44 results about "Trunk control" patented technology

The invention discloses an underwater bionic vehicle based on combined propulsion of swinging pectoral fins and dorsoventral tail fins, and belongs to the field of bionic underwater vehicles. The underwater bionic vehicle comprises a left side pectoral fin driving module 50, a right side pectoral fin driving module 51, a head and trunk control module 52, a tail fin driving module 53 and a skin 54;the head and trunk control module 52 serves as the trunk and the control part of the whole bionic vehicle; the left side pectoral fin driving module 50 and the right side pectoral fin driving module51 are two symmetrical assemblies, and are correspondingly mounted on the two sides of the head and trunk control module 52; and the tail fin driving module 53 is mounted at the tail end of the head and trunk control module 52. With the adoption of multi-fin-ray pectoral fin and serial joint tail fin structure, the vehicle simultaneously has the characteristics of the high steering maneuverabilityand the high pitching maneuverability, the movement speed is high, and the acceleration performance is good. The movement speed of the vehicle can reach 2 times of the body length per second, and movement of no-radius rotation and inverse swimming at no movement speed, and the like that existing pectoral and tail fin propulsion type bionic vehicles can not complete can be made by the underwater bionic vehicle.

The invention relates to the field of vehicle control, in particular to an automatic opening control system for a vehicle trunk. The automatic opening control system comprises a receiving module, a projector, an induction probe and a trunk control module. The receiving module is used for receiving vehicle unlocking information or vehicle and remote control key matching information, the information is transmitted to the trunk control module to control the projector to be started, and therefore a foot action region capable of opening the vehicle trunk is projected. The induction probe is located below a vehicle rear bumper and used for detecting whether an action cutting the pointing direction of the induction probe exists in the probe monitoring range or not. The information transmitted through the induction probe is processed through the trunk control module to be used for controlling the vehicle trunk to be opened. The invention further provides a vehicle comprising the automatic opening control system for the vehicle trunk. By the adoption of the system, the one-kick induction region can be visualized, so that the accuracy and efficiency for opening the trunk are improved.

The invention provides an intelligent automobile trunk opening system. Safety detection is conducted on automobile state information through a running automobile computer bus, a wireless module, a detection module and a human body identification module detect behaviors of an automobile owner with a remote control key, detection information is uploaded through the running automobile computer bus, an intelligent control module judges whether the automobile owner wants to open a trunk or not by reading information of an automobile and the automobile owner, and if it is determined that the automobile owner needs to open the trunk, a trunk control device receives an opening instruction and then opens and lifts the trunk. The intelligent automobile trunk opening system is simple, intelligent, effective, convenient and quick, and actual usage experience of the automobile owner is greatly improved.

The invention discloses a vehicle trunk control method and system. The method comprises the steps that whether a communication signal sent by a mobile terminal of a user can be received within a preset effective detection range or not is detected; if yes, starting the whole vehicle gateway to work; voice information of a user is received through the whole vehicle gateway; if the voice instruction sent by the user for opening the trunk is recognized according to the voice information, detecting the distance behind the vehicle between the rear part of the vehicle body of the vehicle and a barrier behind the vehicle; determining whether the distance behind the automobile meets a minimum distance threshold value required for opening a trunk or not, and obtaining a first distance judgment result; executing a trunk opening action according to the first distance judgment result; or, generating a moving instruction, and starting to move from the initial parking position based on the moving instruction, so that the vehicle rear distance after the vehicle finishes moving meets the minimum distance threshold value required for opening the trunk. According to the invention, safe and intelligent opening of the automobile trunk can be realized.

The invention provides a vehicle trunk automatic opening system and a control method therefor. The system comprises an information acquisition module, an intelligent key module and a trunk control module, wherein the information acquisition module and the intelligent key module are both electrically connected with the trunk control module; the information acquisition module is arranged on a vehicle trunk and used for acquiring information of the distance between a user and a vehicle; the intelligent key module comprises a key sensing unit arranged in a vehicle key and a detection antenna capable of detecting the key sensing unit; the trunk control module comprises a trunk startup unit and a trunk control unit; and the trunk control unit can judge whether the trunk startup unit is started or not according to the information provided by the information acquisition module. According to the scheme provided by the invention, the problem of difficulty in automatically opening the vehicle trunk by the user is solved, and the simplicity and accuracy of opening the vehicle trunk are improved.

The invention discloses a control method and system of an automobile trunk, on-board equipment and a server. The method comprises the steps that a communication protocol sent by the server is obtained; according to the communication protocol, communication connection between the server and an automobile electronic control unit is built; a trunk control instruction sent by the server is obtained; and the trunk control instruction is sent to the automobile electronic control unit, wherein the automobile electronic control unit is used for controlling a trunk to be opened or closed according to the control instruction. The control method of the automobile trunk can control the trunk without unlocking an automobile, and can be used by a user conveniently.

The invention discloses a smart trunk control system which comprises a trunk main body and a positioning module embedded in the trunk main body. A main control module is also arranged in the trunk, and the main control module is connected with a fingerprint identification module, a motion detection module, an alarm module, an intelligent lock control system and a power supply control system. The smart trunk control system can achieve functions of fingerprint identification, motion detection, alarm, intelligent lock control, and automatic power-off.

The invention discloses an underwater bionic vehicle based on combined propulsion of swinging pectoral fins and dorsoventral tail fins, and belongs to the field of bionic underwater vehicles. The underwater bionic vehicle comprises a left side pectoral fin driving module 50, a right side pectoral fin driving module 51, a head and trunk control module 52, a tail fin driving module 53 and a skin 54;the head and trunk control module 52 serves as the trunk and the control part of the whole bionic vehicle; the left side pectoral fin driving module 50 and the right side pectoral fin driving module51 are two symmetrical assemblies, and are correspondingly mounted on the two sides of the head and trunk control module 52; and the tail fin driving module 53 is mounted at the tail end of the head and trunk control module 52. With the adoption of multi-fin-ray pectoral fin and serial joint tail fin structure, the vehicle simultaneously has the characteristics of the high steering maneuverabilityand the high pitching maneuverability, the movement speed is high, and the acceleration performance is good. The movement speed of the vehicle can reach 2 times of the body length per second, and movement of no-radius rotation and inverse swimming at no movement speed, and the like that existing pectoral and tail fin propulsion type bionic vehicles can not complete can be made by the underwater bionic vehicle.

This application relates to a trunk control method, system and cloud server based on big data. The trunk control method based on big data is applied to the cloud server, including: obtaining the user's itinerary information, the itinerary information including the destination and the purpose of the itinerary; Itinerary information obtains associated data to determine the luggage information corresponding to the itinerary information; judges whether the luggage information meets the conditions for using the trunk; When the corresponding mobile terminal is close to the vehicle, it controls the opening of the trunk. In this way, the application can automatically determine the luggage information and automatically open the trunk when the user is close to the vehicle so that the user can place the luggage, which optimizes the user experience.

The invention discloses a luggage case control method and device. The method comprises the steps that the distance between a user and a luggage case is acquired; and when the distance meets preset conditions, action wheels of the luggage case are controlled to execute preset operation. According to the luggage case control method and device, the action wheels of the luggage case are automatically controlled to execute corresponding operation according to the distance between the user and the luggage case, it is not needed to manually unlock or lock the action wheels of the luggage case, and the intelligent degree and convenience of luggage case control are improved.

The automatic control device and automatic control method used when abnormality occurs in continuous casting production, including the main control system of the casting machine, the steel breakout forecast system, the casting strand fault information system, the liquid level detection information system and the automatic pouring information system. These information systems are related to a The abnormal casting flow control PLC module is connected to the signal, and the detection information obtained by each is transmitted to the abnormal casting flow control PLC module for processing and judgment. Finally, the module feeds back the processing results to the main control system of the casting machine to automatically control the follow-up actions of the casting machine . The present invention can effectively prevent and control all kinds of sudden abnormalities in the automatic pouring process. The specification of complex and prone to operating errors in continuous casting production can play a very important role in the prevention and control of frequent breakouts, stagnant slabs, rising and other vicious accidents in continuous casting production.