260results about How to "Cycle fast" patented technology

The present invention provides compact adsorption systems that are capable of rapid temperature swings and rapid cycling. Novel methods of thermal swing adsorption and thermally-enhanced pressure swing adsorption are also described. In some aspects of the invention, a gas is passed through the adsorbent thus allowing heat exchangers to be very close to all portions of the adsorbent and utilize less space. In another aspect, the adsorption media is selectively heated, thus reducing energy costs. Methods and systems for gas adsorption/desorption having improved energy efficiency with capability of short cycle times are also described. Advantages of the invention include the ability to use (typically) 30-100 times less adsorbent compared to conventional systems.

A capacitive sensing system (100) can connect groups of capacitive sensors (112-1 to 112-N) to a common node (106) to detect change in capacitance. States of a set of capacitive sensors (112-1 to 112-N) can thus be scanned faster than approaches that scan such sensors one-by-one. Faster scanning can allow for reduced power consumption in applications that only periodically scan the set of capacitive sensors (112-1 to 112-N).

A dynamically-reconfigurable multiband multiprotocol communications jamming system and method is provided that are particularly suited for the generation of effective radio-frequency waveforms/noise output that successively translates up and down the RF spectrum. The system and method are particularly suited for strategically targeting specific frequencies in order to disrupt a communications network or networks, and can be rapidly deployed via delivery platforms, such as artillery and other projectile mechanisms, remote operated vehicles (unmanned aerial, sea or land systems) or targeted air or land delivery via manned assets or automated or robotic support means, or manual delivery by personnel.

The invention discloses an ultralow bath-ratio yarn dyeing machine with a three-level vane pump, comprising a dye vat, a yarn stand and a vane pump, wherein the bottom of the yarn stand is a yarn stand disk; the yarn stand disk is provided with a hole communicated with a dye liquor input channel in the dye vat; the vane pump is arranged below the whole dye vat and is a three-level vane pump; a shaft of the three-level vane pump is connected with an internal motor shaft coaxially; the dye vat is connected with the inlet of the three-level vane pump; the three-level vane pump comprises an axial flow level, a centrifugal level and a fixed guide vane level; the axial flow level and the centrifugal level are connected with the motor in sequence through the same transmission shaft; dye liquor flows into the axial flow level through an in-flow channel; the dye liquor flowing out of the axial flow level directly enters the inlet of the centrifugal level; and the dye liquor flowing out of the centrifugal level enters an out-flow channel after passing through the fixed guide vane level. During work, the dye liquor in the dye vat does not exceed the yarn stand disk all the time and the bath ratio is lower than 1:3. The ultralow bath-ratio yarn dyeing machine can achieve required lift when the dye liquor in the yarn dyeing machine is lower than a spindle, so as to realize the low bath ratio of the yarn dyeing machine as well as the purpose of saving energy and reducing emission.

The invention discloses a two-way convection water-cooling heat dissipation type electrical cabinet, and relates to the technical field of electrical cabinets. The two-way convection water-cooling heat dissipation type electrical cabinet comprises a cabinet body, a rotating shaft is rotationally arranged on the cabinet body, a drainage fan I and a drainage fan II are both axial flow fans and haveopposite air outlet directions, a flow guide partition plate for diving the cabinet body into a circulation area i and a circulation area II is fixed in the cabinet body, the drainage fan I and the drainage fan II are respectively located on both sides of the flow guide partition plate, a convection mesh plate is fixedly embedded in the top of the cabinet body, and a plurality of air nozzles are uniformly arranged on an upper surface of a snakelike air pipe; and by means of the blasting action of the drainage fan I and the drainage fan II having the opposite air outlet directions and the flowguide of the flow guide partition plate, the fast circulation of the airflow in the cabinet body is achieved, by means of the action of the natural wind energy, a first wind collection bowl and a second wind collection bowl can rotate clockwise or counterclockwise with the wind direction, so that the hot airflow in the cabinet body can flow bidirectionally, and the cooling in the cabinet body is greatly improved.

A force compliant mechanism (750) for a force control system (600) includes a housing (752). A force compliant volute spring member (754) that has an input end (790) and an output end (792) is disposed within the housing (752). A force actuator input shaft (798) operates in response to a force induced thereon. An output shaft (800) is coupled to the output end (792) and to a test object (802). A force transducer (780) is in operative coupling with the force actuator input shaft (798) and generates a force signal in response to the induced force. A method of reducing force transients and increasing stability within a force control system (660) includes applying a force on a test object (666). A force actuator (669) is decoupled from the test object (666). The overall stiffness of the force control system is reduced and dynamic energy is absorbed via a force compliant member (662) coupled to the test object (666) and the force actuator (669).

A setup and calibration unit for a barrier operator is operable to communicate with the operator's own controller. The calibration unit includes a control circuit connected to a visual display and to a set of switches controlled by switch actuators for placing the operator controller in a controller run mode or calibration mode, scrolling through selected actions displayed on the display in one direction or the other, a set/clear function and display backlighting for user interaction with the setup and calibration unit. The setup and calibration unit is particularly adapted for use with upward acting sectional and roll-up doors and other types of barriers movable between open and closed positions by motorized operators. The calibration unit may be operably connected to the operator controller via hard wiring, a radio frequency link or an infrared or visible light transmission link.

A mechanism for mitigating undesired color image breakup artifacts arising in display systems that exploit the principle of field sequential color generation. By suitably reducing the time interval during which image information strikes the moving retina, such that the differential position for the respective red, green, and blue components of the image falling upon the moving retina does not exceed the diameter of a retinal cone or rod, the cause of the breakup is negated and the image becomes unitary as expected: the eye sees the image as if all the components arrived at the same time. The truncation of light emission into shorter time frames necessitates a compensatory increase in imaging light intensity, such that the net amount of photonic flux striking the retina, averaged over time, remains unchanged. The mechanism can be applied to systems with discrete red, green, and blue sources as well as to color-wheel-based systems.

A microwave powered lamp head assembly includes a shutter assembly which may be activated to selectively allow transmission of light from the microwave powered lamp bulb. The shutter assembly allows unrestricted airflow when it is in the closed position so that the active lamp bulb may still be cooled, while preventing the transmission of UV radiation through the shutter. The shutter assembly is in close sealing relation with respect to the optical cavity holding the lamp bulb when in the closed position to minimize the escape of UV radiation.

The invention discloses a cooking appliance with a frying function, belongs to the field of kitchen household appliances, and solves the problems of uneven heating temperature, poor taste of food materials and the like of the existing air fryer and other cooking appliances with related functions. The cooking appliance with the frying function comprises a pot body and a pot cover, wherein the pot body has an upper open cooking chamber, a frying basket contained in the cooking chamber, and a ventilation gap is formed between the frying basket and the cooking chamber. The pot cover is provided with a hot air device including a fan, and a plurality of arc-shaped wind guide ribs are radially distributed between the bottom of the frying basket and the bottom of the cooking chamber. The bending direction of the arc-shaped wind guide ribs coincides with the rotating direction of the fan. Through the arrangement of the arc-shaped wind guide ribs, the hot air fluidity in the ventilation gap is improved, the wind energy loss is reduced, and the hot air circulation is accelerated, so that the purpose of uniform and efficient heating is achieved.

The invention provides a refrigerator control method. The refrigerator control method comprises the following steps: when a set temperature of a temperature change chamber is changed from a freezing temperature to a refrigerating temperature, the refrigeration of the temperature change chamber is stopped, and the heating of a defrosting heating wire in the temperature change chamber is started; and when the time of the temperature of the temperature change chamber being higher than or equal to the set temperature of the temperature change chamber reaches and exceeds a first set time, the heating of the defrosting heating wire is stopped. The invention further provides a refrigerator; and the refrigerator includes the temperature change chamber and the defrosting heating wire. Through the technical scheme, the refrigerator with the temperature change chamber stops the refrigeration of the temperature change chamber and opens the heating of the defrosting heating wire when the temperature change chamber is changed from a freezing chamber to a refrigerating chamber, so that the temperature return speed of the temperature change chamber is accelerated, the refrigerating temperature is quickly reached, the working efficiency of the refrigerator is improved, the problems of longer time, energy consumption and no facilitation of food preservation when converting the refrigerator with the temperature change function from the freezing function to the refrigerating function are prevented, and the user use comfort is improved.

The invention discloses a photobioreactor capable of realizing high-efficiency carbon dioxide immobilization. The photobioreactor comprises a flat photobioreactor, a metal supporting rack, an algae liquid spraying unit, an algae liquid circulating system and an industrial waste gas pretreatment unit, wherein the flat photobioreactor is connected to the industrial waste gas pretreatment unit; the metal supporting rack is installed on the upper surface of the flat photobioreactor, and is used for supporting and fixing the algae liquid spraying unit; the algae liquid circulating system comprisesan external circulating pipe and a power system, the external circulating pipe is used for communicating the flat photobioreactor and the algae liquid spraying unit and the power system is used for driving the algae liquid circulating; and the algae liquid spraying unit comprises a sprayer and a transparent curtain, the sprayer is used for dispersing algae liquid flowing down and the transparent curtain is used for preventing the algae liquid from splashing and preventing the algae liquid from contacting the external environment. Based on the design scheme of the novel spraying type photobioreactor provided by the invention, high-density cultivation of microalgae and high-efficiency absorption of carbon dioxide in industrial waste gas can be realized.

An input data register for latching write data is arranged in a position near a memory cell array of a memory core section. The input data register is arranged on the upstream side of a data path used for writing data into a memory cell. Write data input to a data pin which is arranged in the end position on the downstream side is latched in the input data register via a data input buffer, serial/parallel converting circuit and write data line. Data latched in the input data register is written into a memory cell via a DQ write driver, data line pair, I/O gate and bit line pair in a next write cycle.

Apparatus and methods are disclosed utilizing selected infrared spectrum spatial observations to determine selected profiles of interest. A correlative system is constructed and installed at a processor. Thermal profiles and structure in the wavebands of interest are extracted from observed infrared spectrum multiband observations received for processing at the processor by the correlative system. The output provides the selected profiles of interest in the wavebands of interest. The apparatus includes an infrared receiver system and means for controlling and measuring angular displacement of received emissions relative to a horizon. The processor converts received emission into equivalent blackbody temperatures across the observations and correlates structure and vertical distribution of the temperatures.

The invention discloses a device and method for producing methyl aniline through performing continuous liquid-phase catalytic hydrogenation reduction on nitrotoluene. The method comprises the steps as follows: firstly, nitrotoluene and a precious metal catalyst are put into a hydrogenation reactor for coating backing material, and air in system is displaced completely through nitrogen gas and hydrogen gas in sequence; secondly, a feeding valve is opened, and the nitrotoluene is sent into the hydrogenation reactor continuously, wherein the mass ratio of the nitrotoluene to the precious metal catalyst is 1: (0.001 to 0.005); thirdly, the hydrogen gas is introduced for conducting the hydrogenation reaction, wherein the reaction temperature is 60-100 DEG C and the pressure is 0.5-1.5 MPa; fourthly, a hydrogenated liquid enters a heat exchanger through a circulating pump and then passes through a cross flow filter, and the catalyst and part of the hydrogenated liquid as well as fresh raw materials jointly enter an injector for circulating, while the other part of the hydrogenated liquid is extracted continuously and subjected to follow-up processing for obtaining the methyl aniline. According to the invention, the production period is short, the yield is high, the quality is stable, the production cost is low, the device efficiency is high, and the production continuity is achieved.