74results about How to "Fully utilized capacity" patented technology

The invention discloses a method for realizing hardware mirror startup optimization for embedded operating system, not directly ending running of embedded operating system but saving state of the running operating system together with microkernel of the operating system into the in-chip memory of a processor, directly loading at the time of startup and restoring to the running state saved. And it can remarkably speed up system booting and restart so as to remarkably raise startup speed of the embedded system and reduce the time for user to wait.

The device includes following parts. The protection switches of 4 multiplexing segments are utilized to change optical fiber line. Two pair of wavelength division multiplexer/wavelength demultiplexer combines multiple optical signals with different wavelengthes onto one optical fiber; or separates the optical signals, which is combined from multiple different wavelengthes. N pieces of matrices with 4 in and 4 out of the optical switches are utilized to change the propagation direction or protect the channel needed. 2n pieces of optical power equalizers are used to balance the power of the optical signals. 2n+2 pieces of monitors are used to monitor and detect faults. The invention provides the flexible protection for channel faults, line faults and node device fault.

The invention discloses a prerecording method used for monitoring equipment. A hard disc memory of the monitoring equipment is provided with a command storage area and a prerecording storage area. The prerecording method comprises the following steps that: a data processing unit of the monitoring equipment performs data processing on real-time signals acquired by a signal acquisition end to obtain monitoring signals, and stores the monitoring signals from a starting section of the prerecording storage area to a stop section of the prerecording storage area in turn; when the prerecording area is full, the data processing unit stores the monitoring signals from the starting section to the stop section one by one again in a coverage way; and when the monitoring equipment enables a conventional recording function, the data processing unit writes prerecording signals in the prerecording storage area into the common storage area as a starting part of the recording file first, and then continuously writes the monitoring signals recorded in real time into the common storage area. The method of the invention can fully utilize the characteristics of large capacity of a hard disc and a plurality of monitoring channels can be arranged on one set of monitoring equipment so as to fulfill the aim of low-cost monitoring. The popularization and the application of the method can effectively improve the technical level of the monitoring equipment.

The invention discloses a power collection and transmission system for a wind power plant. The system comprises an alternating current generatrix, a wind generating set, a rectifier station and an inverter station, wherein the rectifier station comprises a rectifier and a converter transformer; the direct current side of the rectifier is connected with the direct current side of the inverter station, and the alternating current side of the rectifier is connected with one side of the converter transformer through a converter inductor; and the other side of the converter transformer is connected with the alternating current generatrix, and is grounded through a capacitor. The invention also discloses a voltage control method for the alternating current generatrix of the system. The voltage comprising the amplitude and frequency of the voltage of the alternating current generatrix of the system is integrally controlled by two control dimensions of the rectifier on a wind power plant side, so that the stability of the alternating current voltage of the power collection and transmission system of the wind power plant is ensured, and harmonic components of an alternating current system of the wind power plant are reduced.

The invention discloses a configuration method and device of waste power batteries. The method includes the following steps that: the characteristic parameters and identification information of a plurality of target waste power batteries of electric vehicles are acquired respectively; mapping relationships between the characteristic parameters and the identification information are established, wherein the characteristic parameter of each target waste power battery is corresponding to one piece of identification information; identification information corresponding to characteristic parameters within in a first preset numerical value is classified as the same identification information set according to the mapping relationships; and target waste power batteries corresponding to identification information in the same identification information set are configured to one battery group, wherein the battery group is used for providing electric energy for a target electric power device. With the configuration method and device of the invention adopted, the technical problem of the waste of surplus capacity of power batteries which is caused by direct disassembly for recycle when the service lives of the power batteries in the electric vehicles are terminated can be solved.

The present invention provides a voltage equalizing circuit for spare power source, the spare power source includes n power supply monomers which are connected with each other in series; the equalizer circuit includes a sampling resistance Rs, an input switch circuit, a transformer T1 and n output rectification filter circuits; the input switch circuit is connected with the original edge of the transformer T1 in parallel and then connected with the two ends of the spare power source by the sampling resistance Rs; the auxiliary edge of the transformer T1 has n voltage reduction output ends, the output voltage of each voltage reduction output end is completely identical and coupled tightly; each rectification filter circuit is connected with one voltage reduction output end, each rectification filter circuit and the input switch circuit form the single end backlash; each rectification filter circuit is respectively connected with each power supply monomer in parallel. The present invention not only can prevent the series power supply monomer from the unbalancing for the voltage, but also can sufficiently use the capacity of each power supply monomer, and simultaneously reduce the consumption caused by the equal voltage.

The invention provides a combination type garbage can. The combination type garbage can comprises a garbage can shell, a garbage can inner barrel and a cover plate, wherein the garbage can shell comprises a shell body, a garbage feeding opening and a first opening are formed in the shell body, and a herringbone cover plate group is arranged at the part of the garbage feeding opening; the size of the cover plate is matched with that of the first opening, and a boss and a clamping part are arranged on the cover plate; and a second opening and a U-shaped clamp are arranged on the garbage can inner barrel. By applying the technical scheme, the integral structure is simple. By adopting the combination design of the garbage can shell and the garbage can inner barrel, the garbage can shell is always kept clean and tidy, and the garbage can inner barrel can meet garbage storing requirements, so that the practicability is strong. The design objective of the cover plate is to seal the first opening, and the clamping part arranged on the cover plate is clamped by a manipulator to take the garbage can inner barrel out of the garbage can shell and restore the garbage can inner barrel in the original position. The operation is convenient, and fixed-point placing requirements are met.

The invention relates to a battery management system with a fault battery isolation function and a method, which are characterized in that the management system comprises a health state diagnosis module, a fault battery isolation module and a control module respectively connected with the health state diagnosis module and the fault battery isolation module. By means of the independence characteristics of each battery monomer in a battery pack, and by opening and closing a network to isolate fault batteries, the safety and utilization efficiency of the battery pack are considered. The battery management system can be simultaneously applied to the following two conditions to effectively ensure the safety of the battery pack and fully utilize the capacity of the battery pack, 1 due to structural defects possibly happen to the battery monomer, for example, an open circuit appears inside the battery monomer, a battery must be isolated immediately and replaced at an appropriate time; 2 over-charge or over-discharge and the like possibly appear to part of the battery monomer, and at the moment, a user only needs to stop continuously charging or discharging the battery.

The invention relates to an aerial cable car system (1) having transportation operating equipment for passenger and/or freight transport, wherein electrical consumers are connected for the operation thereof to a rechargeable electrical energy store (14) of a transportation operating equipment (13) by means of one each of a plurality of the power circuits, wherein the transportation operating equipment (13) comprises an operating control device (140) connected to measuring devices (1400) for dynamically capturing measurement values based on the available quantity of energy in the energy store (14), wherein the operating control device (140) comprises a storage module (1401) having at least one stored measurement control value and an associated control parameter, wherein the operating control device (140) comprises a filter module (1402); for comparing a captured measurement value to the at least one stored measurement control value and for reading out the corresponding stored control parameter, based on which power circuits (30) can be selectively coupled to the energy store (14) or selectively decoupled from the same by means of the operating control device (140). Electrical consumers in transportation operating equipment (13) can be fed without interruption by means of the energy store (14), even during travel. A safety power circuit can also be implemented, by means of which, for example, mountain information devices can be operated in case of emergency even if the energy store (14) has a minimal energy reserve.

The invention discloses a garbage can capable of crushing garbage, and relates to articles of daily use. The garbage can comprises a can body and a can cover, wherein a partition is arranged inside the can body; a pass hole is formed in the middle of the partition; a rotating motor is arranged on the pass hole; a plurality of blades are uniformly arranged on the circumference of the rotating motor; a spring is arranged inside the can cover; a pressing plate is arranged on the spring; guide grooves are formed in the side wall of the can cover; limiting sliding blocks which are matched with the guide grooves are arranged on the pressing plate; an air suction ring sleeves the pass hole; a plurality of air suction holes are uniformly formed in the circumference of the pass hole; a filter screen is arranged on the air suction holes; a plurality of air suction pipes which are matched with the air suction holes and are obliquely arranged upwards are arranged on the air suction ring; and an air pump which is connected with an annular air injection ring and the air suction ring is arranged inside the can cover. Compared with the prior art, the garbage can has the advantages that garbage can be primarily crushed when garbage is thrown, garbage is divided into a plurality of small blocks, and the surface area of garbage is decreased, so that garbage is stored more easily, and the capacity of garbage bags can be fully utilized.

The invention provides a device for supplying power through a battery and a power supply method of the device. The device comprises a control circuit, a direct current/direct current conversion circuit and a power utilization circuit, wherein the control circuit is used for detecting an input signal and generating a control signal used for instructing the work state of the device based on the input signal; an input port of the direct current/direct current conversion circuit is used for being connected with a positive electrode and a negative electrode of the battery, the direct current/direct current conversion circuit receives the control signal and converts the input voltage of the input port into the output voltage, responds to the control signal and instructs the device to be in the non-standby state, so that the voltage value of the output voltage generated by the direct current/direct current conversion circuit is a first voltage; the direct current/direct current conversion circuit responds to the control signal and instructs the device to be in the standby state, so that the voltage value of the output voltage generated by the direct current/direct current conversion circuit is a second voltage different from the first voltage; the power utilization circuit is connected with an output port of the direct current/direct current conversion circuit so as to receive the output voltage. The battery capacity can be fully used by the device, so that use cost is reduced, and a constant supply current is maintained.

The invention discloses a motor winding triangular star-shaped connection dynamic configuration circuit and a control method. The motor winding triangular star-shaped connection dynamic configurationcircuit comprises a winding triangular star-shaped connection configuration module, the winding triangular star-shaped connection configuration module comprises a triangular star-shaped connection configuration winding and multiple two-way thyristors, the winding triangular star-shaped connection configuration module is used for adjusting the triangular star-shaped connection configuration windingthrough switch on or switch off of the two-way thyristors according to motor rotation speed, when the motor rotation speed is larger than a first threshold value, the triangular star-shaped connection configuration winding is adjusted into star-shaped connection, when the motor rotation speed is smaller than a second threshold value, the triangular star-shaped connection configuration winding isadjusted into triangular connection, and the second threshold value is larger than the first threshold value. By using an electronic electrical device like the two-way thyristors, a reliable winding dynamic configuration circuit is built, and thus current can be reliably followed in the winding dynamic configuration process.

The invention relates to a special sampling bottle for collecting a water sample containing a volatile substance and an oxygen-sensitive substance. The special sampling bottle structurally comprises a bottle body for accommodating the water sample, a bottle cover covering the upper opening of the bottle body, and a plunger mechanism plugging the top opening in the center of the bottle cover, wherein the plunger mechanism comprises a fixed pipe, a T-shaped padding plug and a protection cap. Due to a special bottle body structure and a special bottle cover structure, the bottle cover and the bottle body can synchronously discharge a certain amount of water in the bottleneck in a buckling process, so that the sampling bottle is not required to be vertical absolutely no matter whether the site is flat or not; after the sampling bottle is full of the water sample, even if certain water-sample-free redundant spaces are retained in the bottleneck, all the redundant spaces other than the water sample in the bottleneck can be discharged during filling type buckling of an inner sealing cover as long as the volumes of the retained spaces are smaller than the extruded volume of the inner sealing cover on the bottle cover; therefore the sampling bottle can be full of the water sample, no redundant space is retained, and sampling can be succeeded at one step.

The invention discloses a photovoltaic charging system. The system comprises a photovoltaic substrate, an energy storage battery and a charging port which is used for externally connecting the charging ends of electro-mobiles, wherein the photovoltaic substrate, the energy storage battery and the charging port have the charging connection relationships as follows: charging connection A: the photovoltaic substrate is connected with the energy storage battery through DC-DC conversion; charging connection B: the energy storage battery is connected with the charging port through DC-DC conversion; and charging connection C: the photovoltaic substrate is connected with the charging port through DC-DC conversion. The photovoltaic charging system is simple in charging conversion process and high in efficiency. The charging connection A of the photovoltaic charging system is preferably realized by two DC-DC converters in parallel. The invention furthermore preferably discloses a running method of the photovoltaic charging system; according to the steps in the running method, functional modes can be established to form a functional mode framework; and the running method is mainly realized through computer programs stored in computer readable storage mediums.

The present invention discloses priority-based, dynamic optimization of utilized bandwidth. Methods, devices, and systems are provided for performing priority-based codec conversions. Such conversions may implemented on calls sharing a link having limited bandwidth and may also be implemented after the call has been established but before the call has been terminated. The mechanisms provided herein maximize per-user call completion/quality and overall utilization of network bandwidth by dynamically adjusting encoding algorithms and transmission characteristics of calls using the constrained link.

The invention relates to the field of cloud computing virtual desktops, and discloses a method for establishing a virtual desktop. The method is used for establishing the virtual desktop in a storage device of a virtual desktop computing node, and the storage device is a local solid state hard disk or a local mechanical hard disk or a shared storage disk. The method includes the steps that the storage device is selected based on the performance and cost requirements of a user for the virtual desktop, and the selected storage device meets the requirement for the storage type of the to-be-established virtual desktop; different storage characteristics are sufficiently used according to user scenes; the system storage cost is reduced while the virtual-desktop establishing efficiency is guaranteed. The invention further discloses a system for establishing the virtual desktop. The user can flexibly select the cache establishing time according to practical requirements, and the management efficiency can be improved.

The invention discloses a control method for coordinating the combined operation of multiple independent energy storage power stations, and the method comprises the steps of enabling a unit DCS to distribute the AGC instructions issued by a dispatcher according to the operation conditions of the energy storage power stations, synthesizing the feedback signals of the multiple independent energy storage power stations, and feeding back an energy storage signal to the dispatcher as a whole; when the energy storage performances of the energy storage power stations are equivalent and the initial electric quantities are close to each other, determining an energy storage output proportion according to an energy storage capacity proportion; when the energy storage performances of the energy storage power stations are different or the initial electric quantity difference is larger, determining the energy storage output proportion according to the energy storage available power proportion; and when the output of any energy storage power station is limited due to a fault, setting the energy storage output proportion manually through the unit DCS. The invention also discloses a control system for coordinating the combined operation of the plurality of independent energy storage power stations. According to the present invention, transverse connection between the energy storage power stations is not needed, brand and product type limitation on the newly-added energy storage power stations is avoided, and continuous expansion is easy.