33results about How to "Avoid unsafe incidents" patented technology

Methods for monitoring a wellsite include transporting a mobile monitoring platform to a wellsite. The mobile monitoring platform includes a transportable chassis including two or more wheels; a mast supported by the platform and extendable vertically upward from the chassis; a transceiver including a wireless modem and an antenna; a controller adapted to communicate with the transceiver; and a power module electrically coupled to at least one of the transceiver and the processor. The methods include wirelessly receiving, at the transceiver, wellsite data from a plurality of sensors at or adjacent the wellsite; and wirelessly transmitting, in real-time, the wellsite data to a remote monitoring station.

The invention provides a safety monitoring system based on an intelligent safety helmet. The safety monitoring system comprises an intelligent safety helmet and a safety monitoring platform in communication connection with the intelligent safety helmet for information interaction, wherein the intelligent safety helmet comprises a safety helmet body, and a data acquisition module, a data processingmodule and an information prompting module which are arranged on the safety helmet body. When an operator wears the intelligent safety helmet, multidirectional multifunctional safety monitoring can be conducted on the operator, the operation safety of the operator is ensured, and pre-stored operation tasks can be corrected.

A security management system can log, investigate, respond, and track computer security incidents that can occur in a networked computer system. In other words, the security management system can produce a security record of information related to the tracking of suspicious computer activity or actual computer security threats, such as denial of service attacks or other similar compromises to computers or computer networks. The security record can include, but is not limited to, date and times of computer security incidents, a name for a particular security incident, a security management system user, and a potential source of the computer security incident. The security record can be designed as a running log that saves or records all activity of a computer incident source as well as the activity of the security team responding to the computer incident source. To produce the security record, all data that relates to a computer incident and all data that relates to a computer incident response can be sent to a separate protected database, where data is protected by digital signature algorithms (DSAs).

The present invention provides a screen baseball system including a pitching machine that shoots a baseball, a screen, having a screen hole through which the baseball passes, and a screen shutter including a safety screen configured to close the screen hole. The present invention can fundamentally prevent a safety incident from occurring during a screen baseball game.

Method for packing harvested berries directly into clamshell packages during hand harvesting by a harvester. The harvester utilizes a new open-topped harvesting apparatus that has a plurality of bottom assemblies for supporting a shipping tray that contains a plurality of clamshell packages. The open-topped harvesting apparatus further includes a plurality of front and rear end wall assemblies affixed perpendicular to the bottom assembly. A first side wall assembly is affixed perpendicular to the bottom assemblies and affixed to the plurality of end wall assemblies. A second side wall assembly is affixed perpendicular to the bottom assemblies and affixed to the end wall assemblies. The second side wall has two belt notch-like loops for allowing the carrier to be secured on a harvester's belt; and the second side wall further including an arch-shaped side supporter for maintaining the bottom assemblies substantially horizontal to the ground when worn by the harvester.

The invention provides an intelligent safety helmet. The intelligent safety helmet comprises a safety helmet body, and a data acquisition module, a data processing module, a data storage module, a statistical analysis module and an information prompting module which are arranged on the safety helmet body. When an operator wears the intelligent safety helmet, multidirectional multifunctional safetymonitoring can be conducted on the operator, the operation safety of the operator is ensured, and pre-stored operation tasks can be corrected.

The invention relates to fitness equipment with an embedded adjusting structure. By the fitness equipment with the embedded adjusting structure, the technical problems that in the prior art, an adjusting rack of fitness equipment is inconvenient to adjust and a brake cable is exposed are solved. The fitness equipment with the embedded adjusting structure comprises handrails, a fixed tube, an adjusting tube, a hand brake and a brake cable, wherein the upper end of the brake cable is connected with the hand brake; the brake cable penetrates in the adjusting tube; an adjusting mechanism is arranged in the lower end of the adjusting tube; the lower end of the brake cable is connected with the adjusting mechanism; and a plurality of adjusting holes by which the adjusting mechanism can be positioned are formed in a wall of the fixed tube. The brake cable is inlaid in the adjusting tube, is not exposed, and cannot be changed along with up-down adjustment of the adjusting tube, and unsafe incidents in a fitness process are avoided effectively; and moreover, the hand brake is not required when the adjusting tube is adjusted upwards, the adjusting tube can move upwards and is positioned after being pulled upwards, when being adjusted downwards, the adjusting tube can move downwards and is positioned with the aid of the hand brake only, and the fitness equipment is quick and convenient to adjust, and is widely well received by body builders.

The invention discloses a novel leather rope cutting apparatus. The apparatus comprises a clothes supporting plate, a fixed slot and a blade; the fixed slot is fixed at a side surface of the clothes supporting plate, the blade is arranged in the fixed slot, and the cutting edge of the blade is not parallel to a side edge of the fixed slot. The apparatus provided in the invention has the characteristics of high machining efficiency and convenient usage and simultaneously has the advantages of capacity of improving cutting effects and conservation of raw materials.

The invention relates to the system management field and provides a system and a method for preventing error locking and misoperation. The system comprises an equipment management system which is used for generating a work order and generating identifier containing appointed work information on the work order. For a corresponding access control system in a closed region, a first identifier scanning device is used for scanning the identifiers on the work order so as to obtain the appointed work information, and checking whether the work content of the closed region is matched with the appointed work information or not, if so, an unlocking instruction is sent to an electronic lock of the access control system, otherwise, no generation of the unlocking instruction is prompted. For field equipment, a second identifier scanning device is used for scanning the identifiers containing the appointed work information and field equipment identifiers, and checking whether the information in the identifiers of the field equipment is matched with the appointed work information, if so, the instruction of operation of the field equipment is prompted, otherwise, alarm is implemented. According to the system, safe and practical error locking prevention and anti-misoperation management can be realized.

A battery pack capable of keeping running after partial fault battery units are automatically disengaged is characterized in that the battery pack comprises a battery management system BMS and a plurality of series units, the series units are connected in series, and each series unit is connected with the battery management system BMS; the negative end of the previous series unit 7 is connected with the positive end of the next series unit, the positive end of the uppermost series unit is the positive electrode of the battery pack, and the negative end of the lowermost series unit is the negative electrode of the battery pack; and the bypass switch driving circuit DRV and the battery parameter monitoring circuit SEN of each series unit (7) are respectively connected to a battery management system BMS, and when the battery parameter monitoring circuit SEN detects that the battery unit 9 in a certain series unit 7 works abnormally, the bypass switch K of the series unit 7 is switched into a closed state, the series unit fault battery unit is automatically disconnected from the system, the system current path is switched to the bypass switch K of the series unit 7, and the battery pack can keep running continuously.

The invention relates to a multi-terminal heating and cooling control method based on total current control, which prioritizes all heating and cooling terminals in the same heating and cooling time period; a central processing unit sends an electrification instruction to a terminal which is prioritized in the first place; the maximum rated current of a system is assumed to be a value; the central processing unit sets an upper current limit which is more than the present current of a current detection module detection system; if the maximum rated current of the system is more than the upper current limit, the central processing unit sends the electrification instruction to the terminal which is prioritized in the first place after an electrified terminal; and the process is repeated, until the present current in the system after one terminal is electrified is more than the set current, and the central processing unit immediately sends a power-off instruction to the terminal. The multi-terminal heating and cooling control method based on total current control has the beneficial effect that: the occurrence of various unsafe events caused by too large load can be effectively avoided.

The invention discloses a power grid voltage measurement abnormity identification method based on a distance correlation coefficient, and the method comprises the steps of automatically calculating adistance correlation coefficient matrix among a plurality of intervals through a given multi-dimensional voltage historical data file F1 at the same voltage level, and learning to find out a thresholdvalue for identifying the abnormity of voltage measurement data; calculating a distance correlation coefficient matrix among a plurality of intervals by utilizing the to-be-identified voltage data file F2; and judging a voltage measurement data state in the new multi-dimensional voltage data file by combining a threshold value which is automatically learned by utilizing historical voltage data and is used for identifying the abnormity of the voltage measurement data, thereby realizing the voltage measurement and transmission state identification of a transformer substation voltage transformer, a secondary transmission and transformation loop and a measurement and control device. According to the invention, the slight measurement abnormality of the voltage transformer can be discovered inadvance by applying the existing power grid voltage data without power failure, maintenance and hardware installation, and the identification precision is high.

The invention discloses a voltage measurement data reduction method and recognition method for different voltage classes of a transformer substation. The method comprises the following steps: calculating weighted average values of different interval data in historical voltage measurement data and reduction values of different voltage classes; calculating equivalent voltage data from the to-be-identified measurement data to realize automatic reduction of the voltage measurement data of any voltage level of the transformer substation to the same voltage level; the recognition method comprises the following steps: automatically calculating a distance correlation coefficient matrix among a plurality of intervals by utilizing multi-dimensional voltage historical data, and learning to find out athreshold value for identifying the abnormality of voltage measurement data; calculating a distance correlation coefficient matrix among a plurality of intervals by utilizing the to-be-identified voltage data file; and judging a voltage measurement data state in the new multi-dimensional voltage data file by combining a threshold value which is automatically learned by utilizing historical voltage data and is used for identifying the abnormity of the voltage measurement data, thereby realizing voltage measurement and transmission state recognition of a transformer substation voltage transformer, a secondary transmission and transformation loop and a measurement and control device.

The invention discloses a clustering and analysis method of control running sub-health states. The method is realized through assistance of a computer management system. The system also includes an air traffic control running safety program generation and evaluation subsystem. The air traffic control running safety program generation and evaluation subsystem is used as an operation platform of clustering and analysis of the control running sub-health states. According to the method, control running states are divided in detail according to actual running data, a state which current control running is in can be specified, a future development trend thereof can also be specified, a risk gateway is advanced, a measure is taken to avoid occurrence of an unsafe event, and at the same time, changing and returning of the control running sub-health states to a control running health state can also be realized.

The invention discloses a voltage measurement data reduction method and recognition method for different voltage classes of a transformer substation. The method comprises the following steps: calculating weighted average values of different interval data in historical voltage measurement data and reduction values of different voltage classes; calculating equivalent voltage data from the to-be-identified measurement data to realize automatic reduction of the voltage measurement data of any voltage level of the transformer substation to the same voltage level; the recognition method comprises the following steps: automatically calculating a distance correlation coefficient matrix among a plurality of intervals by utilizing multi-dimensional voltage historical data, and learning to find out athreshold value for identifying the abnormality of voltage measurement data; calculating a distance correlation coefficient matrix among a plurality of intervals by utilizing the to-be-identified voltage data file; and judging a voltage measurement data state in the new multi-dimensional voltage data file by combining a threshold value which is automatically learned by utilizing historical voltage data and is used for identifying the abnormity of the voltage measurement data, thereby realizing voltage measurement and transmission state recognition of a transformer substation voltage transformer, a secondary transmission and transformation loop and a measurement and control device.