process is in disinfection environment, the effectual contaminated possibility of milk that has reduced, simultaneously, the surface mounting has the little night-light of response, the night operation of being convenient for.

Drawings

Fig. 1 is a perspective view of the present invention;

fig. 2 is a side view of the present invention;

fig. 3 is a rear view of the present invention;

fig. 4 is a top view of the present invention;

FIG. 5 is an exploded view of the upper casing of the milk frothing machine of the present invention;

FIG. 6 is an exploded view of the upper liner of the milk frothing machine of the present invention;

FIG. 7 is an exploded view of the lower casing of the milk frothing machine of the present invention;

FIG. 8 is an exploded view of the lower liner of the milk frothing machine of the present invention;

fig. 9 is a schematic diagram of the control system of the present invention.

In the figure: 1 water boiling thermostat, 101 constant temperature water bottle, 102 heating coil, 2 milk powder box, 3 rotating mechanism, 4 control system, 401 control panel, 402 single chip microcomputer, 403 liquid level sensor, 404 temperature sensor, 405 flow sensor, 406 position sensor, 5 upper shell of milk machine, 501 upper shell, 502 upper liner, 503 water bottle placing groove, 504 milk powder box placing groove, 505 milk powder box bearing plate, 506 milk powder outlet, 507 box cover, 508 water outlet, 509 decorative piece, 510 small night lamp, 511 small guard plate, 512 human switch, 6 lower shell of milk machine, night lamp 601 lower shell, 602 lower liner, 603 main opening door plate, 604 rear opening door plate, 605 rotating tray, feeding bottle holding bin, 607 parts holding bin, 608 through hole, 609 backing plate, 610 bearing hole, 611 stepping motor, 7 disinfection mechanism, ultraviolet lamp 701.

Detailed Description

The technical solutions in the embodiments of the present invention will be described clearly and completely with reference to the accompanying drawings in the embodiments of the present invention, and it is obvious that the described embodiments are only some embodiments of the present invention, not all embodiments. Based on the embodiments in the present invention, all other embodiments obtained by a person skilled in the art without creative work belong to the protection scope of the present invention.

Referring to fig. 1-4, in the embodiment of the present invention: the integrated intelligent milk frothing machine comprises a water boiling thermostat 1, a milk powder box 2, a rotating mechanism 3, a control system 4 and a disinfection mechanism 7; the water boiling thermostat 1 comprises a constant temperature kettle 101 and a heating coil 102; the water boiling thermostat 1 and the milk powder box 2 are arranged in an upper shell 5 of the milk foaming machine; the rotating mechanism 3, the control system 4 and the disinfection mechanism 7 are arranged in a lower shell 6 of the milk frothing machine; the lower shell 6 of the milk frothing machine is buckled and connected with the upper shell 5 of the milk frothing machine through a rabbet groove.

Referring to fig. 5-6, the upper casing 5 of the milk frothing machine comprises an upper casing 501 and an upper liner 502, the upper liner 502 is embedded in the upper casing 501, and a kettle placing groove 503 and a milk powder box placing groove 504 are correspondingly arranged on the upper casing 501 and the upper liner 502; the upper liner 502 is provided with a heating coil 102 on the inner wall of the kettle placement groove 503, and the upper liner 502 extends out of a milk powder box bearing plate 505 on the bottom of the milk powder box placement groove 504; the milk powder box 2 is arranged in the milk powder box placing groove 504, the bottom of the milk powder box placing groove 504 is provided with a milk powder outlet 506, the exterior of the milk powder box 2 is provided with a box cover 507, and the box cover 507 is hinged on the upper shell 501; the constant temperature kettle 101 is arranged in the kettle placing groove 503, and the bottom of the kettle placing groove 503 is provided with a water outlet 508.

Referring to fig. 7-8, the lower casing 6 of the milk maker includes a lower casing 601 and a lower liner 602, and the lower liner 602 is embedded in the lower casing 601; the front end surface of the lower shell 601 is hinged with a main door opening plate 603, the rear end surface is hinged with a rear door opening plate 604, and the bottom surface of the lower shell 601 is provided with a rotary tray 605; a feeding bottle accommodating bin 606 corresponding to the main door opening plate 603 is arranged on the front end face of the lower liner 602, a part accommodating bin 607 is reserved between the rear end face of the lower liner 602 and the rear door opening plate 604, a through hole 608 in butt joint with the water outlet 508 and the milk powder outlet 506 is arranged on the upper end face of the lower liner 602, and a backing plate 609 is arranged at the butt joint position of the through hole 608 and the milk powder outlet 506; the bottom surface of the lower layer inner container 602 is provided with a bearing hole 610 for placing the rotary tray 605, the periphery of the rotary tray 605 is provided with gear teeth, and is connected with a stepping motor 611 of 57CM13 model through gear transmission, and the stepping motor 611 and a gear assembly are arranged in the component placing bin 607.

The sterilizing mechanism 7 comprises an ultraviolet lamp 701, the ultraviolet lamp 701 is installed in the part placing bin 607 and is arranged at one side close to the feeding bottle accommodating bin 606, and the ultraviolet lamp 701 is used for sterilizing the feeding bottle and the nipple and reducing the growth of bacteria;

referring to fig. 9, the control system 4 includes a control panel 401 with keys, a single chip 402 connected to the control panel 401, a liquid level sensor 403 and a temperature sensor 404 located inside the thermostatic kettle 101, a flow sensor 405 located at a powdered milk outlet 506, and a position sensor 406 located on a rotary tray 605; the liquid level sensor 403, the temperature sensor 404, the flow sensor 405 and the position sensor 406 are respectively electrically connected with the single chip microcomputer 402, the single chip microcomputer 402 is installed inside the control panel 401, and the control panel 401 is embedded on the side end faces of the lower shell 601 and the lower inner container 602.

In the above embodiment, the upper shell 501 of the milk frothing machine upper shell 5 is further provided with the decoration 509 and the small night lamp 510, the small night lamp protecting plate 511 is arranged outside the small night lamp 510, and the small night lamp protecting plate 511 and the small night lamp 510 are attached and fixed on two sides of the shell 501.

In the above embodiment, the small night light 510 is made of a micro-transparent material, and is connected with the human sensing switch 512 in a matching manner to form an induction light device, so that the eyes are not hurt under the condition of providing the illumination requirement, and the light is soft.

In the above embodiment, the decoration 509 is assembled on the front surface of the upper housing 501, and the small night light guard plates 511 at both sides are combined to form a cartoon shape, so as to improve the aesthetic appearance.

In the above embodiment, the control panel 401 is further electrically connected to the heating coil 102, the stepping motor 611, and the ultraviolet lamp 701 through the single chip microcomputer 402, the keys on the control panel 401 include brewing, disinfecting, induction lamps, and motors, and the brewing dose is executed according to the standard of 30ml water and one spoon of powder, and only the dose needs to be set, and in addition, the single chip microcomputer 402 can assist in realizing the control of the moving end in a way of a WeChat small program, which is more convenient.

In the above embodiment, the component placing bin 607 inside the lower shell 6 of the milk frothing machine is further provided with a lithium battery for providing a working power supply for the whole milk frothing machine.

The operation process is as follows: firstly, the father and mother get up to trigger the induction lamp device, and then freely set the water temperature, water yield and powder yield required by the father and mother through the control panel 401; after the setting is finished, the water boiling thermostat 1 outputs the water yield of the temperature required by milk foaming, and the water temperature precision is +1C⁰The precision of water yield is +5 ml; secondly, after the water is discharged, the feeding bottle is rotated by the rotary tray 605 to be placed at the milk powder outlet 506 below, the powder discharge amount is accurately controlled by a flow sensor 405; finally, by rotating the tray 605 for 3 minutes and shaking up at 0.25rad/s, the father and mother can take out the nipple cover from the back of the milk soaking machine, and the baby can drink fresh and nutritious milk.

In the operation process, before the milk foaming machine starts to be used, sufficient milk powder and sufficient water are ensured in the milk powder box 2 and the constant-temperature kettle 101; the constant temperature kettle 101 is internally heated, cooled and kept at a constant temperature of 40 degrees, boiled water is put in, the bottom rotating tray 605 rotates 180 degrees, the milk powder box 2 realizes accurate powder feeding through the flow sensor 405, and then is taken out and uniformly shaken.

The working principle is as follows: the utility model provides an integrated intelligent milk brewing machine, the water boiling thermostat 1 realizes the control of water quantity by a liquid level sensor 403, and utilizes a singlechip 402 to keep the water at constant temperature, thereby ensuring the 40-degree water required by brewing; the milk powder box 2 is used for storing milk powder, a box cover 507 is arranged at the switch position, the box cover 507 is hinged with the upper shell 501, the connection with the machine body is closed by adopting manual rotation, the milk powder is prevented from being leaked when the milk powder box 2 is taken out, and the flow sensor 405 is used by the controller, so that the milk powder can be accurately discharged; the bottom rotating tray 605 uses a position sensor 406 to ensure efficient brewing; the small night lamps 510 are arranged on the two sides of the milk brewing machine, the small night lamps 510 are made of micro-transparent materials, so that eyes cannot be hurt under the condition of providing lighting requirements, and light rays are soft; ultraviolet lamps 701 are arranged in the part placing bin 607 in the inner part and the rear half part of the milk brewing machine and are used for disinfecting a feeding bottle and a nipple and reducing bacteria breeding.

In summary, the following steps: the integrated intelligent milk frothing machine provided by the utility model can effectively save time and labor cost, solve the problem that the father and mother have trouble in getting up to brew milk at night, and promote the happiness and the satisfaction of the family; secondly, the utility model can realize the function of one-key control by the keys on the control panel 401 by arranging the control panel 401 positioned on the side, the induction lamp device, the rotary tray 605 positioned below, the disinfection mechanism 7 positioned inside, the water boiling thermostat 1 positioned above and the milk powder box 2 positioned behind the water boiling thermostat 1; in addition, freely set for own required temperature water output and play powder volume through control panel 401, convenient operation, and the milk of bubble is under the disinfection environment through-process, the effectual contaminated possibility of milk that has reduced, simultaneously, surface mounting has little night-light 510 of response, the night operation of being convenient for.

The above description is only the specific implementation manner of the preferred embodiment of the present invention, but the protection scope of the present invention is not limited thereto, and any person skilled in the art can substitute or change the technical solution of the present invention and the design of the present invention within the technical scope of the present invention.

Claims

1. An integrated intelligent milk frothing machine is characterized by comprising a water boiling thermostat (1), a milk powder box (2), a rotating mechanism (3), a control system (4) and a disinfection mechanism (7); the water boiling thermostat (1) comprises a constant temperature kettle (101) and a heating coil (102); the water boiling thermostat (1) and the milk powder box (2) are arranged in an upper shell (5) of the milk foaming machine; the rotating mechanism (3), the control system (4) and the disinfection mechanism (7) are arranged in a lower shell (6) of the milk frothing machine; the lower shell (6) of the milk frothing machine is buckled and connected with the upper shell (5) of the milk frothing machine through a rabbet groove;

the upper shell (5) of the milk frothing machine comprises an upper shell (501) and an upper liner (502), the upper liner (502) is embedded in the upper shell (501), and a kettle placing groove (503) and a milk powder box placing groove (504) are correspondingly arranged on the upper shell (501) and the upper liner (502); the upper-layer liner (502) is provided with a heating coil (102) on the inner wall of the kettle placing groove (503), and a milk powder box bearing plate (505) extends out of the bottom of the milk powder box placing groove (504) from the upper-layer liner (502); the milk powder box (2) is arranged in a milk powder box placing groove (504), a milk powder outlet (506) is arranged at the bottom of the milk powder box placing groove (504), a box cover (507) is arranged outside the milk powder box (2), and the box cover (507) is hinged on the upper-layer shell (501); the constant-temperature kettle (101) is arranged in a kettle placing groove (503), and a water outlet (508) is formed in the bottom of the kettle placing groove (503);

the lower-layer shell (6) of the milk foaming machine comprises a lower-layer shell (601) and a lower-layer inner container (602), and the lower-layer inner container (602) is embedded in the lower-layer shell (601); the front end surface of the lower shell (601) is hinged with a main door opening plate (603), the rear end surface of the lower shell is hinged with a rear door opening plate (604), and a rotary tray (605) is arranged on the bottom surface of the lower shell (601); a feeding bottle accommodating bin (606) corresponding to the main door opening plate (603) is arranged on the front end face of the lower-layer liner (602), a part accommodating bin (607) is reserved between the rear end face of the lower-layer liner (602) and the rear door opening plate (604), a through hole (608) in butt joint with the water outlet (508) and the milk powder outlet (506) is arranged on the upper end face of the lower-layer liner (602), and a backing plate (609) is arranged at the butt joint position of the through hole (608) and the milk powder outlet (506); the bottom surface of the lower layer inner container (602) is provided with a bearing hole (610) for placing a rotary tray (605), the peripheral edge of the rotary tray (605) is provided with gear teeth and is connected with a stepping motor (611) through gear transmission, and the stepping motor (611) and a gear assembly are arranged in a part placing bin (607);

the sterilizing mechanism (7) comprises an ultraviolet lamp (701), and the ultraviolet lamp (701) is installed in the part placing bin (607) and is arranged on one side close to the feeding bottle accommodating bin (606);

the control system (4) comprises a control panel (401) with keys, a single chip microcomputer (402) connected with the control panel (401), a liquid level sensor (403) and a temperature sensor (404) which are positioned inside the thermostatic kettle (101), a flow sensor (405) positioned at a milk powder outlet (506), and a position sensor (406) positioned on the rotary tray (605); the liquid level sensor (403), the temperature sensor (404), the flow sensor (405) and the position sensor (406) are respectively electrically connected with the single chip microcomputer (402), the single chip microcomputer (402) is installed inside the control panel (401), and the control panel (401) is embedded on the side end faces of the lower shell (601) and the lower liner (602).

2. The integrated intelligent milk frothing machine of claim 1, wherein: still be equipped with decoration (509) and little night-light (510) on upper shell (501) of milk foam machine upper casing (5), the outside of little night-light (510) is equipped with little night-light backplate (511), and the both sides at shell (501) are fixed in the laminating of little night-light backplate (511) and little night-light (510).

3. The integrated intelligent milk frothing machine of claim 2, wherein: the small night lamp (510) is made of a micro-transparent material and is connected with a human sensing switch (512) in a matching control mode to form an induction lamp device.

4. The integrated intelligent milk frothing machine of claim 2, wherein: the decorative piece (509) is assembled on the front surface of the upper-layer shell (501), and is matched with the small night lamp guard plates (511) on two sides to form a cartoon shape.

5. The integrated intelligent milk frothing machine of claim 1, wherein: the control panel (401) is also respectively and electrically connected with the heating coil (102), the stepping motor (611) and the ultraviolet lamp (701) through the singlechip (402), and keys on the control panel (401) comprise brewing, disinfecting, induction lamps, motors, + and-.

6. The integrated intelligent milk frothing machine according to claim 1, wherein a lithium battery for supplying working power to the whole milk frothing machine is further arranged in a component placing bin (607) inside the lower shell (6) of the milk frothing machine.

7. The integrated intelligent milk frothing machine according to claim 1, characterized in that the rotating mechanism (3) is composed of a stepping motor (611) connected with a rotating tray (605) through gear transmission.