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CN-224211353-U - Meal beating machine

CN224211353UCN 224211353 UCN224211353 UCN 224211353UCN-224211353-U

Abstract

The utility model relates to the technical field of food quantitative distribution equipment, and particularly discloses a meal beating machine. The rice storage device comprises a frame, a rice storage cabin fixed in the frame, a rice bucket communicated with the rice storage cabin, a rice distribution assembly and a material conveying assembly, wherein the material conveying assembly is arranged at the top of the rice storage cabin, rice is conveyed to the rice distribution assembly from the upper part of the rice storage cabin, and the rice storage cabin is provided with a cabin bottom plate which can be lifted up along with the reduction of the total amount of stored rice. The utility model improves the structure of the existing rice-beating machine, changes the bottom plate of the rice-beating machine into a lifting structure, and can actively lift rice when the height of the rice in the rice-beating machine is reduced after the rice in the rice-beating machine is consumed, so that the screw feeding structure is not required to adapt to stroke limitation and is completely flat, the equipment volume is reduced, the structure is compact, the whole machine is easy to operate and maintain, the rice-beating efficiency is relatively improved, and the application range is wider.

Inventors

  • Ding Youjiu

Assignees

  • 丁友玖

Dates

Publication Date
20260508
Application Date
20250513

Claims (8)

  1. 1. The utility model provides a meal machine, includes frame (1), fixes store up meal cabin (2) in the frame, with store up meal bucket (3) of meal cabin (2) intercommunication, meal bucket (3) are equipped with into meal mouth (30) and meal outlet (31), meal outlet (31) are connected with branch meal subassembly (4), the upper portion of storing up meal cabin (2) is equipped with rice and puts into entry (20), the upper portion of storing up meal cabin (2) is equipped with and is used for the rice of storing up in meal cabin (2) from the upper portion of storing up meal cabin (2) to send into feed assembly (5) of meal inlet (30) of meal bucket (3), its characterized in that: The upper portion setting that advances meal mouth (30) is close to storing up meal cabin (2), the bottom in storing up meal cabin (2) is penetrating and be equipped with elevating system (22) output link to each other, can follow the cabin bottom plate (21) of storing up meal cabin (2) inner wall activity, and as cabin bottom plate (21) to walk material subassembly (5) and continuously be close to, walk material subassembly (5) and will follow in storing up meal cabin (2) to send into rice in meal bucket (3) continuously.
  2. 2. The rice cooking machine according to claim 1, wherein the rice separating assembly (4) at least comprises a first frame (40) connected with the rice bucket (3), an opening and closing motor (42) fixed in the first frame (40), and a rice blocking plate (43) movably connected with the first frame (40), and the output end of the opening and closing motor (42) is in transmission connection with the rice blocking plate (43).
  3. 3. The rice-beating machine according to claim 2, wherein the rice-separating assembly (4) further comprises a double-end swinging rod (45) fixedly connected with the output end of the opening-closing motor (42), the opening-closing motor (42) is a rotating motor, two ends of the double-end swinging rod (45) are symmetrically hinged with rollers (450) for transmission, and the rice-blocking plate (43) comprises a rice-blocking plate I (430) and a rice-blocking plate II (431) which are slidably connected with the frame I (40); The rice blocking plate I (430) and the rice blocking plate II (431) are similar in length and staggered up and down, a blocking sheet I (4302) arranged on the rice blocking plate I (430) and a blocking sheet II (4312) arranged on the rice blocking plate II are mutually flush, so that the edge of the blocking sheet I (4302) and the edge of the blocking sheet II (4312) are tightly attached to each other when the rice blocking plate (43) is in a closed state, a linkage baffle I (4300) abutted with a roller (450) is arranged at one end of the rice blocking plate I (430) in the sliding direction, and a transmission beam I (4301) which is bridged at two sides of the rice blocking plate I (430) along the width direction of the rice blocking plate I (430) is fixed at the other end of the rice blocking plate I (430); The rice blocking plate II (431) is fixed with a transmission Liang Er (4311) which is bridged on two sides of the rice blocking plate II (431) along the width direction of the rice blocking plate II (431) at one end of the sliding direction of the rice blocking plate II (431), the transmission Liang Er (4311) is provided with a linkage baffle II (4310) which is abutted with the roller (450), the length direction of the linkage baffle II (4310) is perpendicular to the sliding direction of the rice blocking plate II (431), and the other end of the rice blocking plate II (431) is connected with the transmission beam I (4301) through a reset tension spring (46).
  4. 4. A rice cooking machine according to claim 3, wherein the first frame (40) is symmetrically provided with a first limit chute (400) which is matched with the first rice baffle (430) in sliding mode and a second limit chute (401) which is matched with the second rice baffle (431) in sliding mode along the center of the first frame.
  5. 5. The rice cooking machine as recited in claim 3, wherein the first transmission beam (4301) is connected to the other side of the first rice baffle (430) across the width of the second rice baffle (431) from one side of the end of the first rice baffle (430), and the transmission Liang Er (4311) is connected to the other side of the second rice baffle (431) across the width of the first rice baffle (430) from one side of the end of the second rice baffle (431).
  6. 6. The rice cooking machine as recited in claim 3, wherein the axis of the opening/closing motor (42) is disposed on a center line of the first (430) and second (431) rice blocking plates in a width direction, the width direction of the first (430)/second (431) rice blocking plates is perpendicular to a sliding direction of the motor, and the length of the first (4300)/second (4310) linkage baffle is no more than half of the width of the first (430)/second (431) rice blocking plates.
  7. 7. The rice stirring machine of claim 1, wherein the feeding assembly (5) comprises a second frame (50) connected with the upper part of the rice storage cabin (2), a feeding motor (51) fixed on the surface of the second frame (50), and feeding screws (52) connected with the output end of the feeding motor (51) in a transmission manner and movably connected in the second frame (50), the number of the feeding screws (52) is more than or equal to 1, the height of the feeding screws (52) is greater than the edge height of the rice inlet (30), and the feeding screws (52) are axially horizontal.
  8. 8. The rice-making machine according to claim 7, wherein the output end of the feeding motor (51) is fixedly provided with a driving gear (53), two shaft ends of the feeding screw (52) are hinged with the second frame (50), one shaft end is fixedly provided with driven gears (54) meshed with the driving gear (53), when the number of the feeding screws (52) is greater than 1, the driven gears (54) of the adjacent feeding screws (52) are meshed with each other, and only 1 driven gear (54) of the feeding screw (52) is meshed with the driving gear (53).

Description

Meal beating machine Technical Field The utility model relates to the technical field of food quantitative distribution equipment, in particular to a meal taking machine. Background The prior art CN202421012768.6 discloses a self-service meal machine that keeps warm and moisturizes, and its volume is comparatively small and exquisite, is applicable to the occasion in medium-and small-sized dining room to, it utilizes the pay-off screw rod of putting in storing up the meal intracavity to keep on the ration mechanism of carrying to meal outlet with storing up the rice in the meal chamber to join in marriage the meal, and the operation is comparatively convenient. However, in order to match the stroke of the feeding screw and the pushing efficiency of the feeding screw, the angle of the feeding screw in the scheme cannot be too large, and the smaller inclination angle determines that the rice storage cabin matched with the feeding screw cannot have larger capacity, even if the feeding screw is replaced by other feeding structures, the problem of idle stroke is supposed to exist, the problem of insufficient output power utilization of the equipment can occur, meanwhile, the storage space of the equipment is also required to be designed into an inclined state, so that the rice storage capacity of the rice-making machine is smaller (usually less than 20 jin of rice), the rice is not easy to be pulled cleanly, and frequent rice supplement is needed to avoid the situation. Therefore, the existing design has the advantages of small volume and easy configuration and use, but has some defects which cannot be ignored in the whole, and is worthy of improvement. Disclosure of utility model Aiming at the technical defects in the background technology, the utility model provides a meal taking machine, which solves the technical problems and meets the actual demands, and the specific technical scheme is as follows: The rice stirring machine comprises a frame, a rice storage cabin fixed in the frame and a rice bucket communicated with the rice storage cabin, wherein the rice bucket is provided with a rice inlet and a rice outlet, the rice outlet is connected with a rice dividing assembly, the upper part of the rice storage cabin is provided with a rice placing inlet, and the upper part of the rice storage cabin is provided with a material feeding assembly for feeding rice stored in the rice storage cabin into the rice inlet of the rice bucket from the upper part of the rice storage cabin; The upper portion that advances the meal mouth and be close to the meal storage cabin sets up, the bottom in meal storage cabin is penetrating and be equipped with elevating system's output link to each other, can follow the cabin bottom plate of meal storage cabin's inner wall activity, and as the cabin bottom plate to walk the material subassembly and continuously be close to, walk the material subassembly and will follow the meal storage cabin in to the meal fill in send into rice continuously. As a further technical scheme of the utility model, the rice separating assembly at least comprises a first frame connected with the rice hopper, an opening and closing motor fixed in the first frame, and a rice blocking plate movably connected with the first frame, wherein the output end of the opening and closing motor is in transmission connection with the rice blocking plate. As a further improvement of the technical scheme, the rice separating assembly further comprises a double-head swing rod fixedly connected with the output end of the opening and closing motor, the opening and closing motor is a rotating motor, two ends of the double-head swing rod are symmetrically hinged with rollers for transmission, and the rice blocking plate comprises a first rice blocking plate and a second rice blocking plate which are connected with the first frame in a sliding manner; The first rice blocking plate and the second rice blocking plate are similar in length and are staggered up and down, the first blocking plate and the second blocking plate are parallel and level, so that the first blocking plate and the second blocking plate are tightly attached to the edge of the first blocking plate in a closed state, a first linkage baffle which is abutted with the roller is arranged at one end of the first rice blocking plate in the sliding direction, and a first transmission beam which is bridged at two sides of the first rice blocking plate in the width direction of the first rice blocking plate is fixed at the other end of the first rice blocking plate; The second rice baffle is fixed with a transmission Liang Er which is bridged on two sides of the second rice baffle along the width direction of the second rice baffle at one end of the sliding direction of the second rice baffle, the transmission Liang Er is provided with a second linkage baffle which is abutted with the roller, the length direction of the second linkage baffle is perpendicular to the slidi