12results about How to "Achieve technical effects" patented technology

This invention proposes a control method and system for cleaning equipment, as well as the cleaning equipment, electronic equipment, and medium. The control method for the cleaning equipment includes: determining the current state of a first component in the cleaning equipment, wherein the first component includes an image acquisition device and / or a sound acquisition device; determining a preset state of the first component; matching the preset state with the current state; determining that the first component is in an abnormal state when the current state does not match the preset state; and issuing a reminder message based on the abnormal state of the first component. This invention solves the problem in related technologies where users cannot promptly detect abnormalities in the camera and microphone of cleaning equipment during use. This is achieved by real-time detection of the operating state of the image acquisition device and / or the sound acquisition device, comparing the operating state with the expected state, and immediately notifying the user when the two states do not match.

For role-based content adaptation, a set of predefined user roles and role-based transformation instructions are obtained from the role-based access control system. The role-based transformation instructions define content adaptation rules for each of the roles. Then, a large language model is used to transform the input content for each of the obtained roles, creating a role-based adapted content instance of the input content. The large language model is used to retrieve role-related content from the input content using the role-based transformation instructions. The role-based adapted content instances are stored in a role-partitioned content storage, where each instance is tagged to identify the associated role. Through role-aware content partitioning, various content types can be managed efficiently.

The invention relates to an integrated recovery process of aromatic hydrocarbons in hydrogen peroxide oxidation tail gas, which specifically comprises the following steps: preheating the oxidation tail gas to 95-115 DEG C, introducing the oxidation tail gas into an adiabatic expansion machine for adiabatic expansion, reducing the pressure to 0.1-0.15 MPa, suddenly reducing the temperature to 3-7 DEG C, realizing energy recovery and power generation by using the Joule-Thomson effect, and condensing and separating out most aromatic hydrocarbons; and the condensed tail gas enters the activated carbon adsorption tower for deep adsorption, so that the aromatic hydrocarbon content in the finally discharged tail gas is less than or equal to 70mg / m. Through cooperation of process units, efficient recovery of aromatic hydrocarbons (the total recovery rate is greater than or equal to 95%), self-sufficiency of energy and even negative energy consumption operation (the unit tail gas treatment energy consumption is-5-0 kW.h / 1000 m) are realized, the stability and economical efficiency of an adsorption system are remarkably improved, and the technical problems of high energy consumption, low recovery rate and poor adsorption stability of a traditional cooling and adsorption process are solved.

According to the tablet trepanning detection system and the control method thereof, the first trepanning detection module and the second trepanning detection module are arranged, so that the trepanning shape parameter detection process is distinguished from the trepanning position parameter detection process, the trepanning aperture parameter detection process and the trepanning radian parameter detection process; therefore, the hole shape parameter detection process of the tablet can be directly judged and determined through image detection without a complicated image processing technology and a parameter calculation and comparison process; the increase of image processing amount and parameter calculation amount caused by judgment after image processing and parameter calculation comparison are carried out on an image corresponding to each tablet trepanning parameter in a detection mode in the prior art is avoided, and the detection efficiency is effectively improved.

The invention belongs to the technical field of stone sculpture repairing, and particularly relates to stone sculpture color fixing and repairing premixing equipment which comprises a box body, a feeding mechanism, a drying mechanism, a mixing mechanism and a curing mechanism, the feeding mechanism is fixedly arranged at the top end of the box body, the drying mechanism is arranged on the inner side wall of the box body, and the mixing mechanism is arranged on the inner side wall of the box body; the curing mechanism is arranged on the side wall of the box body, and supporting legs are fixedly arranged at the bottom end of the box body in an array; the mixing mechanism comprises a scattering mechanism and a stirring mechanism. According to the stone sculpture color fixing and repairing premixing equipment provided by the invention, the scattering mechanism is arranged, a scattering rod rotates quickly, so that raw materials falling into a scattering cavity can be scattered through quick rotation of the scattering rod, agglomeration is avoided, various raw materials are scattered into the scattering cavity, and mixing of the raw materials is further enhanced; the technical effect of scattering and mixing the raw materials is achieved, and the technical problems that in the prior art, the raw materials are gathered into blocks and are not fully mixed are effectively solved.

This invention discloses a method, apparatus, and electronic device for extending nodes in an operations and maintenance platform, relating to the field of cloud computing technology. The method includes: executing an image file acquisition instruction to obtain an image file of the operations and maintenance platform, and obtaining an execution result, wherein the execution result indicates whether the image file was successfully acquired; based on the execution result, determining a node extension method, wherein the node extension method is one of the following: virtualization extension method or containerization extension method, wherein the virtualization extension method extends the nodes of the operations and maintenance platform based on virtual machines, and the containerization extension method extends the nodes of the operations and maintenance platform based on container technology; based on the node extension method, extending the nodes of the operations and maintenance platform to obtain extended nodes, wherein the extended nodes are used to control target devices to execute target tasks. This invention solves the technical problem in the prior art that nodes of an operations and maintenance platform cannot be automatically extended.

This invention proposes a security patch detection and push device, a computer device, and a readable storage medium. The security patch detection and push device includes: a detection rule generator for generating a detection rule library; a detection rule storage for storing the detection rule library; a security patch detector for detecting security patch information in enterprise software based on the detection rule library; and a message server for sending security patch information to the enterprise software based on the detection results of the security patch detector.

The invention provides a multi-redundancy intelligent braking system for a heavy vehicle and a control scheme of the multi-redundancy intelligent braking system. The multi-redundancy intelligent braking system comprises a regenerative braking layer; a continuous retarding brake layer; a friction brake layer; the integrated control unit is connected with the regenerative braking layer, the continuous retarding braking layer and the friction braking layer, and when a driver braking request signal and a vehicle state signal are received, the integrated control unit sends corresponding instructions to all the braking layers according to a preset cooperative control strategy so as to distribute needed braking force. The three braking layers and the integrated control unit connected with the three braking layers are arranged, the three braking layers are mutually backed up, even if one layer (even two layers) fails, the system can still provide effective braking, and the braking safety and the braking stability are effectively improved.

The present invention relates to the food industry, in particular to a soft drink concentrate, i.e. a flavor syrup composition for preparing a beverage. The composition for preparing a flavor syrup comprises dry birch bud extract, sugar, citric acid monohydrate and water, the ratio of which is as follows (kg per 1000 L of finished syrup): dry birch bud extract: 0.003 to 0.500, sugar: 15 to 400, citric acid monohydrate: 0.33 to 3.33, water: the balance to make up to 1000 L. The technical effect of the present invention is that the composition for preparing a flavor syrup provides high sensory properties of the syrup and the beverage prepared therefrom, and improves safety during consumption.

The utility model provides a self-operated air compressor. Comprising a boosting system, a pressure recovery system I, a pressure recovery system II, a pressure recovery system III and a pressure recycling system, the boosting system comprises a starting assembly, a boosting assembly and an air suction assembly. The starting assembly comprises a driving cylinder and a compression cylinder; the boosting assembly comprises a boosting driving cylinder and a boosting compression cylinder; the air suction assembly comprises an air suction driving cylinder and an air suction compression cylinder; the pressure recovery system I comprises a recovery assembly I, and the recovery assembly I comprises a recovery I driving cylinder and a recovery I compression cylinder; the pressure recovery system II comprises a recovery assembly II, and the recovery assembly II comprises a recovery II driving cylinder and a recovery II compression cylinder; the pressure recovery system III comprises a recovery III driving cylinder and a recovery III compression cylinder; the pressure recycling system comprises an upper driving cylinder, a boosting cylinder, a left compression cylinder and a right compression cylinder. The pressure recovery system I, the pressure recovery system II, the pressure recovery system III and the pressure recovery system recover and reuse gas energy. The air compressor is suitable for use.

This invention proposes a control method and device for a cooking appliance, the cooking appliance itself, and a readable storage medium. The control method includes: determining the operating stage of the cooking appliance; based on the cooking appliance being in the pressure water absorption stage, controlling the heating component and the air intake component to operate, so that the temperature and pressure inside the cooking cavity reach a first preset temperature and a first preset pressure; based on the cooking appliance being in the heating gelatinization stage, controlling the connecting component and the heating component to operate, so that the pressure and temperature inside the cooking cavity reach a second preset pressure and a second preset temperature; based on the cooking appliance being in the pressure cooking stage, controlling the air intake component and the connecting component to operate, so that the pressure inside the cooking cavity switches between atmospheric pressure and the first preset pressure. This invention not only solves the problem of low initial pressure and browning at the bottom during the cooking stage, but also significantly improves the elasticity and gloss of the rice.

This invention proposes a method and apparatus for controlling rice cooking in a cooking appliance, as well as the cooking appliance and storage medium. The method includes: determining the operating stages of the cooking appliance, which include: a heating and pressurizing stage, a venting and boiling stage, and a depressurization and heat preservation stage; based on the heating and pressurizing stage, controlling the heating component to heat the cooking cavity and obtain the temperature of the cooking cavity; when the temperature of the cooking cavity reaches a first preset temperature, controlling the gas filling component to introduce gas at a second preset temperature into the cooking cavity; when the temperature of the cooking cavity reaches a third preset temperature, controlling the gas exhaust component to expel the gas from the cooking cavity; and when the temperature of the cooking cavity reaches a fourth preset temperature, controlling the gas exhaust component to close. This invention enables boiling to occur in the cooking cavity under pressure, breaking up clumps of rice and evenly distributing heat to the upper and lower layers, improving the appearance and uniformity of rice grains cooked under pressure.