99 results about "Food storage" patented technology

1. The name of the design product: instant noodle cup (cartoon). 2. The use of the design product: the design product is used for instant noodles, heat preservation and food storage. 3. The design points of the design product: in shape. 4. The picture or photo that best indicates the design points: perspective view.

This utility model discloses a sealed food storage container, including a container body, a lid that fits with the container body, and a flexible sealing ring. The lid is a downward-opening cover structure. An annular groove with the opening facing downwards is provided around the outer edge of the container body's opening. The upper part of the sealing ring is embedded in the annular groove, while the lower part of the sealing ring protrudes outside the annular groove, sealing with the inner wall of the lid when the lid is placed on the container body's opening. This sealed food storage container achieves a seal while preventing the sealing ring from contacting the food inside the container, thus effectively preventing food stains from remaining on the sealing ring and preventing contamination of the food inside the container. Therefore, frequent disassembly and cleaning of the sealing ring is unnecessary, reducing the user's maintenance burden. Furthermore, since the edge of the lid and the sealing ring are not located within the internal space of the container body, the container body can achieve a larger effective volume with the same external dimensions, fully accommodating food and improving its internal space utilization.

The present disclosure describes a breast milk and food storage solution that simplifies and reduces the number of items needed to pump, store and / or feed breastmilk to a baby.

A pet feeder with an anti-jamming structure includes a housing with a food storage bin inside the top of the housing and a food dispensing channel on the side wall of the housing. A food dispensing mechanism is also installed inside the housing to guide pet food from the food storage bin into the food dispensing channel, allowing it to fall out along the channel. An anti-jamming structure is also provided within the food dispensing channel. This structure includes several circumferentially spaced skeletons formed on the inner wall of the dispensing channel, with adjacent skeletons defining a flow channel for the pet food to exit. This anti-jamming structure within the dispensing channel prevents pet paws from getting caught or children's fingers from being pinched or injured by the dispensing mechanism while the pet food is flowing out of the food storage bin, thus improving the safety performance of the pet feeder.

This utility model relates to a snap-fit ​​packaging cup sleeve, comprising a cup bottom plate, a cup side plate, and a cup lid plate. The cup bottom plate supports the bottom of the cup, the cup side plate is clamped to the cup side and forms at least two contacts with the cup side, and the cup lid plate is snapped onto the cup mouth and seals the cup mouth. Two detachable ends are formed from any one of the cup bottom plate, cup side plate, and cup lid plate, and these two detachable ends are joined to form a detachable connector to cover the cup body. This utility model, on the one hand, effectively prevents condensation from seeping into the cup through the covering method, thus preventing food spoilage or a decline in taste. It also reduces food exposure and the probability of dust and bacteria intrusion, improving food storage safety. On the other hand, it reduces the rate of misalignment or displacement of the cup lid during transportation. Furthermore, the detachable design facilitates operation, and the resulting binding force reduces the probability of the cup body shifting or detaching from the cup sleeve.

A vacuum barrel and a barrel body thereof are provided. The present disclosure provides a barrel body of a vacuum barrel. The barrel includes a melamine barrel wall, a melamine shell flange, and a melamine bottom board. The melamine barrel wall is disposed in a closed ring shape. The melamine barrel wall defines a top opening and a bottom opening. The melamine shell flange is matched with the top opening. An edge of the melamine shell flange is sealed with the top opening. The melamine bottom board is disposed at the bottom opening. An edge of the melamine bottom board is sealed with the bottom opening. A food storage cavity is enclosed by the melamine shell flange, the melamine barrel wall, and the melamine bottom board. An opening is defined in the melamine shell flange to serve as an inlet of the food storage cavity.

The application provides a method and device for removing odor, a food storage device, a storage medium and a program product. The method is applied to a food storage device, which comprises a storage cavity and an odor removal module. The method comprises the following steps: determining the related parameters of food in the storage cavity; wherein the related parameters comprise the height of the food in the storage cavity and / or the weight of the food; determining the storage duration of the food based on the change degree of the related parameters of the food; in the case that the change degree represents a decrease or no change and the storage duration is greater than a first preset value, determining the odor removal duration of the food based on the related parameters of the food and the storage duration; and controlling the odor removal module to perform an odor removal operation on the storage cavity within the odor removal duration to reduce the odor substances in the storage cavity.

The application discloses a food storage information determination method and device, a storage medium and an electronic device, relates to the technical field of smart homes, and the food storage information determination method comprises the following steps: obtaining a food storage query request; in response to the food storage query request, obtaining a group of food characteristics of a target food and a group of refrigerator state characteristics of a target refrigerator; querying a first group of knowledge nodes associated with the group of food characteristics in a preset target knowledge graph, and querying a second group of knowledge nodes associated with the group of refrigerator state characteristics in the target knowledge graph; finding at least one pair of knowledge nodes in the first group of knowledge nodes and the second group of knowledge nodes; in the case that at least one pair of knowledge nodes is found, generating food storage information according to the knowledge nodes belonging to the second group of knowledge nodes in each pair of knowledge nodes in the at least one pair of knowledge nodes, and the food storage information comprises storage parameters in one or more dimensions of the target food stored in the target refrigerator.

The utility model discloses a kind of pet feeders, comprising: main body, rotatably being equipped with feeding tray in main body, and feeding tray is annularly spaced apart and is provided with multiple feeding grooves along its rotation center;Upper cover, upper cover is pivotally connected with main body, and form food storage space between feeding tray in closed state;Sensor, set on main body and / or upper cover, for detecting whether pet is close;Bin door and feeding mouth, feeding mouth is set on upper cover, and it is matched with the size of single feeding groove, bin door is used to open or close feeding mouth;Wherein, bin door keeps closed during non-eating period, when sensor detects that pet is close in eating period, bin door is automatically opened to expose corresponding feeding groove, so that pet can eat.The utility model provides a kind of pet feeder that can automatically control bin door opening and closing according to pet approach condition, to improve the intelligent degree of feeding, hygiene and use flexibility.

1. Name of the product in this design: Educational Food Storage Plate. 2. Purpose of this design: This design is for feeding pets. 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.

This invention relates to the field of cooking equipment technology and discloses a fully automatic robotic cooking platform, comprising: a base; a food storage unit including a storage rack with multiple sets of conveyor channels containing multiple food preservation boxes; a bowl feeding unit including a lifting platform and a lifting drive mechanism, with multiple bowls placed on the lifting platform; a noodle cooking unit including a noodle cooking main body containing multiple sets of noodle cooking baskets; a soup heating unit including a soup heating main body containing a soup ladle; and a collaborative robot with a multi-functional gripping mechanical claw at its end effector. This fully automatic robotic cooking platform has the advantages of high integration, strong versatility, high standardization, and strong continuous working capability, effectively improving the efficiency and quality of food preparation in the catering industry.

The application discloses a refrigerator and a food storage management method thereof. The refrigerator is powered by a power module when a power failure occurs, and the related devices in the refrigerator are powered. The temperature of the chamber, the freshness feature and the related information are detected during the power failure. On this basis, a power failure influence vector is constructed to measure the influence of the power failure event on the food. A food attribute vector is constructed to represent the individual attribute features of the food. A freshness feature vector is constructed to represent the freshness features of the food. The power failure influence vector, the food attribute vector and the freshness feature vector are input into a network model for deep fusion. The network model directly generates decision information containing disposal suggestions, so that different foods can obtain differentiated and accurate evaluation, and users can perform targeted disposal without professional knowledge, thereby effectively improving the food storage safety and intelligent management level.

The utility model discloses an inner baffle formula environmental protection food packing carton relates to food packing field. The utility model discloses an inner baffle formula environmental protection food packing carton, including food packing carton main part, both ends inner surfaces of food packing carton main part all are provided with middle part support stand, through the food packing carton main part, middle part support stand, U type elastic food film, food isolation baffle, rotating stand, slope formula rotary baffle, sealing formula cover plate and rectangular connection slot that set up, first this food packing carton is with corn starch as raw material and is made with biodegradability and environmental protection, and when using can according to the size difference of the food storage of the inside two group storage space adjust the inside two group storage space has good applicability and reduces the use cost, and when using adopts the way of staggered connection, can complete the quick opening of packing carton and avoid the situation that food scatters when opening.

1. Name of the designed product: Food storage bag (hand-held detachable beeswax). 2. Use of the designed product: The designed product is used for storing bread, sandwiches, baked goods, etc. 3. Design points of the designed product: in shape. 4. Picture or photo best indicating the design points: perspective view 1.

This invention relates to the field of canned food storage, specifically to a storage device and its method for producing luncheon meat cans. After a tray is released from the high side of an inclined placement plate, it continuously accelerates under gravity, often reaching a high speed at the low end. The tray then rigidly collides with the support frame or the limiting structure at the end, resulting in a large impact force that can easily cause displacement or damage to the cans within the tray. Simultaneously, the tray will oscillate back and forth on the support frame after the impact, making it difficult to quickly and stably settle. In this luncheon meat can production storage device and its method, when the sliding seat and the side support undergo relative displacement, the limiting ball bearings are subjected to a gradually increasing radial constraint force within the V-shaped insert groove, thereby generating a damping force that increases with the displacement. This progressive damping causes the can tray's speed to gradually decrease in the final stage of its journey before settling on the support frame, ultimately achieving a smooth stop.

The utility model relates to food storage fresh -keeping device technical field, concretely is a kind of food processing storage fresh -keeping device, including fresh -keeping box, the upper portion of fresh-keeping box is provided with upper storage box, the lower portion of fresh-keeping box is provided with lower storage box, the inside sliding connection of upper storage box has N type frame, the inside of N type frame is provided with storage box, the inner chamber top of lower storage box is provided with partition, the bottom of partition is provided with corrugated partition pipe, this food processing storage fresh -keeping device, by the inside sliding connection of upper storage box N type frame, N type frame is pulled out the inside of upper storage box, the storage box embedded in the inside of N type frame can be expanded to both ends under the fixed effect of sliding block, it is convenient to place and take food, the partition set in the inside of storage box can reduce the damage due to accumulation in the storage process of food, improve the convenience and fresh -keeping effect of food storage.

This invention relates to the field of intelligent delivery and autonomous navigation technology, specifically to an intelligent delivery vehicle. It includes a vehicle body assembly and a charging pile assembly. A transmission assembly is installed at the bottom of the vehicle body assembly, and a top-mounted temperature control and insulation device is installed inside the roof at the top of the vehicle body assembly. A binocular camera and millimeter-wave radar are installed at the front upper part of the roof. A food dispensing port is located at the rear of the vehicle body assembly. A transmission-driven food storage device is installed inside the vehicle body assembly, and temperature sensors and Hall effect sensors are installed on the food storage unit. The transmission-driven food storage device is driven by a drive mechanism. A main control chip is also installed inside the vehicle body assembly. The top-mounted temperature control and insulation device, temperature sensors, Hall effect sensors, transmission assembly, binocular camera, millimeter-wave radar, and drive mechanism are all controlled by the main control chip. This invention achieves full-process automation from order receiving, intelligent loading, dynamic route planning, precise delivery, seamless food dispensing to autonomous charging, adapting to complex campus scenarios, reducing operating costs, and significantly improving delivery efficiency and safety.

This utility model discloses a tensile strength testing device for sealing food storage bags, including a testing device body, a base mounted on the bottom of the testing device body, a fixing block welded to the top of the testing device body, a bushing welded to the top of the fixing block, a shaft sleeve fitted inside the bushing, a fixing frame welded to the surface of the shaft, and a protective plate welded to the other end of the fixing frame. This tensile strength testing device for sealing food storage bags, by mounting a base at the bottom of the testing device body and simultaneously welding a fixing block to the top of the testing device body, and welding a bushing to the top of the fixing block, with the shaft sleeve fitted inside the bushing until the protective plate conceals the interior of the testing device body, can prevent the food storage bag being tested inside the device from being pulled out. Furthermore, the operation of the device can be observed through the glass, providing strong protection during use.

1. Name of the product in this design: Food storage container (with detachable gloves). 2. Purpose of this design: For storing food. 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 application provides a refrigeration equipment control method and device, a refrigerator and a computer readable storage medium. The method comprises the following steps: obtaining current spoilage gas concentration information released by a target food in a target food storage compartment of a target refrigeration equipment; obtaining current temperature information and current humidity information in the target food storage compartment; correcting the current spoilage gas concentration information according to the current temperature information and the current humidity information to obtain corrected spoilage gas concentration information; and predicting freshness information of the target food according to the corrected spoilage gas concentration information. The application provides a refrigeration equipment control method, which can detect whether the food is spoiled through spoilage gas concentration information released by the food.

The material of the article to which the design pertains is synthetic resin. Furthermore, the article to which the design pertains is a lidded food storage container used in combination to seal the inside of the container. The key to the design lies in the shape and combination of shapes of the food storage containers.

The material of the article to which the design pertains is synthetic resin. Furthermore, the article to which the design pertains is a lidded food storage container used in combination to seal the inside of the container. The key to the design lies in the shape and combination of shapes of the food storage containers.

1. Name of the product in this design: Double-layered jar (with handle). 2. Purpose of this design: for use in food storage and heat preservation. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the key design points: Design 1 3D view. 5. Design 1 is designated as the basic design.

The utility model discloses a pet feeder, including base and the food storage box of being fixed on the base, the front side of base still is provided feeding bowl, be provided with the rotating tray for bearing food in the food storage box inside, still include being provided with switch subassembly, and switch subassembly has force end and switch end, the force end is located the outside of food storage box, and the switch end is located the inside of food storage box, the force end is given switch end with the intensity of outside exerted force transmission, the switch end is connected with rotating tray to control rotating tray rotation, when rotating tray rotates and opens, forms food outlet A for adding food to feeding bowl, when rotating tray is the inclined state of being able to eat thoroughly, when rotating tray rotates and closes, stops adding food. The utility model sets up rotating type tray, and the tray is inclined when eating, and food can follow the inclined surface and fall, and food can not be accumulated.

To provide a food storage container that does not require an adhesive layer between polymer layers and has excellent stain resistance and moldability. [Solution] A container body having an opening, The container body has a laminated structure comprising a polymethylpentene-containing layer having a contact surface with food, and a polyolefin-containing layer directly disposed on the polymethylpentene-containing layer. At least a portion of the edge of the container body defining the opening is bent or curved, and the laminated structure is maintained at that edge. A food storage container in which the sum of the thickness of the polymethylpentene-containing layer and the thickness of the polyolefin-containing layer is 0.2 mm to 1.8 mm.

This invention discloses a method and system for analyzing changes in the storage quality of potatoes, relating to the field of food storage technology. The method includes: assigning unique identifiers to potato samples to be analyzed and constructing an inherent anchor point benchmark database; generating anchor point homogeneous time-series datasets with storage duration as the time-series axis for potato samples with uniform identifiers at preset fixed time intervals; executing a spatiotemporal anchoring homogeneous matching algorithm to extract the specific degradation time-series difference and degradation spatial diffusion gradient time-series sequence of degradation points; solving to generate a full-cycle spatiotemporal coupled degradation surface of the potato's true degradation process from local to overall; and outputting an analysis report on the spatiotemporal evolution law of the storage quality of the corresponding potato samples. This invention can accurately reconstruct the entire process of quality degradation, identify key inflection points of degradation, provide accurate data support for real-time control of storage processes, and effectively reduce post-harvest storage losses of potatoes.