44results about How to "Ensure safe development" patented technology

A latent image developing system, a novelty kit, and an ink composition for printing latent images on a substrate. The latent image developing system includes a first substrate containing a colorless image deposited on a first surface thereof. A developer component is provided that is reactive with the colorless image to provide a visible image. The developer component is selected from a developer instrument, a developer finger paint, a developer coating on a first surface of a substantially transparent substrate for adhesive attachment to the first substrate, and a combination of one or more of the developer instrument, the developer finger paint, and the developer coating. The latent image developing system optionally includes, an image blocking instrument for concealing at least a portion of the visible image. The image blocking instrument includes a blocking composition applicator and an aqueous mixture of blocking composition and water.

The invention discloses a vehicle emergency early-warning rescuing system. The vehicle emergency early-warning rescuing system comprises a vehicle emergency early-warning rescuing platform and a plurality of vehicle-mounted terminals which are wirelessly communicated with the platform, wherein the emergency early-warning rescuing platform comprises a data collection server, a data storage server, an early-warning analysis server and a rescuing guide server, all servers are interconnected with one another through a network switch, the data collection, event storage, early-warning analysis and rescuing guide can be completed according to the data uploaded by each vehicle-mounted terminal; each vehicle-mounted terminal comprises a main control module, a bus module, a wireless communication module, a positioning module and a user interaction module, the bus module is bi-directionally connected with the main control module through an SPI bus, and the wireless communication module, the positioning module and the user interaction module are bi-directionally connected with the main control module through a serial port. The invention also relates to an emergency early-warning rescuing method of the system.

The invention relates to a device for underwater carrying at a high speed, and aims to provide an underwater vehicle thrust by hydrogen produced through sodium borohydride hydrolysis. A propulsion system of the underwater vehicle comprises a water inlet arranged at a head of a ship body, an air spraying tube arranged at a tail part of the ship body, a sodium borohydride container and a tapered reactor, wherein the water inlet is a pipeline partly extending to the front end of the sodium borohydride container; a pipe wall of the pipeline extending into the container is provided with a small hole; a back part of the sodium borohydride container is a filter screen; a front end of the tapered reactor is connected to a back part of the sodium borohydride container by a clapboard provided with a plurality of through holes; the back part of the tapered reactor is connected to the air spraying tube by a pipeline; sodium borohydride powders are filled in the sodium borohydride container; and the tapered reactor is filled with a multi-hole three-dimensional catalyst. The speed for producing hydrogen through sodium borohydride hydrolysis is fast, so that the underwater vehicle obtains a high accelerated speed; combustion is not needed; the control is easy; and the propulsion speed is high. Wide application prospects in marine science survey, sea bottom survey, sea bottom cable detection and the like are provided.

Provided is a safety risk automatic recognition method based on a network-distribution production operation plan. The method uses the production operation plan as a carrier, performs comparative analysis of bearing capability between production operation situation and production power, power grid operation mode, on-site operation control and a plurality of factors leading to probability of faulty operation of a power supply enterprise, judges safety risks by means of assessment of matching degree between production task and personnel, time and power, and finally achieves safety risk automatic recognition of the network-distribution production operation plan. The method mainly comprises a safety risk factor recognition module and a safety risk analytical engine, has the advantages of improving power grid safety and power supply reliability, being capable of improving safety risk management level and the like, and has important effects and meanings in safety production prevention mechanism formation, safety risk avoiding and resolving, power grid safe development protection and enterprise safety and harmony promotion.

The invention provides a site selection method and system for an underground neutron energy power station. The site selection method for underground neutron power plants includes: obtaining the evaluation value corresponding to each ranking of each relevant geological factor and the number of people corresponding to each ranking of each relevant geological factor; According to the evaluation value of each relevant geological factor and the number of people corresponding to each ranking of each relevant geological factor, calculate the weight of each relevant geological factor; according to the multiple evaluation conditions corresponding to each relevant geological factor of each candidate site, obtain the The evaluation value of each relevant geological factor of the site; according to the weight of each relevant geological factor and the evaluation value of each relevant geological factor of each candidate site, calculate the comprehensive evaluation value of each candidate site; The maximum value is selected from the comprehensive evaluation value of the site selection, and the site to be selected corresponding to the maximum value is used as the address of the underground neutron energy power station, so as to improve the efficiency of site selection evaluation and promote the safe development of clean energy.

The invention discloses a support method used in passing a water guide fracture structure in mine exploration, belonging to an underground mining method. The support method comprises the following steps: a working roadway is tunneled along a vertical fault direction, temporary support is carried out once when tunneling forwards for 1-2 m, when the working roadway is dug to be at a distance of 5-10 m from the fault, tunneling is stopped, the working roadway is expanded and brushed, a grouting device roadway with the length of 3 m is expanded and brushed, a grouting device is provided, multiple pipe shed holes are formed from the tail end of the grouting device roadway to the fault, the pipe shed holes are located above the top wall of the working roadway, a pipe shed support is arranged in each pipe shed hole, and a grouting pipe is connected with each pipe shed hole, so that cement mortar flows into underground water of a fracture zone; the working roadway is tunneled, when the working roadway is tunneled to be at a distance of 2 m from the fault surface, tunneling is stopped, and multiple anchor rows are driven to a direction of the water guide fracture structure from a place at a distance of 2 m from the fault surface; at last, multiple drainage holes are formed from the tail end face of the working roadway to the fault direction. According to the invention, when the roadway is dug to pass the fracture structure, collapse cannot happen, a digging process is safe, and larger economic benefit can be obtained.