96 results about "Food delivery" patented technology

A delivery system that includes a surface having a surface upon which a food item is placed. An array of sensors positioned above the surface and which takes multiple readings of the food item on the surface. A processor that analyzes the multiple readings and generates a height profile for the food item and determines a characteristic of the food item based on the height profile, wherein the characteristic is selected from the group consisting of 1) whether the food item is right side up or upside down, 2) whether the food item is misoriented; 3) whether the food item is missing a portion of food; and 4) whether the food item is damaged.

The invention discloses a take-out / ordering-oriented A2A chat, portrait driving and double-threshold takeover matching method and system, and a storage medium. The method comprises the steps of fusing users and merchants and performing standardized alignment; the A2A handshake exchange capability declaration and the policy hash establish a session and threshold channel; candidates are generated and bi-directional scores are calculated around taste, price, distribution, component / replacement, package / promotion chat, and RFI / HITL is triggered if necessary. Only when the SAB and the SBA reach thresholds at the same time and a difference value is limited, unlocking a full text / abstract of a threshold-reaching session, outputting Top-K, and freezing an order draft and resource reservation; key events are written into the verifiable chain and closed-loop according to the SLO index. Multiple modes and multiple languages are supported, and models can be replaced; and the non-transaction is desensitized continuously and is controlled by TTL, and only after the transaction is finished, the necessary information for performance is desealed, so that the communication selection cost is reduced, and the matching stability is improved.

This invention discloses a mobile robot for food delivery and a method for operating the same. An embodiment of the mobile robot for food delivery includes at least one tray on which food to be delivered is placed, arranged in the housing space of the mobile robot's body; a plurality of load cells arranged on the at least one tray; a running unit arranged at the bottom of the body for driving the mobile robot; and a control unit that is communicatively connected to the plurality of load cells and the running unit. The control unit can determine whether food to be delivered has been placed on at least one tray based on sensing values ​​detected by the plurality of load cells, and can change the speed of movement of the mobile robot based on that determination. This ensures that the contents of the food to be delivered are delivered stably to the customer without spilling during delivery by the mobile robot.

The present application relates to a system and method for cleaning and sanitizing a food delivery box, a user interface device and a method for controlling a hygiene device. A system (100) and method for cleaning and sanitizing a box (101) configured to be carried by a user, wherein the system (100) automatically implements a hygiene cycle on a closed space, such as an interior space, of the box (101). The system (100) can include a hygiene device (110) that can be attached to the box (101) to implement the hygiene cycle. The system (100) can also automatically collect information related to the hygiene cycle and send the collected information to a network (122).

1. Name of the product in this design: Insulated carrying box (catering specific 3). 2. Purpose of this design: Insulated food delivery box. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. The bottom surface of this product is a part that is not easily seen or cannot be seen during use, so the bottom view is omitted.

1. Name of the product in this design: Food Delivery Robot. 2. Purpose of this design: This design is used for food delivery in restaurants. 3. The key design feature of this product is its shape. 4. The image or photograph that best illustrates the design's key points: 3D view 1.

1. Name of the designed product: food delivery trolley (multi-layer). 2. Use of the designed product: used for hotel food delivery. 3. Design points of the designed product: in shape. 4. Picture or photo that best shows the design points: perspective view.

Provided herein are systems and methods for matching and assigning drivers and various logistical agencies to food delivery tasks. The systems and methods increase the efficiency and effectiveness of delivering excess and / or unwanted food from donors to recipients who are in need of food. The systems and methods increase the efficiency and effectiveness by automatically matching each food delivery task to a driver who is able to pick up food from a donor and drop-off food at a recipient.

The utility model relates to pet supplies field especially, and more particularly relates to a cat food delivery bucket, and the storage tank is equipped with the material stirring part, and the output shaft of drive motor is fixedly connected with the lower end of material stirring part, and the upper box body is fixed with the blanking funnel, and the lower part discharge end of blanking funnel is set in the upper side of storage tank, and the material stirring part includes the intermediate part, and the intermediate part upper end is fixedly connected with the connecting rod, and a plurality of material stirring plates are arranged on the intermediate part, and the inside of intermediate part and connecting rod is provided with center hole no. One branch groove is arranged in each material stirring plate, and the center hole no.

The embodiment of the application discloses a meal delivery robot scheduling method and system. The method comprises the following steps: determining at least one target robot from candidate robots according to a robot scheduling request and working states, current positions and delivery device attributes of the candidate robots; wherein the robot scheduling request is generated by a catering management platform according to catering order information and dish making progress, and is sent to the robot management platform; a robot meal taking request is generated for the target robot, and the robot meal taking request is fed back to the catering management platform, so as to instruct the catering management platform to determine target dishes associated with the target robot in response to the robot meal taking request. The technical solution of the application realizes data sharing between the robot management platform and the restaurant management platform, improves the automation degree and efficiency of robot scheduling, and reduces labor costs.

The invention discloses a meal delivery method, device and system. The meal delivery method comprises the following steps: receiving a meal delivery order from a customer, wherein the meal delivery order comprises meal information and delivery information; retrieving food processing process information based on the food information and determining the processing ability of one or more available delivery devices based on the delivery information; based on the cooking process information and the cooking capabilities of the available delivery devices, determining the meal preparation requirements of the meal, the delivery devices for delivering the meal, and the cooking processes of the delivery ends corresponding to the delivery devices; sending the determined meal preparation requirement of the meal product to a meal outlet end; and sending a delivery end cooking instruction corresponding to the delivery end cooking process to the delivery device, wherein the delivery end cooking process corresponds to the remaining time of the food delivery to the customer.

The utility model relates to the technical field of delivery pumps, in particular to a blocky and thin and soft food delivery pump which comprises a mounting frame, a hopper is mounted on the mounting frame, a stirring structure is mounted on the hopper through a lifting structure, one end of the hopper is slidably connected with a first mounting plate, and the other end of the hopper is slidably connected with a second mounting plate. Hydraulic rods are fixedly connected to the two ends of the hopper, the extension ends of the two hydraulic rods are fixedly connected with the first mounting plate and the second mounting plate correspondingly, a conveying pipe is mounted at the bottom end of the hopper, a conveying pump body is mounted on the mounting frame, and the bottom end of the conveying pipe is mounted on the conveying pump body. The hydraulic rod drives the first mounting plate and the second mounting plate to slide and drives the stirring rod to ascend and descend, the stirring rod is lifted upwards to be separated from the hopper during cleaning so as to enlarge the cleaning space, the hopper and the stirring rod can be cleaned in all directions conveniently, and the hopper and the stirring rod can be cleaned in all directions without detaching the stirring rod; the damage and the reassembly error of the stirring rod part are avoided.

The utility model discloses a vending device for vacuum-packaged prefabricated dishes, which belongs to the technical field of vending machines and comprises a shell frame, and a food making component, a food delivery component, a machine maintenance window, a food outlet, a payment window and a food ordering screen are mounted in the shell frame. The food making assembly comprises a bag opener, a squeezer, a heater and a fetching clamp which are sequentially arranged from bottom to top, the food delivering assembly comprises a dinner plate storage box and a food delivering device, a plurality of dinner plates are stored in the dinner plate storage box, the food delivering device is provided with a fixed part and a sliding part, and the fixed part and the sliding part are connected with each other. The fixing part is installed on the side wall of the shell frame and located below the bag opener. According to the selling device for the vacuum-packaged prefabricated dishes, a plurality of functional assemblies such as food conveying, meal making and meal delivering are integrated, all the assemblies are matched with one another, automation of the whole process from storage, conveying, making to meal delivery of the prefabricated dishes is achieved, manual intervention is greatly reduced, and the manual maintenance frequency and cost are reduced.

The invention discloses an environment-friendly food waste recovery device of an intelligent food delivery system, which comprises a separation box, a flow guide cylinder capable of rotating and arranged in a net shape is arranged in the separation box, a power shaft is rotatably arranged in the flow guide cylinder, a crushing box is mounted at the bottom of the separation box, and a crushing cutter capable of crushing food waste is arranged in the crushing box. A flow guide pipe opposite to the end of the flow guide cylinder is arranged at the upper end of the crushing box, and a discharge door is arranged at the lower end of one side of the crushing box. Efficient solid-liquid separation of the kitchen waste is achieved, meanwhile, the guide cylinder and the spiral blade synchronously rotate to be matched with a washing pipe, garbage attached to the inner wall of the guide cylinder is automatically cleaned, the problem that a traditional filter screen plate is blocked is solved, and the kitchen waste recycling efficiency is remarkably improved; and in addition, the solid waste can be crushed through a crushing cutter, follow-up transportation and treatment are facilitated, and the practicability and the environmental protection property of the device are further improved.

We provide the system. [Solution] A means for receiving voice input and converting the input voice into text information, A means for analyzing the aforementioned textual information and identifying the content of the voice request, A means of arranging transportation or food delivery services from an external service provider based on identified voice requests, A means of tracking the progress of the arrangement and notifying the user of the progress information, A system that includes this.

The present application relates to a kind of meal delivery device and its meal delivery method, meal delivery device includes meal delivery track and meal delivery trolley, the meal delivery track is arranged with several groups of positioning chip at interval inside, the bottom of the meal delivery trolley is equipped with the electromagnetic sensor matched with several groups of the positioning chip.Meal delivery method includes: waiter places meal on meal delivery trolley, then control computer sends out the dispatching instruction;Meal delivery trolley departs, and the electromagnetic sensor in the bottom of meal delivery trolley transmits the position data of meal delivery trolley to control computer after scanning the positioning chip on meal delivery track;The position where meal delivery trolley is currently located is judged by control computer, and path planning instruction is sent to meal delivery trolley;Meal delivery trolley is parked according to path planning instruction and travels to specified table.The position information where meal delivery trolley is located is obtained by electromagnetic sensor and positioning chip in the present application, and preset planning meal delivery path is avoided to collide with multiple vehicles, to improve meal delivery efficiency and reduce failure rate.

This utility model relates to a food delivery robot designed for soft sandy environments, comprising a base, a storage cabinet, a moving module, and a drive module. The storage cabinet is positioned above the base and connected via a lifting column. The moving module includes a foot linkage assembly, consisting of a rotating disk, a front moving assembly, a rear moving assembly, and a synchronizing rod, with the front and rear assemblies arranged symmetrically at the eccentric hinge of the rotating disk. The drive module transmits power through a drive gear meshing with a driven gear on the outer periphery of the rotating disk. This utility model is adaptable to soft sandy terrain, effectively dispersing ground pressure through discrete point contact and phase-complementary alternating periodic gait, fundamentally preventing sinking and slippage, and features a simplified drive system and simple structure.

The invention discloses a meal delivery robot, a meal delivery system and a meal delivery method of the meal delivery system. The robot comprises a supporting seat and an intelligent limiting disc which is placed on a meal delivery part; the system comprises an auxiliary controller, a main controller, a monitoring module, a detection unit, a display unit, a power supply and a control panel, the method comprises the following steps: S1, a diner uses a terminal to scan a two-dimensional code for ordering, a detection unit receives ordering information and transmits the ordering information to a main controller, and the main controller transmits the information to a display unit and displays a serial number and food information. Through an electromagnet and a limiting column structure, when the meal delivery part is started and stopped, a movable box and tableware move in opposite directions, buffering force is given to soup, inertial impact force is counteracted, the problem that soup meal is spilled out due to inertial shaking is effectively solved, cleaning work is reduced, troubles brought to customers are avoided, the operation efficiency and service quality of a restaurant are improved, and the restaurant service quality is improved. And better dining experience is brought to diners.

The application discloses a walking toy, comprising a box body, a clockwork wave tank, a walking mechanism, a locking mechanism, a supporting piece and a modeling piece. The box body comprises a main box and a cover. The clockwork wave tank and the walking mechanism are in transmission cooperation, and the clockwork wave tank is provided with a locking cooperation part. The locking mechanism is elastically abutted against the locking cooperation part to lock the clockwork wave tank. The supporting piece and the locking mechanism are in transmission cooperation. When the cover is closed, the supporting piece can be rotated to drive the locking mechanism to move away from the locking cooperation part and release the clockwork wave tank by applying pressure to the supporting piece through the modeling piece in the state that the modeling piece is contained in the cavity. In the state that the modeling piece is separated from the cavity, the locking mechanism is reset to elastically abut against the locking cooperation part. The walking toy automatically switches the walking and static states of the toy by loading or unloading the modeling piece, and the walking state can be unlocked by loading the modeling piece and closing the cover, so that the dynamic effect of automatic food delivery is simulated, the structure linkage is ingenious, the operation is simple, and the interactivity and playing interest of the toy are improved.

1. Name of the product in this design: Insulated food container (for catering purposes 1). 2. Purpose of this design: Insulated food delivery box. 3. The key design features of this product are the combination of shape and pattern. 4. The image or photograph that best illustrates the design's key points: a 3D model. 5. The bottom surface of this product is a part that is not easily seen or cannot be seen during use, so the bottom view is omitted.

An apparatus for assessment of swine includes a housing configured to accommodate swine: at least one response mechanism for recording responses by swine; a light located above and / or below the at least one response mechanism to provide stimuli to the swine; a partition to limit contact with the at least one response mechanism by the swine; and a food delivery and receptacle unit capable of measuring food retrieval by the swine. The apparatus may be used to perform tests on the swine.

This invention discloses a screen preview management and delayed printing terminal system and method for food delivery orders. After receiving food delivery order data from at least one order source, the terminal first caches the order data as a food delivery order task that can be displayed, searched, sorted, and manipulated on the screen in a task view or receipt preview view. Then, printing is triggered based on user operation, task status changes, task sorting results, packaging or labeling needs, reprinting needs, or preset conditions, rather than using the order receipt time as the sole trigger point for printing the paper receipt. The terminal can be a standalone screen device, a software application running on a mobile phone, tablet, or general-purpose computing device, or an integrated food delivery receipt printing device integrating a display screen and a printing module. The printing function can be implemented through an integrated printing module or by forwarding data to an external printer via Bluetooth, network, USB, serial port, or a printing port proxy. The terminal can also report the merchant's food preparation status to the order source using an order identifier or platform identifier when the food delivery order task is marked as packaged complete. The above solution changes the traditional "print as soon as an order arrives" method of online food delivery receipt printers to "screen preview management first, then print on demand", solving the problems of receipt accumulation, lost receipts, difficulty in finding receipts, messy packaging, and duplicate reprints during peak periods.

This invention discloses an intelligent food delivery scheduling system and method, belonging to the field of on-demand delivery technology. The system includes: an information fusion module for collecting and processing real-time information such as merchants, riders, orders, road conditions, and weather; an order allocation module for rationally allocating new orders to suitable riders; a route planning module for planning optimal pick-up and delivery routes for each rider; a pressure monitoring module for real-time monitoring of order pressure in various areas and timely allocation of delivery capacity; and a backend support module for providing rapid calculation and data storage services to the entire system. This invention, through the collaborative work of multi-source information fusion, intelligent order allocation, dynamic route planning, and regional pressure monitoring, effectively improves food delivery efficiency, reduces user waiting time, balances rider workload, and enhances platform operational capabilities.

The application discloses a kind of serving mechanism for serving robot, including rotating mechanism, horizontal telescopic mechanism, up-down telescopic mechanism and dog claw, the rotating mechanism can be set on the platform of serving robot, or set in the side of serving robot;The upper part of rotating mechanism supports horizontal telescopic mechanism;The horizontal telescopic mechanism can be horizontally telescopic, to carry out horizontal position adjustment, and horizontal telescopic mechanism is connected with up-down telescopic mechanism downwards;The up-down telescopic mechanism extends from horizontal telescopic mechanism downwards, and extends downwards, to grip the standardization dinner plate of dish, and the dish is transported, and up-down telescopic mechanism can also be adjusted in position, and dog claw is installed in the lower part of up-down telescopic mechanism.The application adjusts the angle of up-down telescopic mechanism by rotating mechanism, adjusts the front-back position of up-down telescopic mechanism by horizontal telescopic mechanism, and adjusts the up-down position of dog claw by up-down telescopic mechanism, to realize the accurate placement of dish.

The utility model discloses a meal delivery robot charging structure relates to charging structure technical field. This meal delivery robot charging structure, include: robot body, install the groove, open in the robot body, charging seat, fixedly set up in the inside of install the groove, charging seat and battery electric connection. This meal delivery robot charging structure, through the setting of accomodation groove, pressure spring, the setting of clamping groove and chuck, when charging head is affected by external force, can utilize external factor to the pulling force of charging head and make chuck contract to accomodation groove inside, and then remove the restriction to charging head, make the force of external factor to charging head the force of robot body is smaller, effectively avoid the phenomenon that meal delivery robot is dumped together because charging robot is tripped by charging wire in the charging process, improve its safety in the charging process, reduce economic loss.

This invention discloses a food conveying device and a food processing apparatus. The food conveying device includes a frame, a conveying assembly, a pressing assembly, and an adjusting assembly. The conveying assembly is used to place and convey food. The pressing assembly includes a support frame and a pressing body, with the surface of the pressing body pressing the food firmly. The support frame is capable of swinging relative to the frame. The adjusting assembly includes an elastic body, which provides a downward elastic force to the support frame. The food processing apparatus includes the aforementioned food conveying device. In this invention, the support frame is cantilevered and mounted on the frame. When food passes under the pressing assembly, the support frame swings according to the size of the food based on its rotational connection with the frame. The elastic body provides a downward elastic force to the support frame, ensuring that the pressing body consistently presses the food, achieving stable food conveying and facilitating food cutting.

The invention relates to an anti-shaking device, in particular to a food passing elevator shaking reducing device which comprises a lift car located between two vertical guide rails, limiting mechanisms are installed at the four corners of the two side faces of the lift car correspondingly, and the limiting mechanisms are vertically and slidably connected with the guide rails on the corresponding sides through anti-shaking mechanisms correspondingly; the anti-shake mechanism comprises a hydraulic damper connected with the limiting mechanism, a rolling wheel is installed on the hydraulic damper, and the rolling wheel is attached to the guide groove in the guide rail on the corresponding side and is in vertical rolling fit with the guide groove in the guide rail on the corresponding side. The device can effectively restrain operation shaking of the dish passing elevator, and the conveying stability is improved.

An automatic pet feeding and watering apparatus is disclosed. The apparatus includes a housing containing a refrigerated food storage compartment and a separate refrigerated water reservoir. A thermoelectric cooling system is configured to cool both the food compartment and the water reservoir. The apparatus features a food delivery system with a direct chute for hygienically dispensing food into a bowl via gravity. It also includes a water delivery system that incorporates a filtration unit to ensure the delivery of clean, purified water. Certain embodiments may feature smart connectivity for remote control and monitoring via a mobile application. The combination of a unified refrigeration system for both fresh food and filtered water, along with a direct-chute food delivery mechanism, provides a comprehensive and hygienic solution for pet care.

This utility model relates to an underground insulated food delivery vehicle, including a frame, a front-wheel drive system connected to the bottom of the frame via a front suspension, a rear wheel connected to the bottom of the frame via a rear suspension, a diesel engine providing power to the front-wheel drive system, a cab mounted on the frame, and a food container located behind the cab. The food container has a door on its front, and multiple layers of heat-conducting plates are provided inside the food container. Each heat-conducting plate has an inner cavity, and an inlet and an outlet communicating with the inner cavity are provided on the heat-conducting plate. The diesel engine has a coolant inlet and a coolant outlet. The coolant outlet is connected to the inlet via a pipeline and a water pump, and the outlet is connected to the water inlet of a radiator via a pipeline. The water outlet of the radiator is connected to the coolant inlet via a pipeline. This application recovers heat during diesel engine operation, eliminating the need for an additional heating device, thus being more energy-efficient and environmentally friendly.