68 results about "Thermal discharge" patented technology

A method for activating chemical reactions using a non-thermal capillary discharge plasma (NT-CDP) unit or a non-thermal slot discharge plasma (NT-SDP) unit (collectively referred to as “NT-CDP / SDP”). The NT-CDP / SDP unit includes a first electrode disposed between two dielectric layers, wherein the first electrode and dielectric layers having at least one opening (e.g., capillary or a slot) defined therethrough. A dielectric sleeve inserted into the opening, and at least one second electrode (e.g., in the shape of a pin, ring, metal wire, or tapered metal blade) is disposed in fluid communication with an associated opening. A non-thermal plasma discharge is emitted from the opening when a voltage differential is applied between the first and second electrodes. Chemical feedstock to be treated is then exposed to the non-thermal plasma. This processing is suited for the following exemplary chemical reactions as (i) partial oxidation of hydrocarbon feedstock to produce functionalized organic compounds; (ii) chemical stabilization of a polymer fiber (e.g., PAN fiber precursor in carbon fiber production; (iii) pre-reforming of higher chain length petroleum hydrocarbons to generate a feedstock suitable for reforming; (iv) natural gas reforming in a chemically reducing atmosphere (e.g., ammonia or urea) to produce carbon monoxide and Hydrogen gas; or (v) plasma enhanced water gas shifting.

The invention relates to a method for predicating the cycle life of a lithium ion battery. The method comprises the following steps of performing batch-type cycle test on a to-be-evaluated battery in a to-be-evaluated cycle condition, and recording an accumulated cycle index and cycle volume conservation rate of the battery; transferring the battery not subjected to the batch-type cycle test and the battery subjected to the batch-type cycle test to an accelerating rate calorimeter, testing the thermal discharge in a charging process, recording temperature change data of the battery in the charging process, and calculating the temperature rise rate of the battery relative to an initial state; performing data fitting and calculation according to the accumulated cycle index and cycle volume conservation rate of the battery and predicating the cycle life of the battery. Compared with a conventional cycle test, the method provided by the invention has the advantages of greatly shortening the test period and avoiding energy consumption and resource waste generated by long-term test; in addition, data fitting is performed on the basis of short-term measured data, so that compared with pure-theory calculation and an empirical model, the method has the advantages of better universality and higher predicating accuracy.

The invention provides a surface mounted device (SMD) light emitting diode (LED) device and a display module thereof for an outdoor display screen. The invention solves problems of LED devices for current outdoor display screens, such as poor thermal discharge effect, complicated technology, low production efficiency, high cost, limited light emitting, and poor consistency. The display module provided by the invention effectively avoids quality problem of uneven light spots of the current outdoor display screens in the prior art, greatly improves quality and yield of the outdoor display screen, and reduces cost. The outdoor display module with the SMD LED device comprises an LED panel, a shell and sealing glue, wherein the LED panel is arranged inside the shell and the sealing glue is applied on the LED panel. The SMD LED device for the outdoor display screen has the advantages of low cost, simple structure and good thermal discharge effect and is suitable for down-stream batch production. The outdoor display module with the SMD LED device provided by the invention has low cost and simple technology, and can effectively improve resolution and quality of outdoor display screens.

The present invention relates to a novel process for the remote plasma surface treatment of substrate particles at atmospheric pressure. The invention is motivated by the urge to overcome major drawbacks of particle treatment in low pressure plasmas and in-situ particle treatment at atmospheric pressure. The former requires complex and mostly expensive vacuum installations and vacuum locks usually prohibiting continuous processing. Independent of the system pressure, in-situ plasma treatment causes particle charging and therefore undesirable interaction with the electric field of the discharge, which is seen to contribute to the process of reactor clogging. Additionally, the filamentary discharges modes of atmospheric pressure plasmas are inflicted with inhomogeneous surface treatment. Furthermore, short radical lifetimes at elevated pressures complicate a remote plasma treatment approach as widely used in low pressure applications. The key-element of the invention is that by reducing the dimension of the atmospheric discharge arrangement to the micrometer range, transonic flow conditions can be achieved in the discharge zone while maintaining moderate flow rates. The resulting superimposition of high drift velocity in the gas flow and the inherent diffusion movement is to prolong the displacement distance of activated species, thus making a remote plasma treatment of substrate particles feasible and economically interesting. The circumferential arrangement of e.g. micro discharge channels around the treatment zone of variable length allows a remote plasma treatment independently of the discharge mode and benefits additionally from the aerodynamic focusing of a particle-gas stream to the centre, reducing reactor clogging. Furthermore, taking advantage of non-thermal discharges, there is no restriction of the concept of the outlined invention in the material properties of the particulate solids especially not with regard to the treatment of temperature sensitive materials as often encountered in polymer or pharmaceutical industries. In conclusion, atmospheric pressure plasma treatment close to ambient gas temperature as well as continuous processing is a specialty of the invention disclosed here.

The invention relates to a water dispenser, a water dispenser control method and a water dispenser device. The water dispenser comprises a water receiving window and a thermal discharge pipeline. Theoutlet water control circuit is used for controlling the on-off of the hot water discharge pipeline according to the object image output by the image acquisition device. According to the technical proposal provided by the invention, since you do not need to deploy a personal computer or server, the water outlet control circuit can directly control the on-off of the hot water outlet pipeline according to the object image output by the image acquisition device, thereby realizing safe water outlet, reducing the dependency on the network and high reliability. In addition, the equipment cost and the manpower input for deploying the personal computer and the server are saved, the user cost is reduced, and the user experience degree is high.

An illumination apparatus is provided. The illumination apparatus may include at least one light-emitting diode; and at least one heat sink for cooling the light-emitting diode, wherein at least one component of the illumination apparatus provided for thermal discharge has an emission coefficient of more than 0.75.

A ship powered by an internal combustion engine (1) and an electric motor (2) connected to a propeller (3) powered by surplus electric power obtained by a thermal discharge recovery system has a controller including a feedback control section for controlling a base amount of fuel injected to the internal combustion engine (1) based on the difference between the target number of rotation of the propeller given by the operator and the real number of rotation, and a feed-forward control section having a means (25) for calculating an overall power output and a means (26) for calculating a correction in the amount of fuel injected to the internal combustion engine based on the overall power output and the number of rotation of the propeller. The base amount of fuel is corrected by subtracting the correction obtained by the feed-forward section from the base amount of fuel calculated by the feedback control section whereby preventing a rapid change in the speed of the ship due to rapid change in ship loads.

A molten salt thermal storage heater comprises a tank body, a molten salt temperature measurement device, a molten salt adding hole, a molten salt liquid level measurement device and an atmosphere vent hole welded on the top of the tank body, wherein molten salt is disposed inside the tank body, a resistance heater auto-control system is disposed inside the molten salt, the resistance heater auto-control system comprises a high-sensitivity molten salt temperature detection component, a PLC programmable controller, frequency-converting control of a feed pump and an auto-switching component used in thermal storage and thermal discharge of a molten salt thermal storage system, a heat exchange coil pipe is disposed inside the molten salt of the tank body, and an inlet and an outlet of the heat exchange coil pipe respectively pass through the middle and the top of the tank body. The device provided by the invention perfectively places the heat exchange coil pipe inside a thermal storage medium and gets rid of necessary dependency on using air as a heat-transfer fluid, so as to realize direct heat exchange between the thermal storage medium and steam or hot water. In this way, a heat transfer coefficient and system thermal efficiency are increased to the optimal level, equipment volume is reduced greatly, equipment losses are also reduced, and social and economic benefits become better.

The invention discloses an intelligent control system for a coal mine water chilling unit and relates to a coal mine control system. The control system consists of a mine water chilling unit intelligent control operation platform (4), a mine water chilling unit operating parameter visualization and economization display platform (5), a mine movable air cooler energy efficiency analysis and operating parameter visualization platform (6), a mine movable water cooler energy efficiency analysis and operating parameter visualization platform (7) and an underground thermal pollution control effect feedback platform (8). The intelligent control system disclosed by the invention is used for controlling the water chilling unit to realize the launch of the intelligent and economical control system, so that the problem that the deep thermal pollution control difficulty is high can be effectively solved, and the thermal pollution control cost is reduced. Meanwhile, the use ratio of a cold source is effectively increased, the problem that the thermal discharge efficiency of a deep mine is low is effectively solved, the water chilling unit is economically and intelligently controlled, economical mine cooling is implemented, and energy sources are fully utilized.

The present invention relates to a novel process for the remote plasma surface treatment of substrate particles at atmospheric pressure. The invention is motivated by the urge to overcome major drawbacks of particle treatment in low pressure plasmas and in-situ particle treatment at atmospheric pressure. The former requires complex and mostly expensive vacuum installations and vacuum locks usually prohibiting continuous processing. Independent of the system pressure, in-situ plasma treatment causes particle charging and therefore undesirable interaction with the electric field of the discharge, which is seen to contribute to the process of reactor clogging. Additionally, the filamentary discharges modes of atmospheric pressure plasmas are inflicted with inhomogeneous surface treatment. Furthermore, short radical lifetimes at elevated pressures complicate a remote plasma treatment approach as widely used in low pressure applications. The key-element of the invention is that by reducing the dimension of the atmospheric discharge arrangement to the micrometer range, transonic flow conditions can be achieved in the discharge zone while maintaining moderate flow rates. The resulting superimposition of high drift velocity in the gas flow and the inherent diffusion movement is to prolong the displacement distance of activated species, thus making a remote plasma treatment of substrate particles feasible and economically interesting. The circumferential arrangement of e.g. micro discharge channels around the treatment zone of variable length allows a remote plasma treatment independently of the discharge mode and benefits additionally from the aerodynamic focusing of a particle-gas stream to the center, reducing reactor clogging. Furthermore, taking advantage of non-thermal discharges, there is no restriction of the concept of the outlined invention in the material properties of the particulate solids especially not with regard to the treatment of temperature sensitive materials as often encountered in polymer or pharmaceutical industries. In conclusion, atmospheric pressure plasma treatment close to ambient gas temperature as well as continuous processing is a specialty of the invention disclosed here.

The invention discloses equipment comprising a feeding device, a hearth, a waste heat device, a tail gas treatment device and a chimney connected in sequence, wherein the lower portion in the hearth is a fuel combustion area connected with a quartz sand circulating system; a hot oil heater is arranged at the upper portion in the hearth, and connected with an oil feeding and draining device via an oil pipe; the outlet of the hot oil heater is connected with a steam generator of the waste heat device, and the outlet of the steam generator is connected with the inlet of an air preheater; the steam generator and a steam pipe forms a fluidized bed circular protection system arranged between the hot oil heater and the fuel combustion area; and the tail gas treatment device comprises a multi-pipe dust remover and circular cleaning equipment connected in sequence. The hearth, the waste heat device, the tail gas treatment device and the chimney are connected in sequence, so that ash generated during a combustion process in the hearth can be effectively deposited under the effect of the waste heat device and the tail gas treatment device, the thermal discharge temperature of the chimney can also be further reduced, and emission pollution generated by the heating furnace is reduced, and environment protection is facilitated.