252 results about "Static mode" patented technology

The problem of charge leakage in the AC compensation filter for the error amplifier of a pulse width modulation (PWM)-based DC—DC converter is effectively obviated by controllably sampling and storing the voltage across the AC compensation filter, in response to a transition of the operation of a DC power supply from run or active mode to quiescent or sleep mode. The sampled voltage is retained as a compensation voltage throughout the quiescent mode, so that it will be immediately available to the PWM circuitry at the termination of the quiescent interval. This serves to ensure a relatively smooth (low noise) power supply switch-over during a subsequent transition from quiescent to active mode.

An envelope tracking power amplifier system time-aligns a supply voltage to an input signal to a power amplifier. The power supply operates in a static mode for low amplitude input signals and operates in a dynamic mode for high amplitude input signals. In the static mode, the power supply produces a substantially constant supply voltage independent of the amplitude of the input signal. In the dynamic mode the power supply produces a dynamically varying envelope tracking supply voltage based on the amplitude of the input signal. A first delay is determined based on portions of the input and output signals captured during static operation of the power supply and a second delay is determined based on portions of the input and output signals captured during dynamic operation. A delay mismatch is estimated based on a difference between the first and second delays.

A low-vision viewer magnifies the face-up source material in the visual field of a camera and displays the magnified image on a VDU or other display means. In a static mode, the camera captures and stores a high-resolution image of the source material. This high-resolution image can be manipulated and subsequently displayed on the VDU. In a live mode, the camera captures a low resolution image of the source material or a high resolution image of a section of the source material to provide a high frame rate for full motion video. In the live capture mode, the low-vision user can move their view around the source material and zoom in on a desired section of interest. The same camera is used in either static or live modes.

An envelope tracking power amplifier system time-aligns a supply voltage to an input signal to a power amplifier. The power supply operates in a static mode for low amplitude input signals and operates in a dynamic mode for high amplitude input signals. In the static mode, the power supply produces a substantially constant supply voltage independent of the amplitude of the input signal. In the dynamic mode the power supply produces a dynamically varying envelope tracking supply voltage based on the amplitude of the input signal. A first delay is determined based on portions of the input and output signals captured during static operation of the power supply and a second delay is determined based on portions of the input and output signals captured during dynamic operation. A delay mismatch is estimated based on a difference between the first and second delays.

The embodiment of the invention discloses a method, equipment and a system for sharing a frequency spectrum resource, which relate to the field of wireless communication and are used for realizing the sharing of a dynamic frequency spectrum resource among different mobile honeycomb networks on the basis of ensuring the network coverage and the service continuity. The method comprises the following steps: dividing the frequency spectrum resource into a basic frequency band and a dynamic frequency band, wherein the basic frequency band is used for ensuring the network coverage and the service continuity of at least two networks of the sharing frequency spectrum resource; fixedly distributing the basic frequency band in the frequency spectrum resource to at least two networks in a static mode, and distributing the dynamic frequency band in the frequency spectrum resource to at least two networks in a dynamic mode; and transmitting the frequency spectrum resource distribution information of the basic frequency band and the frequency spectrum resource distribution information of the dynamic frequency band to a base station so as to be used for the frequency spectrum resource allocation of the base station. The invention is suitable for mobile honeycomb networks, such as GSM, UMTS, LTE, CDMA2000, WiMAX and the like.

A portable wheeled dolly for transporting a receptacle of articles, such as a quantity of baseballs to a practice field, where the dolly comprises a pair of spaced apart, elongated frame members, and a U-shaped handle engaging respective first ends of said frame members. Hingedly positioned along a midpoint of the of the frame members is a pivotal platform which functions as a transporting support surface for the receptacle, or as a seat in a static mode. A pair of wheels are provided in proximity to the second ends of the frame members, where the wheels are vertically spaced from the second ends to avoid ground contact in the static mode, but in rolling contact in the transporting mode.

The invention discloses a silicon on insulator (SOI) wafer double-mask etching-based vertical comb teeth driven torsional micro-mirror and a manufacturing method thereof, which belong to the fields of micro-electro-mechanical systems and micromachining. The torsional micro-mirror is driven by single side comb teeth and is provided with three layers of moveable parts and fixed parts with the same structure. The torsional micro-mirror can work in a static mode or in a dynamic mode by applying voltage signals to different comb teeth. The method for manufacturing the vertical comb teeth driven torsional micro-mirror is characterized in that: single SOI wafer processing technology is adopted without multi-layer thin film sedimentation or bonding technology; the whole technological process only needs two mask plates; the upper and lower vertical comb teeth are etched by one mask without an alignment error problem of the comb teeth; and the technological process does not need hydrogen fluoride (HF) corrosion so as to effectively avoid adhesion among the comb teeth caused by a liquid environment. The manufacturing method has the advantages of high precision, low cost, small stress, high finished product rate, simple process, high repeatability, easy batch production and the like.

A pair of multi-frequency ultrasound transducer surround a fluid flow and are configured to operate under computer control in both a mono-static and a bi-static mode at each of the multiple frequencies. In the mono-static mode, pulsed wideband Doppler shift measurements provide the velocity profile across the fluid flow which can be combined with measured pressure drops to determine the rheogram—a plot of shear stress versus shear rate. Velocity profile data from each frequency can be combined to form a composite velocity profile. In the bi-static mode, transmission data is collected that improves the accuracy and robustness of the velocity profile and provides supplemental material property information. The system is configured for automated operation for a wide variety of fluid types and can be reconfigured and / or monitored remotely.

A core-strengthening exercise apparatus is comprised generally of three primary components, namely a pair of identically shaped and configured swing arms each of which is pivotally mounted at or proximate to its midpoint to a substantially C-shaped transverse bar member. The apparatus has two general modes of use. In a first mode of use, referred to as the “static mode”, the subject apparatus may be oriented such that its swing arms rest on the floor with the bar member extending therebetween a distance above the floor to provide a stable gripping surface over which a plurality of exercises may be performed. In a second mode of use, referred to as the “dynamic mode”, the apparatus is flipped over such that only the bar member is in contact with the floor supporting the swing arms there above. In this mode, the user supports his or her upper body in the plank position over the apparatus by grasping either end of each swing arm and resting his or her forearms along the longitudinal axis thereof. The unique curvature and configuration of the bar member creates an inherently unstable interface between the user and the floor permitting side-to-side or back-to-front rocking motions, pivoting motions about a vertical axis, or combinations thereof, all requiring control over core muscles to prevent loss of balance.

A tensioning device has a tension arm mounted on a base. A pulley is mounted on the tension arm for engaging a looped belt. By changing mounting bushings, one can select either a static mode wherein the tension arm is held stationary relative to the base, or a dynamic mode wherein, in response to a changing force applied between the pulley and the belt (due to vibrations or load changes, for example), the tension arm moves relative to the base in such a manner as to maintain the force substantially constant. Several such devices can be employed in a system for controlling the tension of a looped belt, one or more of the devices being in the static mode and one or more being in the dynamic mode. Several such systems can be employed in a complex machine such as a photocopier or medical apparatus for controlling the tension in a number of different belts.

The invention relates to a biaxial stretching / compression mode scanning electron microscope mechanical test device belonging to an electromechanical material performance test instrument. The biaxial stretching / compression mode scanning electron microscope mechanical test device comprises a biaxial loading and transmission unit composed of a high-precision direct current servo motor, a three-level large-reduction-ratio reducing mechanism, a small-lead ball screw nut pair and a guide rail. With the adoption of the biaxial stretching / compression mode scanning electron microscope mechanical test device, precise application of load can be realized in a quasi-static mode at an extremely low velocity, a plurality of types of material performance test modes containing a uniaxial stretching / compression mode, a biaxial constant speed / variable speed synchronous stretching / compression mode, or a biaxial constant speed / variable speed asynchronous stretching / compression mode, and the like can be started by synchronization precision acquisition of four paths of load / displacement signals and combining a closed-loop control strategy taking a load, displacement or deformation signal as a feedback source, and drive units, transmission units and detection units of each shaft are independent and are not interfered with one another. The biaxial stretching / compression mode scanning electron microscope mechanical test device has a compact and exquisite structure and good compatibility with imaging instruments, such as a scanning electron microscope.

The invention discloses a mixed structured query language (SQL) injection protection method, which combines a static mode matching technology and a dynamic characteristic filtering technology. The method comprises the following steps of: automatically learning all legal SQL sentences of a service system in security environment, and constructing a knowledge base; and matching the SQL sentences with the knowledge base by using a mode matching algorithm in real-time working environment, and if matching succeeds, determining that the SQL sentences are legal. The SQL sentences which are unsuccessfully matched are not immediately determined to be illegal, deep characteristic check is performed by using a characteristic filtering algorithm based on a value-at-risk, and the truly illegal SQL sentences are identified. A mode matching method and a characteristic filtering method are matched and combined with each other, so a good effect is achieved, and a conflict between accuracy rate and mis-alarm rate caused by the conventional injection protection method can be well solved.

The embodiment of the invention provides a static testing method and controller for waking up of a full-automatic-operation type train. The method comprises: during the full-automatic-operation type train wake-up process, a current state of the full-automatic-operation type train is detected; when the current state meets a preset static testing basic condition and a preset dynamic testing basic condition, a first static testing request of a first driving side is sent to a ZC; after first static testing authorization information sent by the ZC is received, current states of all basic parts of the train are tested in a static mode; when the current states of all basic parts meet the preset conditions, static testing of the first driving side is done successfully and first dynamic testing is triggered and executed; and after successful first dynamic testing, second static testing of a second driving side is executed, thereby completing static testing of the two sides. According to the invention, participation of a driver is not required; the automatic static testing function during the full-automatic-operation type train waking up process is realized; the labor intensity of the drive is reduced; and the operation efficiency and security are improved.

The invention provides a dynamic networking method and equipment for network access points. According to the embodiment of the invention, the traditional network-centered idea is changed into the user-centered idea and services are provided for users, thereby preventing the user from sensing the network environment frequently and providing a data transmission service of the user in a low-speed or static mode by an APG. Moreover, during the movement process of the user, the user service transmission can be realized based on dynamic APG updating and AP cooperation in the APG. Therefore, the number of times for user switching can be reduced and user switching in the APG does not need to use the core network, thereby reducing the signaling load of the core network.

In a liquid crystal display (LCD) device, a plurality of pixels is driven to display a first frame and a second frame in sequence. A gray-scale difference between the first frame and the second frame is detected to determine a driving mode variation between the first frame and the second frame. The number of pixels driven by a dynamic mode and a static mode in the second frame is adjusted according to the driving mode variation. Gray-scale data corresponding to the pixels in the second frame is output.

The invention discloses an FPGA (Field Programmable Gate Array)-based single event effect test method for a NAND FLASH device and belongs to the field of space radiation effect and reinforcement. The method comprises an upper computer, a 50MHz crystal oscillator, a program configuration port JTAG (Joint Test Action Group), an FPGA control module and an NANF FLASH test module. The test method comprises the following four working modes: 1) static mode; 2) dynamic mode; 3) dynamic reading / writing mode; and 4) dynamic reading / erasing / writing mode. With the method, single event effect test of the large-volume NAND FLASH memory can be realized. Under the condition of an experimental analog source, single event effect characteristic parameters can be efficiently obtained.

A method of motion estimation for video encoding constructs a binary pyramid structure having three binary layers. A state update module registers and updates repeat occurrence of final motion vectors and a static-state checking module determines if the method is in a static mode or a normal mode based on the repeat occurrence. In a normal mode, the first binary layer is searched within a ±3 pixel refinement window to determine a first level motion vector. In the second binary layer, a search range is computed based on six motion vector candidates. By checking every point within in the search range, a second binary layer search generates a second level motion vector. Finally, a third binary layer search within a ±2 pixel refinement window generates a final motion vector according to the second level motion vector. In a static mode, a fine tuning module performs search within a ±1 pixel refinement window and generates a final motion vector.

Detection of intravascular plaque in OCT images is carried out by obtaining images of vascular tissue from a vascular component by OCT either in a static mode of a single image or in a dynamic mode where the images are obtained by scanning. The method acts by dividing the OCT image into different regular regions, calculating different texture features for each of the above regions with a reduced set of less than a full set of the 26 Haralick textural features, using a clustering algorithm to segment the image defined by its texture features calculated above into different regions and transforming the segmented image back from its representation using texture features to its space-domain representation. The method uses three or four texture features where the reduced sets can be f1, f 2, and f14 (ASM at 0°, Inertia at 0° and ASM at 90°).

The invention provides a multi-degree-of-freedom loading method based on parallel mechanism driving force closed loop. The multi-degree-of-freedom loading method comprises the following steps: converting force and moment, which are required to be applied to a tested element, into driving force for loading each actuator of a six-degree-of-freedom parallel mechanism; and then carrying out force closed loop control on each actuator of the parallel mechanism so as to achieve the control on the multi-degree-of-freedom load of the tested element. The loading method also can comprise the steps of carrying out force positive solution operation on the driving force of the parallel mechanism, and resolving the force and moment which are applied to the tested element, thereby achieving accurate multi-degree-of-freedom force loading on the complex stressed tested element by the six-degree-of-freedom parallel mechanism. Thus, under the condition of not using a six-degree-of-freedom sensor, the force and moment on the tested element can be measured; the complicated multi-degree-of-freedom stress and moment of the tested element can be loaded in a static mode or in a dynamic mode; moreover, the loading force and moment, which are applied to the tested element, can be calculated accurately.

Multicarrier modulated communications, involving a transmitting modem (30; 30′) and a receiving modem (40; 40′) that operate according to normal operating mode and a low-power, quiescent, mode, are disclosed. In the quiescent mode, transmitter power is saved by scaling down the amplitude of the transmitted symbols in each frame by a scaling factor (A), and transmitting multiple instances of the frames in sequence. On receipt, the repeated frames are summed, and the summed amplitudes scaled to account for the repetition factor (M) and the scaling factor (A), to recover the transmitted information. If the repetition factor (M) is greater than or equal to the square of the scaling factor (A), the signal-to-noise ratio in quiescent mode is at least as high as that in normal operation. The repeating, scaling, and summing may all be performed in the frequency domain or in the time domain, as desired.

The invention provides a network resource scheduling method and system based on user experience. The method comprises the following steps: according to user request resources and user grades, obtaining user initial scheduling data, and according to the user initial scheduling data, distributing network resources to users in a static mode; monitoring the QoE data of the users; according to the user request resources, the user grades and the current QoE data of the users, obtaining dynamic priorities of the users; and according to the dynamic priorities, dynamically distributing the network resources to the users. Compared to the prior art, the influences of the users on network resource scheduling are taken into full consideration, the network resources are scheduled on the basis of QoE of the users, and the QoE of the users is regulated by use of dynamic change of the resources after scheduling, such that the demands of the users for the network resources are fully reflected, the dissatisfaction of the users is minimized, and the utilization rate of the resources is maximized.

The invention discloses a display driving circuit, a driving method of the display driving circuit, and a display device. A power source detection circuit is additionally arranged in the conventional display driving circuit, and determines whether a voltage reference signal, outputted by a power source management circuit, is abnormal or not according to a standard voltage reference signal outputted by a logic circuit; the power source management circuit is controlled to stop outputting the voltage reference signal when the condition that the voltage reference signal is abnormal is determined, so that the power source management circuit is in a static mode, at the moment, a display panel is in a normally white mode or a normally black mode, the possible condition that a gate drive control signal, mismatched with a voltage required by a shifting register, is inputted in the shifting register of the display panel is eliminated, and the phenomenon that an assembled display product is abnormal, which is caused by the fact that a signal outputted by the display driving circuit is mismatched with the display panel, is avoided.

The invention provides a method and a system for automatically switching the shooting scene mode by a mobile terminal. The method comprises the steps of when a user shoots pictures, extracting a to-be-shot image acquired by a camera; judging whether human faces exist in the acquired to-be-shot image or not, and when the human faces exist in the to-be-shot image acquired by the camera, switching the shooting mode into a portrait mode giving priority to human face shooting; when the human faces do not exist in the to-be-shot image acquired by the camera, automatically switching the shooting mode into a scenery mode giving priority to scenery shooting; detecting whether the current motion state of the mobile terminal is in a static mode or not; when the current motion state of the mobile terminal is not in the static mode, switching the shooting mode into an anti-shaking motion mode, and otherwise, switching the shooting mode into a default scene mode. After the method and the system are adopted, the mobile terminal can be used for automatically switching the shooting mode, so that manual switching operation is reduced, and the problem that the shooting effect is poor due to the fact that the best shooting mode is not switched is solved.

The invention discloses a charging method of a low-voltage storage battery under the static mode of electric vehicles. In static condition of the vehicles, a battery management system wakes and detects low-voltage storage battery voltage automatically, and carrying capacity of the low-voltage storage battery is calculated through the low-voltage storage battery voltage; if the charging capacity calculated is lower than a set value, the battery management system controls a direct-current to direct-current converter, and the low-voltage storage battery is charged through a power battery pack; if the charging capacity calculated is higher than an internal set value of the battery management system or is not satisfied under other charging conditions or charging is completed or abnormity occurs, the battery management system controls the direct-current to direct-current converter and the battery management system to enter hibernation. In the static condition of the vehicles, the low-voltage storage battery is charged by the aid of the low-voltage storage battery system, vehicle cost is lowered, static time of the vehicles is prolonged, usage experience of the electric vehicles is improved, and good economic and social benefits are achieved.

A WTRU configured to receive a multicast, a unicast or mixed signal. A multimedia signal may be a Multimedia Broadcast Multicast Signal (MBMS). The WTRU switches between an MBMS and a mixed signal anddetermines optimal time to switch between the MBMS and mixed signal. The WTRU switches between receiving the MBMS and mixed signal in an adaptive or semi-static pattern. A flat broadcast channel (BCH) structure in an MBMS dedicated cell is provided, eliminating need for a dedicated broadcast channel (D-BCH). An MBMS-dedicated cell uses a single paging channel for both paging-indicators and paging-record-blocks. A system information broadcast indicates flexible resource usage and paging-record-block limits. Tracking area (TA) / cell association is provided for an MBMS-dedicated cell and geographically co-located non-MBMS-dedicated cells. MBMS-dedicated cell system information is broadcast to regulate WTRU operation while receiving MBMS within said cell. Generic Access Profile (GAP) definitions is part of system information.

The invention relates to a method for treating tetracycline waste water with an iron-modified attapulgite adsorbent, which is characterized in that concentration of tetracycline in the waste water is 5-150mg / L. The iron-modified attapulgite adsorbent is added in the tetracycline waste water, and mass ratio of the tetracycline waste water to the adsorbent is 1: (4-6). The adsorption process adopts a static mode of action and / or an oscillating and stirring mode of action at the temperature of 0-50 DEG C. The method aims at the waste water polluted by tetracycline and removes tetracycline by adding the iron-modified attapulgite adsorbent in the waste water for adsorption. The method has the advantages of having high adsorption efficiency for tetracycline compounds, simple operational process, low requirements for adsorption conditions, low cost of adsorption materials and high regeneration efficiency and being easy to popularize. The method is used for removing tetracycline compounds in a water body and has good economic and environmental benefits.