30results about How to "Easy to pick up meals" patented technology

The invention discloses an unattended self-service fast food ordering and selling system and a use method thereof. The system comprises a closed dining car with a satellite positioning device. The closed dining car comprises a car body, a storage box, a mechanical arm, a control system and a client side, wherein the car body is provided with a meal outlet, the storage box is arranged in the car body and internally provided with a plurality of set meal boxes, the lower end of the storage box is provided with an opening, the mechanical arm transfers the set meal boxes at the opening of the storage box to the meal outlet, the control system comprises an order reading device and a controller, the controller is connected with and controls a first valve and the mechanical arm, the order reading device is in communication with the controller and controls the controller, the client side receives the position information of the closed dining car, an ordering APP is installed on the client side, the client side selects the closed dining car at a specific position to be in communication with the order reading device of the closed dining car, and people check the fast food types and states and order fast food through the APP.

The invention relates to the life field, and particularly to a rotatable dinner plate supporting device. The rotatable dinner plate supporting device comprises a rail assembly, a rotating assembly andsupporting assemblies, wherein the rail assembly comprises vertical supports, a fixing plate, bolts and rails and is used for mounting the device on a table and supporting the rotating assembly. Therotating assembly comprises a rotating shaft, connecting arms, cantilevers, worm gears, worms and supporting arms. The rotating assembly slides on the rail and is used for loading the supporting assemblies and controlling the positions of the supporting assemblies. The supporting assembly comprises a connecting rack and a tray for bearing the dinner plates. The device can support the dinner platesabove the tabletop, thereby realizing no tabletop space occupation, and realizing higher convenience and higher sanitation in dining of the people. The rotating assembly is ferris-wheel-shaped and can increase the number of the supported dinner plates. Furthermore self locking can be realized after the angle of the rotating assembly is adjusted, thereby realizing incapability of free rotation, and ensuring high reliability in adjustment of the device. Furthermore the dinner plates according to the device can rotate around two axes, thereby facilitating food taking.

The invention discloses a stable thermal insulation foam box for meal delivery, which belongs to the technical field of thermal insulation foam box for meal delivery. A stable thermal insulation foam box for food delivery, comprising a box body and a box cover, the box body and the box cover are connected by hinges, a first groove is dug on the inner wall of the box, and the first groove is internally connected There is a support plate, the top wall and the bottom wall of the support plate are connected with a first elastic member, the end of the first elastic member away from the support plate is respectively connected with a first slide plate and a second slide plate, the first slide plate and the The second sliding boards are all slidably connected on the inner wall of the first groove, and the inner wall of the first groove is connected with a stopper matched with the first sliding board and the second sliding board; Meals play a good role in fixing and cushioning, avoiding leakage caused by bumpy roads during transportation, which effectively increases the stability of the incubator and makes meal delivery more efficient.

The present invention discloses a dining car for restaurants, which comprises a walking frame and a plate lifting assembly arranged on the frame. The walking frame includes a car body shell with a hollow structure inside. The plate lifting assembly includes The synchronous belt transmission structure on the left and right sides of the hollow structure of the car body shell is connected by the synchronous belt power system fixed at the bottom of the frame, and the synchronous protrusions are arranged on the outer side of the synchronous belt of the two synchronous belt transmission structures; Place the dinner plate on the timing belt protrusion. The restaurant truck of the present invention has a modular design based on the shape of the existing dining truck, including a robot module, a plate lifting module, and a wheel balancing module, so as to improve the efficiency of food delivery, save manpower, and serve customers Provide more humanized, intelligent, and convenient services, and the size and appearance of the dining car are appropriate, suitable for the existing restaurant environment, and will not cause adverse effects on restaurants and customers.

The invention discloses a food delivery device based on an intelligent robot. The food delivery device comprises a movable seat, wherein a moving wheel is fixedly arranged on the lower end of the movable seat; a cavity is formed inside the movable seat; a ring-shaped partion plate is fixedly arranged inside the cavity; the cavity is divided by the partion plate from the inside to the outside in sequence into a driving compartment and a function compartment; a first servo motor is fixedly connected to the inner bottom of the driving compartment; and an output end of the first servo motor is fixedly connected with a rotating shaft. The food delivery device has the advantages that the structure is stable, the food delivery is flexible in a narrow area, the delivery amount is large, multiple customers can be served at one time without confusion, and the number of delivery food and the delivery speed are effectively increased; due to that the articles are placed on the tray, and the tray isbuilt in a casing, the safety of the food delivery is ensured, and food is prevented from being taken away by other customers; and the internal articles are stably supported by the tray, so that theproblem of the articles falling off is avoided.

Disclosed is an intelligent self-extracting cabinet (1) with automatic doors formed of transparent touch-control screens. The intelligent self-extracting cabinet comprises a self-extracting cabinet (1) and an electrical cabinet (2). Cabinet control equipment is arranged in the electrical cabinet (2). The self-extracting cabinet (1) is divided into multiple functional cabinet cells (10). Each cabinet cell (10) is separately provided with a front cabinet door (11), a rear cabinet door (12) and a surface-mounted LED lamp (33). The front cabinet door (11) is designed as a transparent touch screen display (13). Opening and closing of the front cabinet door (11) are achieved through a moving assembly (14). The opening and closing positions of the front cabinet door (11) are limited through a first proximity switch (35). The turning on and turning off of the surface-mounted LED lamp (33) are controlled by a detection switch (34) and a second proximity switch (37). Clients directly order through mobile client sides, orders are then distributed through a cloud side and distributed to the corresponding cabinet cells (10), and the clients open the cabinet cells (10) to extract the orders by themselves. Therefore, currently existing potential safety and sanitation hazards are avoided, and the purposes of rapid ordering and order distribution and convenient order taking are achieved; in addition, through a modular design wherein six cabinet cells (10) form a set, multiple sets of cabinet cells can be combined for use, thus facilitating use and arrangement thereof in shop fronts according to needs.