58 results about "Designated driver" patented technology

A driving assist device for a vehicle of the present invention, comprising an object detection device to detect an object to be recognized around the vehicle, an eyes-direction specification device to specify a direction of driver's eyes, and a mark indication device to indicate a specified-shape mark at a specified portion of a windshield that is located in the direction of the driver's eyes specified by the eyes-direction specification device and then to indicate the specified-shape mark in such a manner that the mark overlaps with the object. Accordingly, the driver can be properly made recognize any object in danger even in case the driver's eyes are not directed to such object.

The invention discloses a network monitoring system for safety monitoring of a designated driving occasion of an automotive vehicle and a method for realizing the safety monitoring of designated driving. The method comprises the following steps of: acquiring human condition information of drivers and storing the human condition information in a database; starting a designated driving vehicle-mounted terminal, wherein the designated driving vehicle-mounted terminal is used for detecting a person at a driver seat firstly, and comparing the acquired information with the information stored in the database so as to recognize the identity of the driver; verifying the validity of identity by a vehicle owner, switching the designated driving vehicle terminal into a designated driving mode after the verification is passed, recognizing the identity of a designated driver by the network monitoring system for the designated driving of the automotive vehicle, and allowing the designated driver to drive on the premise of the legal identity of the designated driver. The network monitoring system and method disclosed by the invention can play a more practical effect on the safety monitoring of the designated driving for both personal designated driving and designated driving companies so as to enhance the social sense of trust and improve the designated driving behavior efficiency.

The JSI Key and its (CRS) Chip Recognition System, biometric fingerprint technology and integrated applications and functions can reduce and eliminate identity and vehicle theft, fraudulent electronic transactions at a point of sales outlet, and provide biometric entry access with designated driver and (e) print technology for vehicles and provide biometric entry access to a residence or designated facility.Jstone Industries has developed an integrated product that convergences biometric fingerprint technology and a (CRS) Chip Recognition System that can identify and control three different landscapes that are heavily used by consumers and merchants. The chip recognition system with its electrical sensors can identify a JSI-Point of Sales application, JSI-Automotive application and a JSI-Residential or Designated facility unit and all of their functions within their designated landscapes.

A user identification system is provided. In the user identification system, an in-vehicle apparatus specifies a position of a vehicular portable device with reference to a vehicle and determines whether the vehicular portable device exists in a predetermined identification area. Based on determining that the vehicular portable device exists in the identification area, the in-vehicle apparatus transmits an instruction signal instructing the vehicular portable device to specify a driver terminal. Based on reception signal strength detected during a time period determined by a time point of receipt of the instruction signal, the vehicular portable device determines the driver terminal.

The invention discloses a life service function (friend making, travel friend fining, recruitment, designated driver finding and the like) method based on a mobile Internet. The method comprises the following steps that a service demander / a service provider issues a demand / service providing information through mobile terminals; a server acquires a matching degree between service information and providing information through matching a label content of the information; the server sends service providing / service demand information whose a service demand / service providing information matching degree exceeds a set threshold and which is issued by the service demander / the service provider to the mobile terminals of the information service demander / the service provider. The invention also discloses a life service function system used for realizing the above method. Compared to the prior art, by using the method and the system of the invention, the information issued by the information service demander and the service provider is automatically matched in an assigned geographic area or a group; the information with the high matching degree is specifically sent to the user; information capturing is accurate and rapid and a life service efficiency can be effectively increased; people is promoted to love each other, positive energy of the society is developed and expanded, and a good application and a good popularization prospect are possessed.

The invention provides a designated driving management device, system and method which can effectively monitor the whole designated driving process. Particularly, the system comprises a cloud management center, a designated driver terminal, a drunk user terminal, relative and friend terminals and a communication network, wherein the cloud management center is used for storing registered and authenticated designated driver information and achieving generation of designated driving tasks and control over the designated driving process, the designated driver terminal is used for navigating a vehicle driving path to achieve vehicle positioning, the drunk user terminal is used for selecting a designated driver, uploading information of a drunk user and querying the designated driving process of the designated driver, the relative and friend terminals are used for selecting the designated driver, uploading information of the drunk user and querying the designated driving process of the designated driver, and the communication network is used for achieving communication among the cloud management center, the designated driver terminal, the drunk user terminal and the relative and friend terminals. The designated driving path, the parking time and the designated driving time in the designated driving process are monitored in real time, man-machine interaction is performed in time when abnormal conditions appear, and disputes and illegal actions are effectively prevented from appearing in the designated driving process.

Provided is a process including: receiving a tank-nearly-full message indicating that a tank at an oil or gas related facility is or will be ready for a truck to unload and transport fluid accumulating in the tank; in response to the tank-nearly-full message, creating a tank-run record; sending a description of the tank-run to a mobile device of a driver of an oilfield truck; receiving, from the mobile device of the driver of the oilfield truck, a tank-run claimed message indicating that the driver will drive to the oil or gas related facility and transport at least some of the fluid accumulating in the tank; and after the tank-run claimed message, performing steps including: confirming that the tank-run has not yet been claimed; after the confirmation, designating the tank-run as claimed by the driver; and sending confirmation to the mobile device of the driver.

The invention provides an order receiving method of a driver designation service and an apparatus. The method comprises: a designated driver sets a current state; a designated driver is designated and whether an order is received successfully is determined; if so, information of time and place for vehicle handing over is confirmed; if not, the order receiving is not carried out successfully; the order is sent to designated drivers closest to the vehicle owner and whether the order is received successfully or not is determined; if so, information of time and place for vehicle handing over is confirmed; and if not, the order is sent again; face-to-face communication is carried out between the two sides and the vehicle condition is checked and the vehicle is handed over; a vehicle-networking intelligent device is installed and is turned on; the designated diver drives the vehicle to a nearby place or a designed service destination; when the designated service is carried out or is completed, a notification or promoting message is sent to the vehicle owner; whether the vehicle condition needs to be checked at any time is determined; if so, the vehicle-networking intelligent device is in an on-line state all the time; if not, the vehicle-networking intelligent device is dismounted; and then the selected service time is completed. With the method and apparatus, the trustness of the designated service by the vehicle owner can be improved; and the safety responsibility during the designated driving process can be affirmed easily.

JSI has developed a (1×3) biometric based USB multi-functional key that is designed to operate and control a vehicle ignition system by the electrical circuit channels of the vehicle's electrical systems. In the automotive application the JSI Key and its' (CRS) Chip Recognition System and the automotive track on the JSI Key works in conjunction with the Biometric Vehicle Electrical Scanner and Biometric Identification Surface Pads (BISP) this integrated biometric technology will eliminate vehicle theft and provide the owner with a designated driver function.

The invention discloses a door-to-door pick-up service management method and device. The method comprises the steps that a vehicle owner user carries out order placing operation; a bill receiver receives short message prompting for a new order; the order is assigned to an after-sales service consultant for following up; the after-sales service consultant calls the vehicle owner user after receiving the current order assignment, feeds the successfully-confirmed order to the order receiver, and a designated driver is designated; the after-sales service consultant inputs information of the current order to a door-to-door pick-up service management system of a vehicle maintenance service provider, and externally sends the current order to a third-party designated driver platform; the vehicle owner user and working personnel of the vehicle maintenance service provider check the position of the designated driver, the position of the vehicle and the processing progress of the working personnel in real time through the respective door-to-door pick-up service management systems; after maintenance work is completed, the vehicle owner user carries out payment at a mobile terminal of the vehicle owner user; rating is carried out after the vehicle is received. By means of the door-to-door pick-up service management method and device, manpower cost can be reduced, the waiting time of the vehicle owner user can be shortened, and the satisfaction degree of the vehicle owner user can be improved.

The invention discloses a designated driver recommending method. The method comprises the steps of 100, storing designated driver information in advance; 200, receiving a designated driving request of a user; 300, obtaining the positions of designated drivers and the position of the user, and recommending the best designated driver list to the user from the designated drivers according to the positions of the designated drivers and the position of the user. The designated driver recommending method can recommend the best designated driver to the user.

The invention brings forward a method and a device for designated driving service. The method comprises the following steps: a car owner and a designated driver respectively register and log in a client-side designated driving service APP and a driver-side designated driving service APP; the car owner selects a designated driving service station within a set distance and places an order to apply the designated driving service; the designated driver receives the order and confirms car handover time and place with the car owner; the designated driver goes to the designated place for car handover, and the car owner chooses whether to immediately install a car networking intelligent device; if the car owner chooses to immediately install the car networking intelligent device, the car networking intelligent device is installed, and car condition is detected and the detection result is fed back to the client-side designated driving service APP; if the car owner chooses not to immediately install the car networking intelligent device, car handover is directly executed, and the designated driver installs the car networking intelligent device and starts the designated driving service; and the car owner confirms inside and outside conditions of the car through the client-side designated driving service APP, completes car handover and starts the designated driving service. The method and the device for designated driving service have beneficial effects of solving problem of safety responsibility confirmation of cars in the designated driving process and raising trust of car owners in the designated driving service.

The invention provides a vehicle annual inspection network system, comprising an annual inspection station server, and a CMOS image acquisition device used for collecting vehicle photo data, a client, a designated driver terminal, and a designated driver server used for distributing designated drivers. The CMOS image acquisition device and the annual inspection station server are in communication through a wireless network; the client and the designated driver terminal are both intelligent terminal devices, and are both in communication with the designated driver server through the wireless network. The designated driver server and the annual inspection station server are in communication through the Internet. The invention meanwhile provides a vehicle annual verification method and provides an annual inspection mode through network appointment; meanwhile a third-party designated driving company can also provide service for vehicle owners through the system, and the department of motor vehicles can inspect a large number of vehicles and log in traffic information with high efficiency. The vehicle annual inspection network system and method can accurately distribute resources and perform annual inspection with high efficiency.

A safe driving behavior notification system includes: an obstacle detector to detect position of each obstacle existing around a subject vehicle; a first specifier to specify driving behavior to be carried out by a driver based on the detected position of each obstacle and information relating to the subject vehicle; a second specifier to specify driving behavior predicted to be carried out by the driver from the detected position of each obstacle and information on a travel state of the subject vehicle using a driving behavior model for the driver created based on past driving behavior of the driver; and a notificator to determine whether notification to the driver is necessary based on a degree of a difference between the driving behaviors specified by the first and second specifiers, and to notify the driver of information indicating action to be carried out when determining the notification is necessary.

An information processing apparatus can easily delete drivers which become unnecessary as a result of removal of a peripheral device shared on a network or cancellation of a sharing setting. A driver deletion notification including the designation of a driver is input via an external network. In response to the deletion notification, the designated driver is deleted.

An information processing apparatus can easily delete drivers which become unnecessary as a result of removal of a peripheral device shared on a network or cancellation of a sharing setting. A driver deletion notification including the designation of a driver is input via an external network. In response to the deletion notification, the designated driver is deleted.

The embodiment of the invention discloses an automobile outside rear-view mirror adjusting method and device and an automobile and belongs to the technical field of automobile rear-view mirrors. The automobile outside rear-view mirror adjusting method comprises the steps of collecting a human face image of a driver who drives the automobile at present; recognizing the human face image; judging whether the driver who drives the automobile at present is a designated driver of the automobile or not according to a recognition result; and if the driver who drives the automobile at present is the designated driver, obtaining a current driving sitting posture of the designated driver; and determining an outside rear-view mirror position corresponding to the current driving sitting posture according to a relation between a pre-stored habit driving sitting posture of the designated driver and a habit outside rear-view mirror position; and controlling an outside rear-view mirror to be adjusted to the outside rear-view mirror position corresponding to the current driving sitting posture. According to the automobile outside rear-view mirror adjusting method and device and the automobile, disclosed by the embodiment of the invention, the adjusting mode is simple, intelligent and simple demands of human-computer interaction are met, the adjusting error is smaller, the cost can be saved, thestructure of an automobile door armrest is simplified, and the potential safety hazard can be eliminated.

The invention provides a vehicle intelligent unlocking method, system and equipment and a storage medium. The vehicle intelligent unlocking method comprises the steps of receiving a designated drivingrequest transmitted by a first mobile terminal and matching a second mobile terminal for the first mobile terminal; detecting whether the first mobile terminal establishes Bluetooth connection with avehicle or not; after the first mobile terminal establishes Bluetooth connection with the vehicle, transmitting positioning information and a virtual key of the vehicle to the second mobile terminal;receiving an unlocking request of the virtual key to the vehicle; detecting whether the first mobile terminal and the vehicle are in a Bluetooth connection state or not; and when the first mobile terminal and the vehicle are in the Bluetooth connection state, allowing the virtual key to unlock the vehicle and transmitting destination information to the second mobile terminal. According to the vehicle intelligent unlocking method, system and equipment and the storage medium, the connection state between the first mobile terminal of a vehicle owner and the vehicle is verified to auttomaticallytransmit information to the second mobile terminal of a designated driver on the premise of guaranteeing safety and controllability of the vehicle; and therefore, the communication cost of the vehicleowner and the designated driver is saved, and great convenience is provided for designated driving service.

The invention discloses an on-line reservation and commission system for motor vehicle inspection. The system comprises a vehicle information input module, a violation detection module, an inspection-free detection module, a vehicle inspection station selection module, a vehicle inspection reservation module, an on-line payment module, a vehicle inspection station information library, a vehicle inspection commission module and a user evaluation module. According to the invention, the violation verification of inspection vehicles and the on-line reservation of a vehicle inspection station are realized. A user only needs to directly get to a vehicle inspection station to realize the vehicle inspection at a reserved time, so that the waiting time for the user to queue is greatly improved. Theuser can select a vehicle inspection station and a vehicle inspection time according to the time of the user. Meanwhile, the vehicle inspection commission service is also provided, and the user onlyneeds to select a designated driver to fetch a vehicle after the vehicle inspection reservation is completed. After that, the designated driver completes the vehicle inspection and then returns the vehicle to the user. As a result, the user can complete the vehicle inspection without going out. The operation is convenient and rapid. The time cost of the user is saved.

The invention provides a method and a device for taking a vehicle from a designated driver. The method comprises steps as follows: a car owner selects whether or not to check the vehicle condition at any time, if yes, intelligent Internet-of-Vehicles (IOV) equipment is kept online during designated driving, and otherwise, the intelligent IOV equipment is offline during designated driving; the owner checks the vehicle condition at any time; the owner applies for vehicle taking, and the designated driver confirms the handover time and site at a designated driving service station with the owner by telephone after receiving a vehicle taking application; the intelligent IOV equipment is installed and started; the designated driver arrives at the designated driving service station at the designated handover time and site and hands over the vehicle to the owner; the owner detects the vehicle condition through a user designated driving service APP to judge whether the vehicle has any problem, if yes, the owner checks videos about the driving process to confirm responsibility attribution, and otherwise, the owner pays to end the order. The method and the device for taking the vehicle from the designated driver have the benefits as follows: the trust of the owner in the designated driving service can be increased, and safety responsibility problems during the designated driving service can be confirmed.

The invention discloses a designated driver data management method, system and device based on big data, and belongs to the technical field of designated driver data management, and the method comprises the steps: enabling a designated driver to register and log in an account of a designated driver platform, enabling the designated driver platform to obtain the data information of the designated driver, and storing the data information in a database, feature extraction is performed on data information in a database, a feature model of a designated driver is constructed, after a designated driving service request sent by a user is received, a service demand in the designated driving request is extracted, and designated driver data information in a starting place range of the user is acquired at the same time; according to the invention, the data of the designated drivers can be systematically managed, the demand conditions of clients for the designated drivers can be met, the service requirements can be calculated by using the feature models of the designated drivers, the designated driver with the highest matching degree can be finally obtained, the service list can be sent to the designated driver with the highest matching degree, and the designated driver can carry out designated driving service. And better designated driving experience is provided for customers.

The invention provides a designated driving resource coordination method, a designated driving resource coordination device and a readable storage medium. The method comprises the following steps: acquiring the order quantity of at least one designated driving service order in a to-be-received state in a geofence area and first service state information of a first designated driving driver; determining a service resource supply and demand difference in the geofence area; when the service supply and demand difference is greater than a preset threshold value, obtaining a plurality of second-generation drivers meeting a preset coordination condition and second service state information of the second-generation drivers, and determining at least one designated driver to be coordinated based onthe second service state information and the service resource supply and demand difference, and sending coordination information to the designated driver to be coordinated to remind the designated driver to be coordinated to go to a geofence area to provide designated driving service. Thus, the designated driving transport capacity condition of the geofence area can be known dynamically, transportcapacity imbalance of the geofence area is improved, reasonable configuration and utilization rate of designated driving transport capacity are improved, and waste of designated driving transport capacity resources is reduced.

The invention discloses an automobile antitheft method based on cloud computing. According to the method, infrastructure and high computing capacity which are provided by cloud computing are used, a comprehensive automatic detection automobile antitheft platform is established, and the automobile antitheft performance is improved. A related antitheft system comprises an information storage module, an antitheft recognition module, an early warning function module and a stolen automobile locating module. The method is designed for filling the loopholes that an alarm is omitted or a false alarm is given and an automobile cannot be accurately found back in a domestic automobile antitheft system currently, and the alarm omission probability is reduced through the face recognition technology; before the alarm is given, an automobile owner is inquired to confirm whether a driver is a designated driver or not in advance, and therefore the false alarm giving condition is avoided; and after the automobile is stolen, the GPS (Global Positioning System) is remotely started to obtain geographical information of the automobile, and therefore the quick automobile find-back function is achieved.

The invention provides a designated driver scheduling method based on order prediction. The method comprises steps S1 to S8. By adopting the designated driver scheduling method in the step S1 to the step S8, driver scheduling between an order hot spot area and a driver surplus area in any city can be realized, so that the utilization rate of driver transport capacity is improved; meanwhile, based on the dispatching method of the designated drivers in the step S1 to the step S8, the transport capacity of the drivers can be redistributed to achieve transport capacity distribution optimization, so that more designated driving requirements are met, and the utilization rate of the transport capacity of the drivers is improved. Moreover, according to the method, real-time data is adopted for carrying out transport capacity scheduling, and the execution state of the scheduling instruction is continuously tracked, so that the influence of data lag and instruction failure on the scheduling accuracy is reduced, and the driver scheduling accuracy is ensured. In addition, due to the fact that various parameter factors are involved in the comprehensive cost model of the method, the effectiveness and accuracy of the scheduling instruction are improved.

The invention provides an on-line alcohol intake amount monitoring system. The system comprises an air blowing device, an alcohol intake amount treating unit and a user mobile terminal, wherein the air blowing device is connected with the alcohol intake amount treating unit and can be taken along; the alcohol intake amount treating unit is connected with the user mobile terminal by wireless communication; the air blowing device is used for a user to breathe out air; the alcohol intake amount treating unit is used for analyzing and treating the expired air, feeding back the analysis data to the user mobile terminal and displaying the data on the user mobile terminal; the user mobile terminal can be connected with a designated driver mobile terminal by a communication network. The on-line alcohol intake amount monitoring system provided by the invention can be used for enabling the user to know the alcohol intake amount at any time so as to prevent drunk driving of the user; meanwhile, the user mobile terminal is connected with the designated driver mobile terminal, so the on-line alcohol intake amount monitoring system is convenient, rapid and capable of guaranteeing the safety of driving of the user and improving the concept of safe driving of people.

The invention provides an accurate tracking anti-counterfeit packaging method for designated driving drainage of wine products. The method comprises the steps that a designated driving system entrance two-dimensional code, a drunk designated driving coupon and a coupon anti-counterfeit code are arranged on a wine product; the coupon anti-counterfeit code is stored in a designated driving system database so as to establish an electronic file of the drunk designated driving coupon; and after the package of the wine product is opened and damaged, a drinker scans the two-dimensional code at the entrance of the designated driving system and checks the anti-counterfeiting code for the coupons by using a smart phone, and when the anti-counterfeiting code for the coupons is consistent with the electronic file of the drunk designated driving coupons, the drinker is allowed to log in the designated driving system and enter the designated driving calling process. According to the invention, multi-system sharing and win-win functions of product promotion, anti-counterfeiting / tracing, designated driving drainage, user data tracking and the like are realized.