55results about How to "Without sacrificing performance" patented technology

A luminous structure includes at least one light-emitting diode emitting radiation within the ultraviolet or the visible spectrum, a substantially planar glass element having main faces and an edge around a periphery of the main faces. The glass element includes a hole housing the diode, and a metallic element connected to the diode and coupled with said glass element for removing heat. The metallic element is chosen from an electrical connection element or a holding element for keeping the diode in said hole. The invention also relates to the manufacture of this luminous structure and to its applications.

In a computer system having a device and a communications link for communicating with the device. A method for dynamically managing power consumption by the computer system comprises associating a particular device identifier with the device. Communications are monitored over the communications link to determine whether the communications include the particular device identifier. A clock input is withheld from the device when the communications do not include the particular device identifier. Clock input is provided to the device only when the communications include the particular device identifier. The clock input causes the device to transition from a non-operational power conservative state to an operational state wherein the device consumes more power than in the non-operational state. A performance requirement is established for a task to be executed. Clock frequency is dynamically controlled according to the performance requirement established for the task being executed.

An AGC circuit includes both wide-band and narrow-band VGAs. Two power monitors monitor the power level of the two VGAs. Based upon the signals provided by the power monitors, the AGC circuit derives two error terms. The AGC circuit filters and combines the error terms to determine a desired adjustment to the total gain and a desired adjustment to the distribution of the gain between the wide-band VGA and the narrow-band VGA. The AGC circuit also minimizes the noise figure of the narrow-band VGA subject to linearity constraints.

Devices, systems and methods for applying electrical impulse(s) to one or more selected nerves are described. An electrical stimulator is introduced through a to a target location within, adjacent to, or in close proximity with, the carotid sheath. The stimulator has an antenna that allows it to be powered solely by far-field or approximately plane wave electromagnetic radiation, having frequencies in the range of 0.3 to 10 GHz. Electrical impulses are applied through the stimulator to a vagus nerve to stimulate, block or otherwise modulate activity of the nerve and treat the patient's condition. The stimulator uses an adjustable number of fixed voltage (or fixed current) pulses with fixed duration to elicit desired changes in nerve response, the timing of which are controlled by an external power transmitter and controller.

Methods and systems for fabricating an integrated BiFET using two separate growth procedures are disclosed. Performance of the method fabricates the FET portion of the BIFET in a first fabrication environment. Performance of the method fabricates the HBT portion of the BiFET in a second fabrication environment. By separating the fabrication of the FET portion and the HBT portion in two or more separate reactors, the optimum device performance can be achieved for both devices.

A multi-band flat antenna has multiple compressed dielectric substrates on which printed circuits are formed and interconnected to constitute first, second and third radiation units to supply three frequency bands. The first radiation unit is created by multiple circuits of different shapes that are interconnected to form a three-dimensional configuration. The second radiation unit is created by an L-shaped circuit and electrically connects to the first radiation unit at a common feeding node. The third radiation unit is formed by a crooked conductive wire. With the foregoing configuration, the size is minimized as far as possible. By properly adjusting the circuit length of the first/third radiation units as well as the second radiation unit, it is easy to acquire a desired resonance frequency value and ratio.

Cavity lasers exhibit a relatively high beam quality (e.g., M²<1.25) despite a relatively small cavity length (e.g., 50-53 mm) for a high (e.g., ≧10 watt) output power device. This enables the construction of physically smaller laser and optical assemblies without sacrificing performance. Reduction of optical photonic interference, which can impair imaging performance, is also facilitated. Laser and optical assemblies may utilize an aperture defined within an optical barrier element to reduce the divergence of the light beam emanating from a diode-pumping laser.

The invention provides a pixel circuit of a CMOS (complementary metal oxide semiconductor) image sensor, which is characterized by using at least two transferring transistors for respectively transferring the accumulated optical signals of corresponding photodetectors to a first node, using a resetting transistor for resetting the voltage of the first node as the preset resetting voltage of a second node, and using a source follower for buffering the integrated optical signals. In the embodiment of the invention, a capacitor is connected between the first node and the second node, so as to reduce the impact of the effective capacitance comprising the capacitance in the floating diffusion areas and the stray capacitance in the photodetectors and transferring transistors.

A channel architecture for use in automatic test equipment is disclosed. The channel architecture comprises pattern generation circuitry and timing circuitry responsive to the pattern generation circuitry to generate timing signals. Formatting circuitry coupled to the output of the timing circuitry generates pulse waveforms for application to pin electronics circuitry. The pin electronics circuitry is responsive to the formatting circuitry for interfacing the automatic test equipment to a device-under-test. The pattern generation circuitry, the timing circuitry, the formatting circuitry and the pin electronics circuitry are formed on the same integrated circuit.

The embodiment of the invention provides a temperature control method and device of a radio frequency module and a computer storage medium. The temperature control method comprises the steps that temperature of the radio frequency module is periodically detected; when the temperature of the radio frequency module in a current period is greater than a preset first temperature threshold value, the duty ratio of the radio frequency module is reduced; when the temperature of the radio frequency module in the current period is smaller than a preset second temperature threshold value, the duty ratioof the radio frequency module is improved. By adopting the method, the target temperature is controlled between the first temperature threshold value and the second temperature threshold value. Compared with the prior art, temperature and handling capacity control is more stable by adopting the method. In addition, due to the fact that the temperature between the first temperature threshold valueand the second temperature threshold value meets the relation T2 = T1-D1-D2, excessive temperature allowance does not need to be set without sacrifice of part of properties of the device.

A stabilizer system and method that can provide high speed, relatively low force extension and retraction of a stabilizer leg during a first portion of a stroke, and low speed, relatively high force extension and retraction during a second portion of the stroke. Accordingly, the stabilizer system and method takes less time to deploy than conventional stabilizer systems but without sacrificing performance.

A refrigeration system which comprises a compressor, an evaporator to which liquid refrigerant compressed by the compressor is supplied through a flow restrictor, and return means which direct refrigerant expanded in the evaporator back to the compressor. The return means include an accumulator in which liquid refrigerant leaving said evaporator may collect, and heating means either integral with or attached to the accumulator. The heating means are adapted to supply heat energy to the liquid refrigerant collected by said accumulator in order to promote its evaporation, thereby increasing the overall efficiency of the refrigeration system. The heating. means may be controlled by a microprocessor.

The invention provides a coaxial radio frequency board-to-board connector which is characterized in that an upper buckling cup is designed for a top circuit board, a lower buckling cup is designed fora bottom circuit board, the upper buckling cup and the upper buckling cup are both of a cup body structure and serve as an upper connector and a lower connector, and an annular positioning groove isformed in the lower buckling cup. An inner conductor and outer conductor assembly is designed between the upper buckling cup and the lower buckling cup, the inner conductor and outer conductor assembly is composed of an outer conductor, an inner conductor and an insulator, the outer conductor is a tubular body, the upper end of the outer conductor is provided with an upper lug, the lower end of the outer conductor is provided with a lower lug, the inner conductor is an elastic pin, and the insulator serves as an insulation support between the inner conductor and the outer conductor. In the usestate, the lower part of the inner conductor and outer conductor assembly is in butt joint with the lower buckling cup, the lower lug is clamped in the annular positioning groove, the upper part of the inner conductor and outer conductor assembly is in butt joint with the upper buckling cup, and the upper lug is positioned in the upper buckling cup in a floating manner so that connection is realized. According to the scheme, the problems that the existing coaxial radio frequency board-to-board connector is complex in structure and high in cost are solved.

The invention discloses a method for controlling a low-speed display screen, relating to the field of a low-speed display screen accessed by a high-speed processor. The method comprises the following steps: sending control command information of a display screen to a programmable logic part by a processor; receiving and reconstructing the control command information by the programmable logic part; controlling the display screen by the control command information reconstructed by the programmable logic part; and setting the data transmission rate of the display screen. The invention also discloses a system for controlling the access to a display screen. The invention ensures that the high-speed processor accesses the low-speed display screen without damaging the performance of the processor in data transmission, has no need to increase additional low-speed processors or select programmable logic parts with large numbers of registers/storage cells for preventing a large amount of gush data, reduces production cost, and adjusts the data transmission rate of a serial port according to the need of an LCD display screen to meet the requirement of flexible application.

The invention discloses a hybrid power system and a transmission assembly. The hybrid power system comprises a planet movement mechanism, a motor connected with a transmission control piece, a first clutch mechanism, a first brake mechanism and a second brake mechanism, wherein the planet movement mechanism comprises a power input piece, the transmission control piece and a power output piece; the first clutch mechanism is selectively engaged to enable the power input piece to synchronously drive the power output piece; the first brake mechanism is selectively engaged to brake the power input piece; and the second brake mechanism is selectively engaged to brake the transmission control piece. The first clutch mechanism, the first brake mechanism and the second brake mechanism are engaged in different combination modes to enable the hybrid power system to have different work modes. By adoption of the hybrid power system and the transmission assembly, the work modes and performance advantages of the hybrid power system can be achieved through few parts.