144results about How to "Increase output energy" patented technology

Optimization of evoked response detection in an automatic capture detection system employed by an implantable cardiac stimulation device is presented. Patient state information is used to determine the appropriate settings of variables that are associated with the evoked response signal detection algorithm. The variables used by the evoked response signal detection algorithm are first established for the patient in a variety of positions. During operation of the implantable cardiac stimulation device, the patient state is monitored and the variables used by the evoked response signal detection algorithm are adjusted accordingly.

An apparatus and that provide an optical-fiber amplifier having at least one erbium-doped fiber section and an optical pump coupled to the erbium-doped fiber section, wherein the apparatus is operable to amplify signal pulses to high energy in the erbium-doped fiber section, the pulses having a wavelength in the range of about 1565 nm to about 1630 nm. In some embodiments, the amplifying fiber is ytterbium free.

For enabling to prevent ill effects from being generated in the structures of a reflection mirror, even if increasing an output energy from a light source, thereby preventing ill influences from being exerted on the driving condition thereof, a mirror drive controller unit 7 reads out history data of the past, relating to temperature changes on a micro mirror 1, from a first LUT holder unit 19. Upon basis of the read-out history data of the past is presumed the temperature on the micro mirror 1 at the present time. The presumed temperature on the micro mirror 1 is temperature P temp of the micro mirror 1 at the present time, and upon that P temp are changed vibration (or oscillation) condition of the micro mirror 1 in the horizontal (H) direction and vibration (or oscillation) condition thereof in the vertical (V) direction.

Being in use for illumination, and communication to remote communication equipment (RCE), the system includes illumination communication equipment (ICE), illumination communication terminal (ICT), and communication terminal (CT). Receiving source signal from RCE, ICT converts the received source signal to light signal transmitted wirelessly in light signal mode. Converting the received light signal to electric signal, ICT transfers the electric signal to CT. receiving the electric signal from ICT, CT carries out relevant process, or sends the processed electric signal to ICT, i.e. reverse transmission. Light sent from ICE / ICT can be as light source of light wireless communication or illuminated light sources. The invention overcomes prejudice that illumination light cannot be as carrier of wireless communication. The invention is suitable to indoor, and outdoor.

The printer has at least two printing stations which cause images to be printed on a substrate. The printer is capable of registration adjustment. First and second patterns of spaced registration marks are printed onto the substrate by operation of the printing stations. The second pattern partially overlaps the first pattern to form a composite pattern of registration marks. The composite pattern is illuminated and the reflectivity thereof is examined at wavelengths complementary to the colors of the first and second patterns to obtain a reflectivity signature for the composite pattern. The reflectivity signature of the composite pattern (120) is compared with a predetermined signature to determine an adjustment factor for the printer.

The invention discloses a multi-wavelength terahertz wave parametric oscillator, which comprises a laser pump cavity and a terahertz wave parametric oscillation cavity, wherein the laser pump cavity consists of a totally reflecting mirror, a one-fourth wave plate, an electro-optical Q-switch device, a polarizer, a pulse laser pump source module, a micropore diaphragm and a laser output mirror; the terahertz wave parametric oscillation cavity comprises two right-angle prism resonance cavities respectively consisting of a right-angle prism, a reflector, a MgO:LiNbO3 crystal arranged between themicropore diaphragm and the laser output mirror, and a plurality of semi-circular output mirrors; and two silicon prism arrays are arranged on the surface of the MgO:LiNbO3 crystal. Pump light oscillating back and forth in the laser pump cavity is vertically transmitted to the MgO:LiNbO3 crystal, and two beams of oscillating Stokes light and two groups of four-beam terahertz waves are generated through excitation in the two right-angle prism resonance cavities, and are transmitted out of the silicon prism arrays. The continuous tunable output of the two groups of four-beam terahertz waves canbe realized, and the output energy is basically equal.

By a laser crystallization method, a crystalline semiconductor film in which grain boundaries are all in one direction is provided as well as a manufacturing method thereof. In crystallizing a semiconductor film formed over a substrate with linear laser light, a phase-shift mask in which trenches are formed in a stripe form is used. The stripe-form trenches formed in the phase-shift mask are formed so as to make a nearly perpendicular angle with a major axis direction of the linear laser light. CW laser light is used as the laser light, and a scanning direction of the laser light is nearly parallel to a direction of the stripe-form trenches (grooves). By changing luminance of the laser light periodically in the major axis direction, a crystal nucleation position in a semiconductor that is completely melted can be controlled.

The invention comprises a light source and a sensing head. The light source comprises a laser with a temperature control circuit. The laser is connected to a first port of the coupler through optical fiber; the third port of the coupler is connected to the sensing head through optical fiber; the fourth port of the coupler is connected to the initial control unit through second photo detector; the second port of the coupler is connected to the input port of the first photo detector; the output port of the first photo detector is respectively connected to the active control unit and the signal output unit; the output end of the active control unit is connected to the temperature control circuit. Said sensing head comprise a F-P cavity; both sides of the F-P cavity are respectively connected to the silicon membrane and optical fiber; said silicon membrane, F-P cavity and optical fiber is secured by a quartz case; the other end of the optical fiber is connected to said mono-mode fiber.

The invention provides a device and method for detecting the residual reflection of a neodymium glass wrapping. The device comprises a first laser; a light beam shaping lens group, a beam splitter and a sample are arranged in sequence along the laser output direction of the laser; a laser intensity detector is arranged in the reflected light direction of the beam splitter; a residual reflection light detector is arranged in the wrapping residual reflected light direction of the sample; and the output end of the laser intensity detector and the residual reflected light detector are connected with the input end of a data processing system. The device and the method have the following characteristics of simple structure, convenience in use and high measuring precision.

The present invention provides a low duty cycle, high current DC pulse type transformer with increased coupling coefficient between the primary and secondary windings by changing the proximity of the primary windings to the secondary windings through a plurality of primary windings separated by layers of secondary windings thus reducing the average distance between the primary windings and secondary windings. In addition to the increased coupling coefficient, the invention provides a reduction in electrical potential between primary windings and secondary windings through an electrical connection between the primary winding and a tap within the secondary winding. The invention significantly increases the coupling coefficient in applications where the transformer's core becomes saturated due to the high peak current typically found in capacitive discharge type circuits such as those used in electric fence controllers, strobe circuits, and high performance ignition systems for automobile, marine, or motorcycle engines.

The invention discloses an energy-containing film made of an aluminum-copper oxide-graphene oxide ternary composite material and a preparation method for the energy-containing film. The method includes the steps that firstly, a CuO-graphene oxide binary compound is placed in isopropyl alcohol to be ultrasonically dispersed; secondly, aluminum particles and a dispersing agent are ultrasonically dispersed in the isopropyl alcohol to be ultrasonically mixed with dispersing liquid obtained from the first step; thirdly, a product obtained from the second step is centrifuged, washed and dried; fourthly, a material obtained from the third step is placed in a mixed solution of the isopropyl alcohol and N,N-dimethylformamide to be ultrasonically dispersed, and the electric potential is adjusted; and fifthly, the dispersing liquid obtained from the fourth step serves as electrophoretic deposition liquid, a copper sheet serves as a cathode pole piece, stainless steel or a platinum electrode serves as an anode pole piece, electrophoretic deposition is conducted, and the energy-containing film is obtained. By the adoption of the energy-containing film and the preparation method, graphene oxide is introduced into a thermite system, energy released by oxygen-containing groups in the graphene oxide in the thermal deoxidization process is used for further inducing a redox reaction of aluminum and CuO, and therefore energy output by the system is multiplied.

The invention provides a full solid state picosecond laser regenerative amplifier which comprises a seed light source, an optical isolation system, a second polarization selecting lens (10), an electro-optical pockels cell (11), a first concave face reflector (13), a second concave face reflector (16), a laser crystal (15), a plane mirror (14) and a pump light source, wherein the seed light source is used for providing horizontal polarized seed light, the optical isolation system comprises a first polarization selecting lens (7), a Faraday rotator (8) and a half wave plate (9), and is set to be in a mode that horizontal polarized light becomes vertical polarized light after transmitting the optical isolation system, the second polarization selecting lens (10) is capable of transmitting horizontal polarized light and reflecting vertical polarized light, the electro-optical pockels cell (11) is set to be in a mode the polarized direction of light is rotated by 45 degrees after the light transmits the electro-optical pockels cell (11) once, the plane mirror (14) is used for reflecting seed light and transmitting pump light, and the pump light source is used for emitting pump light, enabling the pump light to penetrate the plane mirror (14) and condensing the pump light onto the laser crystal (15).

The invention discloses a nano-composite energetic material. The nano-composite energetic material is prepared through the steps that CL-20 and NC are taken as raw materials and then dissolved in weak-polar solvent according to the mass ratio (0.1-3):1 of the CL-20 to the NC to be prepared into a transparent solution, an isocyanate curing agent and a composite catalyst of T-12 and TEDA are added to form wet gel, the solvent is removed through supercritical drying after the wet gel is aged, and then the aerogel-state nano-composite energetic material is obtained. The prepared composite energetic material has the nano-structure, is higher in energy and activity and lower in sensitivity, has the good prospect on the aspects of improving the security feature and energy releasing efficiency of energetic components and the like and can be applied to the fields of high-energy density materials such as solid propellants, explosives and powders and pyrotechnic compositions.

The invention discloses a detecting device and a detecting method for covered edges of large-size neodymium glass with the covered edges. The detecting device comprises a first laser source, a beam shaping lens system, a spectroscope, a first total reflector, a beam positioning system, a sample to be tested, a laser intensity detector, a residual reflection detector and a data processing system. The components of the detecting device are arranged in such a manner that the beam shaping lens system and the spectroscope are sequentially arranged along a laser output direction of the first laser source, the spectroscope divides incident light into transmitting light and reflected light, the laser intensity detector is arranged in the direction of the incident light, the first total reflector, the beam positioning system, the sample to be tested and the residual reflection detector are sequentially arranged in the direction of the transmitting light, and an output end of the laser intensity detector and an output end of the residual reflection detector are connected with an input end of the data processing system. The detecting device and the detecting method have the advantages that residual reflection of the covered edges with different incident angles and at different positions can be measured according to actual conditions, and measurement precision is high.

The invention relates to a large area fluorescent concentrator solar cell system and a manufacturing method thereof, belonging to the technical field of solar power generation and aiming at solving the technical problem of higher generation cost of the traditional solar cell. The generating system comprises at least one fluorescent concentrator comprising or not comprising a reflecting layer, a light guide plate provided with scattering points and formed on a specific area of the fluorescent concentrator, as well as a solar cell installed on the light guide plate and an assembly thereof. The invention has the characteristic that by manufacturing the light guide plate with small light-emitting area on the specific area of the fluorescent concentrator with larger illuminated area so as to provide a light concentration effect for the solar cell in place of the ratio of the illuminated area to the side area of the fluorescent concentrator, the large area fluorescent concentrator solar cell system is obtained under the common solar cell packaging process, and thus, material and processing cost are saved.

The invention provides a management system and SOC calibration method of a lithium iron phosphate battery, comprising a single battery management unit, a battery pack management unit and a battery system management unit with a three-layer network structure; the single battery management unit manages the lithium iron phosphate battery ;The battery pack management unit manages the single battery management unit, the battery system management unit manages the battery pack management unit, the monitoring system is connected with the battery system management unit and monitors the entire system; the monitoring system is connected with a monitoring dispatching system and an energy storage converter; SOC The calibration method is to cooperate with the monitoring system and the energy storage converter to automatically perform the capacity calibration and SOC calibration of the battery system. Compared with the prior art, the management system and SOC calibration method of the lithium iron phosphate battery provided by the present invention improve the safety and reliability of the lithium iron phosphate battery, effectively prolong its service life, and greatly improve the calibration accuracy of its SOC , to ensure the safety of lithium iron phosphate batteries in large-scale energy storage power stations.

A positive electrode layer as an electrode assembly includes an active material portion which contains a transition metal oxide as an active material and a solid electrolyte portion which is in contact with the active material portion and contains an ion conductive solid, and the crystal plane orientation of a crystal plane of the transition metal oxide and the crystal plane orientation of a crystal plane of the ion conductive solid substantially coincide with each other and are oriented in the thickness direction of the positive electrode layer.

The invention relates to an adjustable impact cylinder, comprising a cylinder barrel, a sealing piston, a front cover, a rear cover and a middle cover, wherein the cylinder is divided into an air storage cavity, a rod-free cavity and a rod-mounted cavity by the middle cover and the sealing piston, a throughway valve is arranged at one side of the middle cover, the core of the throughway valve canmove vertically on a vertical surface of the cylinder barrel to change the flow area of a nozzle, the core is level with the edge of the nozzle when being located at an upper stop point, at this moment, the flow area of the nozzle is maximal, air inlet channels are arranged sequentially on the upper end of the middle cover towards one side of the air storage cavity, and simultaneously, a backup air inlet communicated with outside is further arranged on the middle cover. The adjustable impact cylinder has the advantages that: impact force is changed by controlling the flow area of the nozzle; air can be supplied in time, the speed of air supply is enhanced, the working frequency is guaranteed; and the adjustable impact cylinder has the characteristics of being small in volume, light in weight, large in output energy, reliable in operation, low in manufacturing cost, convenient for maintenance, long in service life, etc.

The present invention provides a low duty cycle, high current DC pulse type transformer with increased coupling coefficient between the primary and secondary windings by changing the proximity of the primary windings to the secondary windings through a plurality of primary windings separated by layers of secondary windings thus reducing the average distance between the primary windings and secondary windings. In addition to the increased coupling coefficient, the invention provides a reduction in electrical potential between primary windings and secondary windings through an electrical connection between the primary winding and a tap within the secondary winding. The invention significantly increases the coupling coefficient in applications where the transformer's core becomes saturated due to the high peak current typically found in capacitive discharge type circuits such as those used in electric fence controllers, strobe circuits, and high performance ignition systems for automobile, marine, or motorcycle engines.

The invention relates to an inserted-type automobile ignition coil iron core provided with an air gap magnetic steel disc, which comprises a first U-shaped iron core and a second U-shaped iron core forming an annular iron core through butt joint; one sides of the first U-shaped iron core and the second U-shaped iron core are permanent connection ends; and an air gap is arranged between the end faces of the other sides of the first U-shaped iron core and the second U-shaped iron core. The inserted-type automobile ignition coil iron core provided with the air gap magnetic steel disc is characterized in that the magnetic steel disc of which the polarity is opposite to the magnetizing direction of the iron core is inserted into the air gap; the permanent connection end of the first U-shaped iron core is provided with a bead; the permanent connection end of the second U-shaped iron core is provided with a groove which corresponds to the bead; and the first U-shaped iron core and the second U-shaped iron core are mutually and fixedly connected after being inserted into the groove through the bead in the manner of transition fit. The inserted-type automobile ignition coil iron core provided with the air gap magnetic steel disc has the beneficial effect that the stored energy of the iron core is increased, the high-voltage input of an automobile ignition coil is improved, and an epoxy resin splicing process is not needed, so that the working environment is improved, and the physical health of operating personnel is ensured.

The invention discloses a high-effect large-current combination wave generating circuit, which comprises a pulse voltage circuit, a pulse current circuit, a through-flow diode and a load, wherein the pulse voltage circuit comprises a first charging power supply, a first energy storage capacitor, a crowbar diode, a pulse transformer, a through-flow diode and an isolation capacitor; the pulse current circuit comprises a second charging power supply and a second energy storage capacitor. The circuit can produce a large current, and is simple in structure and low in cost.

This invention discloses one kind of entire automatic washer drive,including the rotor and the stator outside washer's canister. The drive has the dehydrated axis, washe axis, coupling outer covering, stator module, rotor, rotor frame. The dehydrated axis including upside, lower part dehydrated axis , as well as the axis wheel hub links upside dehydrates the axis and lower part dehydrates. Washe axis includs upside, lower part washe axis, as well as gears turns on lathe rotation to decelerate washes to upside the axis transmission power. The coupling outer covering is surrounding the dehydrated axis. Stator module including ferrite core and coil composition. Surrounds the stator module periphery surface as body of revolution the rotor. The rotor frame is supporting the rotor. The rotor frame sidewall upper extreme forms the side cinclides. Coupling underneath directly assembles the electrical machinery, the transmission efficiency high, the structure is simple. Enhances the electrical machinery the output energy. The side cinclides cools the stator, discharges in the rotor unitized substructure the ponding.

The invention discloses a line width narrowing module of a laser resonant cavity. The module is an integrated optical element, wherein two side surfaces of a prism-like body respectively form an incident surface and a reflecting surface; the reflecting surface is a reflective blazed grating. The module can be used for solving the problem of difficult light emission caused by a complex optical system and surface abrasion of an optical element in a low-gain laser and is high in optical integrity and simple to regulate and use. The module is good in wavelength selection characteristic and relatively good in damage resistance threshold value. The laser resonant cavity built by using the module has few optical elements, is high in interference resistance and can be applied to places which are complex in environment.

The present invention provides a broadband responsive piezoelectric type MEMS vibration energy collector which realizes the conversion from mechanical energy to electric energy by the utilization of the direct piezoelectric effect of a piezoelectric material by converting the environmental vibration energy into electric energy. A cantilever-mass structure easily to resonate with the environment is used as the basis chip, the multi-basis chip array integration improves the total output electric energy of the energy collector, various structure parameters of each basis chip are used for broadening the frequency band range so that the energy collector is applied to various vibration environment. The energy collector has the broadband response capability and broadens working response frequency bands. The multi-basis chip integration has the high output energy. The energy collector has the advantages of self-powered mode, stabilization, sustainability and the like by collecting the environment vibration energy, and would solve the self-powered problem of the application system such as wireless sensor network and the like.

The invention discloses a compound pyrotechnic high-energy combustion agent which comprises the following components in percentage by mass: 35-40 percent of polytetrafluoroethylene, 35-40 percent of magnesium powder, 3-6 percent of a phenolic resin adhesive, 10-16 percent of nano-composite thermite, 1-5 percent of an alloying agent and 3-8 percent of a slag former. The compound pyrotechnic high-energy combustion agent is easy to ignite, high in combustion temperature, long in combustion time, large in flame area and high in applicability.

By a laser crystallization method, a crystalline semiconductor film in which grain boundaries are all in one direction is provided as well as a manufacturing method thereof. In crystallizing a semiconductor film formed over a substrate with linear laser light, a phase-shift mask in which trenches are formed in a stripe form is used. The stripe-form trenches formed in the phase-shift mask are formed so as to make a nearly perpendicular angle with a major axis direction of the linear laser light. CW laser light is used as the laser light, and a scanning direction of the laser light is nearly parallel to a direction of the stripe-form trenches (grooves). By changing luminance of the laser light periodically in the major axis direction, a crystal nucleation position in a semiconductor that is completely melted can be controlled.

The invention discloses a right-angle prism resonance cavity-based broadband terahertz wave radiation source. A resonance cavity consists of two right-angle prisms, and inclined planes of the right-angle prisms are taken as light transmitting surfaces; a MgO:LiNbO3 crystal is arranged in the resonance cavity, and a silicon prism array is arranged on the surface of the MgO:LiNbO3 crystal; pump light is transmitted into the resonance cavity, forms an included angle of 1.5DEG with the cavity axis of the resonance cavity, and does not pass through the two right-angle prisms; and the pump light excites the MgO:LiNbO3 crystal to generate broadband terahertz waves and broadband Stokes light oscillating in the resonance cavity, and the broadband Stokes light is transmitted through the silicon prism array. The right-angle prism resonance cavity-based broadband terahertz wave radiation source is a broadband all solid terahertz wave coherent radiation source with advantages of high energy, high efficiency, small volume, simple structure and low price, and can be widely applied to the technical fields of terahertz optoelectronics, such as medical diagnosis, precision spectral analysis, biomedical imaging, terahertz communication and the like.

The invention provides a method and system for external defibrillation based on chest impedance detection. During a charging process, a thoracic impedance signal is obtained through a defibrillation electrode, the thoracic impedance signal is digitally collected and then is processed, a first charging voltage and a first output pulse width required in completing defibrillation are calculated, thecharging voltage is monitored by using a voltage monitoring circuit, and the charging is stopped after reaching a first charging voltage value. During a discharging process, the pulse width of an output waveform is adjusted by controlling a discharging time, and the discharging is stopped after reaching a pulse width preset value. Through the precise control of the charging voltage and the discharge pulse width, the relative constancy of output current and output energy is achieved, excessively low or high output current and energy are avoided, and thus the defibrillation measurement of different patients is accurately controlled.

A method for manufacturing a charge pump-based artificial lightning generator comprises the steps of: forming a second electrode on a prepared substrate; forming a negatively charged body having a sponge structure under the second electrode; removing spherical polymer particles from the negatively charged body using a toluene solution; allowing metal particles to penetrate into the negatively charged body; forming a positively charged body in a location which is at a predetermined distance below the negatively charged body in order to generate charges; nano-structuring the surface of the positively charged body; coating the nano-structured surface of the positively charged body with second metal particles; forming a ground layer for charge separation while maintaining a constant distance in the downward direction from one side of the positively charged body; and forming a first electrode for charge accumulation in a location which is at a predetermined distance below the positively charged body. Accordingly, the present invention can be miniaturized, can produce high-output energy from minute energy such as a wind, a vibration, or a sound, and can remarkably reduce costs incurred according to energy collection.

The invention belongs to the field of semiconductor emitting device manufacturing, and particularly relates to a high-voltage LED chip with a microstructural antireflection film. The high-voltage LED chip with the microstructural antireflection film comprises a sapphire substrate, a buffering layer, a N-type layer, a quantum well layer, a P-type layer, an electrode on the P-type layer, an electrode on the N-type layer, a cross structure, an ITO layer and an antireflection film body, wherein the antireflection film body covers the ITO layer and is provided with a cylindrical microstructure. The high-voltage LED chip with the microstructural antireflection film can effectively reduce reflection losses when an LED emerges light, and meanwhile light ray total reflection from the chip to the air can be reduced through the microstructure. Meanwhile, the antireflection film can restrain dampness of the chip and diffusion of impurities, and a final protective function is achieved.