CN211242766U

CN211242766U - Auxiliary material bottle cap joint, auxiliary material bottle frame, auxiliary material device, frying pan device and cooking machine

Info

Publication number: CN211242766U
Application number: CN201921346794.1U
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 an intelligence is made and intelligent service technical field, an auxiliary material bottle lid connects is disclosed, be applicable to the auxiliary material bottle that the connecting band has the valve-type bottle lid, and be equipped with clamping part and the sealing washer of cover on the clamping part on the valve-type bottle lid, auxiliary material bottle lid connects including the income water end, the inside cavity of delivery end and intercommunication income water end and delivery end, auxiliary material bottle lid connects and is equipped with an auxiliary material bottle lid conflict wall in inside the cavity, it connects the cavity outside to constitute between auxiliary material bottle lid conflict wall and the income water end, auxiliary material bottle lid conflict wall connects inside the cavity with the delivery end constitution, it is used for acceping the draw-in groove of the clamping part of connecting the auxiliary material bottle to connect the outside constitution of cavity to connect the cavity to connect to be equipped with on the auxiliary material bottle lid conflict wall intercommunication, the. The utility model also discloses an auxiliary material bottle frame, auxiliary material device, frying pan device and machine of cooking.

Description

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

Technical Field

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

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 lid connects, 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 quick taking apart of auxiliary material bottle and high-speed joint in order to change or add the auxiliary material, 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 cap joint which is suitable for an auxiliary material bottle with a valve type bottle cap, the valve type bottle cap is provided with a buckling part and a sealing ring sleeved on the buckling part, the auxiliary material bottle cap joint comprises a water inlet end, a water outlet end and an inner cavity communicated with the water inlet end and the water outlet end, the auxiliary material bottle cap joint is provided with an auxiliary material bottle cap abutting wall in the inner cavity, a joint cavity is formed between the auxiliary material bottle cap abutting wall and the water inlet end, the abutting wall of the auxiliary material bottle cap and the water outlet end form the interior of a joint cavity, the exterior of the joint cavity forms a clamping groove for accommodating and connecting the clamping part of the auxiliary material bottle, the auxiliary material bottle cap abutting wall is provided with an auxiliary material through hole for communicating the outside of the joint cavity and the inside of the joint cavity, and the water outlet end is connected with an auxiliary material pump through an auxiliary material pump water inlet pipe; when the auxiliary material bottle is connected with the auxiliary material bottle cap joint, the auxiliary material bottle is buckled into/pushed into the clamping groove of the auxiliary material bottle cap joint through the buckling part and is in sealed connection through the sealing ring, and a valve of the valve type bottle cap opens a valve port under the action of the abutting wall of the auxiliary material bottle cap in the buckling/pushing process of the buckling part, so that liquid auxiliary material in the auxiliary material bottle flows out of the valve port and flows into the auxiliary material pump through the auxiliary material bottle cap joint; when the auxiliary material bottle is disconnected with the auxiliary material bottle cap joint, the buckling part and the buckling part are buckled into/pushed into the clamping groove of the auxiliary material bottle cap joint and then pulled out in the opposite direction, and the valve of the valve type bottle cap of the auxiliary material bottle is separated from the action of the abutting wall of the auxiliary material bottle cap, so that the valve port is closed.

Compared with the prior art, by adopting the auxiliary material bottle cap joint provided by the embodiment, when an auxiliary material bottle with a valve type bottle cap is connected with the auxiliary material bottle cap joint, the clamping part is buckled into/pushed into the clamping groove of the auxiliary material bottle cap joint and the sealing ring is used for realizing sealing connection, and the valve of the valve type bottle cap opens the valve port under the action of the abutting wall of the auxiliary material bottle cap in the buckling/pushing process of the clamping part, so that the liquid auxiliary material in the auxiliary material bottle flows out of the valve port and flows into the auxiliary material pump through the auxiliary material bottle cap joint for output, and the quick connection and use of the auxiliary material bottle are realized. When the auxiliary material in the auxiliary material bottle is used up and the auxiliary material needs to be added or replaced, the buckling part is pulled out along the direction opposite to the direction in which the buckling part is buckled into/pushed into the clamping groove of the auxiliary material bottle cap joint, the valve of the valve type bottle cap of the auxiliary material bottle is separated from the effect of the abutting wall of the auxiliary material bottle cap, so that the valve port is 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 the quick replacement is realized. Consequently, the auxiliary material bottle lid that this embodiment provided connects can realize that can bare-handed quick the taking apart of auxiliary material bottle with the high-speed joint in order to change or add the auxiliary material, realize that the auxiliary material bottle changes the leak protection of in-process, convenience and the security of improving the use.

As preferred scheme, auxiliary material bottle lid conflict wall including locate central point put with press the auxiliary material bottle lid contact site that the portion shape matches and surround a plurality of that auxiliary material bottle lid contact site distributes the auxiliary material through-hole.

Preferably, the auxiliary material bottle cap contact part is matched with the valve type bottle cap of the auxiliary material bottle in shape of the part contacted with the auxiliary material bottle cap contact part.

The embodiment of the utility model correspondingly provides an auxiliary material bottle frame, the auxiliary material bottle frame is provided with a plurality of auxiliary material bottle accommodating cavities, each auxiliary material bottle accommodating cavity is used for accommodating one auxiliary material bottle, and each auxiliary material bottle accommodating cavity is fixed with an auxiliary material bottle cap joint of any one of the above embodiments; when each auxiliary material bottle is accommodated in the corresponding auxiliary material bottle accommodating cavity, the buckling part of each auxiliary material bottle is buckled into/pushed into the clamping groove of the auxiliary material bottle cap joint and is in sealed connection through the sealing ring, and the valve of the valve type bottle cap opens the valve port under the action of the abutting wall of the auxiliary material bottle cap in the buckling/pushing process of the buckling part.

The embodiment of the utility model provides an auxiliary material bottle frame contains the auxiliary material bottle lid of above-mentioned arbitrary embodiment and connects, consequently possesses the technological effect that the arbitrary auxiliary material bottle lid of above-mentioned connects possessed.

As a preferred scheme, the auxiliary material bottle rack comprises an auxiliary material bottle accommodating base and a rack side plate connected with the auxiliary material bottle accommodating base; each auxiliary material bottle accommodating cavity is arranged on the base.

As a preferred scheme, the valve type bottle cap is arranged on the bottom wall of the auxiliary material bottle body, and the auxiliary material bottle cap joint is embedded in the auxiliary material bottle accommodating base and is communicated with the auxiliary material bottle accommodating cavity; the auxiliary material bottle cap joint and the auxiliary material bottle containing base are integrally injection-molded;

the auxiliary material bottle is buckled into the auxiliary material bottle accommodating cavity on the auxiliary material bottle accommodating base from top to bottom in a buckling mode, and the buckling part on the auxiliary material bottle cap is buckled into the clamping groove of the auxiliary material bottle cap joint.

As a preferred scheme, the valve type bottle cap is arranged on the rear side wall of the auxiliary material bottle body, and the auxiliary material bottle cap joint is embedded in the side plate of the rack and arranged corresponding to the auxiliary material bottle accommodating cavity on the auxiliary material bottle accommodating base; the auxiliary material bottle cap joint and the side plate of the rack are integrally formed by injection molding;

the auxiliary material bottle is pushed into the auxiliary material bottle accommodating cavity on the auxiliary material bottle accommodating base from front to back in a push-in type mode, and the buckling portion on the auxiliary material bottle cap is pushed into the clamping groove of the auxiliary material bottle cap joint.

As a preferred scheme, when the auxiliary material bottle is buckled from top to bottom in a buckling mode into the auxiliary material bottle accommodating cavity on the auxiliary material bottle accommodating base or pushed into the auxiliary material bottle accommodating cavity on the auxiliary material bottle accommodating base from front to back in a pushing mode, the rear side wall of the auxiliary material bottle is attached to the side plate of the rack.

As an optimal scheme, each auxiliary material pump is correspondingly connected with one auxiliary material bottle cap joint through one auxiliary material pump water inlet pipe, and each auxiliary material pump is fixed on the rear surface of the side plate of the rack and corresponds to one auxiliary material bottle accommodating cavity.

As an optimal scheme, each auxiliary material pump is through one the auxiliary material pump inlet tube corresponds and connects one the auxiliary material bottle lid connects, and each the auxiliary material pump is located the inside or the bottom recess of base are acceptd to the auxiliary material bottle.

Preferably, the auxiliary material bottle accommodating base and the side plate of the frame are integrally injection-molded.

As the preferred scheme, the auxiliary material bottle cap joint is embedded in the auxiliary material bottle accommodating base and is close to the position of the side plate of the rack.

As the preferred scheme, auxiliary material bottle lid connects embedded in the frame curb plate just presses close to the position that the base was acceptd to the auxiliary material bottle.

As a preferred scheme, when the bottom wall of the auxiliary material bottle is arranged to be an inclined plane structure gradually inclined downwards towards the valve type bottle cap, the inner surface of each auxiliary material bottle accommodating cavity of the auxiliary material bottle accommodating base is correspondingly arranged to be an inclined plane structure gradually inclined downwards towards the direction of the auxiliary material bottle cap joint.

As a preferred scheme, an auxiliary material input port of each auxiliary material pump is connected with a water outlet end of one auxiliary material bottle cap joint through an auxiliary material pump water inlet pipe, and an auxiliary material output port of each auxiliary material pump is connected with an auxiliary material outlet pipe through an auxiliary material pump water outlet pipe to output auxiliary materials outwards; the controlled end of each auxiliary material pump is electrically connected with the controller so as to be independently controlled by the controller.

The embodiment of the utility model provides a still provide an 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 embodiment of the utility model provides an auxiliary material device is including the auxiliary material bottle that has valve formula bottle lid and as above arbitrary embodiment auxiliary material bottle frame, connect when the auxiliary material bottle that has valve formula bottle lid auxiliary material bottle lid connects, through buckling parts are detained/are pushed into auxiliary material bottle lid connects in the draw-in groove and pass through sealing washer realizes sealing connection, the valve of valve formula bottle lid is in buckling parts are detained/are pushed into the in-process and are in open the valve port under the effect of auxiliary material bottle lid conflict wall, make liquid auxiliary material in the auxiliary material bottle follow the valve port flows out and passes through auxiliary material bottle lid connects and flows into with output in the auxiliary material pump, realize the high-speed joint 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 buckling part is pulled out along the direction opposite to the direction in which the buckling part is buckled into/pushed into the clamping groove of the auxiliary material bottle cap joint, the valve of the valve type bottle cap of the auxiliary material bottle is separated from the effect of the abutting wall of the auxiliary material bottle cap, so that the valve port is 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 the quick replacement is realized. Consequently, the auxiliary material bottle lid that this embodiment provided connects can realize that can bare-handed quick the taking apart of auxiliary material bottle with the high-speed joint in order to change or add the auxiliary material, realize that the auxiliary material bottle changes the leak protection of in-process, convenience and the security of improving the use.

As a preferred 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 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 middle part of the cover body is a hollow cavity which 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 a groove between the inner walls of the cover bodies forming the hollow cavity;

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;

one end of the hollow cavity, which is connected with the outer side of the cover body, forms an outer side opening, an annular buckling part extends outwards from the edge of the outer side opening, and a sealing ring is sleeved on the buckling part;

when the auxiliary material bottle is accommodated in the auxiliary material bottle accommodating cavity, the clamping part of the auxiliary material bottle is buckled/pushed into the clamping groove of the auxiliary material bottle cap joint and is in sealed connection through the sealing ring, and the pressing part compresses the elastic element and pushes the bottle cap valve to open the valve port under the action of the abutting wall of the auxiliary material bottle cap; when the auxiliary material bottle is pulled out from the auxiliary material bottle accommodating cavity, the buckling part is pulled out along the direction opposite to the direction in which the buckling part is buckled into/pushed into the auxiliary material bottle cap joint communicated with the auxiliary material pump, and the pressing part is reset under the action of the elastic element, so that the bottle cap valve is driven to close the valve port.

Preferably, when the pressing portion is acted by the auxiliary material bottle cap joint to compress the elastic element and push the bottle cap valve to completely open the valve port in the buckling/pushing process of the buckling portion, the pressing portion and the front end of the buckling portion are located on the same plane.

Preferably, the sealing ring is sleeved at the front end of the buckling part; the sealing ring is a sealing rubber ring.

As the preferred scheme, the auxiliary material bottle body mainly comprises roof, diapire and a plurality of lateral wall, advance/discharge gate locate on diapire or the back lateral wall.

Preferably, the bottom wall is recessed inwardly at a position close to the front side wall to form a recessed portion, and the material inlet/outlet is formed in the bottom wall of the recessed portion.

Preferably, the rear sidewall is recessed inwardly at a position close to the bottom wall to form a recessed portion, and the inlet/outlet is disposed on the rear sidewall of the recessed portion.

As a preferred scheme, the bottom wall of the auxiliary material bottle body is arranged to be an inclined plane structure which gradually inclines downwards towards the direction of the material inlet/outlet, so that the auxiliary material bottle is favorable for guiding the liquid auxiliary material in the auxiliary material bottle to flow out from the valve port.

As preferred scheme, the diapire of auxiliary material bottle body is horizontal plane structure, be equipped with on the internal surface of diapire toward advance/discharge gate direction slope's slope guide portion.

As a preferable scheme, an inner side opening is formed at one end of the hollow cavity connected with the inner side of the cover body, the base is close to the inner side opening, and a valve accommodating cavity for accommodating the bottle cap valve is formed by the space between the base and the inner side opening; 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.

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 pass through the auxiliary material pump outlet 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 an auxiliary material pump outlet water pipe.

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 pass through the auxiliary material pump outlet 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 rack 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 rack 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 rack 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 frame adopting the drawer type structure is beneficial to taking out the whole auxiliary material device from the frame or from the frame, 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 the improved scheme, a sliding fit component is arranged between the outer surface of the auxiliary material bottle rack of the auxiliary material device and the inner surface of the rack, so that the auxiliary material bottle rack can be pushed into the rack or pulled out of the rack.

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 is a schematic structural diagram of a cooker in a preferred embodiment of the present invention.

Fig. 2 is a schematic structural view of a cooker in another preferred embodiment of the present invention.

Fig. 3 is a schematic structural diagram of an auxiliary material device according to a first embodiment of the present invention, showing a state of the auxiliary material bottle in the auxiliary material accommodating chamber of the auxiliary material frame.

Fig. 4 is a partial enlarged view of an auxiliary material device according to a first embodiment of the present invention shown in fig. 3.

Fig. 5 is a schematic structural view of an auxiliary material bottle cap abutting wall of the auxiliary material device shown in fig. 4 according to the first embodiment of the present invention.

Fig. 6 is a schematic structural diagram of an auxiliary material device according to a first embodiment of the present invention, showing a state before an auxiliary material bottle accommodating the auxiliary material bottle accommodating chamber of the auxiliary material frame.

Fig. 7 is a schematic structural view of the auxiliary material bottle accommodating base of the auxiliary material device according to the first embodiment of the present invention.

Fig. 8 is a front view of an auxiliary material bottle accommodating base of an auxiliary material device according to a first embodiment of the present invention.

Fig. 9a to 9f are schematic structural diagrams of an auxiliary material bottle provided by an embodiment of the present invention.

Fig. 10a to 10b are schematic structural diagrams of an auxiliary material device according to a second embodiment of the present invention.

Fig. 11a to 11b are schematic structural diagrams of an auxiliary material device according to a third embodiment of the present invention.

Fig. 12a to 12b are schematic structural diagrams of an auxiliary material device according to a fourth embodiment of 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, the embodiment discloses a full-automatic intelligent cooker, which includes a rack 200, a furnace body device 100, a blanking mechanism 300, an oil fume 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 fume 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 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. 2, fig. 2 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 provided in fig. 2 is the same as that of the fully-automatic intelligent cooker provided in the previous embodiment, except that the auxiliary material device 10 of the fully-automatic intelligent cooker provided in fig. 2 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 specific structure of the different embodiments that can be used for the auxiliary material device 10 will be described in detail below with reference to the accompanying drawings.

Referring to fig. 3 to 8, a schematic structural diagram of an auxiliary material device 10 according to a first 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. 7, the auxiliary material bottle frame 11 provided in this embodiment includes that the auxiliary material bottle accommodates a base 111 and a frame side plate 112 connected to the base is accommodated to the auxiliary material bottle, the auxiliary material bottle accommodates a plurality of cavities 110 are accommodated to the auxiliary material bottle on the base 111, auxiliary material bottle cap joints 113 are arranged on the frame side plate 112 in a one-to-one correspondence with the auxiliary material bottle accommodating cavities 110 on the auxiliary material bottle accommodating base 111, and each auxiliary material bottle cap joint 113 is embedded in the frame side plate 112. Still set up a plurality of auxiliary material pump 114 on the auxiliary material bottle frame 11, each auxiliary material pump 114 corresponds and connects one auxiliary material bottle lid connects 113. Specifically, each auxiliary material pump 114 is correspondingly connected with one auxiliary material bottle cap joint 113 through an auxiliary material pump water inlet pipe 115. Preferably, the auxiliary material bottle storage base 111 and the frame side plate 112 are integrally injection-molded.

With reference to fig. 4-8, each auxiliary material bottle cap joint 113 embedded in the rack side plate 112 includes a water inlet 1131, a water outlet 1132, and an inner cavity 1133 communicating the water inlet 1131 and the water outlet 1132. It can be understood that the opening position of the auxiliary material bottle cap joint 113 at the front surface 1121 of the auxiliary material bottle receiving cavity 110 of the rack side plate 112 facing the auxiliary material bottle receiving base 111 forms the water inlet end 1131, the position of the inner cavity 1133 of the auxiliary material bottle cap joint 113 near the water inlet end 1131 is provided with an auxiliary material bottle cap abutting wall 1134, one side of the inner cavity 1133 of the auxiliary material bottle cap joint 113 between the auxiliary material bottle cap abutting wall 1134 and the water inlet end 1131 is a joint cavity outer portion 1133a, the other side of the inner cavity 1133 of the auxiliary material bottle cap joint 113 between the auxiliary material bottle cap abutting wall 1134 and the water outlet end 1132 is a joint cavity inner portion 1133b, and the joint cavity outer portion 1133a is provided with or used for receiving and connecting the auxiliary material bottle (provided with a valve type bottle cap, the valve type bottle cap includes a valve port 1120, a valve 122222 for closing or opening the valve port 1120, and a clamp for achieving a sealed connection with the auxiliary material bottle joint 113 The fastening part 120a and the sealing ring 120b), and the auxiliary material bottle cap abutting wall 1134 is provided with an auxiliary material through hole 11340 for communicating the joint cavity exterior 1133a and the joint cavity interior 1133b, and the water outlet end 1132 is connected with the auxiliary material pump 114 through the auxiliary material pump water inlet pipe 115. Preferably, each auxiliary material bottle cap joint 113 is integrally injection-molded with the frame side plate 112.

Preferably, each auxiliary material pump 114 is disposed inside the auxiliary material bottle accommodating base 111 or in a groove at the bottom, and each auxiliary material pump 114 is disposed below the corresponding auxiliary material bottle accommodating cavity 110. In addition, each the water outlet 1132 of the auxiliary material bottle cap joint 113 is preferably located at the bottom of the internal cavity 1133, so as to facilitate the connection between the auxiliary material pump inlet pipe 115 and the auxiliary material pump 114 located inside the auxiliary material bottle accommodating base 111 or in the groove at the bottom.

Specifically, the auxiliary material input port 1141 of each auxiliary material pump 114 is connected to the water outlet end 1132 of one auxiliary material bottle cap joint 113 through the auxiliary material pump water inlet pipe 115, the auxiliary material output port 1142 of each auxiliary material pump 114 is connected to an external auxiliary material output pipe (for example, the auxiliary material pipe 1001) through an auxiliary material pump water pipe, and the controlled end of each auxiliary material pump 114 is electrically connected to the controller to be independently controlled by the controller.

Further, as shown in fig. 3 and 5, the auxiliary material cap abutting wall 1134 specifically includes an auxiliary material cap contact portion 11341 disposed at a central position and a plurality of auxiliary material through holes 11340 distributed around the auxiliary material cap contact portion 11341. It will be appreciated that the auxiliary material cap contact portion 11341 is configured to match the shape of a pressing portion 12220 (described later) on a valve cap of the auxiliary material bottle 12.

It can be seen that when an auxiliary material bottle 12 with a valve type bottle cap is accommodated in the auxiliary material bottle accommodating cavity 110 corresponding to the auxiliary material bottle accommodating base 111 of the auxiliary material bottle frame 11, the clamping part on the auxiliary material bottle 12 is pushed into the clamping groove 1130 of the auxiliary material bottle cap joint 113 and is in sealed connection through the sealing ring on the auxiliary material bottle 12, and in the process that the auxiliary material bottle is pushed into the auxiliary material bottle through the clamping part, the auxiliary material bottle cap abutting wall 1134 acts on the bottle cap valve of the valve type bottle cap to open the valve port, so that the liquid auxiliary material in the auxiliary material bottle flows out of the valve port and flows into the auxiliary material pump 114 through the auxiliary material bottle cap joint 113 to realize the external output of the auxiliary material; when the auxiliary material bottle 12 is disconnected from the auxiliary material pump 114, the auxiliary material bottle 12 is pulled out in the opposite direction of pushing the buckling part into the clamping groove of the auxiliary material bottle cap joint 13, and the cap valve of the valve type bottle cap is automatically reset to close the valve port while leaving the auxiliary material bottle cap abutting wall 1134, 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 provided with an auxiliary material bottle cap joint 113 through the auxiliary material bottle 12 using a valve type bottle cap, and the auxiliary material bottle cap joint 113 is provided at a position corresponding to the auxiliary material bottle accommodating cavity 110 on the auxiliary material bottle frame 11, and the auxiliary material bottle cap joint 113 can be hermetically connected to and acts on the valve type bottle cap of the auxiliary material bottle 12 accommodated in the auxiliary material bottle accommodating cavity 110, so that the valve port is opened when the auxiliary material bottle is accommodated in the auxiliary material bottle accommodating cavity 110 and is automatically closed when the auxiliary material bottle is separated from the auxiliary material bottle accommodating cavity 110, thereby realizing the quick installation or removal of the auxiliary material bottle from the auxiliary material bottle frame 11, and realizing the addition of the auxiliary material or the replacement of the auxiliary material bottle.

Referring to fig. 9a to 9, the present invention provides a specific structure of a preferred embodiment of an auxiliary material bottle 12. 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 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. The end of the hollow cavity 12210 connected to the cover outside 1224 forms an outside opening 12240, and an annular fastening portion 120a extends outward (away from the valve port 1220) from the edge of the outside opening 12240, and a sealing ring 120b is sleeved on the fastening portion.

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.

As can be seen, the auxiliary material bottle 12 provided by the embodiment realizes the quick connection and disconnection of the auxiliary material bottle by adopting the valve type bottle cap structure, with the port closed by the accessory bottle cap 122, when it is desired to connect the accessory bottle 12 to an accessory pump to pump the accessory for use, the clamping part 120a is clamped into/pushed into the auxiliary material bottle cap joint 113 communicated with the auxiliary material pump 114 and is in sealing connection through the sealing ring 120b, and the pressing portion 12220 is pressed by the auxiliary material bottle cap joint 113 to compress the elastic element 12223 and push the cap valve 12222 to open the valve port 1220 during the buckling/pushing process of the buckling portion 120a, under the action of the auxiliary material pump 114, the liquid auxiliary material in the auxiliary material bottle 12 can be pumped out from the valve port 1220 and enter the auxiliary material pump 114 through the auxiliary material bottle cap joint 113; when the auxiliary material bottle 12 is disconnected from the auxiliary material pump 114, the buckling part 120a is pulled out in the opposite direction of buckling/pushing the buckling part 120a into/into the auxiliary material bottle cap joint 113 communicated with the auxiliary material pump 114, and the pressing part 12220 is reset under the action of the elastic element 12223, so that the bottle cap valve 12222 is driven to close the valve port 1220, the phenomenon that residual auxiliary material in the auxiliary material bottle leaks out 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 by this embodiment is mainly a square structure composed of 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 1213 d). In this embodiment, the inlet/outlet port is provided on the rear side wall 1213 b.

It can be understood that the auxiliary material bottle 12 provided in this embodiment is preferably designed to be pushed into the auxiliary material bottle accommodating cavity 110 of the auxiliary material bottle accommodating base 111 from front to back in a push-in type, and the locking portion 120a of the auxiliary material bottle cap 122 is pushed into the locking groove 1130 of the auxiliary material bottle cap joint 113. Specifically, the rear sidewall 1213b of the auxiliary material bottle body 121 is recessed inwardly to form a recess 1210 near the bottom wall 1212, and the inlet/outlet is disposed on the rear sidewall 1213b of the recess 1210. As a more preferable design, when the pressing portion 12220 is acted by the auxiliary material bottle cap joint 113 to compress the elastic element 12223 and push the cap valve 12222 to completely open the valve port 1220 during the buckling/pushing process of the buckling portion 120a, the pressing portion 12220 is located on the same plane as the front end 1201a of the buckling portion 120a, so as to further improve the firmness and sealing performance of the sealing connection between the auxiliary material bottle cap 122 and the auxiliary material bottle cap joint 113. Correspondingly, the sealing ring 120b is sleeved at the front end of the buckling part 120 a; the sealing ring 120b is a sealing rubber ring.

Further, a handle 12130 is disposed 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. The handle 12130 is designed as an embedded groove or a raised handle.

Further, an inner opening 12230 is formed at one end of the hollow cavity 12210 connected to the inner side 1223 of the cover, the base 12211 is close to the inner opening 12230, and a space between the base 12211 and the inner opening 12230 forms a valve receiving cavity for receiving 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. 10a to 10b, the auxiliary material device according to the second embodiment of the present invention is shown in specific structural schematic diagrams. The auxiliary material device structure that is the same as the auxiliary material device structure that first embodiment provided, the auxiliary material device that this embodiment provided includes auxiliary material bottle frame 11 and auxiliary material bottle 12, just auxiliary material bottle 12 also adopts and to push into in the past backward the auxiliary material bottle on accommodating the base 111 is acceptd to the auxiliary material bottle and accepts chamber 110, and makes on the auxiliary material bottle lid 122 buckle portion 120a pushes into in the draw-in groove 1130 of auxiliary material bottle lid joint 113 and realize sealing connection under the effect of sealing washer 120b, namely, the inlet/outlet (auxiliary material bottle lid 122 is used for closing or opening the inlet/outlet) is located the back lateral wall 1213b of auxiliary material bottle body 121, auxiliary material bottle lid joint 113 embedded in on frame lateral plate 112 and with auxiliary material bottle on accommodating the base 111 accepts chamber 110 corresponds the setting. Different from the structure of the auxiliary material device provided in the first embodiment, the auxiliary material pump 114 provided in this embodiment for correspondingly connecting each auxiliary material bottle cap joint 113 is fixed on the rear surface 1122 of the rack side plate 112. It will be appreciated that each of the auxiliary pumps 114 may be fixedly arranged on the rear surface 1122 of the frame side plate 112 by fasteners. Correspondingly, the outlet end 1132 of each accessory bottle cap joint 113 is preferably located on the rear surface 1122 of the rack side plate 112 to facilitate connection with the accessory pump 114 located on the rear surface 112 of the rack side plate 112 via the accessory pump inlet tube 115.

It can be understood that the structure of the auxiliary material bottle 12 and other structures on the auxiliary material bottle frame 11 provided in this embodiment are substantially the same as those of the first embodiment, and are not described herein again.

Referring to fig. 11a to fig. 11b, a detailed structural schematic diagram of an auxiliary material device according to a third embodiment of the present invention is shown. The auxiliary material device structure that is the same as the auxiliary material device structure that the second embodiment provided, the auxiliary material device that this embodiment provided includes auxiliary material bottle frame 11 and auxiliary material bottle 12, and the difference is, the auxiliary material bottle 12 that this embodiment provided adopts the formula of buckleing from last down the auxiliary material bottle accepts the chamber 110 is accepted to the auxiliary material bottle on the base 111, and makes on the auxiliary material bottle lid 122 buckle portion 120a is gone into in the draw-in groove 1130 of auxiliary material bottle lid joint 113 in order to realize sealing connection, promptly, the inlet/outlet mouth (auxiliary material bottle lid 122 is used for closing or opening the inlet/outlet mouth) is located the diapire 1212 of auxiliary material bottle body 121, auxiliary material bottle lid joint 113 embedded in on the auxiliary material bottle accepts the base 111 and with the chamber 110 is acceptd to the auxiliary material bottle communicates. Further, the material inlet/outlet is disposed on a position of the bottom wall 1212 of the auxiliary material bottle body 121 close to the front side wall 1213b, and the auxiliary material bottle cap joint 113 is correspondingly embedded in a position of the auxiliary material bottle accommodating base 111 close to the rack side plate 112. In addition, each auxiliary material pump 114 can be fixedly arranged on the rear surface 1122 of the rack side plate 112 through a fixing member, and the water outlet end 1132 of each auxiliary material bottle cap joint 113 is preferably arranged on the rear surface 1122 of the rack side plate 112, so that the auxiliary material pump 114 arranged on the rear surface 112 of the rack side plate 112 can be connected with the auxiliary material pump inlet pipe 115.

It can be understood, adopt the auxiliary material bottle 12 that this embodiment provided to adopt to detain the formula and down detain from last after the base 111 is acceptd to the auxiliary material bottle, when the auxiliary material bottle is pulled out to needs, reverse power will the auxiliary material bottle is from up taking out the break away from down, and auxiliary material bottle lid 122 is taken out along with the auxiliary material bottle lid conflict wall, auxiliary material bottle lid valve self-closing under elastic element's effect, take the in-process at the auxiliary material bottle out, because the auxiliary material bottle lid is in always just to the auxiliary material bottle accepts auxiliary material bottle lid joint 113 on base 111, consequently close auxiliary material bottle lid 122 that the drippage came out in the twinkling of an eye still falls in auxiliary material bottle accepts auxiliary material bottle lid joint 113 of base 111, has effectively prevented the outer phenomenon of leaking of.

Preferably, each of the auxiliary material bottle cap joints 113 is integrally injection-molded with the auxiliary material bottle accommodating base 111.

In addition, as another preferred design of this embodiment, the bottom wall 1212 of the auxiliary material bottle body 121 is configured as an inclined plane structure 1212a that gradually inclines downward toward the material inlet/outlet, so as to facilitate guiding the liquid auxiliary material in the auxiliary material bottle 12 to flow out from the valve port 1220. Correspondingly, the inner surface of each auxiliary material bottle accommodating cavity 1110 of the auxiliary material bottle accommodating base 111 is correspondingly provided with an inclined plane structure 1212b gradually inclining downwards towards the auxiliary material bottle cap joint 113, so as to match and connect each auxiliary material bottle 12.

It can be understood that the auxiliary material devices provided in the first and second embodiments can also adopt the

inclined plane structures

1212a and 1212b described in this embodiment, and achieve the corresponding technical effects.

Referring to fig. 12a to 12b, the present invention provides a schematic structural diagram of an auxiliary material device according to a fourth embodiment. The auxiliary material device structure that is the same as that provided by the third embodiment, the auxiliary material device that this embodiment provided includes auxiliary material bottle frame 11 and auxiliary material bottle 12, and auxiliary material bottle 12 that this embodiment provided also adopts the formula of detaining from last down detain and get into auxiliary material bottle accepts the auxiliary material bottle on the base 111 and accept chamber 110, and make on the auxiliary material bottle lid 122 buckle portion 120a gets into in the draw-in groove 1130 of auxiliary material bottle lid joint 113 in order to realize sealing connection, namely, the inlet/outlet (auxiliary material bottle lid 122 is used for closing or opening the inlet/outlet) is located the diapire 1212 of auxiliary material bottle body 121, auxiliary material bottle lid joint 113 is embedded in on the auxiliary material bottle accepts the base 111 and with auxiliary material bottle accepts chamber 110 intercommunication. Further, the material inlet/outlet is disposed on a position of the bottom wall 1212 of the auxiliary material bottle body 121 close to the front side wall 1213b, and the auxiliary material bottle cap joint 113 is correspondingly embedded in a position of the auxiliary material bottle accommodating base 111 close to the rack side plate 112. In addition, each auxiliary material pump 114 can be fixedly arranged on the rear surface 112 of the rack side plate 112 through a fixing member, and the water outlet end 1132 of each auxiliary material bottle cap joint 113 is preferably arranged on the rear surface 112 of the rack side plate 112, so as to facilitate the connection between the auxiliary material pump inlet pipe 115 and the auxiliary material pump 114 arranged on the rear surface 112 of the rack side plate 112.

Different from the auxiliary material device provided by the third embodiment, the bottom wall 1212 of the auxiliary material bottle body 121 is a horizontal plane structure, and an inclined guiding portion 1212c inclined toward the inlet/outlet port is disposed on an inner surface of the bottom wall 1212, so that the inclined guiding portion 1212c is beneficial to guiding the liquid auxiliary material in the auxiliary material bottle 12 to flow out from the valve port 1220. Correspondingly, the inner surface of each auxiliary material bottle accommodating cavity 1110 of the auxiliary material bottle accommodating base 111 is correspondingly arranged to be a horizontal plane structure, so as to match and connect with each auxiliary material bottle 12.

It can be understood that the auxiliary material bottles of the auxiliary material devices provided in the first and second embodiments can also be designed with the inclined guide portion 1212c described in this embodiment, and achieve the corresponding technical effects.

In the description of the present invention, it is to be understood that the terms "upper", "lower", "left", "right", "top", "bottom", "front", "rear", and the like indicate orientations or positional relationships between respective members, and are merely for convenience of description and simplicity of description, and do not indicate or imply that the device or member referred to must have a particular orientation, be constructed and operated in a particular orientation, and therefore should not be construed as limiting the present invention. It should be understood that the terms "first", "second", etc. are used herein to describe various information, but the information should not be limited to these terms, and these terms are only used to distinguish one type of information from another. For example, "first" information may also be referred to as "second" information, and similarly, "second" information may also be referred to as "first" information, without departing from the scope of the present invention.

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. An auxiliary material bottle cap joint is suitable for an auxiliary material bottle with a valve type bottle cap, a buckling part and a sealing ring sleeved on the buckling part are arranged on the valve type bottle cap, it is characterized in that the auxiliary material bottle cap joint comprises a water inlet end, a water outlet end and an internal cavity communicated with the water inlet end and the water outlet end, the auxiliary material bottle cap joint is provided with an auxiliary material bottle cap abutting wall in the inner cavity, a joint cavity is formed between the auxiliary material bottle cap abutting wall and the water inlet end, the abutting wall of the auxiliary material bottle cap and the water outlet end form the interior of a joint cavity, the exterior of the joint cavity forms a clamping groove for accommodating and connecting the clamping part of the auxiliary material bottle, the auxiliary material bottle cap abutting wall is provided with an auxiliary material through hole for communicating the outside of the joint cavity and the inside of the joint cavity, and the water outlet end is connected with an auxiliary material pump through an auxiliary material pump water inlet pipe;

when the auxiliary material bottle is connected with the auxiliary material bottle cap joint, the auxiliary material bottle is buckled into/pushed into the clamping groove of the auxiliary material bottle cap joint through the buckling part and is in sealed connection through the sealing ring, and a valve of the valve type bottle cap opens a valve port under the action of the abutting wall of the auxiliary material bottle cap in the buckling/pushing process of the buckling part, so that liquid auxiliary material in the auxiliary material bottle flows out of the valve port and flows into the auxiliary material pump through the auxiliary material bottle cap joint; when the auxiliary material bottle is disconnected with the auxiliary material bottle cap joint, the buckling part and the buckling part are buckled into/pushed into the clamping groove of the auxiliary material bottle cap joint and then pulled out in the opposite direction, and the valve of the valve type bottle cap of the auxiliary material bottle is separated from the action of the abutting wall of the auxiliary material bottle cap, so that the valve port is closed.

2. The accessory bottle cap joint of claim 1, wherein the accessory bottle cap interference wall comprises an accessory bottle cap contact portion disposed at a central location and a plurality of accessory through holes distributed around the accessory bottle cap contact portion.

3. The accessory bottle cap joint of claim 2, wherein the accessory bottle cap contact portion is configured to match a shape of a portion of the valve-type cap of the accessory bottle that is in contact with the accessory bottle cap contact portion.

4. An auxiliary material bottle rack, which is characterized in that the auxiliary material bottle rack is provided with a plurality of auxiliary material bottle accommodating cavities, each auxiliary material bottle accommodating cavity is used for accommodating one auxiliary material bottle, and a bottle cap joint of the auxiliary material bottle as defined in any one of claims 1 to 3 is fixed on each auxiliary material bottle accommodating cavity;

when each auxiliary material bottle is accommodated in the corresponding auxiliary material bottle accommodating cavity, the buckling part of each auxiliary material bottle is buckled into/pushed into the clamping groove of the auxiliary material bottle cap joint and is in sealed connection through the sealing ring, and the valve of the valve type bottle cap opens the valve port under the action of the abutting wall of the auxiliary material bottle cap in the buckling/pushing process of the buckling part.

5. The auxiliary material bottle rack according to claim 4, wherein the auxiliary material bottle rack comprises an auxiliary material bottle accommodating base and a rack side plate connected with the auxiliary material bottle accommodating base; each auxiliary material bottle accommodating cavity is arranged on the base.

6. The auxiliary material bottle rack according to claim 5, wherein the valve type bottle cap is disposed on the bottom wall of the auxiliary material bottle body, and the auxiliary material bottle cap joint is embedded in the auxiliary material bottle accommodating base and is communicated with the auxiliary material bottle accommodating cavity; the auxiliary material bottle cap joint and the auxiliary material bottle containing base are integrally injection-molded;

7. The auxiliary material bottle rack of claim 5, wherein the valve type bottle cap is arranged on the rear side wall of the auxiliary material bottle body, and the auxiliary material bottle cap joint is embedded on the side plate of the rack and arranged corresponding to the auxiliary material bottle accommodating cavity on the auxiliary material bottle accommodating base; the auxiliary material bottle cap joint and the side plate of the rack are integrally formed by injection molding;

8. The auxiliary material bottle rack according to claim 6 or 7, wherein the rear side wall of the auxiliary material bottle is attached to the rack side plate when the auxiliary material bottle is inserted into the auxiliary material bottle receiving cavity of the auxiliary material bottle receiving base from top to bottom in a snap-in manner or is inserted into the auxiliary material bottle receiving cavity of the auxiliary material bottle receiving base from front to back in a push-in manner.

9. The auxiliary material bottle rack according to claim 6 or 7, wherein each auxiliary material pump is correspondingly connected with one auxiliary material bottle cap joint through one auxiliary material pump water inlet pipe, and each auxiliary material pump is fixed on the rear surface of the rack side plate and corresponds to one auxiliary material bottle accommodating cavity.

10. The accessory bottle rack of claim 7, wherein each accessory pump is correspondingly connected to one accessory bottle cap connector through one accessory pump inlet tube, and each accessory pump is disposed inside the accessory bottle receiving base or in a bottom groove.

11. The accessory bottle rack of claim 6 or 7, wherein the accessory bottle receiving base is integrally injection molded with the rack side plate.

12. The accessory bottle rack of claim 6, wherein the accessory bottle cap adapter is embedded in the accessory bottle receiving base proximate to the side panel of the rack.

13. The auxiliary material bottle stand of claim 7, wherein the auxiliary material bottle cap adapter is embedded in the stand side plate and is proximate to the auxiliary material bottle receiving base.

14. The auxiliary material bottle rack according to claim 12 or 13, wherein when the bottom wall of the auxiliary material bottle is configured as an inclined plane structure gradually inclining downwards towards the valve type bottle cap, the inner surface of each auxiliary material bottle accommodating cavity of the auxiliary material bottle accommodating base is correspondingly configured as an inclined plane structure gradually inclining downwards towards the direction of the joint of the auxiliary material bottle cap.

15. The accessory bottle rack of claim 10, wherein the accessory input port of each accessory pump is connected to the water outlet end of one accessory bottle cap connector through the accessory pump water inlet pipe, and the accessory output port of each accessory pump is connected to the external accessory output pipe through the accessory pump water outlet pipe; the controlled end of each auxiliary material pump is electrically connected with the controller so as to be independently controlled by the controller.

16. An auxiliary material device, characterized by, including auxiliary material bottle that has valve formula bottle lid and the auxiliary material bottle frame of any one of claims 4 ~ 15.

17. The auxiliary material device according to claim 16, 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, and the auxiliary material bottle cap is used for closing or opening the material inlet/outlet;

one end of the hollow cavity, which is connected with the outer side of the cover body, forms an outer side opening, an annular buckling part extends outwards from the edge of the outer side opening, and the sealing ring is sleeved on the buckling part;

18. The auxiliary material device according to claim 17, wherein when the pressing portion is acted by the auxiliary material bottle cap joint to compress the elastic element and push the bottle cap valve to fully open the valve port during the buckling/pushing process of the buckling portion, the pressing portion and the front end of the buckling portion are on the same plane.

19. The auxiliary material device according to claim 17, wherein the sealing ring is sleeved at the front end of the buckling part; the sealing ring is a sealing rubber ring.

20. The auxiliary material device according to claim 17, wherein the auxiliary material bottle body is mainly composed of a top wall, a bottom wall and a plurality of side walls, and the material inlet/outlet is provided on the bottom wall or the rear side wall.

21. The auxiliary material device as claimed in claim 20, wherein the bottom wall is recessed inwardly at a position adjacent to the front side wall to form a recess, and the inlet/outlet is provided on the bottom wall of the recess.

22. The auxiliary material device according to claim 20, wherein the rear side wall is recessed inwardly at a position adjacent to the bottom wall to form a recess, and the inlet/outlet port is provided on a rear side wall of the recess.

23. The auxiliary material device as claimed in claim 21 or 22, wherein the bottom wall of the auxiliary material bottle body is provided with an inclined plane structure which is gradually inclined downwards towards the inlet/outlet port so as to facilitate guiding the liquid auxiliary material in the auxiliary material bottle to flow out from the valve port.

24. The auxiliary material device as claimed in claim 21 or 22, wherein the bottom wall of the auxiliary material bottle body is a horizontal plane structure, and an inclined guide part inclined toward the inlet/outlet port is provided on an inner surface of the bottom wall.

25. The auxiliary material device according to claim 17, wherein an inner opening is formed at one end of the hollow cavity connected to the inner side of the cover, the base is close to the inner opening, and a valve accommodating cavity for accommodating the valve of the bottle cap is formed by the space between the base and the inner opening; 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.

26. A frying pan device, which is characterized by comprising a frying pan and the auxiliary material device as claimed in any one of claims 16 to 25, wherein the auxiliary material outlet of each auxiliary material pump is communicated with the inside of the frying pan through an auxiliary material pump outlet pipe.

27. The wok device as claimed in claim 26, 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.

28. A cooker, characterized by comprising a frame, wherein a frying pan and an auxiliary material device according to any one of claims 16-25 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 pump outlet water pipe.

29. The cooker of claim 28, 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 pump outlet pipe.

30. The cooker of claim 28, wherein said accessory device is integrally disposed at a bottom portion within said housing; the auxiliary material bottle rack 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 rack from front to back in a push type mode.

31. The cooker of claim 28, wherein said accessory device is integrally disposed at a bottom portion within said housing; the auxiliary material bottle rack of the auxiliary material device is of a drawer type structure and is pushed into the rack or pulled out of the rack.

32. The fryer of claim 31, wherein a sliding fit is provided between the outer surface of the auxiliary material bottle housing of said auxiliary material device and the inner surface of the housing to facilitate pushing said auxiliary material bottle housing into or out of said housing.