39results about How to "Increase the level of modularity" patented technology

A vacuum load switch is prepared as series-connecting isolation blade switch to vacuum arc distinguishing chamber, drive-connecting insulation drawing rod of isolation blade switch and insulation drawing rod of arc distinguishing chamber to operation mechanism, firm-sealing isolation blade seat and vacuum arc distinguishing chamber as well as bottom wire outgoing seat together, series-connecting fuse between bottom wire outgoing seat and cable outgoing plate.

The invention provides an underwater large-field-of-view continuous zooming optical system, thereby solving problems of small field of view angle, small zoom ratio, small system size, and complicatedsystem structure of the existing underwater continuous zooming optical systems. The provided underwater large-field-of-view continuous zooming optical system comprises a window, a front fixed mirror group, a zooming mirror group, a diaphragm, an intermediate fixed mirror group, a compensation mirror group, an aberration stabilizing mirror group, a rear fixed mirror group, and a filter that are arranged successively and coaxially in an optical axis direction. The front fixed mirror group includes a first glue mirror group having the positive focal power and a second positive lens. The zooming mirror group includes a second negative lens and a second glue lens group having the negative focal power. The intermediate fixed lens group includes a fourth positive lens group a third glue lens group having the positive focal power. The compensation mirror group includes a fifth negative lens and a sixth negative lens. The aberration stabilizing mirror group includes a sixth positive lens. And the rear fixed mirror group includes a seventh positive lens, a seventh negative lens, and an eighth positive lens. The zooming mirror group, the compensation mirror group, and the aberration stabilizing mirror group can move linearly back and forth in an optical axis direction.

The invention is concerned with a kind of vacuum load switch for high voltage fixed type switchboard, relating to upside wire of switch, insulated switch, insulated knife frame, vacuum interrupter, downside move contactor, downside wire frame, united terminal, cable leading line plank, insulated knife insulated perch assemblage, interrupter insulated perch assemblage, operation frame and grounding equipment. The insulated switch connects with vacuum interrupter, the insulated knife insulated perch assemblage and interrupter insulated perch assemblage connect with operation frame, and the insulated knife frame, vacuum interrupter and downside wire frame are closed together. The hinge end of insulated switch has contact spring that connects with insulated switch and insulated knife frame. The move end of vacuum interrupter has contact spring that connects with downside move contactor and downside wire frame. This invention has large insulated strength and modularization level, and the simple using is fit for production on scaled.

The invention discloses a non-tray case type cassette optical disk box and an automated driving device thereof. The optical disk box comprises an inner box, an upper cover and a lower cover, the inner wall of the inner box is smooth, the upper cover and the lower cover are fixed together to form an optical disk box shell, projecting inner box sliding strips are arranged on two side walls of the inner box, recessed optical disk box shell inner grooves are formed in two sides of the inner wall of the optical disk box shell and jogged with the inner box sliding strips, the inner box can be smoothly drawn in the optical disk box shell, and the automated driving device is developed for the optical disk box. The optical disk box is high in storage density and convenient in optical disk storage and exchange, one optical disk can be optionally taken out of the optical disk box and placed into a standard optical disk driver for read-write operation, and the optical disk in the optical disk driver can be automatically placed back into the optical disk box, so that a core technical base is provided for forming modular optical disk libraries and off-line libraries with various sizes.

The invention belongs to the photoelectric technical field, relates to a photographic object lens optical system, and specifically relates to a compact continuous zooming optical system. The optical system comprises a front fixed lens group, a zooming lens group, a compensation lens group, a diaphragm and a rear fixed lens group which are coaxially disposed in turn from an object plane to a focal plane. In the full zooming section range, the optical system can achieve high-definition imaging and a continuous zooming function for more than 20 times. All focal-length center view fields and edge view fields have good imaging quality in a continuous change process of a focal length. A zooming core composed of the zooming lens group and the compensation lens group moves continuously according to a movement rule given in design, and always moves back and forth on the optical axis during internal zooming; the aperture F number is constant while zooming, the total length is fixed, and the mass center has a small change; and the system is small in size, and the structure is compact.

The present invention discloses a solid-sealed polar pole. The solid-sealed polar pole comprises a shell, a vacuum arc-extinguishing chamber, an outgoing line conducting rod, a current sensor/currenttransformer, a first voltage sensor, a second voltage sensor, an insulating pull rod assembly, an electric connection assembly and a shielding assembly, the current sensor/current transformer is coaxial with the outgoing line conducting rod so as to monitor a current signal; the first voltage sensor and the second voltage sensor are respectively arranged at the movable end and the static end of the vacuum arc-extinguishing chamber and are used for monitoring voltage signals on two sides of a fracture of the vacuum arc-extinguishing chamber; and the shielding assembly is arranged on the periphery of the vacuum arc-extinguishing chamber and/or the wire outlet conducting rod so as to shield signal interference on the first voltage sensor, the second voltage sensor and/or the current sensor/current transformer. By arranging the shielding assembly, the influence of the current sensor/current transformer on the electric field of the conductive part at the upper part of the insulating pull rod is reduced, the influence of the large electric field of the voltage sensor in the opening state of the vacuum arc-extinguishing chamber on the partial discharge of the solid-sealed polar pole is also reduced, and the insulating strength is improved.

The invention provides a continuous zooming optical system with heat elimination and wide pressure adaptability, and solves the problem that an existing optical system cannot realize passive compensation of temperature and air pressure changes at the same time. The system comprises a front fixed lens group, a zoom lens group, a diaphragm, a middle fixed lens group, a compensation lens group, a rear fixed lens group and an optical filter which are sequentially and coaxially arranged along the light propagation direction; the front fixed lens group comprises a first positive lens, a first negative lens, a second positive lens, a third positive lens, a second negative lens and a fourth positive lens which are sequentially arranged; the zoom lens group comprises a first glued lens group with negative focal power and a fourth negative lens which are arranged in sequence; the middle fixed lens group comprises a sixth positive lens, a seventh positive lens and a fifth negative lens which arearranged in sequence; the compensation lens group comprises a second glued lens group with negative focal power; the rear fixed lens group comprises a seventh negative lens and a ninth positive lens which are sequentially arranged from left to right; and the zoom lens group and the compensation lens group can synchronously move back and forth along the optical axis direction to realize continuouszooming.

The invention discloses a clock recovery circuit and a receiving chip. A first phase shifter performs phase shifting on a reference sampling clock so as to output n data sampling clocks and n phase sampling clocks; a sampling circuit samples data signals to output n data sampling signals and n phase sampling signals; a phase discriminator compares the n data sampling signals with the n phase sampling signals, and generates n decision signals according to comparison results; a charge pump integrates the n decision signals to output an adjustment level; a counting circuit is used for counting according to the adjusting level and converting a counting result into a selection signal and an interpolation control signal; an interpolation circuit selects two reference clocks from the n data sampling clocks and the n phase sampling clocks according to the selection signal, and performs phase interpolation on the two reference clocks according to the interpolation control signal to obtain an updated reference sampling clock so as to trigger the first phase shifter to work; therefore, the design difficulty is reduced, and the risk of circuit lock loss is avoided.

The invention discloses a projection objective lens and an exposure system. The projection objective lens comprises a first lens group with positive focal power, a second lens group with negative focal power, a third lens group with positive focal power, an aperture diaphragm, a fourth lens group with positive focal power, a fifth lens group with negative focal power and a sixth lens group with positive focal power which are sequentially arranged from object plane along optical axis, wherein the first lens group and the sixth lens group are symmetrical based on the aperture diaphragm, the second lens group and the fifth lens group are symmetrical based on the aperture diaphragm, the third lens group and the fourth lens group are symmetrical based on the aperture diaphragm, and the following relational expressions are satisfied that f1/f2 is more than -0.7 and less than -0.3, f2/f3 is more than -1.1 and less than -0.6, f5/f4 is more than -1.1 and less than -0.6, f6/f5 is more than -0.7and less than -0.3, wherein f1, f2, f3, f4, f5, and f6 are the focal lengths of the first lens group, the second lens group, the third lens group, the fourth lens group, the fifth lens group, and thesixth lens group respectively. According to the technical scheme provided by the embodiment of the invention, the compatibility of the projection objective lens is improved, and the modularization level of an exposure system is improved.

The invention discloses a solid-sealed polar pole for primary and secondary deep fusion, which comprises an insulating shell, and is characterized in that the insulating shell is internally provided with a vacuum arc-extinguishing chamber, an electricity taking device, a current detection device, a first voltage sensor, a second voltage sensor, a metal shielding net, a first conductive insert, a second conductive insert, a third conductive insert and a fourth conductive insert; the insulating shell is provided with an inlet wire electric connecting piece and an outlet wire electric connectingpiece. According to the invention, the power taking device, the current sensor and the voltage sensor can be integrated in the pole; a capacitor electricity taking function can be achieved, the current condition can be monitored in real time, the two voltage sensors poured in the pole can monitor the voltage on the two sides of the fracture of the vacuum arc-extinguishing chamber, monitored voltage and current signals can be used for estimating the equipment state and supporting feeder automation, and the purpose that primary equipment and secondary equipment are deeply fused in one step is achieved.

The invention discloses a coloring language machine code generation method and device of an abstract target code architecture. The method comprises the steps of defining a set of universal shader abstract target instruction according to a specific type of a GPU shader; converting the intermediate representation code of the coloring language program into an abstract target instruction; designing aninstruction mapping table according to a mapping relationship between the abstract target instruction and an actual GPU target machine instruction; and performing mode matching on the abstract targetinstruction and the instruction mapping table, and converting the abstract target instruction into a target machine instruction executable by a GPU shader. The abstract target code introduced by themethod can decouple the generation part of the compiler rear-end target code from the specific GPU shader machine code, the modularization level of a coloring language compiler rear-end program can begreatly improved, and the difficulty of compiler rear-end development is reduced.

The invention relates to an experimental device for coordinating building spaces and sizes of built-in components, the experimental device is a space body defined by a top plate, a side coaming and abottom plate, intersected rails are arranged on the bottom plate, and sliding rails corresponding to the rails on the bottom plate are arranged on the top plate; the side coaming is defined by a firstside coaming, a second side coaming, a third side coaming and a fourth side coaming which abut against one another in sequence, the first side coaming and the second side coaming are fixedly connected with the bottom plate and the top plate, and the third side coaming and the fourth side coaming are connected with the bottom plate and the top plate in a sliding mode. The third side coaming and the fourth side coaming are each composed of a plurality of side coaming units which are vertically arranged side by side, and matching pieces which are matched with each other to enable the adjacent side coaming units to be fixed with each other are arranged between the adjacent side coaming units. The device is used for testing the mutual coordination size relation between the sizes of all functional spaces of the residence and the specifications of the built-in components, and data support is provided for forming a universal size series of the built-in components of the residence in China.

The invention provides a modular structure of an open-frame gasifier system. The modular structure is provided with a heat exchange plate module and a seawater pipeline adjustment platform module; theheat exchange plate module is provided with a steel structure frame body; the interior of the steel structure frame body is divided into a plurality of heat exchange spaces by a steel structure retaining wall; the bottom end of each heat exchange space is provided with an LNG tube bundle connected with an LNG main tube, and the top end is provided with an NG tube bundle connected with an NG maintube; the LNG tube bundles are connected with the NG tube bundles through heat exchange tube bundles or heat exchange tube plates; each heat exchange space is provided with a water tank correspondingto each heat exchange tube bundle or heat exchange tube plate; the seawater pipeline adjustment platform module is arranged on one side of the heat exchange plate module, and includes a seawater mainpipe and seawater branch pipes respectively connected with the seawater main pipe; each seawater branch pipe is provided with a regulating valve; and the seawater branch pipes are connected with the water tanks in the heat exchange spaces.

The invention discloses a switching-on structure of a modular circuit breaker, which comprises a support body, an energy storage assembly, an input assembly, a clutch device, a switching-on assembly and an output assembly, and the energy storage assembly comprises an energy storage shaft, a first crank arm and a first spring, the energy storage shaft is rotatably connected with the support body, and the first crank arm is fixedly connected with the energy storage shaft; the input assembly comprises a motor and a transmission device, and the motor is connected with the transmission device and can drive the transmission device to move; the clutch device is fixedly connected with the energy storage shaft and can be connected with or separated from the transmission device; the switching-on assembly is fixedly connected with the supporting body, and the switching-on assembly can abut against or be separated from the clutch device; the switching-on structure has the advantages that all components of the switching-on structure are arranged relatively independently, so that the coupling of the switching-on structure is reduced, and the modular level of the circuit breaker is improved.