CN211242768U

CN211242768U - Auxiliary material bottle frame, auxiliary material device, frying pan device and machine of cooking

Info

Publication number: CN211242768U
Application number: CN201921348352.0U
Authority: CN
Inventors: 许锦标; 何光; 何青; 曾珞亚
Original assignee: Shanghai Aican Robot Group Co Ltd
Current assignee: Shanghai Aican Robot Group Co Ltd
Priority date: 2019-08-16
Filing date: 2019-08-16
Publication date: 2020-08-14
Anticipated expiration: 2029-08-16

Abstract

The utility model relates to the technical field of intelligent manufacturing and intelligent service, and discloses an auxiliary material bottle rack, which comprises an auxiliary material bottle base, wherein the bottom of a cavity of the auxiliary material bottle base is provided with an auxiliary material outlet communicated with the inside and the outside of the cavity of the auxiliary material bottle base, and the auxiliary material outlet is used for connecting an auxiliary material pump; a pin column is also arranged in the cavity of the auxiliary material bottle base, when the auxiliary material bottle with the valve type bottle cap is accommodated in the cavity of the auxiliary material bottle base, the valve of the valve type bottle cap of the auxiliary material bottle opens the valve port of the auxiliary material bottle under the action of the pin column, and the liquid auxiliary material in the auxiliary material bottle flows out of the valve port, enters the cavity of the auxiliary material bottle base and then flows out of the auxiliary material pump through the auxiliary material outlet; when the auxiliary material bottle is separated from the base of the auxiliary material bottle, the valve of the valve type bottle cap of the auxiliary material bottle is separated from the pin column so as to close the valve port. The utility model also discloses an auxiliary material device, frying pan device and intelligent cooking machine to effectively solve the technical problem that current auxiliary material device can't realize dismantling the change fast of auxiliary material bottle.

Description

Auxiliary material bottle frame, auxiliary material device, frying pan device and machine of cooking

Technical Field

The utility model relates to an intelligence is made and intelligent service technical field especially relates to an auxiliary material bottle frame, auxiliary material device, frying pan device and machine of cooking.

Background

With the rapid development of social economy and scientific technology, the living standard of residents is continuously improved, the pursuit of life intellectualization is higher and higher, and the cooking machine serving as one of necessary living electric appliances of modern families is gradually developed towards multifunctional intellectualization. The present frying machine not only can realize the functions of frying, cooking, frying, exploding, stewing, steaming, boiling, baking, stewing, cooking and the like, but also integrates the functions of automatic stir-frying, automatic cleaning, remote control and the like, and realizes the automatic cooking of the frying machine.

The cooking machine on the market has had the function of automatic interpolation auxiliary material (seasoning), has the auxiliary material device and can realize the function to the automatic interpolation auxiliary material in the pot to improve the convenience that the user used the cooking machine. For example, chinese utility model with patent application No. CN201310065109.9 discloses an automatic flavoring device that adds suitable for full-automatic cooking machine, this automatic flavoring device that adds passes through the pump material subassembly, and the pump material subassembly includes a plurality of peristaltic pumps, and the packing bottle that is equipped with liquid flavoring is connected through the input pipeline to the input of every peristaltic pump, and the output of every peristaltic pump passes through output pipeline and pot cover intercommunication. The liquid flavoring in the packaging bottle is pumped out to be added into the frying pan by controlling the operation of each peristaltic pump. However, the automatic seasoning device has the following disadvantages: when the liquid seasoning contained in the packaging bottle is used up and the liquid seasoning needs to be added into the corresponding packaging bottle or the whole packaging bottle is directly replaced, the packaging bottle is difficult and inconvenient to remove from the automatic seasoning adding device, and the seasoning pumped out of the hose of the peristaltic pump flows back and leaks out under the action of vacuum negative pressure to affect cleaning when the packaging bottle is removed.

In addition, the inventor is implementing the utility model discloses a time discovery, the auxiliary material device that present intelligence machine of cooking adopted all can't realize dismantling fast and the effective quick interpolation of installation in order to realize the auxiliary material of auxiliary material bottle. Therefore, there is a need for an improved accessory device that overcomes the above-mentioned drawbacks.

SUMMERY OF THE UTILITY MODEL

The utility model aims at providing an auxiliary material bottle frame, auxiliary material device, frying pan device and cooking machine to effectively solve the technical problem that current auxiliary material device can't realize that the quick removal of auxiliary material bottle is changed and the auxiliary material bottle leaks easily outward when changing, can realize that quick taking apart of auxiliary material bottle is in order to change or add the auxiliary material with the high-speed joint, realize leak protection, the quick independent change of auxiliary material bottle.

In order to solve the technical problem, the utility model provides an auxiliary material bottle frame, which comprises an auxiliary material bottle base, wherein the bottom of the cavity of the auxiliary material bottle base is provided with an auxiliary material outlet communicated with the inside and the outside of the cavity of the auxiliary material bottle base, and the auxiliary material outlet is used for connecting an auxiliary material pump; a pin column is further arranged in the cavity of the auxiliary material bottle base, when an auxiliary material bottle with a valve type bottle cap is accommodated in the cavity of the auxiliary material bottle base, a valve of the valve type bottle cap of the auxiliary material bottle opens a valve port of the auxiliary material bottle under the action of the pin column, and liquid auxiliary material in the auxiliary material bottle flows out of the valve port, enters the cavity of the auxiliary material bottle base and then flows out of the auxiliary material pump through the auxiliary material outlet; when the auxiliary material bottle is separated from the auxiliary material bottle base, the valve of the valve type bottle cap of the auxiliary material bottle leaves the pin column so as to close the valve port.

Compared with the prior art, the auxiliary material outlet communicated with the inside and the outside of the cavity of the auxiliary material bottle base is arranged at the bottom of the cavity of the auxiliary material bottle base, and the auxiliary material outlet is used for being connected with an auxiliary material pump; a pin column is further arranged in the cavity of the auxiliary material bottle base, when an auxiliary material bottle with a valve type bottle cap is connected to the auxiliary material bottle base, a valve of the valve type bottle cap of the auxiliary material bottle cap opens a valve port under the action of the pin column, and liquid auxiliary material in the auxiliary material bottle flows out of the valve port, enters the cavity of the auxiliary material bottle base and then flows out of the auxiliary material pump through the auxiliary material outlet, so that the auxiliary material bottle is quickly connected and used; when the auxiliary material in the auxiliary material bottle is used up and the auxiliary material needs to be added or replaced, the pressing part of the bottle cap of the auxiliary material bottle can be separated from the pin column only by forcibly drawing the auxiliary material bottle outwards, so that the auxiliary material bottle can be quickly disassembled, the valve of the valve type bottle cap of the auxiliary material bottle is separated from the pin column, the valve port is closed, the phenomenon that the residual auxiliary material in the auxiliary material bottle is leaked in the process of replacing the auxiliary material bottle is effectively prevented, and quick replacement is realized. In addition, before the auxiliary material bottle is completely drawn out, the auxiliary material bottle cap is still positioned in the auxiliary material bottle base or is opposite to the auxiliary material bottle base, so that the auxiliary material dripped at the moment of closing the auxiliary material bottle cap still falls in the auxiliary material bottle base, and the phenomenon of auxiliary material leakage is further prevented. Consequently, but the auxiliary material bottle base that this embodiment provided can realize that the bare-handed of auxiliary material bottle is unpack apart fast and high-speed joint in order to change or add the auxiliary material, realizes the auxiliary material bottle and changes the leak protection of in-process, convenience and the security that improves the use.

As an improvement of the above scheme, when the auxiliary material bottle with the valve type bottle cap is accommodated in the cavity of the auxiliary material bottle base, the horizontal plane of the outer opening of the valve type bottle cap of the auxiliary material bottle is lower than the top edge in the cavity of the auxiliary material bottle base.

As the above preferred scheme, when the auxiliary material bottle is connected to the auxiliary material bottle base, the horizontal plane of the outer opening of the auxiliary material bottle cap is lower than the top edge in the cavity of the auxiliary material bottle base. By adopting the improved scheme, when the auxiliary material bottle is connected to the auxiliary material bottle base and the valve port is pushed open, the liquid auxiliary material in the auxiliary material bottle flows out from the valve port and enters the cavity of the auxiliary material bottle base, when the liquid level of the auxiliary material in the auxiliary material bottle base reaches the height (horizontal plane) of the opening of the auxiliary material bottle cap (specifically the outer opening of the auxiliary material bottle cap), no air enters the auxiliary material bottle, the auxiliary material in the auxiliary material bottle stops flowing out, the liquid level reaches a balanced state, the horizontal plane where the outer opening of the auxiliary material bottle cap is located is set to be lower than the top edge in the cavity of the auxiliary material bottle base, the auxiliary material in the cavity of the auxiliary material bottle base can be ensured not to exceed the top edge in the cavity of the auxiliary material bottle base, and therefore the auxiliary material is effectively prevented from overflowing from the cavity of the auxiliary material bottle base.

As an improvement of the above scheme, the top edge of the auxiliary material bottle base is engaged with a connecting edge of the auxiliary material bottle body of the auxiliary material bottle, which is correspondingly connected with the top edge of the auxiliary material bottle base, so as to realize sealed connection; and/or

The sealed fixed connection of auxiliary material bottle base, the diapire of auxiliary material bottle body or relative both sides wall are equipped with auxiliary material bottle recess/chimb, the top edge of auxiliary material bottle base still is equipped with the chimb/recess of matching, the auxiliary material bottle body pass through auxiliary material bottle recess/chimb with the matching of the chimb/recess that sets up.

Adopt this improvement scheme, make the auxiliary material bottle connect when on the auxiliary material bottle base, auxiliary material bottle base and auxiliary material bottle coincide mutually, form relative airtight space between the two, prevent that the mosquito from getting into to effectively reduce bacterial growing. Further, the top edge of auxiliary material bottle base still is equipped with chimb/recess and the auxiliary material bottle recess/chimb accordant connection that auxiliary material bottle body set up to further realize the sealed fixed connection between auxiliary material bottle base and the auxiliary material bottle.

As an improvement of the scheme, the auxiliary material bottle base is mainly formed by connecting a bottom plate, a rear plate, a left side plate, a right side plate and a front plate; the pin is arranged on the inner surface of the bottom plate.

As an improvement of the scheme, the auxiliary material bottle is buckled on the auxiliary material bottle base from top to bottom in a buckling mode; or the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push type mode.

As an improvement of the above scheme, when the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push type manner, a notch is formed in the rear end of the protective shell of the auxiliary material bottle body in the length direction of the auxiliary material bottle body or two opposite notches are formed in the length direction of the auxiliary material bottle body.

As an improvement of the above scheme, the top edge of the auxiliary material bottle base comprises the top edges of the rear plate, the left side plate and the right side plate; the top edges of the left side plate and the right side plate respectively comprise a top rear section edge, a top middle section edge and a top front section edge, and the top rear section edges of the left side plate and the right side plate are connected with the top edge of the rear plate and are positioned on the same horizontal plane; the horizontal plane at the front section edge of the left side plate and the horizontal plane at the front section edge of the right side plate are higher than the horizontal plane at the top rear section edge of the left side plate and the horizontal plane at the top rear section edge of the right side plate, and the top middle section edge is obliquely arranged to be in transitional connection with the top rear section edge and the top front section edge.

As an improvement of the above scheme, the top edge of the auxiliary material bottle base is a plane, the widths of the top middle section edge and the top front section edge of the left side plate and the right side plate are the same, and the widths of the top middle section edge and the top front section edge of the left side plate and the right side plate are smaller than the widths of the top rear section edge of the left side plate and the right side plate, so that the top middle section edge and the top front section edge of the left side plate and the right side plate form an auxiliary material bottle base guide rail, and auxiliary material bottle grooves arranged on two opposite side walls of the auxiliary material bottle body are used as auxiliary material bottle guide grooves matched with the auxiliary material bottle base guide rail;

when the auxiliary material bottle is buckled on the auxiliary material bottle base from top to bottom in a buckling mode, the auxiliary material bottle and the auxiliary material bottle base are fixedly connected in a sealing mode through mutual matching of the auxiliary material bottle base guide rail and the auxiliary material bottle guide groove;

when the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push type mode, the auxiliary material bottle base guide rail is matched with the auxiliary material bottle guide groove to guide the auxiliary material bottle to be pushed into the auxiliary material bottle base.

As an improvement of the above scheme, the top edge of the auxiliary material bottle base further comprises a top surface edge of a front plate, and a horizontal plane where the top surface edge of the front plate is located is lower than horizontal planes where the front section edges of the left side plate and the right side plate are located, so that a gap is formed between the left side plate, the right side plate and the front plate;

when the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push type mode, the notch serves as an inlet and an outlet of the auxiliary material bottle.

By adopting the improved scheme, the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push-in type, the auxiliary material bottle guide grooves with certain inclination are designed on the two sides of the auxiliary material bottle and are designed corresponding to the auxiliary material bottle base guide rails of the auxiliary material bottle base, the auxiliary material bottle base guide rails have a positioning and guiding effect, the auxiliary material bottle mouth faces downwards and is pushed into the auxiliary material bottle base from the auxiliary material bottle outlet and inlet in the auxiliary material bottle base in the auxiliary material bottle replacing process, the auxiliary material bottle slides in place along the auxiliary material bottle base guide rails under the matching effect of the auxiliary material bottle guide grooves and the auxiliary material bottle base guide rails, the auxiliary material bottle cap plays a role of boosting at the moment, in the process of pulling out the auxiliary material bottle, under the matching effect of the auxiliary material bottle base guide rails and the auxiliary material bottle guide grooves, the auxiliary material bottle cap is pulled away from the auxiliary material bottle base pin column along with the auxiliary material bottle, and the auxiliary material bottle cap valve is automatically, meanwhile, the auxiliary material bottle has the advantages that under the upper and lower matching action of the auxiliary material bottle guide groove and the auxiliary material bottle base guide rail, the movement track is unchanged, and before the auxiliary material bottle is completely drawn out, the auxiliary material bottle cap is always positioned in the auxiliary material bottle base, so that the auxiliary material which drips in the moment when the auxiliary material bottle cap is closed still falls into the auxiliary material bottle base, and the phenomenon that the auxiliary material leaks outwards is effectively prevented.

As the improvement of above-mentioned scheme, the top surface edge of front bezel constitutes the fixed chimb of auxiliary material bottle base, the auxiliary material bottle recess that the position that the diapire of auxiliary material bottle was close to preceding lateral wall was equipped with the fixed chimb of auxiliary material bottle base matches, works as the auxiliary material bottle is connected to during the auxiliary material bottle base, on the diapire of auxiliary material bottle the auxiliary material bottle recess card is gone into the fixed chimb of auxiliary material bottle base is in order to incite somebody to action the auxiliary material bottle is fixed on the auxiliary material bottle base.

As an improvement of the above scheme, an auxiliary material input port of the auxiliary material pump is connected with the auxiliary material outlet through an internal connecting pipeline, and an auxiliary material output port of the auxiliary material pump is connected with an external connecting pipeline to output the auxiliary material outwards; the auxiliary material pump is fixed on the outer surface of the bottom plate of the auxiliary material pump base;

the auxiliary material pump is fixed on the outer surface of the bottom plate of the auxiliary material pump base through an auxiliary material pump buckle.

As an improvement of the above scheme, the inner surface of the base plate of the auxiliary material bottle base comprises a first inner surface of the base plate adjacent to the rear plate, a second inner surface of the base plate adjacent to the front plate and a third inner surface of the base plate connecting the first inner surface of the base plate and the second inner surface of the base plate, and the horizontal plane of the second inner surface of the base plate is lower than the horizontal plane of the first inner surface of the base plate; the pin column is arranged on the first inner surface of the bottom plate, and the auxiliary material outlet is arranged on the second inner surface of the bottom plate and communicated with the inner surface and the outer surface of the bottom plate of the auxiliary material bottle base.

By adopting the improved scheme, the pin is arranged on the first inner surface of the bottom plate, and the auxiliary material outlet is arranged on the second inner surface of the bottom plate, which is lower than the first inner surface of the bottom plate on the horizontal plane, so that the auxiliary material flowing out through the valve port and entering the cavity of the auxiliary material bottle base under the action of the pin can flow into the second inner surface of the bottom plate from the first inner surface of the bottom plate and finally flow out through the auxiliary material outlet, thereby being beneficial to pumping out the auxiliary material in the auxiliary material bottle base.

As an improvement of the above scheme, the outer surface of the base plate of the auxiliary material bottle base comprises a first outer surface of the base plate opposite to the first inner surface of the base plate, a second outer surface of the base plate opposite to the second inner surface of the base plate, and a third outer surface of the base plate connecting the first outer surface of the base plate and the second outer surface of the base plate, and the horizontal plane of the second outer surface of the base plate is lower than the horizontal plane of the first outer surface of the base plate; the auxiliary material pump is fixed on the first outer surface of the bottom plate.

By adopting the improved scheme, the space for accommodating the auxiliary material pump (the space formed by the height difference between the first outer surface of the base plate and the second outer surface of the base plate) is formed outside the base plate of the auxiliary material bottle base, so that the space can be effectively utilized, and the space cost can be saved.

As an improvement of the above scheme, when the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push type manner and the protective shell of the auxiliary material bottle is provided with two opposite notches in the length direction of the auxiliary material bottle body, an inclined arm in transitional connection with the pin column is further arranged in the cavity of the auxiliary material bottle base, and the inclined arm gradually inclines upwards towards the pin column along the connecting end of the first inner surface of the bottom plate and the third inner surface of the bottom plate.

By adopting the improved scheme, the inclined arm in transitional connection with the pin column is utilized, and the inclined arm gradually inclines upwards towards the pin column along the connecting end of the first inner surface of the bottom plate and the third inner surface of the bottom plate, so that when an auxiliary material bottle is pushed in during replacement of the auxiliary material bottle, the effect of the inclined arm and the pin column on the pressing part on the bottle cap of the auxiliary material bottle is gradually increased, the valve port of the bottle cap is gradually opened, and the problems of overflow and the like possibly caused by sudden outflow of the auxiliary material due to the fact that the valve port of the auxiliary material bottle is opened instantly to the greatest extent are avoided.

As an improvement of the above scheme, a liquid level sensor is also arranged in the cavity of the auxiliary material bottle base, and the liquid level sensor is a non-contact liquid level sensor; the level sensor is proximate to the front plate.

As an improvement of the scheme, the liquid level sensor comprises a floating block positioning column and a floating block with a magnet, and the floating block with the magnet can be detected by a Hall proximity switch arranged on the outer side of the front plate.

As an improvement of the scheme, the lower end of the floating block positioning column is connected with the bottom of the cavity of the auxiliary material bottle base, the upper end of the floating block positioning column is suspended in the air, and the floating block with the magnet moves between the two ends of the floating block positioning column under the action of the auxiliary material in the auxiliary material bottle base.

As an improvement of the above scheme, a low liquid level detection area is formed between a specific position between two ends of the floating block positioning column and the lower end of the floating block positioning column, and when the floating block with the magnet is located in the low liquid level detection area, the floating block can be detected by a hall proximity switch arranged on the outer side of the front plate.

As an improvement of any one of the above schemes, the auxiliary material bottle base support is provided with an auxiliary material bottle base accommodating cavity for accommodating the auxiliary material bottle base.

As an improvement of the above scheme, the top edge of the auxiliary material bottle base extends outwards and bends to form an auxiliary material bottle base groove, the auxiliary material bottle base support is arranged at the top edge of the auxiliary material bottle base accommodating cavity correspondingly and is provided with an auxiliary material bottle base support convex edge to be clamped into the auxiliary material bottle base groove, so that the auxiliary material bottle base is accommodated and fixed in the auxiliary material bottle base accommodating cavity of the auxiliary material bottle base support.

Adopt this improvement scheme, through design chimb on the top edge that cavity was acceptd to every auxiliary material bottle base at auxiliary material bottle base support correspondence to design recess on the auxiliary material bottle base, with auxiliary material bottle base embedding in auxiliary material bottle base support, during the chimb card goes into the recess, forms automatic pinning state, makes auxiliary material bottle base can fix on auxiliary material bottle base support.

As an improvement of the above scheme, the plurality of auxiliary material bottle base supports are integrally formed to form an auxiliary material bottle frame, and the auxiliary material bottle base accommodating cavity of each auxiliary material bottle base support is used for correspondingly accommodating one auxiliary material bottle base.

Adopt above-mentioned improvement scheme, can accept the auxiliary material bottle base support of auxiliary material bottle base through further setting up, and a plurality of auxiliary material bottle base support integrated into one piece and set up a plurality of auxiliary material bottle bases that are used for acceping the auxiliary material bottle base respectively through the design and accept the chamber, so both can protect to accept every auxiliary material bottle base outside the protection (can effectively avoid parts such as auxiliary material pump to expose), can also realize bearing the whole removal and the placing of the auxiliary material device of a plurality of auxiliary material bottles.

As an improvement of the scheme, the width of each auxiliary material bottle base accommodating cavity is the same; or the widths of the accommodating cavities of the at least two auxiliary material bottle bases are different.

As an improvement of the scheme, the auxiliary material bottle base support comprises an upper layer support and a lower layer support, the upper layer support is fixed on the lower layer support through a support fixing plate, and the upper layer support and the lower layer support are both provided with a plurality of auxiliary material bottle base accommodating cavities.

As an improvement of the scheme, the upper layer bracket is fixed on one side of the lower layer bracket through a bracket fixing plate.

In a preferred embodiment, the auxiliary material bottle base accommodating cavity formed in the lower support correspondingly accommodates an auxiliary material bottle base for fixing a first type of auxiliary material bottle, and the auxiliary material bottle base accommodating cavity formed in the upper support correspondingly accommodates an auxiliary material bottle base for fixing a second type of auxiliary material bottle; wherein the height of the first type of auxiliary material bottle is H1, the height of the second type of auxiliary material bottle is H2, and H1 is not equal to H2.

In another preferred embodiment, the auxiliary material bottle base accommodating cavity formed in the upper support and the auxiliary material bottle base accommodating cavity in the lower support opposite to the upper support correspondingly accommodate auxiliary material bottle bases for fixing first-type auxiliary material bottles, and the rest auxiliary material bottle base accommodating cavities in the lower support correspondingly accommodate auxiliary material bottle bases for fixing second-type auxiliary material bottles; wherein the height of the first type of auxiliary material bottle is H1, the height of the second type of auxiliary material bottle is H2, and 2H1 is less than H2.

In another preferred embodiment, the auxiliary material bottle base accommodating cavity of the upper bracket correspondingly accommodates an auxiliary material bottle base for fixing a first type of auxiliary material bottle, the auxiliary material bottle base accommodating cavity of the lower bracket, which is opposite to the upper bracket, correspondingly accommodates an auxiliary material bottle base for fixing a second type of auxiliary material bottle, and the rest auxiliary material bottle base accommodating cavities of the lower bracket correspondingly accommodate auxiliary material bottle bases for fixing a third type of auxiliary material bottle; the height of the first type of auxiliary material bottle is H1, the height of the second type of auxiliary material bottle is H2, the height of the third type of auxiliary material bottle is H3, and H1+ H2 is less than H3.

As an improvement of the scheme, the width of each auxiliary material bottle base accommodating cavity is consistent.

As an improvement of the above scheme, a hall proximity switch is arranged on the outer surface of the front plate of the auxiliary material bottle base frame corresponding to each auxiliary material bottle base accommodating cavity, and each hall proximity switch is used for detecting a liquid level sensor accommodated in the auxiliary material bottle base corresponding to the auxiliary material bottle base accommodating cavity.

As an improvement of the above scheme, the auxiliary material bottle base frame further comprises a controller and a liquid level prompter, wherein the controller is respectively connected with each Hall proximity switch and the liquid level prompter, and the liquid level prompter is arranged on the outer surface of a front plate of the auxiliary material bottle base frame; the liquid level prompter is a light display component, an audio device or a display.

The embodiment of the utility model provides a correspondence provides an auxiliary material device, this auxiliary material device including the auxiliary material bottle that has valve formula bottle lid and as above arbitrary embodiment auxiliary material bottle frame.

Compared with the prior art, the auxiliary material device provided by the embodiment comprises the auxiliary material bottle of any one of the embodiments and the auxiliary material bottle base arranged correspondingly, and the auxiliary material outlet communicated with the inside and the outside of the cavity of the auxiliary material bottle base is arranged at the bottom of the cavity of the auxiliary material bottle base and is used for connecting an auxiliary material pump; a raised pin is further arranged in the cavity of the auxiliary material bottle base, when the auxiliary material bottle is connected to the auxiliary material bottle base, the pressing part of the auxiliary material bottle cap compresses the elastic element and pushes the bottle cap valve to open the valve port under the action of the pin, and liquid auxiliary material in the auxiliary material bottle flows out of the valve port, enters the cavity of the auxiliary material bottle base and then flows out of the auxiliary material pump through the auxiliary material outlet, so that the auxiliary material bottle is quickly connected and used; when the auxiliary material in the auxiliary material bottle is used up and the auxiliary material needs to be added or replaced, the pressing part of the bottle cap of the auxiliary material bottle can be separated from the pin column only by pulling the auxiliary material bottle outwards with force, so that the auxiliary material bottle can be detached quickly, the pressing part is separated from the pin column and is reset under the action of the elastic element, the valve port of the bottle cap is driven to be closed, the phenomenon that the residual auxiliary material in the auxiliary material bottle is leaked in the process of replacing the auxiliary material bottle is effectively prevented, and quick replacement is realized. In addition, before the auxiliary material bottle is completely drawn out, the auxiliary material bottle cap is still positioned in the auxiliary material bottle base or is opposite to the auxiliary material bottle base, so that the auxiliary material dripped at the moment of closing the auxiliary material bottle cap still falls in the auxiliary material bottle base, and the phenomenon of auxiliary material leakage is further prevented. Therefore, the auxiliary material bottle device that this embodiment provided can realize that the bare-handed of auxiliary material bottle is unpack apart fast and be connected in order to change or add the auxiliary material fast, realizes the auxiliary material bottle and changes the leak protection of in-process, convenience and the security that improves the use.

As an improvement of the above scheme, the auxiliary material bottle comprises an auxiliary material bottle body and an auxiliary material bottle cap, wherein a material inlet/outlet is formed in the bottom of the auxiliary material bottle body, and the auxiliary material bottle cap is used for closing or opening the material inlet/outlet;

the auxiliary material bottle cap comprises a cap body and a pressing mechanism, wherein the cap body is provided with a valve port communicated with the inner side and the outer side of the cap body and a base used for being connected with the pressing mechanism; the base is provided with a through hole, the pressing mechanism comprises a push rod penetrating through the through hole, one end of the push rod, which is exposed outside the cover body, is provided with a pressing part, one end of the push rod, which penetrates through the through hole to enter the inner side of the cover body, is provided with a bottle cap valve used for closing or opening the valve port, the push rod is sleeved with an elastic element, and the elastic element is arranged between the pressing part and the base;

when the auxiliary material bottle cap closes the material inlet/outlet, and the auxiliary material bottle is accommodated in the cavity of the auxiliary material bottle base, the pressing part compresses the elastic element and pushes the bottle cap valve to open the valve port under the action of the pin, so that the liquid auxiliary material in the auxiliary material bottle can flow out of the valve port; when the auxiliary material bottle is separated from the auxiliary material bottle base, the pressing part resets under the action of the elastic element, so that the bottle cap valve is driven to close the valve port.

Compared with the prior art, the auxiliary material bottle provided by the embodiment comprises an auxiliary material bottle body and an auxiliary material bottle cap, wherein the auxiliary material bottle cap comprises a cap body and a pressing mechanism, a valve port communicated with the inner side and the outer side of the cap body and a base connected with the pressing mechanism are arranged on the cap body, and a material inlet/outlet port is formed in the bottom of the auxiliary material bottle body; the base is provided with a through hole, the pressing mechanism comprises a push rod penetrating through the through hole, one end of the push rod exposed outside the cover body is provided with a pressing part, one end of the push rod penetrating through the through hole to enter the inner side of the cover body is provided with a bottle cap valve for closing or opening the valve port, the push rod is sleeved with an elastic element, and the elastic element is arranged between the pressing part and the base, so that when the auxiliary material bottle is required to be connected for using the auxiliary material, the bottle cap of the auxiliary material bottle closes the material inlet/outlet port, the material inlet/outlet port of the auxiliary material bottle is opposite to an action part (such as a pin column of an auxiliary material bottle base) of an external device, the pressing part of the bottle cap of the auxiliary material bottle compresses the elastic element under the action of the pin column and pushes the bottle cap valve to open the valve port, and the liquid auxiliary material in the, realize the quick connection and the use of auxiliary material bottle. When the auxiliary material in the auxiliary material bottle is used up and the auxiliary material needs to be added or replaced, the auxiliary material bottle only needs to be pulled out outwards to enable the pressing part of the auxiliary material bottle cap to be separated from the action part of the external device, so that the auxiliary material bottle can be quickly disassembled, the pressing part is separated from the action part of the external device and is reset under the action of the elastic element, the valve port of the bottle cap is driven to be closed, the phenomenon that the residual auxiliary material in the auxiliary material bottle leaks in the process of replacing the auxiliary material bottle is effectively prevented, and quick replacement is realized. Consequently, but the auxiliary material bottle that this embodiment provided can realize that the bare-handed of auxiliary material bottle is unpack apart fast and be connected in order to change or add the auxiliary material, realizes the auxiliary material bottle and changes the leak protection of in-process, convenience and the security that improves the use.

As an improvement of the above scheme, the middle part of the cover body is a hollow cavity, and the hollow cavity is communicated with the inner side and the outer side of the cover body; the base is fixed in the hollow cavity through a connecting piece, and the valve port is formed by the base and the groove between the inner walls of the cover bodies forming the hollow cavity.

As an improvement of the above scheme, one end of the hollow cavity connected with the inner side of the cover body forms an inner side opening, the base is close to the inner side opening, and a space between the base and the inner side opening forms a valve accommodating cavity for accommodating the bottle cap valve; when the bottle cap valve is reset and accommodated in the valve accommodating cavity under the action of the elastic element, the bottle cap valve completely closes the inner side opening, so that the valve port is closed.

As an improvement of the scheme, the hollow cavity is cylindrical, and the base is in a circular ring sheet shape with the through hole in the center; the bottle cap valve is disc-shaped, and the center of the bottle cap valve is connected with the push rod.

As an improvement of the above scheme, the connecting piece is provided with a plurality of connecting pieces, each connecting piece is used as a flow guide arm, one end of each connecting piece is started from the joint of the base, and the other end of each connecting piece extends to the inner wall of the cover body forming the hollow cavity to be connected with the outer side of the cover body.

By adopting the improved scheme, each connecting piece is taken as a flow guide arm for guiding the auxiliary material in the auxiliary material bottle to flow out, one end of each connecting piece is started at the joint of the base, and the other end of each connecting piece is arranged along the inner wall of the cover body of the hollow cavity body to extend to the outer side of the cover body so as to facilitate the quick flow out of the auxiliary material in the auxiliary material bottle.

As an improvement of the above scheme, an outer opening is formed at one end of the hollow cavity connected with the outer side of the cover body, an annular protective shell extends outwards from the edge of the outer opening, and the pressing part is arranged in the cavity formed by the protective shell.

As an improvement of the scheme, the auxiliary material bottle cap is detachably connected with the auxiliary material bottle body; the auxiliary material bottle body is provided with external threads on the outer wall of a discharging cavity forming the feeding/discharging port, and the inner side surface of the cover body of the auxiliary material bottle cover is provided with internal threads matched and connected with the external threads.

The embodiment of the utility model provides a supplementary product bottle inlet/outlet not only is the feed inlet, but also is the discharge gate. When the auxiliary material bottle is used as a discharge hole, the auxiliary material bottle cap is closed on the auxiliary material bottle body, and the elastic element of the auxiliary material bottle cap is compressed under the action of external force and pushes the bottle cap valve to open the valve port so as to realize the outflow of the auxiliary material; when using as the feed inlet, dismantle the auxiliary material bottle lid from the auxiliary material bottle body and come out, can add the auxiliary material through this auxiliary material bottle inlet/outlet toward the cavity of auxiliary material bottle body. The arrangement of the screw thread connection is beneficial to the quick disassembly and connection between the auxiliary material bottle cap and the auxiliary material bottle body.

As an improvement of the above scheme, the auxiliary material bottle body mainly comprises a top wall, a bottom wall and four side walls, and the material inlet/outlet is arranged on the bottom wall; the diapire of auxiliary material bottle body or relative both sides wall are equipped with auxiliary material bottle recess/chimb, the auxiliary material bottle body passes through the matching of the chimb/recess that corresponds the setting on auxiliary material bottle recess/chimb and an auxiliary material bottle base realize with the sealed fixed connection of auxiliary material bottle base.

As an improvement of the scheme, the auxiliary material bottle body is provided with along the opposite two side walls in the length direction of the auxiliary material bottle groove, and the inclined guide grooves are further formed, and are matched with the inclined guide rails correspondingly arranged on the auxiliary material bottle base to guide the auxiliary material bottle body to be pushed into the auxiliary material bottle base and to realize sealed fixed connection.

As an improvement of the above scheme, one end of the hollow cavity connected with the outer side of the cover body forms an outer side opening, an annular protective shell extends outwards from the edge of the outer side opening, and the pressing part is arranged in the cavity formed by the protective shell; the rear end of the protective shell in the length direction of the auxiliary material bottle body is provided with a notch; or the protective shell is provided with two opposite notches in the length direction of the auxiliary material bottle body. In this improvement scheme, can effectively protect outstanding splenium of pressing on the auxiliary material bottle lid through the design protective housing, avoid the auxiliary material bottle to lead to pressing the splenium to be acted on and promote the gate valve to open the liquid that makes in the auxiliary material bottle and spill at the removal in-process bump. And the design breach uses for the effect part (for example the round pin post of auxiliary material bottle base etc.) of cooperation external device, when auxiliary material bottle and external device (for example auxiliary material bottle base) for the level push in/push out realize connecting/separation, can avoid protective housing and round pin post to take place to interfere through the breach.

As an improvement of the scheme, a handle is arranged on one side wall of the auxiliary material bottle body, and the handle and the body are integrally formed; the handle is designed to be an embedded groove or a raised handle. Adopt this improvement scheme, through be equipped with the handle on a lateral wall (preferably preceding lateral wall) at auxiliary material bottle body, conveniently carry out the change of auxiliary material bottle.

As an improvement of the above aspect, an inclined guide portion inclined toward the direction of the feed/discharge port is provided on an inner surface of a bottom wall of the auxiliary material bottle body. This preferred scheme is through being equipped with on the diapire internal surface of auxiliary material bottle body toward the slope guide portion (specifically being an entity inclined plane) of advance/discharge gate direction slope is favorable to the auxiliary material in the auxiliary material bottle to pass through fast advance/discharge gate direction flows, adopts diapire internal surface relatively for planar scheme, can effectively avoid the auxiliary material in the auxiliary material bottle to leave over the problem.

As an improvement of the above scheme, the elastic element is a spring, one end of the spring abuts against or is connected with the base, and the other end of the spring abuts against or is connected with the pressing part.

The embodiment of the utility model provides a correspondence provides a frying pan device, including frying pan and as above arbitrary embodiment the auxiliary material device, each the auxiliary material delivery outlet of auxiliary material pump through the auxiliary material pipe with the inside intercommunication of frying pan.

As the improved scheme, the wok comprises a wok body and a wok cover, through holes are formed in the wok cover, and the auxiliary material outlet of each auxiliary material pump is communicated with the through holes through auxiliary material pipes.

It can be seen that, since the wok device provided by this embodiment includes the above-mentioned auxiliary material device, it includes all the improved effects of the above-mentioned auxiliary material device, and is not repeated herein.

The embodiment of the utility model provides a correspondence provides a machine of cooking, which comprises a frame, be equipped with frying pan and as above arbitrary embodiment in the frame the auxiliary material device, each the auxiliary material delivery outlet of auxiliary material pump through the auxiliary material pipe with the inside intercommunication of frying pan.

As a preferred embodiment, the auxiliary material device is integrally arranged at the bottom in the frame; the auxiliary material bottle base support is fixed on the inner surface of the bottom in the rack through a fixing piece; the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push type mode.

As another preferred embodiment, the auxiliary material device is integrally arranged at the bottom in the frame; the auxiliary material bottle base support of the auxiliary material device is of a drawer type structure and is pushed into the rack or pulled out of the rack. As the preferred embodiment, the auxiliary material bottle base bracket adopting the drawer-type structure is beneficial to taking out the whole auxiliary material device from the rack or from the rack, thereby being beneficial to putting the auxiliary material bottle into the auxiliary material bottle base or taking out the auxiliary material bottle from the auxiliary material bottle base.

As an improved scheme, a sliding fit component is arranged between the outer surface of the auxiliary material bottle base support of the auxiliary material device and the inner surface of the rack, so that the auxiliary material bottle base support can be pushed into the rack or pulled out of the rack.

As the improved scheme, the front end face of the rack is provided with the auxiliary material door plate capable of being opened and closed corresponding to the auxiliary material device.

As the improved scheme, a liquid level display window is arranged on the auxiliary material door plate corresponding to the liquid level prompter arranged on the auxiliary material device.

Similarly, the cooker provided by this embodiment includes the above auxiliary material device, and includes all the improved effects of the above auxiliary material device, which are not described herein again.

Drawings

Fig. 1 to 3a are schematic structural views of a cooker in a preferred embodiment of the present invention.

Fig. 3b is a schematic structural diagram of a cooker in another preferred embodiment of the present invention.

Fig. 4 is a schematic structural diagram of the auxiliary material device in an embodiment of the present invention, which shows a state that the auxiliary material bottle accommodating cavity of the auxiliary material frame is full of the auxiliary material bottle.

Fig. 5a is a front view of the auxiliary material device shown in fig. 4.

Fig. 5b is a right side view of the auxiliary material device shown in fig. 4.

Figure 6a shows the connection between the accessory bottle and the accessory base of the accessory device of figure 4.

Fig. 6b to 6d are schematic structural diagrams of the auxiliary material base of the auxiliary material device shown in fig. 4 at different angles.

Fig. 7a to 7g are schematic structural views of a first embodiment of an auxiliary material bottle provided by the present invention.

Fig. 8a to 8e are schematic structural views of a second embodiment of an auxiliary material bottle provided by the present invention.

Fig. 9a to 9e are schematic structural views of a third embodiment of an auxiliary material bottle provided by the present invention.

Fig. 10a to 10e are schematic structural views of a fourth embodiment of an auxiliary material bottle provided by the present invention.

Fig. 11 is a schematic structural diagram of an auxiliary material device in an embodiment of the present invention.

Fig. 12 is a schematic view of a connection relationship between the auxiliary material base and the auxiliary material base support in the auxiliary material device shown in fig. 11, and shows a structure before the auxiliary material base and the auxiliary material base support are connected.

Fig. 13 is a schematic view of a connection relationship between the auxiliary material base and the auxiliary material base support in the auxiliary material device shown in fig. 11, and shows a structure after the auxiliary material base and the auxiliary material base support are connected.

Fig. 14 is a schematic view of the connection relationship among the auxiliary material bottle, the auxiliary material base and the auxiliary material base bracket in the auxiliary material device shown in fig. 11.

Fig. 15 is an enlarged schematic view of a portion a shown in fig. 14.

Fig. 16a to 16c are schematic structural views of the auxiliary material device according to a preferred embodiment of the present invention, which show that the auxiliary material bottle is fastened to the base of the auxiliary material bottle from top to bottom by means of a snap-in type.

Fig. 17a to 17c are schematic structural views of an auxiliary material device according to another preferred embodiment of the present invention, which shows that the auxiliary material bottle is pushed into the base of the auxiliary material bottle from front to back in a push-in type.

Fig. 18 is a schematic structural view of an auxiliary material device according to another preferred embodiment of the present invention.

Fig. 19 is a schematic structural diagram of an auxiliary material device according to still another preferred embodiment of the present invention.

Fig. 20 is a schematic structural diagram of a preferred embodiment of an auxiliary material bottle provided by the present invention.

Detailed Description

The following detailed description of the embodiments of the present invention is provided with reference to the accompanying drawings and examples. The following examples are intended to illustrate the invention, but are not intended to limit the scope of the invention.

As shown in fig. 1 to fig. 3a, the embodiment discloses a full-automatic intelligent cooking machine, which includes a rack 200, a furnace body device 100, a blanking mechanism 300, an oil smoke processing device (not shown), a furnace body control device (not shown), an auxiliary material device 10 and a control system (not shown) which are arranged in the rack, wherein the furnace body device 100 includes a pot body (including a furnace core 102, a furnace body 103) and a pot cover 101, the blanking mechanism 300 is arranged above a pot opening of the furnace core 102, the oil smoke processing device is communicated with the pot cover 101, the furnace core 102 is arranged in the furnace body 103, the furnace body 103 is arranged in the rack 200, and the furnace body control device is connected with the furnace body 103 to drive the furnace body 103 to move, so as to control the pot opening of the furnace core 102 to be covered or opened with the pot cover 101; the auxiliary material device 10 is arranged below the wok 100, and an auxiliary material outlet of an auxiliary material pump of the auxiliary material device 10 is communicated with the wok cover 101 through an auxiliary material pipe 1001 (the wok cover is provided with a through hole communicated with the auxiliary material pipe). The control system controls the furnace body device 100, the blanking mechanism 300, the oil fume treatment device, the furnace body control device and the auxiliary material device 10 to work cooperatively.

As the preferred design of this embodiment, constitute inclosed culinary art space through setting up in the frame 200 of the full-automatic intelligent cooking machine of this embodiment, inclosed culinary art space top-down is including the unloading district of intercommunication, stir-fry and play dish district, is equipped with the dish machine door plant 201 in order to close/open this culinary art space at the preceding terminal surface of frame, closes this dish machine door plant 201 in order to guarantee sealed culinary art at the stir-fry in-process, realizes out the dish through opening this dish machine door plant 201 after the completion of stir-fry. The frame 200 of the full-automatic intelligent cooking machine of this embodiment is still airtight culinary art space below set up with the independent auxiliary material accommodation space that comes of airtight culinary art space to set up auxiliary material door plant 202 in order to close/open this auxiliary material accommodation space at the preceding terminal surface of frame, thereby make things convenient for the interpolation of auxiliary material or the change of auxiliary material bottle. In addition, a transparent liquid level display window 203 is arranged on the auxiliary material door panel corresponding to a liquid level prompter (described later) arranged on the auxiliary material device.

In this embodiment, the auxiliary material device 10 includes an auxiliary material bottle frame 11 and an auxiliary material bottle 12, the auxiliary material bottle frame 11 is fixed to the inner surface of the bottom in the frame 200 through a fixing member, and the auxiliary material bottle 12 is pushed into the auxiliary material bottle frame 11 from the front to the back in a push type manner.

Referring to fig. 3b, fig. 3b shows a schematic structural diagram of a full-automatic intelligent cooker according to another embodiment of the present invention. The structure of the fully-automatic intelligent cooker shown in fig. 3b is the same as that of the fully-automatic intelligent cooker of the previous embodiment, except that the auxiliary material device 10 of the fully-automatic intelligent cooker shown in fig. 3b is integrally in a drawer type structure to be pushed into the rack 200 or pulled out of the rack 200. Specifically, a sliding fit component is arranged between the outer surface of the auxiliary material bottle frame 11 of the auxiliary material device 10 and the inner surface of the frame 200, so that the auxiliary material bottle frame 11 can be pushed into the frame 200 or pulled out of the frame 200. The full-automatic intelligent cooking machine that this embodiment provided is particularly useful for auxiliary material bottle 12 of auxiliary material device with detain the formula from last down the use in on the auxiliary material bottle frame 11.

The full-automatic intelligent cooking machine that above-mentioned two embodiments provided passes through control system control auxiliary material device 10's auxiliary material pump work to realize that auxiliary material device 10 adds the auxiliary material in to frying pan 100, and then make the cooking machine possess the automatic function of adding the auxiliary material, use the convenience of cooking machine with the improvement user. The detailed structure of the auxiliary material device 10 can be adopted in the following embodiments with reference to the accompanying drawings.

Referring to fig. 4, fig. 5a and fig. 5b, a schematic structural diagram of an auxiliary material device 10 according to a preferred embodiment of the present invention is shown. The auxiliary material device 10 that this embodiment provided includes auxiliary material bottle frame 11 and auxiliary material bottle 12, auxiliary material bottle frame 11 is equipped with at least one auxiliary material bottle and accepts the chamber. Each auxiliary material bottle accommodating cavity is used for correspondingly accommodating one auxiliary material bottle 12, and each auxiliary material bottle 12 is used for accommodating different liquid auxiliary materials. It will be understood that the liquid excipients mentioned in this and the following examples include liquid excipients that are in the form of a liquid or a viscous paste.

Specifically, as shown in fig. 6a to 6d, the auxiliary material bottle frame 11 provided in this embodiment includes at least one auxiliary material bottle base 111, a cavity of the auxiliary material bottle base 111 constitutes the auxiliary material bottle accommodating cavity 110, an auxiliary material outlet 112 communicating with the inside and the outside of the cavity of the auxiliary material bottle base is disposed at the bottom of the cavity of the auxiliary material bottle base 111, and the auxiliary material outlet 112 is used for connecting an auxiliary material pump 116. The cavity of the auxiliary material bottle base 111 is also provided with a convex pin 113 corresponding to an auxiliary material bottle (provided with a valve type bottle cap, the valve type bottle cap comprises a valve port and a bottle cap valve for closing or opening the valve port), when the auxiliary material bottle 12 provided with the valve type bottle cap is accommodated in the corresponding auxiliary material bottle accommodating cavity 110, the pin 113 arranged in the auxiliary material bottle accommodating cavity 110 is opposite to the valve type bottle cap of the auxiliary material bottle and acts on the bottle cap valve of the valve type bottle cap to open the valve port, and the liquid auxiliary material in the auxiliary material bottle flows out through the valve port and enters the cavity of the auxiliary material bottle base in a state that the valve port is opened, and then flows out into the auxiliary material pump through the auxiliary material outlet; when the auxiliary material bottle is separated from the auxiliary material bottle accommodating cavity 110 of the auxiliary material bottle base, the bottle cap valve of the valve type bottle cap automatically resets to close the valve port while leaving the pin column, so that the auxiliary material bottle 12 is closed.

As an innovative part of this embodiment, the auxiliary material device 10 disclosed in this embodiment is through the auxiliary material bottle 12 that adopts the valve type bottle cap, and through being equipped with the pin 113 on the auxiliary material bottle accommodating cavity 110 that is used for accommodating the auxiliary material bottle 12 that is set up in the auxiliary material bottle frame 11, this pin 113 can act on the valve type bottle cap of the auxiliary material bottle 12 that accommodates this auxiliary material bottle accommodating cavity 110, the valve port is opened and the valve port is closed automatically when leaving from the auxiliary material bottle accommodating cavity when making the auxiliary material bottle accommodate the auxiliary material bottle accommodating cavity, thereby realize that the auxiliary material bottle is installed or demolishd from the auxiliary material bottle frame 11 fast, in order to realize the interpolation of auxiliary material or the replacement of auxiliary material bottle.

Hereinafter, the detailed structure of the auxiliary material bottle that can be adopted by the embodiment of the present invention will be described in detail through a plurality of embodiments.

Referring to fig. 7a to 7g, the utility model provides a concrete structure of a first embodiment of an auxiliary material bottle. The auxiliary material bottle 12 provided in this embodiment includes an auxiliary material bottle body 121 and an auxiliary material bottle cap 122, wherein a material inlet/outlet (not shown) is provided at the bottom of the auxiliary material bottle body 121, and the auxiliary material bottle cap 122 is used for closing or opening the material inlet/outlet. The auxiliary material bottle cap 122 is a valve type cap, and specifically comprises a cap body 1221 and a pressing mechanism 1222, wherein the cap body 1221 is provided with a valve port 1220 communicating the inside and the outside of the cap body and a base 12211 for connecting the pressing mechanism 1222. The base 12211 is provided with a through hole 12210, the pressing mechanism 1222 includes a push rod 12221 passing through the through hole 12210, a pressing portion 12220 is provided at an end of the push rod 12221 exposed outside the cover, a bottle cap valve 12222 for closing or opening the valve port 1220 is provided at an end of the push rod 12221 passing through the through hole 12210 to enter inside the cover, an elastic element 12223 is sleeved on the push rod 12221, and the elastic element 12223 is disposed between the pressing portion 12220 and the base 12211. When the auxiliary bottle cap 122 closes the inlet/outlet port, the pressing portion 12220 compresses the elastic element 12223 and pushes the cap valve 12222 to open the valve port 1220 under the action of external force, so that the liquid auxiliary material in the auxiliary bottle 12 can flow out of the valve port 1220; when the external force disappears, the pressing portion 12220 is reset by the elastic element 12223, so as to drive the bottle cap valve 12222 to close the valve port 1220.

It can be seen that the auxiliary material bottle 12 provided in this embodiment realizes the quick connection and removal of the auxiliary material bottle by using the above valve type bottle cap structure, when the auxiliary material bottle 12 needs to be connected to use the auxiliary material, the auxiliary material bottle cap closes the inlet/outlet port, so that the inlet/outlet port of the auxiliary material bottle 12 is directly opposite to an action component (e.g., a pin of an auxiliary material bottle base) of an external device, and the pressing portion 12220 of the auxiliary material bottle cap 122 compresses the elastic element 12223 under the pin action and pushes the bottle cap valve 12222 to open the valve port 1220, so that the liquid auxiliary material in the auxiliary material bottle 12 can flow out from the valve port 1220, thereby realizing the quick connection and use of the auxiliary material bottle. When the auxiliary material in the auxiliary material bottle 12 is used up and the auxiliary material needs to be added or replaced, the auxiliary material bottle 12 can be quickly disassembled only by pulling the auxiliary material bottle 12 outwards to separate the pressing part 12220 of the auxiliary material bottle cap 122 from the action part of the external device, and the pressing part 12220 is reset under the action of the elastic element 12223 while being separated from the action part of the external device, so that the bottle cap valve 12222 is driven to be closed, the phenomenon that the residual auxiliary material in the auxiliary material bottle leaks in the process of replacing the auxiliary material bottle 12 is effectively prevented, and quick replacement is realized. Consequently, but the auxiliary material bottle that this embodiment provided can realize that the bare-handed of auxiliary material bottle is unpack apart fast and be connected in order to change or add the auxiliary material, realizes the auxiliary material bottle and changes the leak protection of in-process, convenience and the security that improves the use.

Specifically, the auxiliary material bottle body 121 provided in this embodiment mainly includes a top wall 1211, a bottom wall 1212, and four side walls (including a front side wall 1213a, a rear side wall 1213b, a left side wall 1213c, and a right side wall 1213d, which form a square structure.

A handle 12130 is arranged on the front side wall 1213a of the auxiliary material bottle body 121, and the handle 12130 is preferably integrally formed with the material bottle body 121. In this embodiment, the auxiliary material bottle body 121 is provided with a handle 12130 on the front side wall 1213a thereof, which facilitates the handling of the handle 12130 to facilitate the replacement of the auxiliary material bottle. Wherein the pull handle 12130 is an in-line groove design (see fig. 11) or a raised handle design.

The middle of the cover 1221 of the auxiliary material bottle cap 122 is a hollow cavity 12210, and the hollow cavity 12210 communicates with the cover inside 1223 and the cover outside 1224. The base 12211 is fixed in the hollow cavity 12210 by a connecting member 12213, and the valve port 1220 is formed by a slot between the base 12211 and the inner wall 12214 of the cover constituting the hollow cavity 12210. One end of the hollow cavity 12210 connected to the cover inner side 1223 forms an inner side opening 12230, the base 12211 is close to the inner side opening 12230, and a space between the base 12211 and the inner side opening 12230 forms a valve accommodating chamber for accommodating the bottle cap valve 12222. When the cap valve 12222 is restored to be received in the valve receiving cavity by the elastic member 12223, the cap valve 12222 completely closes the inner opening 12230, thereby closing the valve port 1220. By adopting the valve type door cover structure, the bottle cover valve 12222 can be ensured to be completely closed on the valve port 1220 when being reset, and the overflow or leakage phenomenon can be effectively prevented. The hollow cavity 12210 is cylindrical, and the base is in the shape of a circular ring with a central hole. The bottle cap valve is made of disc-shaped plastic/silica gel materials, and the center of the bottle cap valve 12222 is connected with the push rod 12221. The elastic element 12223 is a spring, one end of the spring 12223 abuts against or is connected to the base 12211, and the other end of the spring 12223 abuts against or is connected to the pressing portion 12220.

As a preferred design of this embodiment, the connecting member 12213 is provided with a plurality of connecting members 12213, and each of the connecting members 12213 is used as a guiding arm, one end of each of the connecting members 12213 starts at the connection position with the base 12211, and the other end extends along the inner wall 12214 of the cover constituting the hollow cavity 12210 to be connected with the outer side 1224 of the cover. In the preferred embodiment, each connecting member 12213 is used as a guide arm for guiding the auxiliary materials in the auxiliary material bottle to flow out, one end of the connecting member starts at the connection position with the base 12211, and the other end of the connecting member extends along the inner wall 12214 of the cover constituting the hollow cavity 12210 to be connected with the outer side 1224 of the cover, so as to facilitate the auxiliary materials in the auxiliary material bottle to flow out quickly.

As a preferred design of this embodiment, the accessory bottle cap 122 is detachably connected to the accessory bottle body 121; the auxiliary material bottle body 121 is provided with an external thread on the outer wall of the discharge cavity forming the inlet/outlet port, and the inner side surface of the cover 1221 of the auxiliary material bottle cap 122 is provided with an internal thread in matching connection with the external thread. It can be seen that the material inlet/outlet of the auxiliary material bottle 12 of the embodiment of the present invention is not only a material inlet, but also a material outlet. When using as the feed inlet, dismantle auxiliary material bottle lid 122 from auxiliary material bottle body 121, can add the auxiliary material through this auxiliary material bottle inlet/outlet toward the cavity of auxiliary material bottle body 121 (can be with inlet/outlet up when adding the auxiliary material toward the cavity of auxiliary material bottle body). When the auxiliary material bottle cap 122 is used as a discharge port, the auxiliary material bottle body 121 is closed, the cap valve 12222 is pushed by external force and the elastic element 12223 is compressed to open the valve port 1220, so that the auxiliary material flows out (when the auxiliary material bottle cap is used as a discharge port, the auxiliary material bottle is turned over to enable the feed/discharge port to be positioned below or downward). The arrangement of the screw thread connection is beneficial to the quick disassembly and connection between the auxiliary material bottle cap and the auxiliary material bottle body.

Referring to fig. 8a to 8e, the present invention provides a specific structure of a second embodiment of an auxiliary material bottle. The auxiliary material bottle 12 provided in this embodiment includes an auxiliary material bottle body 121 and an auxiliary material bottle cap 122, and is different from the auxiliary material bottle structure provided in the first embodiment in that an outer opening 12240 is formed at one end of a hollow cavity 12210 of a cap 1221 of the auxiliary material bottle cap 122 connected to the outer side 1224 of the cap, an annular protective housing 1228 extends outwards (in a direction away from the inner opening 12230) from an edge of the outer opening 12240, and the pressing portion 12220 is disposed in a cavity formed by the protective housing 1228. In this improvement scheme, can effectively protect outstanding splenium of pressing on the auxiliary material bottle lid through design protective housing 1228, avoid the auxiliary material bottle to bump at the removal in-process and lead to pressing the splenium to be acted on and promote the liquid that the gate valve opened in making the auxiliary material bottle and spill.

Referring to fig. 9a to 9e, the present invention provides a structure of an auxiliary material bottle according to a third embodiment. The auxiliary material bottle 12 provided by this embodiment includes an auxiliary material bottle body 121 and an auxiliary material bottle cap 122, and the auxiliary material bottle cap 122 is provided with a protective shell 1228, in which, the difference is that the protective shell 1228 is provided with a notch 1228a on the rear wall of the protective shell 1228 in the length direction of the auxiliary material bottle body 121 (i.e. the direction from the front side wall 1213a to the rear side wall 1213b of the auxiliary material bottle body 121). In this improvement scheme, can effectively protect outstanding splenium of pressing on the auxiliary material bottle lid through the design protective housing, avoid the auxiliary material bottle to lead to pressing the splenium to be acted on and promote the door valve to open the liquid that makes in the auxiliary material bottle and spill at the removal in-process bumps, and the design breach is used for the effect part (for example the round pin post of auxiliary material bottle base etc.) of cooperation external device, when the auxiliary material bottle pushes in/release for the level with external device (for example auxiliary material bottle base) and realizes being connected/separating, can avoid protective housing and round pin post to take place to interfere through design breach 1228 a.

Referring to fig. 10a to 10e, the present invention provides a fourth embodiment of an auxiliary material bottle. The auxiliary material bottle 12 provided by this embodiment includes an auxiliary material bottle body 121 and an auxiliary material bottle cap 122, and the auxiliary material bottle cap 122 is provided with a protective shell 1228, in which, the difference is that the protective shell 1228 is provided with two opposite notches 1228b in the length direction of the auxiliary material bottle body 121 (i.e. the direction from the front side wall 1213a to the rear side wall 1213b of the auxiliary material bottle body 121). In this improvement scheme, can effectively protect outstanding splenium of pressing on the auxiliary material bottle lid through the design protective housing, avoid the auxiliary material bottle to lead to pressing the splenium to be acted on and promote the door valve to open the liquid that makes in the auxiliary material bottle and spill at the removal in-process bumps, and design two breach 1228b and use for the effect part (for example the round pin post of auxiliary material bottle base, and the round pin post is equipped with round pin post transitional coupling's sloping arm) of cooperation external device, when auxiliary material bottle and external device (for example auxiliary material bottle base) push in for the level/push out the realization and be connected/separate, can avoid protective housing and round pin post and sloping wall to take place to interfere through design breach 1228 b.

As a further preferable configuration, in addition to the auxiliary material bottle shown in the four embodiments, as shown in fig. 20, an inclined guide portion 12100 inclined in the direction of the inlet/outlet port is provided on the inner surface of the bottom wall of the auxiliary material bottle main body 121. This preferred scheme is through be equipped with on the diapire internal surface of auxiliary material bottle body 121 toward the slope guide portion 12100 (specifically be an entity inclined plane) of advancing/discharge gate direction slope is favorable to the auxiliary material in the auxiliary material bottle to pass through fast advance/discharge gate direction flows, adopts diapire internal surface to be planar scheme relatively, can effectively avoid the auxiliary material in the auxiliary material bottle to leave over the problem.

Referring back to fig. 6a to 6d, in addition, the auxiliary material bottle base 111 provided in this embodiment is mainly formed by connecting a bottom plate 1111, a rear plate 1112, a left side plate 1113, a right side plate 1114 and a front plate 1115. The pin 113 is provided on the inner surface of the base plate. Preferably, when the accessory bottle 11 is attached to the accessory bottle base 111, the horizontal plane A1-A1 of the outside opening 12240 of the accessory bottle cap 122 is below the top edge B1-B1 within the cavity of the accessory bottle base 111 (see FIG. 17 c). With this preferred embodiment, when the auxiliary material bottle 12 is connected to the auxiliary material bottle base 111 and the valve port 1220 is pushed open, the liquid auxiliary material in the auxiliary material bottle flows out from the valve port and enters the cavity of the auxiliary material bottle base 111, when the liquid level of the auxiliary material entering the base 111 of the auxiliary material bottle reaches the height (horizontal plane) A1-A1 of the opening of the auxiliary material bottle cap (specifically the outer opening of the auxiliary material bottle cap), no air enters the auxiliary material bottle, the auxiliary material in the auxiliary material bottle stops flowing out at the moment, the liquid level reaches a balanced state, the horizontal plane A1-A1 of the outer opening of the auxiliary material bottle cap is lower than the top edge B1-B1 in the cavity of the auxiliary material bottle base, the auxiliary material in the cavity of the auxiliary material bottle base 111 can be ensured not to exceed the top edge in the cavity of the auxiliary material bottle base 111, so that the auxiliary material is effectively prevented from overflowing from the cavity of the auxiliary material bottle base 111.

Preferably, in this embodiment, the top edge 111b of the auxiliary material bottle base 111 is engaged with the connecting edge 111a of the auxiliary material bottle body correspondingly connected to the top edge 111b of the auxiliary material bottle base 111 to realize sealing connection. Through setting up the auxiliary material bottle body 121 of auxiliary material bottle base 111 and auxiliary material bottle and closing mutually, form relative airtight space between the two, prevent that the mosquito from getting into to effectively reducing bacterial growing, during the auxiliary material flows into auxiliary material base 111 in making auxiliary material bottle 12, at auxiliary material bottle base 111 below design auxiliary material pump and auxiliary material export, connect the auxiliary material export extraction auxiliary material with the auxiliary material pump, thereby realize the quick connection of auxiliary material bottle and pipeline.

In another preferred embodiment, as shown in fig. 11, on the basis that the top edge of the auxiliary material bottle base 111 is fitted with the connecting edges of the two side walls of the auxiliary material bottle body 121, or separately provided, the bottom wall or/and the two opposite side walls of the auxiliary material bottle body 121 are/is provided with auxiliary material bottle grooves/flanges 1110a, the top edge of the auxiliary material bottle base 111 is further provided with matched flanges/grooves 1110b, and the auxiliary material bottle body 121 is hermetically and fixedly connected with the auxiliary material bottle base 111 by matching the auxiliary material bottle grooves/flanges 1110a with the flanges/grooves 1110b provided on the top edge of the auxiliary material bottle base. Adopt the preferred scheme that this embodiment provided, make auxiliary material bottle 12 connect when auxiliary material bottle base 111 is last, auxiliary material bottle base 111 and auxiliary material bottle 12 coincide mutually, form relative airtight space between the two, prevent that the mosquito from getting into to effectively reduce bacterial growing. Further, the top edge of the auxiliary material bottle base 111 can also be provided with a flange/groove 1110b and an auxiliary material bottle groove/flange 1110a matching connection arranged on the auxiliary material bottle body 121, thereby further realizing the sealing and fixing connection between the auxiliary material bottle base 111 and the auxiliary material bottle 12.

Specifically, in the two embodiments, the surface of the top edge 111b of the auxiliary material bottle base 111 is a plane, and the top edge 111b of the auxiliary material bottle base 111 includes the top edges of the rear plate 1112, the left side plate 1113, and the right side plate 1114. The top edges of the left side plate 1113 and the right side plate 1114 each include a top rear edge (1113a, 1114a), a top middle edge (1113b, 1114b), and a top front edge (1113c, 1114c), and the top rear edges (1113a, 1114a) of the left side plate 1113 and the right side plate 1114 are connected to the top edge 1112a of the rear plate 1112 and are on the same horizontal plane. The horizontal plane of the top front section edges (1113c, 1114c) of the left side plate 1113 and the right side plate 1114 is higher than the horizontal plane of the top rear section edges (1113a, 1114a) of the left side plate 1113 and the right side plate 1114, and the top middle section edges (1113b, 1114b) are obliquely arranged to respectively transitionally connect the top rear section edges (1113a, 1114a) and the top front section edges (1113c, 1114 c).

Further, in the embodiment shown in fig. 11, the widths of the top middle edges (1113b, 1114b) and the top front edges (1113c, 1114c) of the left and

right side plates

1113 and 1114 are the same, and the widths of the top middle edges (1113b, 1114b) and the top front edges (1113c, 1114c) of the left and

right side plates

1113 and 1114 are smaller than the widths of the top rear edges (1113a, 1114a) of the left and

right side plates

1113 and 1114, so that the top middle edges (1113b, 1114b) and the top front edges (1113c, 1114c) of the left and

right side plates

1113 and 1114 constitute the auxiliary material bottle base guide rail 11101, and the auxiliary material bottle grooves provided on the opposite side walls (left and

right side walls

1213c and 1213d) of the auxiliary material bottle body 121 serve as the auxiliary material bottle guide grooves 11102 matching with the auxiliary material bottle base guide rail 11102, so that the auxiliary material bottles 11112 are connected to each other through the auxiliary material bottle base guide rail 11101 and the auxiliary material bottle guide groove 11102 Is connected to the base 111 of the auxiliary material bottle.

In a preferred embodiment (refer to fig. 16b), when the auxiliary material bottle 12 is buckled on the auxiliary material bottle base 111 from top to bottom in a buckling manner, the auxiliary material bottle 12 is tightly and fixedly connected with the auxiliary material bottle base 111 by the mutual matching of the auxiliary material bottle base guide rails 11101 and the auxiliary material bottle guide grooves 11102.

In another preferred embodiment (see fig. 17c), when the auxiliary material bottle 12 is pushed onto the auxiliary material bottle base 111 in a push-in type from front to back, the auxiliary material bottle 12 is guided to be pushed onto the auxiliary material bottle base 111 by the mutual matching of the auxiliary material bottle base guide rail 11101 and the auxiliary material bottle guide groove 11102.

Furthermore, the top edge of the auxiliary material bottle base 111 further includes a top edge 1115a of the front plate 1115, and the top edge 1115a of the front plate 1115 is located at a level lower than the level of the top front edges (1113c, 1114c) of the left side plate 1113 and the right side plate 1114, so that a gap 11103 is formed between the left side plate 1113, the right side plate 1114 and the front plate. When the auxiliary material bottle 12 is pushed into the auxiliary material bottle base 111 from front to back in a push type, the notch 11103 serves as an inlet and outlet of the auxiliary material bottle.

As a further design, as shown in fig. 11, the top surface edge 1115a of the front plate 1115 constitutes the fixed convex edge 11104 of the auxiliary material bottle base, the auxiliary material bottle groove 11105, which is arranged at the position of the bottom wall of the auxiliary material bottle 12 close to the front side wall, is matched with the fixed convex edge 11104 of the auxiliary material bottle base, when the auxiliary material bottle 12 is clamped into the auxiliary material bottle base 111 under the matching action of the guide rail 11101 of the auxiliary material bottle base and the guide groove 11102 of the auxiliary material bottle, the auxiliary material bottle groove 11105 on the bottom wall of the auxiliary material bottle is clamped into the fixed convex edge 11104 of the auxiliary material bottle base so as to further fix the auxiliary material bottle 12 on the auxiliary material bottle base 111 and achieve a more sealed connection state.

Further, the auxiliary material pump 116, which is used for connecting the auxiliary material outlet 112 inside and outside the cavity of the auxiliary material bottle base, has an auxiliary material input port 1161 connected to the auxiliary material outlet 112 through an internal connection pipe 1162, and an auxiliary material output port 1163 of the auxiliary material pump 116 is connected to an external connection pipe (equivalent to the auxiliary material pipe 1001 in fig. 2) to output the auxiliary material outwards. The auxiliary material pump 116 is fixed on the outer surface of the bottom plate of the auxiliary material pump base 111, and is specifically fixed on the outer surface 11112 of the bottom plate of the auxiliary material pump base 111 through an auxiliary material pump buckle 117.

Specifically, the bottom inner surface 11111 of the auxiliary material bottle base 111 comprises a first bottom inner surface 11111a adjacent to the rear plate 1112, a second bottom inner surface 11111b adjacent to the front plate 1115, and a third bottom inner surface 11111c connecting the first bottom inner surface 11111a and the second bottom inner surface 11111b, wherein the second bottom inner surface 11111b is located at a lower level than the first bottom inner surface 11111 a. The pin 113 is disposed on the first inner surface 11111a of the base plate, and the auxiliary material outlet 112 is disposed on the second inner surface 11111b of the base plate and communicates with the inner and outer surfaces of the base plate of the auxiliary material bottle base 111. In this embodiment, the pin 113 is disposed on the first inner surface 11111a of the bottom plate, and the auxiliary material outlet 112 is disposed on the second inner surface 11111b of the bottom plate at a level lower than the first inner surface 11111a of the bottom plate, so that the auxiliary material flowing out through the valve port and into the cavity of the base 111 of the auxiliary material bottle flows from the first inner surface 11111a of the bottom plate to the second inner surface 11111b of the bottom plate and finally flows out through the auxiliary material outlet 112, thereby facilitating the pumping out of the auxiliary material in the base 111 of the auxiliary material bottle.

Further, the bottom plate outer surface 11112 of the auxiliary material bottle base 111 includes a bottom plate first outer surface 11112a opposite to the bottom plate first inner surface 11111a, a bottom plate second outer surface 11112b opposite to the bottom plate second inner surface 11111b, and a bottom plate third outer surface 11112c connecting the bottom plate first outer surface 11112a and the bottom plate second outer surface 11112b, and the level of the bottom plate second outer surface 11112b is lower than the level of the bottom plate first outer surface 11112a, and the auxiliary material pump 113 is fixed on the bottom plate first outer surface 11112a of the auxiliary material pump base 111 through an auxiliary material pump buckle 117. In the embodiment, a space (a space formed by a height difference between the first outer surface 11112a of the base plate and the second outer surface 11112b of the base plate) for accommodating the auxiliary material pump is formed outside the base plate of the auxiliary material bottle base 111, so that the space can be effectively utilized, and the space cost can be saved.

Furthermore, a liquid level sensor 118 is further arranged in the cavity of the auxiliary material bottle base 111, the liquid level sensor 118 is a non-contact liquid level sensor, and the liquid level sensor 118 is close to the front plate 1115. Specifically, the liquid level sensor 118 includes a float positioning post and a float with a magnet that can be detected by a hall proximity switch disposed outside the front plate. The lower end of the floating block positioning column is connected with the bottom of the cavity of the auxiliary material bottle base, the upper end of the floating block positioning column is suspended, and the floating block with the magnet moves between the two ends of the floating block positioning column under the action of the auxiliary material in the auxiliary material bottle base. A specific position between the both ends of floating block reference column with constitute low liquid level detection region between the lower extreme of floating block reference column, work as take the magnet floating block to be located can be arranged in when low liquid level detection region hall proximity switch 119 in the front bezel 1115 outside detects, wherein hall proximity switch 119 is connected with liquid level indicator 120 in order to indicate the user to add the auxiliary material or change the auxiliary material bottle. This embodiment is through setting up low liquid level detection region on non-contact level sensor 118 in auxiliary material bottle base 111, when the auxiliary material runs out and the auxiliary material in the auxiliary material bottle base is also fast being extracted to be accomplished often in the auxiliary material bottle, take the auxiliary material liquid level in the magnet floater can the auxiliary material bottle at any time to fall to low liquid level detection region (reach or be less than low liquid level and remind the position), thereby can be detected by the outer low liquid level hall proximity switch of auxiliary material bottle base cavity, and through low liquid level hall proximity switch to controller signals (through the liquid level pilot lamp 120 that corresponds) add the auxiliary material or change the auxiliary material bottle in order to indicate the user.

Referring to fig. 11 to 13, as a further improvement of the auxiliary material device provided in this embodiment, the auxiliary material bottle frame 11 further includes at least one auxiliary material bottle base support 114 for supporting each auxiliary material bottle base 111, and each auxiliary material bottle base support 114 is provided with an auxiliary material bottle base accommodating cavity 1140 for accommodating the auxiliary material bottle base 111. As a preferred scheme, the auxiliary material bottle rack 11 provided by this embodiment includes a plurality of auxiliary material bottle base brackets 114 and a plurality of auxiliary material bottle base brackets 114 formed integrally. The width of each auxiliary material bottle base accommodating cavity 1140 is the same; or, the widths of the at least two auxiliary material bottle base accommodating cavities 1140 are different.

Specifically, referring to fig. 14 to 15, the top edge of each auxiliary material bottle base 111 extends outward and bends to form an auxiliary material bottle base groove 11106, and each auxiliary material bottle base support 114 is correspondingly provided with an auxiliary material bottle base support flange 11107 at the top edge of the auxiliary material bottle base accommodating cavity 1140 to be clamped into the auxiliary material bottle base groove 11106, so as to accommodate and fix the auxiliary material bottle base 111 in the auxiliary material bottle base accommodating cavity 1140 of the auxiliary material bottle base support 114.

It can be seen that, in the present embodiment, the auxiliary material bottle base support 114 capable of accommodating the auxiliary material bottle bases 111 is further provided, and the plurality of auxiliary material bottle base supports are integrally formed and are provided with the plurality of auxiliary material bottle base accommodating cavities 1140 for respectively accommodating the auxiliary material bottle bases through design, so that not only can each auxiliary material bottle base 111 be protected to be accommodated and protected (parts such as an auxiliary material pump can be effectively prevented from being exposed), but also the overall movement and placement of the auxiliary material device for bearing the plurality of auxiliary material bottles can be realized. In addition, the convex edge 11107 is designed on the top edge of each auxiliary material bottle base accommodating cavity corresponding to each auxiliary material bottle base support 114, the groove 11106 is correspondingly designed on the auxiliary material bottle base 111, and when the auxiliary material bottle base 111 is embedded into the auxiliary material bottle base support 114, the convex edge 11107 is clamped into the groove 11106 to form an automatic locking state, so that the auxiliary material bottle base 111 can be fixed on the auxiliary material bottle base support 114.

It can be seen that the auxiliary material device that this embodiment provided includes auxiliary material bottle 12, auxiliary material bottle base 111 and auxiliary material bottle base support 114, wherein, through the accordant connection between auxiliary material bottle 12 and the auxiliary material bottle base 111 to and the accordant connection between auxiliary material bottle base 111 and the auxiliary material bottle base support 114, in order to form the auxiliary material device that is sealed relatively whole. When the auxiliary material bottle base support 111 is embedded into the auxiliary material bottle base support 114, the auxiliary material bottle base support convex edge 11107 is clamped into the auxiliary material bottle base groove 11106, then the auxiliary material bottle is embedded into the auxiliary material bottle base 111, the auxiliary material bottle base convex edge 11104 is embedded into the auxiliary material bottle groove 11105, and the auxiliary material bottle inclined guide groove 11105 has a guiding and positioning function, so that the auxiliary material bottle base support 114, the auxiliary material bottle base 111 and the auxiliary material bottle 12 form a relative sealing structure.

As an improved design of this embodiment, a hall proximity switch 119 is disposed on the outer surface of the front plate of the auxiliary material bottle base frame 114 corresponding to each auxiliary material bottle base accommodating cavity, and each hall proximity switch 119 is configured to detect a liquid level sensor 118 accommodated in the auxiliary material bottle base 111 corresponding to the auxiliary material bottle base accommodating cavity. The auxiliary material device further comprises a controller (not shown) and a liquid level prompter 120, wherein the controller is respectively connected with each Hall proximity switch 119 and the liquid level prompter 120, and the liquid level prompter is arranged on the outer surface of the front plate of the auxiliary material bottle base frame 114; the liquid level indicator 120 is a light display component, an audio device or a display. This embodiment detects through setting up low liquid level hall proximity switch on the front bezel surface of auxiliary material bottle base frame 114 to detect through low liquid level hall proximity switch 119 and accept to correspond level sensor 118 in the auxiliary material bottle base 111 that the chamber was accepted to the auxiliary material bottle base, when the liquid level in the auxiliary material bottle base 111 is less than the default, send a signal (through corresponding liquid level indicator 120) in order to indicate the user to add the auxiliary material or change the auxiliary material bottle through low liquid level hall proximity switch 119 to the controller.

Referring to fig. 16a to 16c, as a preferred solution of this embodiment, the auxiliary material bottle 12 provided in this embodiment is buckled into the auxiliary material bottle base 111 from top to bottom in a snap-in manner. The auxiliary material bottle adopts the design of buckling into the auxiliary material bottle base from top to bottom, the auxiliary material bottle and the auxiliary material bottle base are opposite up and down (the valve type bottle cap 122 of the auxiliary material bottle is just opposite to the pin 113 on the auxiliary material bottle base), and the auxiliary material bottle convex groove of the auxiliary material bottle is utilized, the design of the auxiliary material bottle base convex edge is corresponding to the auxiliary material bottle base convex edge of the auxiliary material bottle base, the design of the auxiliary material bottle base convex edge has the positioning and guiding function to realize the sealing connection of the auxiliary material bottle and the auxiliary material bottle base, and when the auxiliary material bottle and the auxiliary material bottle base are connected in a sealing way, the pin 113 arranged in the auxiliary material bottle base 111 is opposite to the valve type bottle cap 122 of the auxiliary material bottle 12 and acts on the bottle cap valve of the valve type bottle cap 122 to open the valve port, the liquid auxiliary material in the auxiliary material bottle flows out through the valve port and enters the cavity of the auxiliary material bottle base when the valve port is opened. When the auxiliary material bottle needs to be pulled out, reverse force will the auxiliary material bottle breaks away from up taking out from down, and the auxiliary material bottle lid breaks away from auxiliary material bottle base round pin post along with the auxiliary material bottle takes out, and auxiliary material bottle lid valve self-closing under elastic element's effect takes the in-process out at the auxiliary material bottle, because the auxiliary material bottle lid is in round pin post 113 just to the cavity 110 of auxiliary material bottle base always, consequently closes at the auxiliary material bottle lid and still falls into the auxiliary material bottle base in the twinkling of an eye the auxiliary material that drops out, has effectively prevented the outer phenomenon of leaking of auxiliary material.

It can be understood that, in the auxiliary material device provided in this embodiment, the auxiliary material bottle may adopt any one of the configurations of the auxiliary material bottles provided in the above four embodiments, and preferably adopts the configuration of the auxiliary material bottle provided in the second embodiment.

Referring to fig. 17a to 17c, as a preferred solution of this embodiment, the auxiliary material bottle 12 provided in this embodiment is pushed into the auxiliary material bottle base 111 from front to back by a push-in type. The auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push-in type design, the auxiliary material bottle guide grooves with certain inclination are designed on two sides of the auxiliary material bottle and are designed corresponding to the auxiliary material bottle base guide rails of the auxiliary material bottle base, the auxiliary material bottle base guide rails 11101 have a positioning guide effect, in the auxiliary material bottle replacement process, the opening of the auxiliary material bottle is downward and is pushed into the auxiliary material bottle base 111 from the middle auxiliary material bottle inlet/outlet 11103 of the auxiliary material bottle base 111, the auxiliary material bottle 12 slides down to the right position along the auxiliary material bottle base guide rails under the matching effect of the auxiliary material bottle guide grooves 11102 and the auxiliary material bottle base guide rails 11101, a boosting effect is achieved at the moment, in the process of pulling out the auxiliary material bottle 12, under the matching effect of the auxiliary material bottle base guide rails 11101 and the auxiliary material bottle base guide rails 11102, the auxiliary material bottle cap 122 is pulled up and separated from the auxiliary material bottle base pin 113, and the auxiliary material bottle cap valve 12222 automatically closes the valve port 1220 under the effect of, meanwhile, the auxiliary material bottle has the same movement track under the upper and lower matching action of the auxiliary material bottle guide groove 11102 and the auxiliary material bottle base guide rail 11101, and before the auxiliary material bottle is completely drawn out, the auxiliary material bottle cap 122 is always positioned in the auxiliary material bottle base 111, so that the auxiliary material which drips instantly when the valve port 1220 is closed by the auxiliary material bottle cap 122 still falls in the auxiliary material bottle base 111, and the phenomenon of auxiliary material leakage is effectively prevented.

It can be understood that, in the auxiliary material device provided in this embodiment, the auxiliary material bottle 12 may adopt the structures of the first embodiment, the third embodiment and the fourth embodiment of the auxiliary material bottles provided in the above four embodiments.

As a modified solution of this embodiment, an inclined arm 1130 transitionally connected to the pin 113 is further disposed in the cavity of the auxiliary material bottle base, and the inclined arm 1130 gradually inclines upward toward the pin 113 along a connection end between the first inner surface of the bottom plate and the third inner surface of the bottom plate. It is understood that, in the auxiliary material device according to this modified embodiment, the auxiliary material bottle 12 may adopt the structures of the first and fourth embodiments of the auxiliary material bottles provided in the above four embodiments, so as to avoid the interference of the bottle cap 122 of the auxiliary material bottle with the pin 113 and the inclined arm 1130.

Referring back to fig. 4, fig. 5a to 5b, as a further improvement of the above-mentioned scheme that the auxiliary material bottle 12 is pushed into the auxiliary material bottle base 111 from front to back in a push-in type, the auxiliary material bottle base bracket 114 includes an upper bracket 1141 and a lower bracket 1142, the upper bracket 1141 is fixed on the lower bracket 1142 by a bracket fixing plate 1144, and the upper bracket 1141 and the lower bracket 1142 are both provided with a plurality of auxiliary material bottle base accommodating cavities 1140. The upper end of the bracket fixing plate 1144 is provided with an upper layer screw locking port 11441 to realize the fixed connection with the upper layer bracket 1141, and the lower end of the bracket fixing plate 1144 is provided with a lower layer screw locking port 11442 to realize the fixed connection with the lower layer bracket 1142.

Preferably, the upper bracket 1141 is fixed to one side of the lower bracket 1142 through a bracket fixing plate 1144, an auxiliary material bottle base accommodating cavity formed in the upper bracket 1141 and an auxiliary material bottle base accommodating cavity in the lower bracket 1142 opposite to the upper bracket 1141 are correspondingly accommodating auxiliary material bottle bases for fixing a first type of auxiliary material bottles, and the rest of the auxiliary material bottle base accommodating cavities in the lower bracket 1142 are correspondingly accommodating auxiliary material bottle bases for fixing a second type of auxiliary material bottles; wherein the height of the first type of auxiliary material bottle is H1, the height of the second type of auxiliary material bottle is H2, and 2H1 is less than H2.

In another alternative embodiment, referring to fig. 18, the auxiliary material bottle base accommodating cavity of the lower bracket 1142 is correspondingly used for accommodating an auxiliary material bottle base for fixing a first type of auxiliary material bottle, and the auxiliary material bottle base accommodating cavity of the upper bracket 1141 is correspondingly used for accommodating an auxiliary material bottle base for fixing a second type of auxiliary material bottle; wherein the height of the first type of auxiliary material bottle is H1, the height of the second type of auxiliary material bottle is H2, and H1 is not equal to H2.

In yet another alternative embodiment, referring to fig. 19, the upper bracket 1141 is fixed to one side of the lower bracket 1142 by a bracket fixing plate 1144, an auxiliary material bottle base receiving cavity of the upper bracket 1141 correspondingly receives an auxiliary material bottle base for fixing a first type of auxiliary material bottle, an auxiliary material bottle base receiving cavity of the lower bracket 1142, which is opposite to the upper bracket 1141, correspondingly receives an auxiliary material bottle base for fixing a second type of auxiliary material bottle, and the rest of the auxiliary material bottle base receiving cavities of the lower bracket 1142 correspondingly receive an auxiliary material bottle base for fixing a third type of auxiliary material bottle; the height of the first type of auxiliary material bottle is H1, the height of the second type of auxiliary material bottle is H2, the height of the third type of auxiliary material bottle is H3, and H1+ H2 is less than H3.

In any of the embodiments of FIGS. 5a, 18 and 19, the width of each of the accessory bottle base receiving cavities can be configured to be uniform.

It can be seen that any embodiment that fig. 5a, fig. 18 and fig. 19 provided can make reasonable use of space by designing the support of the base of the auxiliary material bottle into two layers (or multiple layers) and designing the auxiliary material bottles (corresponding to the bases of the auxiliary material bottle) with different sizes or quantities based on the two layers of structures, thereby greatly saving the space cost of the whole auxiliary material device, and can meet the design of the small and large bottles with less use requirements for different auxiliary materials in the cooking process of the user, thereby improving the use experience of the user.

The foregoing is only a preferred embodiment of the present invention, and it should be noted that, for those skilled in the art, a plurality of modifications and replacements can be made without departing from the technical principle of the present invention, and these modifications and replacements should also be regarded as the protection scope of the present invention.

Claims

1. The auxiliary material bottle rack is characterized by comprising an auxiliary material bottle base, wherein an auxiliary material outlet communicated with the inside and the outside of a cavity of the auxiliary material bottle base is formed in the bottom of the cavity of the auxiliary material bottle base and is used for being connected with an auxiliary material pump; a pin column is further arranged in the cavity of the auxiliary material bottle base, when an auxiliary material bottle with a valve type bottle cap is accommodated in the cavity of the auxiliary material bottle base, a valve of the valve type bottle cap of the auxiliary material bottle opens a valve port under the action of the pin column, and liquid auxiliary material in the auxiliary material bottle flows out of the valve port, enters the cavity of the auxiliary material bottle base and then flows out of the auxiliary material pump through the auxiliary material outlet; when the auxiliary material bottle is separated from the auxiliary material bottle base, the valve of the valve type bottle cap of the auxiliary material bottle leaves the pin column so as to close the valve port.

2. The auxiliary material bottle rack of claim 1, wherein when an auxiliary material bottle with a valve type bottle cap is received in the cavity of the auxiliary material bottle base, the horizontal plane of the outer opening of the valve type bottle cap of the auxiliary material bottle is lower than the top edge in the cavity of the auxiliary material bottle base.

3. The accessory bottle stand of claim 1, wherein the top edge of the accessory bottle base is engaged with a connecting edge of the accessory bottle body of the accessory bottle that is correspondingly connected to the top edge of the accessory bottle base to achieve a sealed connection; and/or

4. The accessory bottle stand of claim 1, wherein the accessory bottle base is formed by connecting a bottom plate, a rear plate, a left side plate, a right side plate and a front plate; the pin is arranged on the inner surface of the bottom plate.

5. The accessory bottle rack of claim 1, wherein the accessory bottle is snapped onto the accessory bottle base in a snap-in fashion from top to bottom; or the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push type mode.

6. The accessory bottle rack of claim 4, wherein the top edge of the accessory bottle base comprises top edges of the rear panel, left side panel, and right side panel; the top edges of the left side plate and the right side plate respectively comprise a top rear section edge, a top middle section edge and a top front section edge, and the top rear section edges of the left side plate and the right side plate are connected with the top edge of the rear plate and are positioned on the same horizontal plane; the horizontal plane at the front section edge of the left side plate and the horizontal plane at the front section edge of the right side plate are higher than the horizontal plane at the top rear section edge of the left side plate and the horizontal plane at the top rear section edge of the right side plate, and the top middle section edge is obliquely arranged to be in transitional connection with the top rear section edge and the top front section edge.

7. The auxiliary material bottle frame according to claim 6, wherein the top edge of the auxiliary material bottle base is a plane, the top middle section edge and the top front section edge of the left side plate and the right side plate have the same width, and the top middle section edge and the top front section edge of the left side plate and the right side plate have a width smaller than the width of the top rear section edge of the left side plate and the right side plate, so that the top middle section edge and the top front section edge of the left side plate and the right side plate form an auxiliary material bottle base guide rail, and auxiliary material bottle grooves formed on two opposite side walls of the auxiliary material bottle body of the auxiliary material bottle are used as auxiliary material bottle guide grooves matched with the auxiliary material bottle base guide rail.

8. The auxiliary material bottle rack according to claim 7, wherein when the auxiliary material bottle is buckled from top to bottom in a buckling manner onto the auxiliary material bottle base, the auxiliary material bottle and the auxiliary material bottle base are fixedly connected in a sealing manner by matching the auxiliary material bottle base guide rail and the auxiliary material bottle guide groove;

9. The accessory bottle stand of claim 7, wherein the top edge of the accessory bottle base further comprises a top edge of a front panel, the top edge of the front panel being at a lower level than the front edges of the left and right side panels, such that a gap is defined between the left and right side panels and the front panel;

10. The auxiliary material bottle frame according to claim 9, wherein the top surface edge of the front plate forms an auxiliary material bottle base fixing flange, an auxiliary material bottle groove provided at a position of the bottom wall of the auxiliary material bottle close to the front side wall matches with the auxiliary material bottle base fixing flange, and when the auxiliary material bottle is connected to the auxiliary material bottle base, the auxiliary material bottle groove on the bottom wall of the auxiliary material bottle is clamped into the auxiliary material bottle base fixing flange to fix the auxiliary material bottle on the auxiliary material bottle base.

11. The accessory bottle stand of claim 1, wherein the accessory input port of the accessory pump is connected to the accessory outlet port via an internal connection pipe, and the accessory output port of the accessory pump is connected to an external connection pipe to output the accessory outwards; the auxiliary material pump is fixed on the outer surface of the bottom plate of the auxiliary material pump base;

12. The accessory bottle stand of claim 4, wherein the interior surface of the base plate of the accessory bottle base includes a first interior surface of the base plate adjacent the rear plate, a second interior surface of the base plate adjacent the front plate, and a third interior surface of the base plate connecting the first interior surface of the base plate and the second interior surface of the base plate, and wherein the second interior surface of the base plate is at a lower level than the first interior surface of the base plate; the pin column is arranged on the first inner surface of the bottom plate, and the auxiliary material outlet is arranged on the second inner surface of the bottom plate and communicated with the inner surface and the outer surface of the bottom plate of the auxiliary material bottle base.

13. The accessory bottle stand of claim 12, wherein the base outer surface of the accessory bottle base includes a base first outer surface opposite the base first inner surface, a base second outer surface opposite the base second inner surface, and a base third outer surface connecting the base first outer surface and the base second outer surface, and the base second outer surface is at a lower level than the base first outer surface; the auxiliary material pump is fixed on the first outer surface of the bottom plate.

14. The auxiliary material bottle rack according to claim 12, wherein when the auxiliary material bottle is pushed onto the auxiliary material bottle base from front to back in a push type manner and the protective shell of the auxiliary material bottle is provided with two opposite notches in the length direction of the auxiliary material bottle body of the auxiliary material bottle, an inclined arm transitionally connected with the pin is further arranged in the cavity of the auxiliary material bottle base, and the inclined arm gradually inclines upwards towards the pin along the connecting end of the first inner surface of the bottom plate and the third inner surface of the bottom plate.

15. The auxiliary material bottle rack of claim 4, wherein a liquid level sensor is further disposed in the cavity of the auxiliary material bottle base, and the liquid level sensor is a non-contact liquid level sensor; the level sensor is proximate to the front plate.

16. The accessory bottle rack of claim 15, wherein the level sensor comprises a float positioning post and a magnet float that is detectable by a hall proximity switch positioned outside the front plate.

17. The accessory bottle rack of claim 16, wherein the lower end of the floating block positioning column is connected to the bottom of the cavity of the accessory bottle base, the upper end of the floating block positioning column is suspended, and the floating block with the magnet moves between the two ends of the floating block positioning column under the action of the accessory in the accessory bottle base.

18. The accessory bottle stand of claim 17, wherein a low liquid level detection area is defined between a specific location between two ends of the float positioning post and a lower end of the float positioning post, and the float with magnet can be detected by a hall proximity switch disposed outside the front plate when the float is located in the low liquid level detection area.

19. The accessory bottle stand of any one of claims 1 to 18, further comprising an accessory bottle base support, wherein the accessory bottle base support is provided with an accessory bottle base receiving cavity for receiving the accessory bottle base.

20. The auxiliary material bottle frame according to claim 19, wherein the top edge of the auxiliary material bottle base extends outward and bends to form an auxiliary material bottle base groove, and the auxiliary material bottle base support is correspondingly provided with an auxiliary material bottle base support convex edge at the top edge of the auxiliary material bottle base accommodating cavity to be clamped into the auxiliary material bottle base groove, so that the auxiliary material bottle base is accommodated and fixed in the auxiliary material bottle base accommodating cavity of the auxiliary material bottle base support.

21. The accessory bottle stand of claim 20, wherein a plurality of the accessory bottle base brackets are integrally formed to form the accessory bottle stand, and the accessory bottle base receiving cavity of each of the accessory bottle base brackets is adapted to receive a corresponding one of the accessory bottle bases.

22. The accessory bottle rack of claim 21, wherein each of the accessory bottle base receiving cavities has the same width; or the widths of the accommodating cavities of the at least two auxiliary material bottle bases are different.

23. The accessory bottle stand of claim 21, wherein the accessory bottle base support includes an upper support and a lower support, the upper support is fixed to the lower support by a support fixing plate, and the upper support and the lower support are each provided with a plurality of accessory bottle base receiving cavities.

24. The accessory bottle rack of claim 23, wherein the upper rack is secured to one side of the lower rack by a rack securing plate.

25. The auxiliary material bottle rack of claim 23, wherein the auxiliary material bottle base accommodating cavity formed in the lower support correspondingly accommodates an auxiliary material bottle base for fixing a first type of auxiliary material bottle, and the auxiliary material bottle base accommodating cavity formed in the upper support correspondingly accommodates an auxiliary material bottle base for fixing a second type of auxiliary material bottle; wherein the height of the first type of auxiliary material bottle is H₁The height of the auxiliary material bottle of the second type is H₂And H is₁Is not equal to H₂。

26. The auxiliary material bottle rack of claim 23, wherein the auxiliary material bottle base receiving cavity formed in the upper support and the auxiliary material bottle base receiving cavity of the lower support opposite to the upper support correspondingly receive auxiliary material bottle bases for fixing a first type of auxiliary material bottles, and the remaining auxiliary material bottle base receiving cavities of the lower support correspondingly receive auxiliary material bottle bases for fixing a second type of auxiliary material bottles; wherein the height of the first type of auxiliary material bottle is H₁The height of the auxiliary material bottle of the second type is H₂And 2H₁＜H₂。

27. The auxiliary material bottle rack according to claim 23, wherein the auxiliary material bottle base receiving cavity of the upper rack correspondingly receives an auxiliary material bottle base for fixing a first type of auxiliary material bottle, the auxiliary material bottle base receiving cavity of the lower rack opposite to the upper rack correspondingly receives an auxiliary material bottle base for fixing a second type of auxiliary material bottle, and the rest auxiliary material bottle base receiving cavities of the lower rack correspondingly receive auxiliary material bottle bases for fixing a third type of auxiliary material bottle; wherein the height of the first type of auxiliary material bottle is H₁The height of the auxiliary material bottle of the second type is H₂The height of the third type of auxiliary material bottle is H₃And H is₁+H₂＜H₃。

28. The accessory bottle rack of any one of claims 25-27, wherein each accessory bottle base receiving cavity has a uniform width.

29. The auxiliary material bottle rack of claim 19, wherein a hall proximity switch is disposed on the outer surface of the front plate of the auxiliary material bottle base rack corresponding to each auxiliary material bottle base receiving cavity, each hall proximity switch being configured to detect a level sensor received in the auxiliary material bottle base corresponding to the auxiliary material bottle base receiving cavity.

30. The accessory bottle stand of claim 29, further comprising a controller and a liquid level prompter, wherein the controller is connected to each of the hall proximity switches and the liquid level prompter, respectively, and the liquid level prompter is disposed on an outer surface of a front plate of the accessory bottle base stand; the liquid level prompter is a light display component, an audio device or a display.

31. An auxiliary material device, characterized by, including auxiliary material bottle that has valve formula bottle lid and auxiliary material bottle frame of any one of claims 1 ~ 30.

32. The auxiliary material device according to claim 31, wherein the auxiliary material bottle comprises an auxiliary material bottle body and an auxiliary material bottle cap, the auxiliary material bottle body is provided with a material inlet/outlet at the bottom, and the auxiliary material bottle cap is used for closing or opening the material inlet/outlet;

33. The accessory device of claim 32, wherein the cover has a hollow cavity in the middle, the hollow cavity communicating with the inside and outside of the cover; the base is fixed in the hollow cavity through a connecting piece, and the valve port is formed by the base and the groove between the inner walls of the cover bodies forming the hollow cavity.

34. The auxiliary material device according to claim 33, wherein an inner opening is formed at an end of the hollow cavity connected to the inner side of the cover, the base is adjacent to the inner opening, and a space between the base and the inner opening forms a valve receiving chamber for receiving the valve of the bottle cap; when the bottle cap valve is reset and accommodated in the valve accommodating cavity under the action of the elastic element, the bottle cap valve completely closes the inner side opening, so that the valve port is closed.

35. The auxiliary material device according to claim 33, wherein the hollow cavity is cylindrical, and the base is in the shape of a circular ring with the through hole at the center; the bottle cap valve is disc-shaped, and the center of the bottle cap valve is connected with the push rod.

36. The auxiliary material device according to claim 33, wherein the connecting member is provided with a plurality of connecting members, each connecting member serves as a guide arm, one end of each connecting member is arranged at a joint with the base, and the other end of each connecting member extends along the inner wall of the cover body forming the hollow cavity to be connected with the outer side of the cover body.

37. The auxiliary material device according to claim 33, wherein an outer opening is formed at an end of the hollow cavity connected to the outer side of the cover, an annular protective shell extends outwards from an edge of the outer opening, and the pressing portion is disposed in the cavity formed by the protective shell.

38. The accessory device of claim 32, wherein the accessory bottle cap is removably connected to the accessory bottle body; the auxiliary material bottle body is provided with external threads on the outer wall of a discharging cavity forming the feeding/discharging port, and the inner side surface of the cover body of the auxiliary material bottle cover is provided with internal threads matched and connected with the external threads.

39. The auxiliary material device as claimed in claim 32, wherein the auxiliary material bottle body is mainly composed of a top wall, a bottom wall and four side walls, and the inlet/outlet is provided in the bottom wall; the diapire of auxiliary material bottle body or relative both sides wall are equipped with auxiliary material bottle recess/chimb, the auxiliary material bottle body passes through the matching of the chimb/recess that corresponds the setting on auxiliary material bottle recess/chimb and an auxiliary material bottle base realize with the sealed fixed connection of auxiliary material bottle base.

40. The auxiliary material device according to claim 39, wherein the auxiliary material bottle grooves formed on the two opposite side walls of the auxiliary material bottle body along the length direction of the auxiliary material bottle body further form inclined guide grooves, and the inclined guide grooves are matched with the inclined guide rails correspondingly arranged on the auxiliary material bottle base so as to guide the auxiliary material bottle body to be pushed into the auxiliary material bottle base and realize sealed fixed connection.

41. The auxiliary material device according to claim 33, wherein an outer opening is formed at one end of the hollow cavity connected to the outer side of the cover body, an annular protective shell extends outwards from the edge of the outer opening, and the pressing portion is disposed in the cavity formed by the protective shell;

the rear end of the protective shell in the length direction of the auxiliary material bottle body is provided with a notch; or the protective shell is provided with two opposite notches in the length direction of the auxiliary material bottle body.

42. The accessory device of claim 40, wherein a handle is provided on a side wall of the accessory bottle body, the handle being integrally formed with the body; the handle is designed to be an embedded groove or a raised handle.

43. The auxiliary material device as claimed in claim 32, wherein an inclined guide portion inclined toward the inlet/outlet port is provided on an inner surface of a bottom wall of the auxiliary material bottle body.

44. The auxiliary material device according to claim 32, wherein the elastic element is a spring, one end of the spring abuts against or is connected to the base, and the other end of the spring abuts against or is connected to the pressing portion.

45. A frying pan device, which is characterized by comprising a frying pan and the auxiliary material device as claimed in any one of claims 31 to 44, wherein the auxiliary material outlet of each auxiliary material pump is communicated with the inside of the frying pan through an auxiliary material pipe.

46. The wok device of claim 45, wherein the wok comprises a wok body and a wok cover, the wok cover is provided with through holes, and the auxiliary material outlet of each auxiliary material pump is communicated with the through holes through auxiliary material pipes.

47. A cooker, characterized by comprising a frame, wherein a frying pan and an auxiliary material device according to any one of claims 31 to 44 are arranged in the frame, and an auxiliary material outlet of each auxiliary material pump is communicated with the inside of the frying pan through an auxiliary material pipe.

48. The cooker of claim 47, wherein said pan comprises a pan body and a pan cover, said pan cover having through holes, each of said auxiliary material pumps having an auxiliary material outlet in communication with said through holes through an auxiliary material pipe.

49. The cooker of claim 47, wherein said accessory unit is integrally disposed at a bottom portion within said housing; the auxiliary material bottle base support is fixed on the inner surface of the bottom in the rack through a fixing piece; the auxiliary material bottle is pushed into the auxiliary material bottle base from front to back in a push type mode.

50. The cooker of claim 47, wherein said accessory unit is integrally disposed at a bottom portion within said housing; the auxiliary material bottle base support of the auxiliary material device is of a drawer type structure and is pushed into the rack or pulled out of the rack.

51. The cooker of claim 50, wherein the accessory bottle base support of the accessory device has a sliding fit between an outer surface of the accessory bottle base support and an inner surface of the housing to facilitate pushing or withdrawing the accessory bottle base support into or out of the housing.

52. The cooking machine as claimed in claim 49, wherein the front end face of the frame is provided with an auxiliary material door plate which can be opened and closed corresponding to the auxiliary material device; the auxiliary material door plate is provided with a liquid level display window corresponding to the liquid level prompter arranged on the auxiliary material device.