158 results about "Rapid rise" patented technology

Material is removed from a body of material, e.g. to create a bore hole, by plasma channel drilling. High voltage, high energy, rapid rise time electrical pulses are delivered many times per second to an electrode assembly in contact with the material body to generate therein elongate plasma channels which expand rapidly following electrical breakdown of the material causing the material to fracture and fragment.

An apparatus and method for applying pulsed electromagnetic therapy to humans and animals. A straight wire element is employed to generate the magnetic field. A power and timer circuit supplies current pulses that approximate square pulses in form, so that the straight wire element generates magnetic pulses having rapid rise and fall times. Peak field strength is approximately 2 gauss at a 1 cm distance from the straight wire element, and the duration of peak field strength is approximately 200 nanoseconds. The pulses are repeated at a frequency of about 70 Hz. The straight wire element and circuit may be housed in a hand-held probe, with an LED illuminating the skin area to provide a visual indication of effective range, or a plurality of the straight wire elements and associated circuits may be embedded in a conformable pad that is placed over the affected area of the body.

Patients are treated with 24-hour oral sustained release opioid formulations which, upon administration, provide an initially rapid opioid absorption such that the minimum effective analgesic concentration of the opioid is more quickly achieved. These sustained release opioid formulations include an effective amount of at least one retardant material to cause said opioid analgesic to be released at a such a rate as to provide an analgesic effect after oral administration to a human patient for at least about 24 hours, and are characterized by providing an absorption half-life from 1 to about 8 hours. A method of titrating a human patient utilizing these sustained release opioid formulations is also disclosed.

The invention discloses a method for distribution control of a drum type washing machine before drying clothes, which comprises a speed at the beginning of water drainage stage, a low rotating speed of clockwise and anticlockwise rotation in the water drainage stage, a medium rotating speed after a rapid rising state through high-speed rotation in one direction and a high rotating speed after a slow rising stage in the direction identical to the direction of the previous stage. The amount of unbalance is judged after the high rotating speed is stable. When the amount of unbalance is larger than or equal to the amount of weight unbalance set in a program, the rotating speed is reduced to the low rotating speed in the water drainage stage, and the distribution is performed again from the second stage 5-6 seconds later, and if the pulse conditions can not satisfied after continuous distribution for three times, the distribution is performed again from the first stage. If the amount of unbalance is smaller than the amount of weight unbalance, the pre-hydrating and drying can be directly performed. The control method of the invention not only can achieve the best clothes distribution effect, thereby reducing the damage to the drum caused by displacement and centrifugal force resulting from uneven distribution, but also can greatly reduce the time before main drying and simultaneously save the electric energy.

A DC-DC converter for overvoltage protection is provided with a primary control circuit 12 which comprises an impedance controller 31 and a protective circuit 41 for ceasing operation of primary control circuit 12 when power source voltage VCC on primary control circuit 12 exceeds a predetermined voltage level. Impedance controller 31 comprises a potential detector 32 for picking out power source voltage VCC to primary control circuit 12 to produce a detection signal; and an impedance adjuster 33 for adjusting power input impedance Z in primary control circuit 12 in response to the detection signal from potential detector 32 to repress rapid rise in power source voltage on primary control circuit 12.

A method and apparatus for transmitting information combining abrupt phase change modulation with an ultra narrow band filter to remove unnecessary Fourier sidebands, resulting in a single frequency being transmitted to carry data. The method examines and detects the changes in the carrier phase only, after filtering to remove or reduce all sidebands, to obtain a usable signal. Only a single frequency with phase changes is transmitted. An ultra narrow band filter, having a rapid rise time and near zero group delay, passes the near instantaneous modulation changes of phase in the carrier.

A pulse active steering control system and method for use in a motor vehicle for improving vehicle stability by reducing a likelihood for rollover and / or skidding sends pulses to the steerable wheels whenever a rollover coefficient and / or the difference between the estimated and actual yaw rate is outside a predetermined range. The pulses are asymmetrical in the form of a smooth curve with a gradually increasing rapid rising edge and a slower falling edge and provide steering input that, along with the driver steering input, returns the rollover coefficient and / or yaw rate to the predetermined range to reduce the likelihood of rollover and / or skidding.

A Bi-directional rack assembly that rotates one column of threaded cores and unscrews threaded closures while moving in the forward direction. The Bi-directional rack then mechanically changes position to engage an adjacent column of rotating threaded cores and at the end of a second molding cycle rotates the threaded cores and unscrew threaded closures while moving in the reverse (reset) direction. A set of timed-advance devices are engaged by a smaller pinion gear and idler gear assemblies to the Bi-directional rack and as the Timed-Advance devices are activated, they allow pneumatic pistons to advance the stripper plate in time with the threaded closures as they are being unscrewed from the threaded cores. A second “rapid advance” pneumatic piston eliminates the need for an external rapid rise camming feature. A rotating core comprising a stock, rotating core, a stock water-seal insert and a custom core top.

The invention discloses a suppository for treating vulvovaginitis, comprising fenticonazole nitrate, glycerogelatin matrix and additives capable of playing a part in slow release. The suppository can have the effects of inhibiting the rapid rise of the blood drug level and prolonging the acting time.

A Bi-directional rack assembly that rotates one column of threaded cores and unscrews threaded closures while moving in the forward direction. The Bi-directional rack then mechanically changes position to engage an adjacent column of rotating threaded cores and at the end of a second molding cycle rotates the threaded cores and unscrew threaded closures while moving in the reverse (reset) direction. A set of timed-advance devices are engaged by a smaller pinion gear and idler gear assemblies to the Bi-directional rack and as the Timed-Advance devices are activated, they allow pneumatic pistons to advance the stripper plate in time with the threaded closures as they are being unscrewed from the threaded cores. A second “rapid advance” pneumatic piston eliminates the need for an external rapid rise camming feature. A rotating core comprising a stock, rotating core, a stock water-seal insert and a custom core top.

The biodiesel manufacturing process generates between 10% and 20% crude glycerin as a waste stream. Due to the rapid rise in the production of biodiesel, this waste has become a significant burden to the industry. This patent establishes a method to transform the crude glycerin into a useful fuel in some applications where waste petroleum oil or heavy fuel oil is currently used. A side benefit of this process is that the biodiesel manufacturer can use this fuel as a secondary profit stream.

A method and apparatus for on-line wash-down of a heat sink media bed in a regenerative heat exchanger of a regenerative fume incinerator is disclosed. When a heat sink media bed requires cleaning, the selected regenerative heat exchanger is cooled while the remaining regenerative heat exchangers are operated in their normal mode of operation. When the selected media bed reaches a temperature which is less than the thermal-shock temperature of the media material, a cleaning fluid is sprayed on the media surfaces through spray-pipes which are installed within the media bed. After the media surfaces are washed down, the selected regenerative heat-exchanger is reverted back to its normal mode of operation. The regenerative heat exchanger can also be automatically burnt-out of deposited gasifiable matter prior to the wash-down. Random or sequential burn-out and wash-down of the regenerative heat-exchangers can be performed. The apparatus can also be used to suppress fires within the media bed by spraying cold water on the media bed when a rapid rise in temperature is detected within the media bed.

The invention relates to an algae culture agent for aquaculture, and belongs to the technical field of aquaculture. The algae culture agent is prepared from potassium fulvic acid, sodium metasilicate, ammonium sulfate, sodium humate, monopotassium phosphate and a beneficial algal solution. The algae culture agent is prepared by weighing the materials according to ratios, uniformly stirring and mixing the materials into paste, and packaging the paste, thereby obtaining the algae culture agent for aquaculture. The raw materials selected for the algae culture agent are dissolved in water at constant speed, so that the phenomenon that a pond substrate is corrupted by insoluble raw materials settled to the bottom of a pond is avoided. Meanwhile, after the sodium humate is dissolved in water, a certain water color appears, so that slow growth of algae can be controlled, and the phenomenon of stress to an aquatic animal due to rapid rise, which is caused by rapid growth of the algae, of the pH of the pond is avoided. Furthermore, the beneficial algal solution in the algae culture agent can be multiplied preferentially after obtaining proper nutrition, so that the amount of beneficial algae is effectively increased, and multiplication of harmful algae is inhibited; therefore, a better guarantee is provided for aquaculture success.

Loud sounds with fast rise times, like gunfire and explosions, can cause noise-induced hearing loss (NIHL). Unfortunately, current models do not adequately explain how impulsive sounds cause NIHL, which makes it difficult to predict and prevent NIHL on battlefields and other hostile or rugged environments. Fortunately, the impulsive sounds experienced by soldiers and others working in rugged environments can be recorded using a compact, portable system that acquires, digitizes, and stores high-bandwidth audio data. An example of this system can be mounted on a helmet or other article and used to record hours of audio data at a bandwidth of 20 kHz or higher, which is broad enough to capture sounds with rise times less than 50 ms. An analog-to-digital converter (ADC) digitizes these broadband audio signals at rate of 40 kB / s or higher to preserve the impulse information. A processor transfers the digitized samples from a buffer to a memory card for later retrieval using an interrupt-driven processing technique.

A wireless digital transmitting and receiving method and apparatus combining abrupt phase change modulation with an ultra narrow band filter to remove the sidebands, resulting in a single frequency being transmitted to carry the data. The method examines and detects the changes in the carrier product only, after filtering to remove or reduce all sidebands, to obtain a usable signal. Only a single frequency with phase changes is transmitted. An ultra narrow band filter, having a rapid rise time and near zero group delay, passes the near instantaneous modulation changes of phase in the carrier.

The invention relates to slowly digestible starch-containing foodstuffs, such as cereals and snacks, while a substantial percentage of the starch phase of starch-containing foodstuffs is transformed into a slowly digestible form in situ during foodstuff manufacture by modifying the method typical for the respective foodstuff, and if necessary, the recipe. During the manufacture of starch-containing foodstuffs, the starch is most often prepared to the extent where it digested exceedingly quickly, and converted into glucose in the process. This leads to a rapid rise in the blood sugar level (high sugar), followed by a speedy to severe drop in the blood sugar level (low sugar). These foodstuffs have a high glycemic index (GI). A high number of more recent studies suggest that foodstuffs with a high GI are a significant cause of diabetes, obesity and cardiopulmonary diseases. The WHO believes that indicating GI values on foodstuff packaging would effectively help in preventing the mentioned diseases. Therefore, there is a need for starch-containing foodstuffs that have a reduced GI, i.e., are slowly digested. Within this context, the ideal scenario involves a foodstuff with a constant hydrolysis over time, wherein precisely the amount of glucose consumed for metabolism is released per unit of time. Such a foodstuff would be exceedingly desirable in particular for diabetics. The best currently existing solution for diabetics in this regard is uncooked, i.e., native corn starch (WO 95 / 24906), which is digested relatively slowly. However, the consumption of native cornstarch in the form of an aqueous slurry is unattractive on the one hand, and only a limited time-constant release of glucose can here be achieved on the other. In addition, the temperature stability of native cornstarch is limited, so that only very limited incorporation in processable foodstuff preparations is possible. Other forms of slowly digestible starches include resistant starches (e.g., high corn, Novelose, ActiStar, CrystaLean). These starches exhibit a high crystalline percentage, and about 50% can be digested in the small intestine. The remainder is fermented in the large intestine. The percentage that can be digested in the small intestine is predominantly digested very quickly, so that it makes sense to use only a limited amount of resistant starches as food additives for reducing the GI. Other slowly digestible starches are described in WO 2004 / 066955 A2. These starches are obtained by gelatinizing a suspension of about 5% starch in water,

The invention provides a fuzzy PID control instrument and control method. The method comprises the following steps: obtaining a real-time sampling value; according to the real-time sampling value and a set value, calculating to obtain an actual deviation EPC, and according to a preset proportion gain P, calculating to obtain a deviation scope EP; if the actual deviation EPC is beyond the deviation scope EP, correcting a preset PID parameter by use of a fuzzy control algorithm until the actual deviation EPC is within the deviation scope EP; and if the actual deviation EPC is within the deviation scope EP, calculating to obtain a control output value by use of a PID algorithm. According to the invention, fuzzy dynamic control and the PID algorithm are combined together so that the response speed of automation control is improved, and at the same time, it can be ensured that over-regulation and under-regulation conditions do not occur in the rapid rising process of a measured amount; and furthermore, the stable period of an automatic control process is also shortened, the method can be better applied to complex working condition environments with changeable measured amounts, and the efficiency of automatic control and the control effect are substantially improved.

This invention eliminates the lens / prism assemblies and the multiple pickup fibers that must be multiply lensed to a detector to get sufficient signal strength for the system to work. This invention also compensates for some of the rapid rise and fall time of the present system. A single pick-up, either a fiber or a photodiode, is placed at the end of a waveguide. A lens or lens system is used to focus a single optical signal on to the fiber face or the photodiode active area. Various light injection techniques, such as fibers, fiber / lens assemblies, lensed VCEL, lasers, or LEDs can be utilized because of the location in the system.

A series circuit including a capacitor and a resistor for detecting variation of the output voltage of dc power supply is further provided. During startup, a charge current corresponding to the rising rate of the output voltage flows through the series circuit. This reduces the base current of the power transistor to suppress the rising rate to suppress overshoot and undershoot. A clamp circuit is provided to the differential amplifier for detecting the error voltage. This prevents the saturation in the differential amplifier or limit the voltage variation amplitude to accelerate the operation of the operational amplifier and suppress undershoot. A delay circuit for disabling to driving circuit for the power transistor for the initial interval may be further provided to suppress the initial rapid rise of the output voltage.

A gas filling apparatus in the present invention includes an accumulator, a compressor, a pressure sensor for detecting the pressure of gas delivered from a dispenser to be delivered to a gas tank, a regulating valve for regulating the gas flow rate, and a controller. To prevent a rapid rise in pressure of gas supplied to the gas tank, the controller includes an opening control unit for controlling the opening of the regulating valve when a detected value of the pressure sensor is lower than a pressure corresponding to the gas pressure in the accumulator by a predetermined value or more, and a compression control unit for controlling drive of the compressor so that the compressor compresses sucked gas when a pressure difference of a pressure detected by the pressure sensor from a pressure corresponding to the gas pressure in the accumulator becomes a value smaller than the predetermined value.

The invention relates to a capacitive voltage divider formed by a printed circuit board. The capacitive voltage divider is used for the measurement of rapid rise-time high-voltage pulse. The printed circuit board technology is used to design the low-voltage arm capacitor of the capacitive voltage divider. The design method can well control the parasitic inductance of a low-voltage arm. When a multilayer printed circuit board is adopted, large capacity can be realized at low cost, so the capacitive voltage divider with high voltage ratio and wide frequency band is realized. Moreover, according to the measurement principle of the capacitive voltage divider, by adopting large low-voltage arm capacitor capacity, the response pulse width is improved. By adopting the design method of using the printed circuit board to constructing the low-voltage arm capacitor, the invention has the advantages that the technological processing is easy, different shapes of the low-voltage arm can be designed according to the installation conditions of the system to be measured, and the capacitive voltage divider can be widely used for the measurement of high-voltage pulse and other transient voltage.

The invention discloses a high-efficient external pipe evaporation heat exchanger with disturbance and safe oil return, and the invention aims at providing the external pipe evaporation heat exchanger which can prevent hydraulic hit accidents, enhance heat exchange effect and return oil safely. Space between a first seal head and a first pipe plate is divided into a second shunt chamber and a liquid gathering chamber through a first partition board, the space between a second seal head and a second pipe plate is divided into a first shunt chamber and a third shunt chamber through a second partition board, a plurality of vertical heat exchange flat pipes are arranged in parallel and positioned in the lower space in a casing body, one part of the vertical heat exchange flat pipes communicate the second shunt chamber with the first shunt chamber, the other part of the vertical heat exchange flat pipes communicate the second shunt chamber with the third chamber; and a horizontal heat exchange flat pipe is arranged in the upper space in the casing body and communicates the liquid gathering chamber with the third shunt chamber. The space in the casing body of the evaporation heat exchanger is increased and smooth, and the bubble rising resistance out of the heat exchange pipes is reduced, thereby facilitating the rapid rise of bubbles and enhancing the heat exchange effect. The evaporation heat exchanger can avoid the droplet entrainment in gas and prevent the hydraulic hit accidents.

The invention relates to a blast furnace blower redundancy anti-surge control method, a connecting pipeline with a rapid pressure reducing valve and a corresponding rapid pressure reducing valve regulator are connected with the pipelines of a blast furnace and an air release silencer respectively connected with the main pipe of a blower outlet; when in normal operation, the set value SV1 of the rapid pressure reducing valve regulator is higher than the air supply pressure P3 value of a blower, i.e. P3 is less than SV1, and the rapid pressure reducing valve is in a full closed state; and when the blast furnace abnormally operates, the air volume can not smoothly penetrate through a blast furnace material layer, thereby the rapid rise of the P3 value is caused, i.e. P3 is more than SV1, the rapid pressure reducing valve is opened, the air is released through the air release silencer, and the air supply pressure P3 value is decreased. In the invention, the rapid pressure reducing valve is added and used for controlling the pressure limit line of the blower, the highest limitation of the blower outlet pressure is ensured in the fault state of an anti-surge control system, the safety coefficient of the anti-surge control system is increased, and the double-insurance control mode can better ensure the safe and stable operation of the blower.

The invention discloses a cooling control method of an energy storage power supply. The energy storage power supply is provided with a plurality of groups of fans, wherein each group of fans comprises a plurality of fans positioned at different parts. The cooling control method comprises the following steps: (1) detecting whether the energy storage power supply is in a charging state and entering the step (2) if yes; and (2) controlling first preset groups of fans to start. The cooling control method disclosed by the invention is capable of performing active cooling and radiating through analysis of temperature influence factors of the energy storage power supply and starting to cool the energy storage power supply when the temperature of the energy storage power supply is not raised, so that the rapid rise of the temperature in the energy storage power supply can be effectively avoided; meanwhile, the time of the energy storage power supply in a high-temperature environment can be effectively shortened and the service life of the energy storage power supply can be prolonged. The invention also discloses a cooling control device of the energy storage power supply capable of realizing the cooling control method and a cooling system of the energy storage power supply; the cooling system comprises the cooling control device, the fans and air cooling channels of the energy storage power supply.

There is provided a small-size, low-power-consumption intermittent operation circuit capable of obtaining an output waveform having a rapid rise and fall. The intermittent operation circuit includes an active circuit (106), a first control signal generation circuit (101) for generating a first control signal (S1) for controlling the operation start and the operation end of the active circuit (106), a second control signal generation circuit (102) for generating a second control signal (S2) causing the active circuit (106) to perform ringing vibration and controlling the frequency and the amplitude value of the ringing vibration, and a timing adjusting circuit (103) for adjusting the input timing of the first and the second control signal (S1, S2) into the active circuit (106) so that the ringing vibration and the safety vibration are outputted continuously from the active circuit (106).

The present invention relates to low glycemic index (GI) dietary fiber extruded rice and a preparation method thereof. The extruded rice comprises the following raw materials in percentages by weight: 10%-15% of refined konjac flour, 10%-20% of soybean fiber powder, 10%-20% of oat fiber powder, 20%-50% of mixed fruit and vegetable powder, 1%-5% of inulin, 0.5%-1.5% of vitamins, 0.5%-1.5% of minerals and 0.1%-0.5% of mogroside. The extruded rice is prepared by selecting konjac, soybeans, oats and inulin sourced dietary fibers and supplemented with different fruit and vegetable powders, the vitamins and minerals are added, an extruding technology is utilized to reconstruct and prepare the rice, and the extruded rice is high fiber and low GI food. The rich dietary fibers can delay a rapid rise of postprandial blood sugar to a certain extent and help control the postprandial blood sugar. The product can be cooked by steaming and boiling according to the cooking methods of ordinary rice, or be mixed with ordinary staple food for consumption, and provides a new staple food for populations with obesity, high sugar and diabetes.