38results about How to "Improve smart experience" patented technology

The invention discloses an EPB automatic release control method and device, a controller and a computer storage medium, and the method comprises the steps: judging whether a driver controls a vehicleor not according to a driver seat image or driver seat door information shot by a camera; when it is detected that a driver seat image shot by the camera comprises human body characteristics, judgingthat a driver controls the vehicle in the vehicle; when it is detected that the driver seat door is in a closed state and an operation signal of a driver exists, judging that a driver controls the vehicle in the vehicle; when it is judged that the driver controls the vehicle in the vehicle, and the EPB release condition is met, controlling the EPB to be released, so the problem of misjudgment about whether the driver is in the driving position or not is avoided through the real camera image or the vehicle door information and the driver operation signal, the response of whether the EPB is automatically released or not most conforming to the current situation and the intention of the driver can be made, and the intelligent experience of vehicle driving is improved.

The invention relates to an equipment linkage method, a block chain network and a storage medium. The method is applied to the block chain network, and the block chain network comprises a first node and a second node. The method comprises the following steps that a first node sends a linkage request from a first device bound with a user under the first node to a second node, wherein the linkage request comprises device information of the second device which needs linkage and is located under the second node, a user identity identifier of the user and identity information of the first node; thesecond node judges whether the equipment information and the identity information are written into an intelligent contract of the block chain network or not; if yes, the second node judges whether the equipment information and the user identity are in a binding relationship or not; and if yes, the second node sends the linkage request to the second equipment, so that the second equipment executesan operation corresponding to the linkage request. Through the intelligent contract in the block chain network, the linkage of equipment under different Internet of Things platforms is realized, andthe intelligent experience of a user is improved.

The invention discloses a vehicle narrow road passing detection method, electronic equipment and an automobile. The method comprises the steps of detecting the minimum drivable distance between obstacles on the two sides in front of a road and the highest height of the obstacles on the two sides to serve as the height of the obstacles; and selecting a vehicle body detection width according to theobstacle height, and determining a passing operation according to a difference value between the vehicle body detection width and a minimum drivable distance. Aiming at different typical obstacles, different detection algorithms are selected according to the heights of the obstacles, and more accurate detection is achieved. According to the invention, on the basis of hardware fused with an automatic parking system, no extra hardware is added, and a narrow road auxiliary passage function is added through software and algorithm design. Reliable auxiliary reminding is provided for new and old drivers in dangerous narrow road scenes through a reasonable software logic algorithm.

The invention discloses an intelligent system used for luggage cases, comprising an induction module, a micro control module and a storage module; the induction module and the storage module are connected to the micro control module; the induction module induction inducts the state information of the luggage case and transmits the luggage case information to the micro control module; the micro control module processes the state information and transmits the processed state information to the storage module for storing; the intelligent system inducts the state information of the luggage case at various moments through the induction module and stores the processed state information in the storage module for the user to visit and check at any time; as a result, no matter whether the luggage case is in the control range of the user, the user can know the state of the luggage case; and, particularly, when the luggage case is damaged, people can get to know whether the luggage case is thrown, dropped or fiercely shaken through state data in the storage module, and the luggage case shaking detection is realized.

The invention relates to the field of vehicle control, in particular to a vehicle failure solving method and device, a storage medium and a vehicle control terminal. The vehicle failure solving methodcomprises the steps: monitored vehicle condition data are obtained, and a vehicle failure signal is judged according to the vehicle condition data; according to the vehicle failure signal, vehicle failure details and coping strategy data of a vehicle failure are obtained from a server; the vehicle failure details and operating recommendations corresponding to the coping strategy data are pushed;and voice response of a user to the operating recommendations is obtained, and the vehicle failure is responded according to the voice response. The reading efficiency of vehicle failure information is improved, and the vehicle failure is processed conveniently and quickly.

The invention relates to a monitoring and evaluating system for the life and health state of old people, and the system comprises a detection module which is used for collecting the physiological dataand / or psychological data of old people; a data processing module which is used for generating feedback information capable of being used for evaluating the living and health states of the old peoplebased on the physiological data and / or the psychological data; a cloud side which is used for storing the feedback information to form a feedback information database; a consulting terminal which isused for displaying the feedback information to facilitate consulting by the old people; the cloud stores second feedback information before the acquisition period, and the data processing module generates first feedback information from the physiological data and / or psychological data acquired by the detection module in the acquisition period, and displays the first feedback information on the consulting terminal according to a mode capable of evaluating the relative trend of the health of the old people based on the second feedback information.

The invention discloses a method for recognizing cooking type of an electric cooker and the electric cooker. The method includes: controlling the electric cooker to enter a first boiling stage, and then detecting the temperature of the bottom, determining if adhesion occurs or not, and recording the duration time of adhesion if so; recognizing a cooking type, and determining the cooking food amount; acquiring the number of times n that adhesion occurs, acquiring the number of times n0 of ahesion when the duration time of adhesion is greater than or equal to first preset time, and recording the duration time t of each adhesion when the n0 is less than a first preset value; acquiring the number of times n1 of adhesion when the duration time of adhesion is first time, and acquiring the number of times n2 and n3 of adhesion that the duration time of adhesion is second time and third time respectively when a preset condition is met; acquiring a sum of the t(s) when the n is greater than a second preset value and the temperature of the bottom is less than a preset temperature, or the temperature of the bottom is less than the preset temperature and the boiling time is greater than second preset time; and correcting the cooking type when it is recognized that the cooking type is the congee-cooking type. The method can intelligently recognize the cooking type.

The invention belongs to the technical fields of intelligent electric apparatuses and communication, and particularly discloses a cloud air conditioning system based on cloud computing. The cloud air conditioning system comprises a cloud computing center platform embedded into a communication network. The cloud computing center platform is respectively connected with a plurality of cloud air conditioners and a plurality of client terminals, wherein network protocol stacks are embedded into intelligent controllers of the cloud air conditioners to be used for achieving network parallel connection of the cloud air conditioners. Each cloud air conditioner further comprises a balancing module, and the balancing modules are used for enabling indoor hot air to be condensed to be evenly mixed with indoor hot air to be discharged. The cloud computing center platform is provided with a plurality of cloud service application modules which are used for providing corresponding cloud services for the cloud air conditioners and the client terminals. State parameters which are set by the user client terminals and operated on the cloud air conditioners can be accurately reflected through the additionally-arranged intelligent controllers in the cloud air conditioners, and manufacturers can conveniently monitor the various parameters of the cloud air conditioners; due to the additionally-arranged balancing modules, cold air discharged by the cloud air conditioners can not directly stimulate or can not be directly blown to users, wind power is healthy and soft, and the user intelligent experience degree of the cloud air conditioning system is increased.

The invention discloses a method for recognizing a cooking type of an electric cooker and the electric cooker. The method includes: controlling the electric cooker to perform heating through a manner of regulating the heating average power till the electric cooker enters a first boiling stage; detecting the temperature of the bottom of the electric cooker, detecting an on-off state between a first electrode and a second electrode so as to determine if adhesion occurs or not, and recording the duration time of adhesion if so; recognizing a cooking type according to the temperature of the bottom and the number of times that adhesion between the first electrode and the second electrode occurs; acquiring the number of times n1 of adhesion when the duration time of adhesion is first time, and acquiring the number of times n2 and n3 of adhesion that the duration time of adhesion is second time and third time respectively when a preset condition is met; and correcting a congee-cooling type into a soup-cooking type when it is recognized that the cooking type is the congee-cooking type, the n2 is less than or equal to a second threshold, and the n3 is less than or equal to a third threshold. The method can intelligently recognize the cooking type, and is high in recognition accuracy.

An intelligent control skylight sunshade curtain capable of automatically sensing light, temperature and rain is provided. The skylight sunshade curtain can be automatically closed when sunlight is strong, the temperature is high and it rains, intelligent automatic control is perfectly achieved, the convenience of life is greatly improved, and the intelligent experience of an automobile is improved. The curtain comprises a curtain cloth body, a winding mechanism and a peripheral frame, wherein a connecting structure used for being fixedly connected with a vehicle body is arranged on the periphery of the peripheral frame; the winding mechanism is fixedly arranged at one end of an inner cavity of the peripheral frame in the length direction; curtain cloth body guide rails are arranged on thetwo side walls of the peripheral frame; two sides of the curtain cloth body are respectively wound or unwound along the curtain cloth body guide rails, one end of the curtain cloth body in the lengthdirection is fixedly connected to a winding shaft of the winding mechanism, a side pipe is fixedly arranged at the other end of the curtain cloth body in the length direction, and sensor mounting areas are arranged on the upper surfaces of two sides of the side pipe.

The invention discloses an automobile data recorder control system and method, wherein the control system includes an automobile data recorder, a mobile terminal, and vehicle-mounted multimedia; the automobile data recorder communicates with the vehicle-mounted multimedia, wherein the vehicle-mounted multimedia are used for establishing communication connection with the mobile terminal to obtain a call state of the mobile terminal and sending the call state of the mobile terminal to the automobile data recorder; the automobile data recorder is used for controlling on or off of a sound recording module of the automobile data recorder according to the call state of the mobile terminal. The automobile data recorder control system disclosed by the embodiment of the invention has no need of user manual operation and can automatically turn off a sound recording function of the automobile data recorder when user calling is detected, protects the privacy of a user, and enhances the intelligence experience of the automobile data recorder.

The invention relates to a curtain driving device and a control method thereof. The curtain driving device comprises a wheel assembly and a hook assembly, and the hook assembly is in butt joint with acurtain sliding rail and slides relative to the curtain sliding rail under driving of a roller assembly; the roller assembly is connected with a driving mechanism through a clutch mechanism, the driving mechanism is provided with an output shaft, the outer side of the output shaft is concentrically sleeved with an annular supporting frame, and the clutch mechanism is connected with the supportingframe; and the driving mechanism is started to enable the output shaft to rotate, and the clutch mechanism drives the roller assembly to rotate. By means of the mode, the curtain can be lightly pulled and started, structural interference is avoided by reasonably arranging the sensing mechanism and the sensing device, and occupied space is reduced; effective linkage of the induction mechanism andthe clutch device is achieved, and the curtain can be driven in an unimpeded mode in a manual control mode and an automatic control mode.

The invention discloses a credit evaluation system for vehicle members. The system comprises a member information acquisition module, a vehicle member information publishing module, a client, a creditevaluation module and a credit evaluation screening module. Meanwhile, the invention provides a credit evaluation method for the vehicle member, and the method comprises the steps: collecting vehiclemember information and common user information, storing the vehicle member information in a vehicle member database, and storing the common user information in a common user database; calling the vehicle member information and the vehicle information from the vehicle member database, and sending the vehicle member information and the vehicle information to a common user client; performing classification credit evaluation on the vehicles; and calculating, sorting, screening and scoring the classification credit evaluation result, screening the latest vehicle according to the sorting result, and pushing the vehicle information to a common user client. According to the invention, in the system for evaluating the vehicle member, the vehicle is comprehensively evaluated according to the vehicle information and the evaluation of the vehicle member information, and a good reference basis is provided for a user.

The invention discloses a data processing method, a block chain network and a storage medium, and belongs to the technical field of block chains. The method comprises the steps that a first node issues service data provided by a second device under a second node and obtained from a block chain to the first device under the first node; the first node receives a data change request initiated by thefirst device after using the service data, wherein the data change request comprises the device model of the first device and subscription service information corresponding to the service data; the first node obtains related information of the second equipment according to the subscription service information, wherein the related information comprises the equipment type of the second equipment; and the first node changes the account data corresponding to the equipment model of the first equipment and changes the account data corresponding to the equipment model of the second equipment according to the smart contract of the first equipment and the second equipment. Linkage of equipment under different Internet of Things platforms is realized through cross-platform excitation, and the intelligent experience of a user is improved.

The invention belongs to the technical field of medical injectors, and discloses a scale data collection structure for an injector. The scale data collection structure comprises a scale sleeve and a shell arranged on the outer side of the scale sleeve in a sleeving mode. Two collection contacts are arranged on the outer surface of the side wall of the scale sleeve and connected with a controller, and a plurality of SMD resistors with different resistance values are arranged on the inner surface of the side wall of the shell at intervals and can be electrically connected with the two collection contacts. According to the scheme, the SMD resistors with different resistance values are arranged at different positions, the resistance values of the SMD resistors which are switched on actually are detected in the relative moving process to determine the SMD resistors which are switched on currently, and thus the relative position of the scale sleeve and the shell can be determined, in other words, the axial position scale and dose information of the scale sleeve can be determined. The invention further provides the injector. The dose scale information can be automatically acquired and form electronic data information, and the intelligent experience of the injector can be improved.

The invention provides a walking navigation route planning method and device, a vehicle and a storage medium. The method comprises the steps of: calculating the distance between the position of a vehicle and the end point of a vehicle navigation route according to a current vehicle navigation route; and planning a walking navigation route according to the position of the current vehicle and the position of the end point when judging that the distance is less than preset kilometers. According to the invention, the walking navigation route can be directly planned when the distance from the end point reaches the preset kilometers, and a user can input the navigation starting point and the end point again without closing a current navigation program so as to carry out navigation again, so thatthe use efficiency of a user is improved, the intelligent experience of the user in a vehicle use period is improved, and the humanized interaction between the vehicle and the user is improved.

The invention provides a variable lane control method and system based on a driving direction. The method comprises the steps of judging a vehicle driving path according to a vehicle position and a driving destination, judging a driving direction at an intersection according to the driving path, judging vehicle information in the driving direction if the driving direction at the intersection is unique, reminding a user to select the driving direction through man-machine interaction between a vehicle terminal and the user if the driving direction is not unique, judging the vehicle information in the direction according to the selection of the user, and controlling the variable lane according to the vehicle information in different directions. According to the invention, through fusion of intelligent navigation and man-machine interaction, the driving direction of the vehicle is judged, and accurate control of the variable lane is realized.

The invention belongs to the technical field of medical apparatuses and instruments and discloses a data acquisition method for an injector. The data acquisition method comprises the following steps that a color recognition sensor receives reflection light rays of color blocks; a microprocessor determines the color categories of the color blocks according to the strength of the reflection light rays received by the color recognition sensor; the microprocessor generates actual scale data corresponding to the color categories. The invention also discloses a data acquisition structure for carrying out the method and the injector. The color blocks at different positions are detected through the color recognition sensor so as to obtain dose scale data and form electronic data information, and the intelligent experience of the injector is improved. In addition, the data acquisition structure only needs the color blocks, the color recognition sensor and other elements based on an original mechanism structure, connecting relation change of the original mechanism structure is not needed, the achievement cost of the scheme is effectively reduced by wholly decreasing the size of the injector,and the original smaller size of the injector can be kept.

The invention discloses refrigeration equipment and an image processing method and device.The image processing method comprises the steps that refrigeration chamber temperature information, current real object image information and current infrared image information are obtained, and the temperature difference value between the temperature value of each position on the current infrared image information and the refrigeration chamber temperature information is calculated; marking the sensitive position with the temperature difference value greater than the temperature difference preset value, and processing the sensitive position in the real object image information by a privacy processing algorithm; according to the method, the privacy of the user can be protected while the taking condition of the food materials is detected, and the requirements of smart home are met.

The application discloses a data processing method, a blockchain network and a storage medium, which belong to the technical field of blockchain. The method includes: the first node sends the service data obtained from the block chain from the second device under the second node to the first device under the first node; the first node receives the service data from the first device in The data change request initiated after using the service data, the data change request includes: the device model of the first device and the subscription service information corresponding to the service data; the first node obtains the relevant information of the second device according to the subscription service information, and the relevant information includes: The device model of the second device; the first node changes the account data corresponding to the device model of the first device and changes the account data corresponding to the device model of the second device according to the smart contract between the first device and the second device. Through cross-platform incentives, the linkage of devices under different IoT platforms is realized, which improves the user's intelligent experience.

The invention provides a method and device for automatically turning on a fog lamp, a vehicle and a storage medium; the method for automatically turning on the fog lamp runs in a vehicle-mounted controller, and the method comprises the following steps: obtaining a weather condition corresponding to the current position of the vehicle; and controlling the fog lamp to be turned on when detecting that the current weather condition contains preset words reflecting severe weathers. Whether the fog lamp needs to be turned on or not can be directly pushed to a user according to the real-time weathercondition of the real-time vehicle position, so unnecessary loss caused by the fact that the user forgets to turn on the fog lamp is avoided; the intelligent experience of the user in the vehicle using period is improved, and user-friendly interaction between the vehicle and the user is improved.

The invention discloses an intelligent system used for luggage cases, comprising an induction module, a micro control module and a storage module; the induction module and the storage module are connected to the micro control module; the induction module induction inducts the state information of the luggage case and transmits the luggage case information to the micro control module; the micro control module processes the state information and transmits the processed state information to the storage module for storing; the intelligent system inducts the state information of the luggage case at various moments through the induction module and stores the processed state information in the storage module for the user to visit and check at any time; as a result, no matter whether the luggage case is in the control range of the user, the user can know the state of the luggage case; and, particularly, when the luggage case is damaged, people can get to know whether the luggage case is thrown, dropped or fiercely shaken through state data in the storage module, and the luggage case shaking detection is realized.

The invention relates to a monitoring and evaluation system for the life and health status of the elderly. The detection module is used to collect physiological data and / or psychological data of the elderly; the data processing module is based on the physiological data and / or psychological data. Feedback information of the life and health status of the elderly; cloud, used to store feedback information to form a feedback information database; query terminal, used to display feedback information, which is convenient for the elderly to consult; the cloud stores the second feedback information before the collection cycle, data processing The module generates first feedback information from the physiological data and / or psychological data collected by the detection module during the collection period, and displays the first feedback information on the reference terminal in a way that can evaluate the relative health trend of the elderly based on the second feedback information.

The invention discloses a method for recognizing cooking type of an electric cooker and the electric cooker. The method includes: controlling the electric cooker to enter a first boiling stage, and then detecting the temperature of the bottom, determining if adhesion occurs or not, and recording the duration time of adhesion if so; recognizing a cooking type, and determining the cooking food amount; acquiring the number of times n that adhesion occurs, acquiring the number of times n0 of ahesion when the duration time of adhesion is greater than or equal to first preset time, and recording the duration time t of each adhesion when the n0 is less than a first preset value; acquiring the number of times n1 of adhesion when the duration time of adhesion is first time, and acquiring the number of times n2 and n3 of adhesion that the duration time of adhesion is second time and third time respectively when a preset condition is met; acquiring a sum of the t(s) when the n is greater than a second preset value and the temperature of the bottom is less than a preset temperature, or the temperature of the bottom is less than the preset temperature and the boiling time is greater than second preset time; and correcting the cooking type when it is recognized that the cooking type is the congee-cooking type. The method can intelligently recognize the cooking type.

The invention provides a vehicle and an overtime reminding method and device applied to the vehicle. The overtime reminding method comprises the steps that an ignition time threshold value is set in advance according to the ignition time of a user in an off-duty time period in historical data; when the vehicle ignition is not detected within the ignition time threshold, preset overtime reminding information is sent to a preset client; overtime notification information is sent to a preset communication address through a vehicle-mounted controller according to confirmation response to the overtime reminding information formed at the vehicle-mounted controller end; or the client sends the overtime notification information to the preset communication address through the client according to theconfirmation response to the overtime reminding information formed at the client. According to the invention, the method can remind the user that the user may be in the overtime state according to the previous habits of the user, and communicates with the specified communication address according to the feedback of the user to the reminding so as to improve the intelligent experience of the userin the vehicle using period, achieve the humanized reminding of the user through the vehicle, and improve the humanized interaction between the vehicle and the user.

The embodiment of the invention provides a load control mode configuration method and device, a load equipment control method and device, terminal equipment, a load equipment control system and a computer readable storage medium. The load control mode configuration method comprises the steps of obtaining a load configuration instruction; acquiring configuration parameters of a target load branch based on the load configuration instruction; the configuration parameters comprise load type parameters and / or one or more associated load equipment parameters; and configuring the working mode of the target load branch according to the configuration parameters. The terminal equipment respectively configures the matched working modes according to different load types of the load equipment in the load branches, so that the multi-path load equipment of different load types can be compatible, the multi-path load branches of different load types are respectively and independently controlled or simultaneously and uniformly controlled by adopting multiple working modes, the control mode is more flexible, and the control efficiency is improved. And the user intelligent experience is improved.

The invention discloses a vehicle passage detection method on a narrow road, electronic equipment and an automobile. The method includes: detecting the minimum drivable distance between obstacles on both sides of the road ahead and the highest height of the obstacles on both sides as the height of the obstacle; according to the The vehicle body detection width is selected according to the obstacle height, and the passing operation is determined according to the difference between the vehicle body detection width and the minimum travelable distance. For different typical obstacles, the present invention selects and applies different detection algorithms according to the height of the obstacle, so as to achieve more accurate detection. The present invention does not add additional hardware to the hardware of the integrated automatic parking system, and increases the function of assisting passage on narrow roads through software and algorithm design. Provide reliable auxiliary reminders for old and new drivers in dangerous narrow road scenarios through reasonable software logic algorithms.

The invention discloses an identification method of the cooking type of an electric cooker and an electric cooker. The method comprises the following steps: S1, controlling the electric cooker to perform heating in a mode of adjustment of heating average power till the electric cooker enters a first boiling stage; S2, detecting the temperature at the bottom of the electric cooker, and detecting the on-off state between a first electrode and a second electrode, so as to judge whether the first electrode is adhered to the second electrode; S3, identifying the cooking type of the electric cooker according to the temperature at the bottom and the frequency of adhesion between the first electrode and the second electrode; S4, obtaining a corresponding cooking parameter according to the cooking type, performing heating control on the electric cooker according to the corresponding cooking parameter, so as to enable the electric cooker to enter a second boiling state, and correcting the cooking type according to the temperature at the bottom and the working time when the electric cooker enters the second boiling stage. The method realizes the intelligent identification of the cooking type, and enhances the intelligent experience of the electric cooker.