12 results about "Food handling" patented technology

The present application belongs to the technical field of food processing, and relates to a method for removing earthy smell of tilapia fillets. The method comprises the following steps: covering the surface of the tilapia fillets with pleurotus eryngii powder, and placing the tilapia fillets in a deodorizing and fresh-keeping liquid for 30-60 min; the deodorizing and fresh-keeping liquid is composed of ginger powder 15-20 parts, cannabis seed protein 5-10 parts, lysozyme 0.5-1 part, tea polyphenol 4-8 parts and water 60-100 parts in terms of mass fraction. The present application solves the technical problem of long-term maintenance of fresh fish flavor when removing the earthy smell of tilapia fillets.

This utility model discloses a food processor, including a housing; a first container for holding materials; a pulverizing blade assembly rotatably disposed within the first container for processing the materials within the first container; a second container for holding a material mixing module rotatably disposed within the second container for processing the materials within the second container; a cooling element for cooling the second container; and a drive module for driving the pulverizing blade assembly and the mixing module. Compared to existing technologies where pulverizing and mixing functions are concentrated in a single cavity, resulting in the inability to simultaneously perform different processes in the material handling flow, this design greatly improves the efficiency and flexibility of the food processor. Users can simultaneously advance the production process of multiple ice cream flavors, or complete the pre-processing of other ingredients while making ice cream, reducing equipment downtime and fully releasing the equipment's potential.

This utility model discloses a food processor with angle-conversion speed control, including a main unit, a circuit board, a motor, a blade, and an angle signal conversion element. The motor is fixedly mounted on the main unit and is connected to the blade drive. The angle signal conversion element is mounted on the main unit and is used to change the output electrical signal according to the tilt angle of the main unit. The angle signal conversion element is electrically connected to the circuit board, and the circuit board is electrically connected to the motor. The circuit board controls the motor speed according to the electrical signal output by the angle signal conversion element. When the food processor is tilted manually, the angle signal conversion element sends an electrical signal to the circuit board based on the detected tilt angle. The circuit board controls the motor speed according to the electrical signal, thereby adjusting the motor speed in real time according to different tilt angles to achieve intelligent mixing processing through different speeds. This avoids problems such as blade jamming at the same speed and eliminates the need to press a speed change button, making it easy to operate.

This utility model discloses an extrusion-type food processor, comprising: a fixed element; a cooking cup connected to the fixed element; a nozzle communicating with the cooking cup; an extrusion element movably disposed within the cooking cup and in contact with its inner wall; when the extrusion element moves relative to the cooking cup in a first direction, it forces material within the cooking cup to be extruded from the nozzle; a drive shaft rotatable relative to the fixed element and movable along its axial direction; and a connector connected to the drive shaft, wherein the extrusion element is rotatably connected to the drive shaft. By providing a rotatable drive shaft that moves along its axial direction and rotatably connecting the extrusion element to the drive shaft, the problem of moving the extrusion element within the cooking cup in a first direction without causing significant rotational wear can be solved using only one drive shaft, provided that the extrusion element remains in contact with the cup wall.

The utility model relates to a kind of adjustable food tongs, involve the technical field of clamp, including fixed arm, two clamping arms and locking piece, fixed arm has two opposite settings and can mutually clamping fixed part;Two clamping arms are respectively slidably set on two fixed parts, clamping arm can be moved along the length direction of fixed part to adjust the total length of food tongs;Locking piece is set on fixed part, and clamping arm is provided with the limiting unit matched with locking piece;By locking piece and limiting unit cooperation, fixed arm and clamping arm are locked and fixed. By adjusting the sliding distance between clamping arm and fixed arm, locking piece locks and fixes fixed arm and clamping arm, realizes multi-gear adjustment function, adjusts the length of clamping arm according to target object precision, flexibly controls the opening angle and clamping force of clamping arm, greatly expands the application range of food tongs, improves the convenience, safety and operation experience in use process, satisfies the diversified food processing needs of user.

This invention discloses a high-performance broiler transport trolley. The high-performance broiler transport trolley includes a transport trolley with a trolley carrier box mounted on it. A main frame is installed inside the transport trolley, and an identification device and platform are mounted on the upper surface of the main frame. A box body is installed inside the trolley carrier box, and an adapter seat is provided at the bottom of the box body. A magnetic suction groove is opened in the center of the adapter seat, and an information storage module is installed on the side wall of the box body. The trolley carrier box is aligned and supported by an alignment plate and a U-shaped connecting rod between the pulley frames. Then, an electromagnet on the alignment magnetic suction platform is energized, causing the electromagnet to magnetically attract the magnet in the magnetic suction groove on the seat. This ensures the stability of the trolley carrier box during transport, regardless of encountering speed bumps or external forces that cause it to be scraped. Furthermore, the combination of the modular trolley carrier box and the transport trolley indirectly improves handling efficiency and is suitable for various food handling scenarios.

This invention discloses a continuous conveying device for food sterilization, relating to the technical field of food sterilization equipment. It includes a multi-layer conveyor assembly housed within a sterilization container. The multi-layer conveyor assembly comprises multiple layers of intra-layer conveyor chains arranged sequentially from top to bottom. Inter-layer conveyor chains connect adjacent intra-layer conveyor chains, and a return conveyor chain connects the lowest and highest intra-layer conveyor chains. The intra-layer, inter-layer, and return conveyor chains together constitute a circulating conveyor chain, on which material support structures are arranged. A sterilization input device and a sterilization output device are provided throughout the sterilization container. The circulating conveyor chain has a sterilization inlet section and a sterilization outlet section. The sterilization container contains a dispensing device for delivering food from the sterilization outlet section to the sterilization output device. This invention reduces food handling operations, promotes uniform food sterilization, and helps reduce heat loss and lower purchase and maintenance costs.

The present application relates to the field of food processing device, especially to a kind of intelligent nutrition content extraction device and extraction method thereof.The intelligent nutrition content extraction device and extraction method thereof provided by the present application complete continuous feeding through feed pipe, after material is crushed to appropriate size by crushing blade, it is carried out to working bucket through screen mesh;First rotary drive works reversely, stirring member completes stirring action, while driving screw reversely rotates to realize the effect of upward transmission, at this time, most of solid materials are stirred and ultrasonic treated in large circle cylinder, solid materials will not sink to bottom, and relevant nutrients are extracted;After nutrition extraction is completed, first rotary drive works forwardly, driving screw rotates forwardly to realize the effect of downward transmission, at this time, fluid with material residue suspended is gradually transported to discharge barrel, filtration and compression are completed in sieve barrel, and material residue is left in sieve barrel, while fluid flows out through liquid outlet pipe.

A method for treating food in an appliance (14) by at least one treatment device of the appliance (14) comprises the steps of a. providing a food recognition system with at least one camera image of a food item to be treated by the appliance (14)(S1), b. picture data about the food item by extracting a number of at least one characteristic features of the food item from the at least one camera image (S2), c. assigning a food identification to the food item based on at least one of the number of characteristic features (S4, S6), d. executing a food treatment process or program allocated to the assigned food identification (S8). According to the invention, the camera image is provided during step a. (S1) by an external camera device (12, 14), wherein the camera image provision is executed—by data retrieval by the food recognition system, and / or—by data transfer by the mobile camera device (12, 20), and / or—on the operator's initiation. Further disclosed is a food treatment system comprising an appliance (14) for treating food and an external camera device (12, 20) as well as a software application.

1. Name of the product in this design: Handheld Electric Food Processing Tool (SP-C001). 2. Intended use of this design: for mixing or cutting food or beverages. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: a 3D model.

The utility model relates to the technical field of kitchen appliances, in particular to a food processor with an air frying function. Comprising a base, a pot assembly and an upper cover, an output assembly is arranged on the base, the pot assembly is placed on the base so as to be in paired connection with the output assembly, and the upper cover can cover the pot assembly; an air frying assembly is arranged on the upper cover, the air frying machine further comprises a detection module and a control panel, the control panel is connected with the detection module, the output assembly and the air frying assembly through lines, and the control panel can recognize the pan assembly placed on the base and recognize the state of the upper cover through the detection module so as to execute a corresponding mode; according to the food processor with the air frying function, the stirring function and the air frying pan function are combined, the functions of the food processor are richer, use is flexible, the detection module is used for recognizing the opening and closing states of the used pan assembly and the upper cover, the control panel only displays the corresponding mode, and safety risks caused by misoperation are avoided.