524 results about "Thermoregulatory system" patented technology

The present invention relates to improved methods and apparatus for atomic layer deposition (ALD) of thin films on substrates such as wafers and flat panel displays. The invention provides an ALD reactor comprising a first temperature regulating system to control the temperature of the substrate and a second temperature regulating system to independently control the temperature of the reaction chamber walls. The invention also provides a method for ALD of a film onto a substrate in a reaction chamber, in which the temperature of the substrate is maintained to maximize ALD on the substrate while the temperature of the reaction chamber walls is set to minimize film growth thereon, whether by ALD, condensation, physisorption or thermal decomposition. The temperature of the walls may be maintained at the same temperature as the substrate, or higher or lower than the substrate temperature, depending upon the particular reaction being used.

The invention discloses an environment control plant factory through seal-typed artificial light, which comprises the following parts: fender structure, air circulating system, temperature adjusting system, moisture adjusting system, CO2 supplying system, light supplying system, control system based on inserted network technique and automatic power-metering system, wherein the systems are seal, heat-proof and light-tight, which provides clean and fitful growing environment for plant. The invention saves cost and energy consumption, which realizes normalized and standardized cultivating management and planning manufacturing.

The present invention facilitates processor speed adjustments within acceptable temperature ranges. In one embodiment, a present invention system includes a temperature sensor that senses the temperature of the processor. When the temperature sensor senses the processor temperature approaching predetermined levels one or more adjustments are performed. For example, the adjustment can include automatically increasing or decreasing a voltage level in response to crossing a temperature threshold.

The invention relates to a human body gastrointestinal tract bionic system and a simulation experiment method based on the system. The system comprises a system controller, an intestinal flora planting system, a simulation digestion system, a simulation absorption system, a stirring system, a rate control system, a gas path system, a temperature adjusting system, a pH adjusting system, a digestion liquid reagent bottle, an absorbing liquid reagent bottle and a collector. The method comprises the following steps: setting parameters of the control system, preparing planting colloidal particles, planting the intestinal flora, simulating digestion and the like. The system simulates gastrointestinal tract digestion, absorption and intestinal microecology of human bodies under in-vitro conditions, is real in simulation and good in reproducibility, and us applicable to study on the fields of nutriology, toxicology, physiology, microbiology and the like as intelligent control is adopted.

The present invention includes an appliance that has a cook vessel and a temperature regulation system with a Peltier device. The active side of the Peltier cools and heats the cook vessel in the absence of a motive heat distribution system. The temperature regulation system may include a motive heat distribution system on its waste side where the top edge of the fan is located at or above the bottom edge of the any waste heat sink. Methods of cooling and heating food are also part of the invention.

The present device is a temperature regulation system for a vehicle turned on or off. The temperature regulation system includes a rechargeable battery for supplying power to an air moving system and a heat exchanger in accordance with demand signals from the thermostat, independent of the on/off state of the ignition system. In one embodiment, a DC motor is electrically connected to the rechargeable battery and rotationally coupled to a variable-speed compressor replacing the existing compressor of the vehicle, improving efficiency and extending the use of the rechargeable battery. The temperature regulation system may be used to heat or to cool the vehicle when the temperature of the air in the vehicle exceeds a certain threshold.

The present invention includes an appliance that has a cook vessel and a Peltier device. The Peltier device may have a motive heat distribution system on its waste side. The active side of the Peltier cools and heats the cook vessel in the absence of a motive heat distribution system. The present invention may also operate in the absence of an extraneous temperature regulation system. Methods of cooling and heating food are also part of the invention.

The invention discloses a temperature adjusting system of an integrated sand-blowing dust-blowing environment simulation system, comprising a heat exchanger, an electric heater and a cooling medium and heating medium unified allocation network, wherein the each passage is provided with a plurality of valves for controlling flow rate. A heat-transmitting part and a temperature-adjusting part, the separating part and the flow guide part of a sand-blowing wind hole and a dust-blowing wind hole, and hole body structures are combined together, therefore, the system has compact structure and convenient clearance, is an integrated sand and dust environment test device with fast temperature adjustment and continues work capability, has less occupied space, good airflow quality of a test section and low system energy consumption, and is especially suitable for the occasion of continues test.

A ventilation, temperature regulation, and ergonomic comfort system for a vehicle seat, comprising: a pad including a ventilation layer comprising nonwoven plastic fibers fused together in a manner to allow airflow therethrough, the The ventilation layer has a seat surface side and an opposite side, wherein the ventilation layer is arranged in a substantially airtight compartment having an inlet hole for inputting air on the opposite side of the ventilation layer, and having a plurality of output holes on the seat surface side; an adjustable ergonomic support device, wherein the ergonomic support device is disposed on the opposite side of the ventilation layer and moves with the pad; a temperature conditioning system comprising an air moving device operatively connected to the inlet aperture on the opposite side of the ventilation layer, whereby the air moving device moves conditioned air into the a ventilation layer and vented through the plurality of output holes; and a control module including control means for controlling the operation of the thermoregulation system and ergonomic support means, wherein the seating surface is maintained at a under temperature.

The invention relates to a climate environment simulation test method which comprises the following operation that: an environment simulation cabin is arranged; a sample fed with ultrahigh-voltage power is arranged in the environment simulation cabin; a thermal fog system, a rain spray system, an ice covering system, a wind creating system and an ice melting system are arranged around the sample, and a temperature control system, a pressure regulation system, a test control system and a water source are arranged outside the environment simulation cabin; when the thermal fog environment is simulated, the thermal fog system is controlled to input the rate of steam into the environment simulation cabin; when the rain spraying environment is simulated, the angle that rain drops collide with the surface of the sample is 45 degrees; when the ice covering environment is simulated, the temperature in the environment simulation cabin is controlled, so that water drops are attached on the surface of the sample; when wind environment is simulated, the wind speed of the wind creating system is controlled; and the ice melting environment is simulated, the temperature rise rate near the sample is controlled. The climate environment simulation test method is easy to simulate various climate environments, can be applied in the test research and the product performance test of electric power, traffic, aviation and other fields, and the like.

The invention relates to a heat management system of an electric vehicle, and further provides a novel heat pump air-conditioning system of the vehicle. The heat management system and the novel heat pump air-conditioning system have the advantages that the temperature of a battery pack can be controlled by the aid of phase-change heat exchange technologies; a condenser of a phase-change temperature control system can be replaced with a heat exchanger which is serially connected to the air-conditioning system of the vehicle; a left heat exchange pipeline of the heat exchanger is connected withan evaporator in the air-conditioning system of the vehicle in parallel, and a right heat exchange pipeline of the heat exchanger is serially connected into a temperature regulating system of the battery pack; evaporative cooling working medium steam which is exhausted for regulating the pressures of the heat management system can be collected by the temperature regulating system of the battery pack; warm wind can be provided to a passenger compartment of the electric vehicle by the aid of waste heat of a power system; an energy storage device is further added into the heat management system,and accordingly the waste heat of the power system of the electric vehicle can be stored and reused; the power system of the electric vehicle further can be expanded, accordingly, comprehensive heat management can be carried out on diversified components, and the battery pack can be directly heated by the aid of the waste heat.

A thermoregulation system for an ion implantation system to reduce the temperature in the ion implanter and components therein, or attached thereto, to a temperature at which an ion source material, used in the ion implanter, has a vapor pressure that yields a reduced concentration of vapors. Such arrangement markedly reduces the risk of exposure to harmful vapors from the ion source material.

The invention discloses a cultivating device for sprouting vegetables. The cultivating device comprises a box, an illumination adjusting system, a temperature adjusting system, a humidity adjusting system and a ventilating system. The box is a lightproof cabinet box. A box door matched with the box can adjust the light transmittance. A partition plate in the illumination adjusting system divides an inner cavity of the box into multiple layers of sprouting vegetable growth spaces. A cold air outlet in the temperature adjusting system is arranged in the box. Multiple heating systems are arranged in multiple regions and correspond to the different growth spaces, and electric heating pieces in the heating systems are arranged on the surface of the box and in the box respectively. A water tank of a water spraying system in the humidity adjusting system is arranged in the box, and spray nozzles are arranged at the top of each layer of growth space. An ultrasonic atomizer in the humidity adjusting system is arranged in the water tank. The cultivating device can meet the requirements of the environment needed for sprouting vegetable growth and is easy and convenient to operate; different sprouting vegetables can be planted at the same time, the growth vigor of sprouts is excellent, and sprouting vegetable products are safe and healthy.

A temperature regulation system has a polished surface sufficiently smooth so as to reduce the emissivity of the surface. A conduit is in thermal proximity to the polished surface and is in communication with a source of coolant. The coolant is circulated through the conduit so as to transfer heat from the surface to the coolant. System may include a sprayed-on resistive heater. An a temperature controlled vessel has a heat transfer wall that is of an electrically conductive material that is coated with a durable thermally conductive and electrically nonconductive coating. The coating may be a sprayed on coating and the vessel may hold a buffer for performing electrophoresis.

The invention belongs to the technical field of battery cooling, and specifically provides a modular expandable temperature regulating system. The invention aims to solve the problems of low cooling efficiency and high specificity of the existing battery cooling schemes. For this purpose, the modular expandable battery temperature regulating system is connected with a plurality of batteries for regulating the temperatures of the plurality of batteries. The regulating system comprises an electric control system, a heat exchanger, a coolant circulation pump and a coolant storage device. The electric control system is connected with the heat exchanger and/or the coolant circulation pump. The coolant circulation pump, the heat exchanger and the coolant storage device are connected into a loop through a pipeline system. The pipeline system comprises a manifold and a plurality of branch pipelines, and each of the batteries is disposed on one of the branch pipelines. When it is necessary to expand or reduce the led waterways, simply the number of connectors is increased or reduced, and at the same time a corresponding sensor signal is drawn from a controller for measurement.

A temperature conditioning system for a plurality of suites of a high rise building is provided utilizing at least domestic hot water circulated through tubing fit to a radiant wall in a suite for heating the suite. A hot water heating system in communication with a supply riser and return riser provides hot water at variable pressure to each of the multiple serviced floors. Hot water is cirulated through distribution mains to radiant walls in the suites at full riser pressure, while pressure reducing valves off of the distribution mains lower the hot water pressure to domestic service pressures at plumbing fixtures. Similarly, domestic cold water can be chilled and circulated through the radiant walls for cooling. Three-way valves at the radiant wall can alternately circulate hot water or cold water under thermostatic control.

A temperature-adjustment system for a vehicle includes temperature-adjustment passages and obtained by circularly connecting a battery, an inverter, a DC/DC converter, a traveling motor, and a pump that circulates the heat medium that adjusts temperatures by cooling/heating the heat generation elements, are provided. The temperature-adjustment passages and are provided with proportional valves that interrupt the flow of the heat medium and adjust the flow volume of the heat medium, an air flow-in part that introduces air into the battery temperature-adjustment passage, and a heat medium discharge part that discharges the heat medium from the temperature-adjustment passage to outside of the vehicle. The proportional valve, air flow-in part, battery, pump, and heat medium discharge part are preferably arranged in that order, and the proportional valve is closed and an air take-in valve and a heat medium discharge valve are opened.

Devices and methods for cooling an electromechanical chest compression device. A blower or fan forces air through the device and a metal foil distributes heat. The temperature of the device and the patient is measured and the processor controls the operation of the device based on the measured temperature.