CN211608718U - Intelligent kitchen with novel structure - Google Patents

Abstract

The utility model discloses an intelligent kitchen with a novel structure, which comprises an oil smoke processor, an intelligent refrigerator, a film tearing mechanism, an intelligent cooking mechanism, a meal box separating mechanism, a meal box moving mechanism and a control mechanism; a partition plate is arranged between the film tearing mechanism and the frying pan of the intelligent frying mechanism, a sealing plate is arranged on the lower wall of the partition plate, an opening in the upper end of the frying pan is sealed by the sealing plate and the partition plate, and an oil smoke interface is arranged on the partition plate and connected with an oil smoke processor. The utility model has the advantages that: the top of intelligence fried dish mechanism is equipped with baffle and shrouding, is equipped with each interface on the baffle and satisfies the stir-fry operation of intelligence fried dish mechanism, and the shrouding can only be taken out along the oil smoke interface on the baffle with the fried dish pot edge seal of intelligence fried dish mechanism when making the fried dish, and remaining oil smoke in the intelligent kitchen that significantly reduces dismantles abluent frequency in the intelligent kitchen.

Description

Intelligent kitchen with novel structure

Technical Field

The utility model relates to an intelligent kitchen technical field, especially an intelligent kitchen of novel structure.

Background

Along with the rapid development of science and technology, the form that intelligent kitchen cooks enters into market gradually and uses, and intelligent kitchen can accomplish automatically according to the instruction of operator input and get food material box, food material box dyestripping, culinary art, operation such as meal of going out, and intelligent kitchen can carry out multinomial fried dish task simultaneously moreover, has saved the cost of food and beverage trade widely.

Regarding the food and beverage trade, what people paid most attention is exactly the food safety problem, though can accomplish the fried dish work voluntarily in intelligent kitchen, the cost of using manpower sparingly, still there is the weak point in the aspect of the machine washs, zonulae occludens among each part in the current intelligent kitchen, dyestripping mechanism and frying pan can utilize liquid detergent and clear water to wash in order to keep clean after frying the dish, the oil smoke that produces during the frying can be taken out through the oil smoke treater, but still can have partial oil smoke to volatilize in each cavity of intelligent kitchen, after long-time operation in intelligent kitchen, the oil smoke of volatilizing constantly accumulates, cause the food safety problem easily. For this reason, those skilled in the art need to propose a better method or machine structure to solve the oil smoke problem of the intelligent kitchen.

SUMMERY OF THE UTILITY MODEL

The to-be-solved technical problem of the utility model is to the not enough of above-mentioned prior art, provide the intelligent kitchen of a novel structure.

In order to solve the technical problem, the utility model discloses the technical scheme who takes is: an intelligent kitchen with a novel structure comprises an oil fume processor, an intelligent refrigerator, a film tearing mechanism, an intelligent cooking mechanism, a lunch box separating mechanism, a lunch box moving mechanism and a control mechanism; tear membrane mechanism is connected to intelligence freezer and will eat material box immigration tear membrane mechanism, tear membrane mechanism below is equipped with intelligent fried dish mechanism, eat the edible material in the material box and fry the dish in falling into intelligent fried dish mechanism behind the tear membrane mechanism tear membrane, intelligent fried dish mechanism front end is arranged in to cutlery box separating mechanism and cutlery box moving mechanism, cutlery box separating mechanism separates the cutlery box, cutlery box moving mechanism presss from both sides and gets the cutlery box and move the cutlery box to intelligent fried dish mechanism lower extreme and load into the dish, the top in intelligent kitchen is arranged in to the oil smoke treater, control mechanism is connected with each mechanism electricity, its characterized in that: a partition plate is arranged between the film tearing mechanism and a frying pan of the intelligent frying mechanism, a sealing plate is arranged on the lower wall of the partition plate, an opening in the upper end of the frying pan is sealed by the sealing plate and the partition plate, and an oil smoke interface is arranged on the partition plate and connected with an oil smoke processor.

In the technical scheme, the oil fume fan is arranged between the oil fume processor and the oil fume interface and is connected with the oil fume interface pipeline, and the oil fume processor is connected with the oil fume fan pipeline.

In the technical scheme, the partition plate is further provided with an edible material interface, a soy sauce interface and a stirring mechanism interface, the film tearing mechanism is provided with an edible material falling opening, and the edible material interface and the edible material falling opening are connected through an edible material guide rail.

Among the above-mentioned technical scheme, still store the mechanism including soy sauce, soy sauce is stored the mechanism and is located intelligent kitchen's below position, and soy sauce is stored the mechanism and is equipped with the hydraulic control valve, and soy sauce is stored the mechanism and is passed through hose and soy sauce interface connection, and the hydraulic control valve carries out the soy sauce and annotates.

In the technical scheme, the lower end of the intelligent cooking mechanism is provided with a kitchen waste collecting groove, and the bottom end of the kitchen waste collecting groove is connected with a kitchen waste crusher.

Among the above-mentioned technical scheme, control mechanism includes main control interface, main control electronic box and display screen, and on main control interface and display screen arranged the lateral wall in intelligent kitchen, the most lower position in intelligent kitchen was arranged in to the main control electronic box, and main control interface and display screen are connected with the main control electronic box electricity respectively, and the main control electronic box is connected with oil smoke treater, intelligent freezer, dyestripping mechanism, intelligent fried dish mechanism, cutlery box separating mechanism and cutlery box moving mechanism electricity respectively.

Among the above-mentioned technical scheme, cutlery box moving mechanism is including rotating fixed arm, several mechanical joint and getting the arm with pressing from both sides, and rotating fixed arm bottom mounting is on the workstation, and mechanical joint is swivelling joint in proper order, and mechanical joint's one end is connected with the fixed arm, and the arm is got to another mechanical joint end connection clamp, presss from both sides the arm and is used for pressing from both sides the cutlery box.

In the technical scheme, the lunch box moving mechanism comprises a translation device, a mechanical arm base, a longitudinal arm, a transverse arm and a clamping arm, wherein the mechanical arm base is installed on the translation device, the upper end of the mechanical arm base is connected with the rotatable longitudinal arm, the longitudinal arm is provided with a longitudinal guide rail, the transverse arm is installed on the longitudinal guide rail, and the transverse arm is connected with the clamping arm; the transverse arm comprises a plurality of transverse joints which are connected with each other by guide rails in sequence.

Among the above-mentioned technical scheme, still retrieve the mechanism including eating the material box, eat the material box and retrieve the mechanism and include retrieving the track, accept track and rotating electrical machines, retrieve the track level and set up between intelligent freezer and dyestripping mechanism, accept the track and arrange in retrieve the track upper end and with retrieve track rotatable coupling, accept the track and be connected with rotating electrical machines, accept orbital both ends and dock intelligent freezer and dyestripping mechanism respectively.

The utility model has the advantages that: the top of intelligence fried dish mechanism is equipped with baffle and shrouding, is equipped with each interface on the baffle and satisfies the stir-fry operation of intelligence fried dish mechanism, and the shrouding can only be taken out along the oil smoke interface on the baffle with the fried dish pot edge seal of intelligence fried dish mechanism when making the fried dish, and remaining oil smoke in the intelligent kitchen that significantly reduces dismantles abluent frequency in the intelligent kitchen.

Drawings

Fig. 1 is a schematic view of the overall structure of the present invention.

Fig. 2 is an exploded schematic view of the present invention.

Fig. 3 is a schematic structural view of the food material box recycling mechanism of the present invention.

Fig. 4 is a schematic view of the connection structure of the film tearing mechanism and the intelligent cooking mechanism of the present invention.

Fig. 5 is a schematic top view of the separator according to the present invention.

Fig. 6 is a schematic view of the rear end structure of the refrigerator (not shown).

Fig. 7 shows a first lunch box moving mechanism of the present invention.

Fig. 8 shows a second lunch box moving mechanism of the present invention.

Reference numerals

1. An oil fume processor; 11. a first oil smoke guide pipe; 12. a second oil smoke guide pipe; 13. an oil fume fan; 14. an oil fume collecting part; 2. an intelligent refrigerator; 21. a food material storage track; 22. a transmission device; 3. a food material box recovery mechanism; 31. recovering the track; 32. carrying a track; 321. a freezer interface; 322. a film tearing interface; 33. a rotating electric machine; 4. a film tearing mechanism; 41. food material falling; 42. a food material guide rail; 5. an intelligent cooking mechanism; 51. a partition plate; 511. a food material interface; 512. an oil fume interface; 513. a soy sauce port; 514. a stirring mechanism interface; 52. closing the plate; 53. a frying pan; 54. a rotating arm; 55. a lifting arm; 56. a stirring motor; 57. a stirring section; 6. a meal box separating mechanism; 7. a lunch box moving mechanism; 71A, a rotating fixing arm; 72A, mechanical joints; 73A, a gripping arm; 71B, a translation device; 72B, a mechanical arm base; 73B, longitudinal arm; 74B, a transverse arm; 75B, a clamping arm; 8. a control mechanism; 81. a master control interface; 82. a master control electronic box; 83. a display screen; 9. a kitchen waste collecting groove; 91. a kitchen waste crusher; 10. soy sauce storage mechanism.

Detailed Description

The present invention will be described in further detail with reference to the accompanying drawings.

Fig. 1-2 show that the utility model relates to an embodiment, an intelligent kitchen of novel structure, including oil smoke treater 1, intelligent freezer 2, dyestripping mechanism 4, intelligent cooking mechanism 5, cutlery box separating mechanism 6, cutlery box moving mechanism 7 and control mechanism 8.

The intelligent refrigerator 2 is a device for storing food material boxes in an intelligent kitchen, the intelligent refrigerator 2 is located at the rear end of the whole intelligent kitchen, the intelligent refrigerator 2 is internally provided with a plurality of food material storage rails 21, the packaged food material boxes are stored in the food material storage rails 21, the front end of the interior of the intelligent refrigerator 2 is provided with a transmission device 22, and the transmission device 22 is used for taking out the corresponding food material boxes in the intelligent refrigerator 2 and sending the food material boxes out of the intelligent refrigerator 2. Be equipped with the opening that corresponds dyestripping mechanism 4 on the protecgulum of intelligent freezer 2, eat the opening part that the material box covered in the protecgulum and leave and enter into in dyestripping mechanism 4.

Combine shown in fig. 3, be equipped with between intelligent freezer 2 and dyestripping mechanism 4 and eat material box recovery mechanism 3, eat material box recovery mechanism 3 including retrieving track 31, accept track 32 and rotating electrical machines 33, retrieve track 31 level setting between intelligent freezer 2 and dyestripping mechanism 4, accept track 32 arrange in retrieve track 31 upper end and with retrieve track 31 rotatable coupling, accept track 32 and rotating electrical machines 33 are connected, rotating electrical machines 33 drives and accepts track 32 swivelling movement. The bearing track 32 is provided with a refrigerator interface 321 and a film tearing interface 322, the refrigerator interface 321 is in butt joint with an opening of a refrigerator, and the film tearing interface 322 is in butt joint with a film tearing track of the film tearing mechanism 4. The food material box enters the receiving track 32 from the freezer interface 321 and enters the film tearing mechanism 4 from the film tearing interface 322. After the film tearing of the food material box is finished, the food material box returns from one end of the film tearing interface 322, at the moment, the rotating motor 33 enables the bearing track 32 to rotate upwards, the food material box falls into the recovery track 31, and the food material box moves out along the recovery track 31.

Referring to fig. 4-5, the film tearing mechanism 4 performs a film tearing operation on the food material box, a food material falling opening 41 is formed on the film tearing track of the film tearing mechanism 4, and the food material falls along the food material falling opening 41 after the film is torn on the food material box. The lower extreme of dyestripping mechanism 4 is provided with intelligence fried dish mechanism 5, and intelligence fried dish mechanism 5 is equipped with frying pan 53, swinging boom 54 and lifing arm 55, and the swinging boom 54 is connected to frying pan 53, and swinging boom 54 installs on lifing arm 55, and frying pan 53 rotates and lift removal through swinging boom 54 and lifing arm 55. Be equipped with a baffle 51 between intelligent cooking mechanism 5 and the dyestripping mechanism 4, be equipped with a plurality of interfaces on the baffle 51, including eating material interface 511, oil smoke interface 512, oil smoke interface 513 and rabbling mechanism interface 514. The food material interface 511 is connected to the food material falling port 41 by a food material guide rail 42, so as to prevent the food material from falling out of the frying pan 53. The partition plate 51 is provided with a stirring motor 56, the stirring motor 56 is connected with a stirring part 57, and the stirring part 57 extends into the frying pan 53 through a stirring mechanism interface 514 to stir and fry in a rotating way. A sealing plate 52 is arranged between the partition plate 51 and the frying pan 53, the sealing plate 52 and the partition plate 51 jointly seal the upper end opening of the frying pan 53, and oil smoke generated by the frying pan 53 during frying can only leave from a port in the partition plate 51.

Referring to fig. 6, in order to collect oil smoke generated during cooking, the intelligent kitchen has an oil smoke processor 1. The oil smoke processor 1 is arranged at the upper end of the intelligent refrigerator 2, the oil smoke processor 1 is connected with an oil smoke guide pipe I11, the oil smoke guide pipe I is connected with an oil smoke guide pipe II 12, a plurality of oil smoke fans 13 corresponding to the intelligent cooking mechanism 5 are arranged on the oil smoke guide pipe II 12, an oil smoke collecting part 14 is arranged at an oil smoke interface 512 of the partition plate 51, the oil smoke fans 13 are connected with the oil smoke collecting part 14 through hoses, the oil smoke fans 13 pump the oil smoke generated by the cooking pot 53 in the cooking process to the oil smoke processor 1 through the hoses and the oil smoke collecting part 14, and the oil smoke is prevented from being diffused in the intelligent cooking mechanism 5 and the film tearing mechanism 4, so that the cleanness of the inside of the whole intelligent kitchen is influenced. The oil fume processor 1 is used for pumping out and processing oil fume generated by frying dishes by the intelligent dish frying mechanism 5, and the oil fume processor 1 internally comprises oil fume processing procedures such as a high-voltage electrostatic field adsorption plate, an ozone generator, a UV photocatalyst, an active carbon filter element and the like, so that the oil fume can meet the environment-friendly requirement of no color and no taste when being discharged.

The lower end of the intelligent cooking mechanism 5 is provided with a kitchen waste collection groove 9, the front end of the kitchen waste collection groove 9 is provided with a lunch box separating mechanism 6 and a lunch box moving mechanism 7, the lunch box separating mechanism 6 separates out a lunch box, the lunch box moving mechanism 7 clamps and clamps the lunch box and moves the lunch box to the lower end of the intelligent cooking mechanism 5, the intelligent cooking mechanism 5 pours cooked food into the lunch box, and the lunch box moving mechanism 7 moves out the contained lunch box. The intelligent cooking mechanism 5 is required to be cleaned after cooking and dumping, cleaned kitchen garbage is dumped into the kitchen garbage collecting groove 9, the bottom end of the kitchen garbage collecting groove 9 is connected with the kitchen garbage crusher 91, and the kitchen garbage crusher 91 can effectively crush residues in the boiler washing water and then discharge the residues into a sewer to prevent blockage.

A soy sauce storage mechanism 10 is arranged below the kitchen waste collection groove 9, the soy sauce storage mechanism 10 is controlled and led out by a hydraulic control valve and is connected with an oil smoke interface 513 on the closing plate 52 through a transfusion hose, and various soy sauce seasonings are added into the frying pan 53 during frying.

The control mechanism 8 is mainly responsible for controlling each component in the whole intelligent kitchen, the control mechanism 8 comprises a main control interface 81 and a main control electronic box 82, the main control interface 81 is arranged on the side wall of the whole intelligent kitchen, the main control electronic box 82 is arranged in a vacancy below the kitchen waste collection groove 9, the main control interface 81 is electrically connected with the main control electronic box 82, the main control electronic box 82 is electrically connected with the oil smoke processor 1, the intelligent refrigerator 2, the film tearing mechanism 4, the intelligent cooking mechanism 5, the lunch box separating mechanism 6 and the lunch box moving mechanism 7, a user can input required dish types through the main control interface 81, and the main control electronic box 82 automatically cooks dishes according to cooking instructions. The control mechanism 8 further comprises a display screen 83, the display screen 83 and the main control interface 81 are arranged on the side wall of the intelligent kitchen together, and the display screen 83 is connected with the main control electronic box 82 and displays the cooking progress of each intelligent cooking mechanism 5 in the intelligent kitchen.

As shown in fig. 7, for the first kind of cutlery box moving mechanism 7 that the utility model can adopt, this cutlery box moving mechanism 7 is a manipulator, and the manipulator includes rotatory fixed arm 71A, several mechanical joint 72A and presss from both sides and get arm 73A, and rotatory fixed arm 71A bottom mounting is on the workstation, and mechanical joint 72A is swivelling joint in proper order, and mechanical joint 72A's one end is connected with the fixed arm, and another mechanical joint 72A end-to-end connection presss from both sides and gets arm 73A, presss from both sides and gets arm 73A and is used for pressing from both sides and get the cutlery box. The mechanical joints 72A can rotate around the longitudinal axis of the fixing arm on the horizontal plane to adjust the direction of the clamping arm 73A relative to the fixing arm, and the horizontal distance and the vertical distance of the clamping arm 73A relative to the fixing arm are rotatably adjusted among the mechanical joints 72A, so that the operations of clamping lunch boxes, receiving dishes and discharging dishes by the lunch box moving mechanism 7 are realized.

As shown in fig. 8, for the second lunch box moving mechanism 7 that can be adopted by the present invention, the lunch box moving mechanism 7 includes a translation device 71B, a mechanical arm base 72B, a vertical arm 73B, a horizontal arm 74B, and a clamping arm 75B. The translation device 71B is arranged between the left lunch box separating mechanism 6 and the right lunch box separating mechanism 6, the mechanical arm base 72B is installed on the translation device 71B, the mechanical arm base 72B can reciprocate between the translation devices 71B, the upper end of the mechanical arm base 72B is connected with the longitudinal arm 73B, the longitudinal arm 73B can rotate on the horizontal plane around the longitudinal axis of the mechanical arm base 72B, the longitudinal arm 73B is provided with a longitudinal guide rail, and the transverse arm 74B is installed on the longitudinal guide rail of the longitudinal arm 73B. The transverse arm 74B comprises a plurality of transverse joints which are connected in turn by guide rails, the transverse joint at the tail end is connected with the clamping arm 75B, and the clamping arm 75B is used for clamping lunch boxes. The translation device 71B adjusts the position of the gripping arm 75B in the left-right direction, the longitudinal arm 73B adjusts the position of the gripping arm 75B in the up-down direction, and the transverse arm 74B adjusts the horizontal distance of the gripping arm 75B relative to the mechanical arm base 72B to satisfy the movement of each angle, so as to realize the operations of gripping lunch boxes, receiving dishes and discharging dishes by the lunch box moving mechanism 7.

The above embodiments are merely illustrative and not restrictive, and all equivalent changes and modifications made by the methods described in the claims are intended to be included within the scope of the present invention.

Claims (9)

1. An intelligent kitchen with a novel structure comprises an oil fume processor, an intelligent refrigerator, a film tearing mechanism, an intelligent cooking mechanism, a lunch box separating mechanism, a lunch box moving mechanism and a control mechanism; tear membrane mechanism is connected to intelligence freezer and will eat material box immigration tear membrane mechanism, tear membrane mechanism below is equipped with intelligent fried dish mechanism, eat the edible material in the material box and fry the dish in falling into intelligent fried dish mechanism behind the tear membrane mechanism tear membrane, intelligent fried dish mechanism front end is arranged in to cutlery box separating mechanism and cutlery box moving mechanism, cutlery box separating mechanism separates the cutlery box, cutlery box moving mechanism presss from both sides and gets the cutlery box and move the cutlery box to intelligent fried dish mechanism lower extreme and load into the dish, the top in intelligent kitchen is arranged in to the oil smoke treater, control mechanism is connected with each mechanism electricity, its characterized in that: a partition plate is arranged between the film tearing mechanism and a frying pan of the intelligent frying mechanism, a sealing plate is arranged on the lower wall of the partition plate, an opening in the upper end of the frying pan is sealed by the sealing plate and the partition plate, and an oil smoke interface is arranged on the partition plate and connected with an oil smoke processor.

2. The intelligent kitchen with a novel structure as claimed in claim 1, wherein: an oil smoke fan is arranged between the oil smoke processor and the oil smoke interface and is connected with the oil smoke interface through a pipeline, and the oil smoke processor is connected with the oil smoke fan through a pipeline.

3. The intelligent kitchen with a novel structure as claimed in claim 1, wherein: the food material interface, the soy sauce interface and the stirring mechanism interface are further arranged on the partition plate, the film tearing mechanism is provided with a food material falling opening, and the food material interface and the food material falling opening are connected through a food material guide rail.

4. The intelligent kitchen with a novel structure as claimed in claim 3, characterized in that: still store the mechanism including soy sauce, soy sauce is stored the mechanism and is located the below position in intelligent kitchen, and soy sauce is stored the mechanism and is equipped with the liquid accuse valve, and soy sauce is stored the mechanism and is passed through hose and soy sauce interface connection, and the liquid accuse valve carries out the soy sauce and annotates.

5. The intelligent kitchen with a novel structure as claimed in claim 1, wherein: the lower end of the intelligent cooking mechanism is provided with a kitchen waste collecting groove, and the bottom end of the kitchen waste collecting groove is connected with a kitchen waste crusher.

6. The intelligent kitchen with a novel structure as claimed in claim 1, wherein: the control mechanism comprises a main control interface, a main control electric box and a display screen, wherein the main control interface and the display screen are arranged on the side wall of the intelligent kitchen, the main control electric box is arranged at the lowest position of the intelligent kitchen, the main control interface and the display screen are respectively electrically connected with the main control electric box, and the main control electric box is respectively electrically connected with the oil smoke processor, the intelligent refrigerator, the film tearing mechanism, the intelligent cooking mechanism, the lunch box separating mechanism and the lunch box moving mechanism.

7. The intelligent kitchen with a novel structure as claimed in claim 1, wherein: the lunch box moving mechanism comprises a rotary fixing arm, a plurality of mechanical joints and a clamping arm, wherein the bottom end of the rotary fixing arm is fixed on a workbench, the mechanical joints are sequentially and rotatably connected, one end of each mechanical joint is connected with the fixing arm, the tail end of the other mechanical joint is connected with the clamping arm, and the clamping arm is used for clamping a lunch box.

8. The intelligent kitchen with a novel structure as claimed in claim 1, wherein: the lunch box moving mechanism comprises a translation device, a mechanical arm base, a longitudinal arm, a transverse arm and a clamping arm, wherein the mechanical arm base is arranged on the translation device, the upper end of the mechanical arm base is connected with the rotatable longitudinal arm, the longitudinal arm is provided with a longitudinal guide rail, the transverse arm is arranged on the longitudinal guide rail, and the transverse arm is connected with the clamping arm; the transverse arm comprises a plurality of transverse joints which are connected with each other by guide rails in sequence.

9. The intelligent kitchen with a novel structure as claimed in claim 1, wherein: still retrieve the mechanism including eating the material box, eat the material box and retrieve the mechanism and include retrieving the track, accept track and rotating electrical machines, retrieve the track level setting between intelligent freezer and dyestripping mechanism, accept the track and arrange in retrieve the track upper end and with retrieve track rotatable coupling, accept the track and be connected with rotating electrical machines, accept orbital both ends and dock intelligent freezer and dyestripping mechanism respectively.

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