157 results about "Server room" patented technology

Devices and interior equipments that need not operate in a server room are stopped and thereby power saving can be achieved. More specifically, consolidation of virtual machines (VMs) providing a service is performed to concentrate processing in a server in a certain rack among a group of racks in the server room, a rack having no operating server is stopped, processing by an interior equipment controlling the rack and its circumference environment also is stopped or adjusted, and thereby power saving can be achieved.

The invention discloses an artificial intelligence machine learning experiment skill scoring system, and particularly relates to the technical field of artificial intelligence. The artificial intelligence machine learning experiment skill scoring system comprises a hardware architecture and a software architecture, the hardware architecture is composed of a laboratory end device and a server machine room device, and the software architecture is set as a distributed micro-service hierarchical architecture. According to the invention, the cameras with multiple visual angles are adopted to acquire experimental operation video data of students; artificial intelligence technologies such as deep learning, Pattern recognition, Image processing, natural language processing, special intelligent experiment equipment and informationized electronic test paper are matched to achieve automated scoring, meanwhile, the system stores the experiment operation video and the scoring result; A teacher canlog in the system through the Internet to manually recheck an intelligent scoring result error, an automatic scoring result can be autonomously learned through a deep learning algorithm, the accuracyof automatic scoring is improved, and students can carry out score query and dispute processing through the Internet.

A device for cooling and conditioning an environment that contains a plurality of heat emitting bodies, and in particular for server rooms and the like, which comprise:

• • at least one air conditioning and cooling unit, which is adapted to aspirate heated air from an interspace under the floor and is provided with means for the diffusion of cooled air into the environment,
  • means for the conveyance toward said underfloor interspace of air that has been heated by passage through or proximate to one or more heat emitting bodies,
  • an underfloor interspace for circulating the heated air, the heated air originating, by means of corresponding openings in the floor, from the heat emitting bodies, and being directed toward the at least one cooling and conditioning unit.

The invention discloses a method for setting and synchronizing BIOS configuration parameters through an out-of-band mode. A server is matched with a BMC monitoring management chip, an intelligent platform management interface (IPMI) drive is arranged on the server, the BMC and the BIOS communicate through the IPMI protocol, and IPMI protocol instructions for obtaining and setting of the BIOS parameters are provided through the BMC; the BIOS obtains out-of-band parameters saved in the BMC through the IPMI protocol instructions; the BIOS synchronizes the out-of-band parameters to the BIOS local; the BIOS sends the local parameters to the BMC through the IPMI protocol instructions during updating of users; the BMC receives the local parameters to synchronize the local parameters to the out-of-band parameters. By the aid of the method, the BIOS parameters can be checked through the network remotely and can be set remotely; the method can be used for batch setting of the BIOS parameters, and for large-scale server rooms, the advantage is apparent; safe and reliable synchronous logic is provided, and chaos during BIOS and BMC parameter synchronization is prevented.

The invention discloses a heat pipe cooling system for a server cabinet. The heat pipe cooling system for the server cabinet comprises a first heat exchanger, a connecting pipeline and a second heat exchanger, wherein the first heat exchanger is arranged at a grid of at least one out of a front cabinet plate, a rear cabinet plate, a left cabinet plate and a right cabinet plate of the server cabinet, faces towards a hot air outlet and consists of a plurality of groups of heat pipes; the heat pipes are filled with refrigerant working media; the connecting pipeline is arranged between the first heat exchanger and the second heat exchanger; the refrigerant working media are subjected to circular evaporation-condensation gas-liquid phase transition between the first heat exchanger and the second heat exchanger through the connecting pipeline, so as to bring heat from the first heat exchanger to the second heat exchanger; and the second heat exchanger is arranged far away from the server cabinet, and exchanges the heat with an outside cooling system. According to the heat pipe cooling system for the server cabinet, the first heat exchanger for cooling a server is arranged at the grid of the cabinet plate of the server cabinet, so that the space of a server room is saved; and the first heat exchanger faces towards a hot air object directly for cooling, and the efficiency is improved.

The invention discloses a remote monitoring method for implementing hard disk back broad, and belongs to the field of computer electronic equipment. An on-board BMC (Baseboard management controller) management model in the mainboard of system is integrated, and I2C link with backboard communication of is reservation; the hard disk is connected with mainboard and front controller by hard disk backboard, and new I2C interface is increased in hard disk backboard. On the one hand the hard disk backboard shows the status information of hard disk on real time by the Status Indicator of local used hard disk, on the other hand the BMC (Baseboard management controller) management module of main broad read the status information of hard disk in the hard disk backboard by the I2C link, transmitting state information acquired to the remote terminal surface and showing the information. The Remote monitoring?method for hard disk?back?state is realized by the invention, to let maintainer obtain work state of the hard disk without accessing the server room, to maintain hard disk conveniently, to guarantee normal operation of the machine, to improved work efficiency, and to reduce labor intensity of workers.

A reference station transmitter based distributed processing system and method for zero-difference correction. The system and method transfer a main computation task in conventional centralized data processing to a reference station transmitter for completion; the reference station transmitter realizes tasks such as conventional PPP resolving, PPP zero-difference ambiguity fixation and zero-difference correction product generation via data interaction with a server; and a user end generates a relevant virtual zero-difference correction by accessing a reference station area code address server, so as to realize PPP-RTK resolving under regional enhancement. The zero-difference correction distributed processing system and method based on a reference station transmitter greatly reduces the load of a server, and solves the problem that a relevant server has an excessive load; a client does not need to arrange for a server room to be specifically attended by personnel, which reduces the maintenance work on the server for a user, and saves costs; and a reference station and the user do not need to upload precise geographic coordinates, so that the confidentiality is better.

The invention provides a flexible intelligent production line for a vehicle body and relates to the technical field of vehicle manufacturing. The flexible intelligent production line comprises a server room, a lower vehicle body subsidiary assembly general flexible welding work station, a general flexible gluing work station, a lower vehicle body assembly general flexible welding work station, a general flexible main splicing integration welding work station, a side body general flexible welding work station, a laser welding general flexible work station and multiple transferring trolleys. Thelower vehicle body subsidiary assembly general flexible welding work station, the general flexible gluing work station, the lower vehicle body assembly general flexible welding work station, the general flexible main splicing integration welding work station, the side body general flexible welding work station, the laser welding general flexible work station and the multiple transferring trolleysare electrically connected with the server room. The transferring trolleys are used for transferring materials between two adjacent work stations. According to the flexible intelligent production line for the vehicle body, the problems that vehicle body production assembly line operation must be series-connection type continuous production, and the efficiency can be brought into full play only byproviding tasks constantly are solved.

Disclosed is an automatic server fan speed adjusting method. The automatic server fan speed adjusting method includes the steps of S10, collecting related information of server system configuration, and specifically, collecting the information of the server system configuration in the server system startup phase by the aid of a BIOS (basic input/output system); S11, performing cooling curve design, completing the cooling curve design according to the various collected information of the server system configuration and forming a corresponding form of the server system configuration and cooling curves; S12, performing BMC speed adjusting design and loading different cooling curves according to the information of the server system configuration to have rotating speed of a fan automatically adjusted. The corresponding form of the configuration and the cooling curves is completed in the design state, functional design in BMC speed adjusting is led in, the automatic speed adjusting function after modification of the configuration of the system can be realized, flexibility in operation of a server room is improved, workload for re-customizing of BMC and updating of firmware is omitted, and cost is lowered.

The invention discloses a cooling system for a server in a server room. The cooling system comprises a filtering assembly, a fan, an air conditioning assembly and a cooling tower, wherein the filtering assembly is arranged in the server room and is near an air inlet; the fan is arranged on the downstream side of the filtering assembly to lead air filtered by the filtering assembly into an air inlet channel; the air conditioning assembly is arranged in the server room; and the cooling tower is arranged outside the server room, and a water return pipeline and a water outlet pipeline are connected between the cooling tower and the air conditioning assembly. The cooling system for the server in the server room is simple, reliable, simple in maintenance, obvious in energy saving effect and capable of substantially reducing operating costs of the server room.

Provided is a server room cooling apparatus and method using natural air. The server room cooling apparatus includes an inlet part to take in outside air, a spray part to spray mist on the outside air that is taken in, and a supplying part to supply the outside air on which the mist is sprayed to the inside of a server room.

The invention discloses a server inspection method and system based on artificial intelligence. The method comprises the following steps: sending a robot to a server machine room to be inspected, andreconstructing the surrounding environment of the robot into a three-dimensional model through a robot binocular vision module; enabling the cloud server to process the acquired pictures, and performing modeling and path planning on a three-dimensional space; collecting an operation panel image of the server, and inputting the operation panel image into an image reasoning identification model foridentification; enabling the robot to acquire server equipment state information through the server state acquisition module and inputs the acquired parameters into the intelligent analysis module toanalyze and identify the server state information. According to the invention, the to-be-inspected server machine room motion path planning is realized by reconstructing the three-dimensional model, the machine room environment is acquired in real time, the equipment state of the server is intelligently acquired, and the inspection of the server is completed by the intelligent analysis module, sothat the inspection efficiency is improved, and the inspection accuracy is ensured.

A cabinet for cooling units for server rooms, of the type comprising a lower part for containing conditioning elements closed by a first lower panel that is at least partly formed by a grill for the exit of the climate-controlled air, and an upper part for containing electric power supply and control components associated with the conditioning elements closed by a second upper panel, the second panel forming with a wall for protecting the electrical panel, an interspace for the passage of the climate-controlled air rising from the lower part and having grill-like portions for the exit of the climate-controlled air.

The invention provides a real-time monitoring system for a cloud computing server room. The real-time monitoring system comprises a data acquisition module, a data transmission module, a cloud computing processing module and an early warning prompt module, the data acquisition module is used for acquiring environment data of a server room through the wireless sensor node; the data transmission module is used for preprocessing the environment data to obtain preprocessed data; the cloud computing processing module is used for judging the preprocessed data and judging whether an environment abnormal condition occurs or not; and the early warning prompt module is used for carrying out early warning on a server room manager according to a preset early warning mode. According to the invention, the environment data of the server room is obtained through the wireless sensor nodes, and after the environment data is preprocessed, the processed data is sent to the cloud computing processing module for identification, so that the environment abnormal condition in the machine room can be found in time. A large number of data transmission lines and power supply lines do not need to be arranged, and later operation and maintenance cost can be saved.

The invention provides a U-position management method of a server machine cabinet, a corresponding device and electronic equipment, and relates to the technical field of server machine room management. The method comprises the steps that after a server is shelved on a machine cabinet, the actual U-position occupied by the server is determined; then the electronic tag information of the server is obtained based on the actual U-position, and the pre-stored U-position height of the server is determined according to the electronic tag information; and the actual U-position is inspected according to the U-position height, and when the inspection result is correct, the correlation between the actual U-position and the server is established, and the occupied state of the actual U-position is changed to be occupied, so that the real-time and automatic updating of the U-position information of the server can be realized, the accuracy and the effectiveness of data are guaranteed, the managementof the server machine room is facilitated, the labor intensity of the machine room management personnel is reduced, and the machine room management efficiency is improved.

The invention discloses a flooded type compound cooling-air unit, which consists of a compressor, a condenser, an evaporator, a liquid connecting tube, a liquid control solenoid valve, a throttling device and an air connecting tube. Thee cooling-air unit has the technical features as follows: the evaporator is a cold flooded type evaporator; a three-way valve is arranged at the junction of the inlet pipe of the condenser and a heating tube branch. By adopting the cold flooded type evaporator, the cooling-air unit not only solves the matching problem on charging volume of natural circulating refrigerants and refrigeration circulating refrigerants, but also guarantees the effect of safe oil return and refrigerants distribution, and improves the reliability and operational performance of the cooling-air unit; by adopting the three-way valve, the cooling-air unit reduces failure rate and improves reliability. The cooling-air unit of the invention not only can be used for mobile communication base stations and service rooms as special machines of a machine room, but also can be used as cooling devices for a high-temperature refrigeratory or other heating places. The cooling-air unit of the invention is safe and reliable, efficient and energy-saving.

The invention provides an industrial-robot-based system and an industrial-robot-based method for maintaining a server cabinet. The industrial-robot-based system comprises the server cabinet, a management upper computer and an industrial robot, wherein the management upper computer controls the industrial robot to invoke corresponding programs according to states of board cards of the server cabinet; and the industrial robot performs board card plugging and unplugging operation on specified number of layers of the specified server machine according to instructions of the management upper computer. According to the industrial-robot-based system and the industrial-robot-based method, the transport, plugging and unplugging of the server board cards are implemented by means of the industrial robot, the server board card to be maintained is unplugged and transported to an old board card placing region, and a maintained board card is taken from a new board card placing region and plugged back into a card slot of the server cabinet. The waste of manpower resources can be greatly reduced by replacing a person with the industrial robot for maintaining the server cabinet, the management of the server machine room is centralized and standardized, the damage to the server board cards caused by manual transport is effectively avoided, the risk of information leakage is reduced, and the unattended management of the server machine room is realized.

The invention discloses a server room ventilation system. The server room ventilation system comprises a machine room, wherein an intelligent cabinet is placed in the machine room, a static floor is laid on a ground surface of the machine room so that an isolation space is formed between the ground surface of the machine room and the static floor, the cabinet is placed on the ground surface so that a refrigerating unit placement region of the intelligent cabinet is placed between the ground surface and the static floor, a working region of the intelligent cabinet is arranged above the static floor, a temperature sensor and a plurality of exhaust fans are arranged in the isolation space, different numbers of exhaust fans are started according to a temperature detected by the temperature sensor, so that heat below the static plate is dissipated to the outdoor, a plurality of air supplement holes are further formed in the machine room, are arranged above the static floor and communicate with the outdoor, filtering nets are arranged at outer sides of the air supplement holes and are used for filtering air, and intermediate filtering devices are arranged at inner sides of the air supplement holes. The server room ventilation system is energy-saving and environment-friendly and is low in power consumption.

An environmental measuring apparatus for measuring a plurality of environmental conditions within a server rack or a server room may include a plurality of sensing devices for detecting the plurality of environmental conditions, and a measuring device electrically connected to the sensing devices and having a plurality of predetermined voltage-physical value converting tables previously stored therein. Each of the sensing devices is arranged and constructed to generate at least one analog sensing voltage representative of a detecting value corresponding to the environmental condition and at least one sensing device identification signal corresponding to the sensing device. The measuring device is arranged and constructed to select a corresponding voltage-physical value converting table from the voltage-physical value converting tables based on the at least one sensing device identification signal and to convert the at least one analog sensing voltage to a physical value with reference to the selected voltage-physical value converting table.