63 results about "Too slowly" patented technology

An item velocity monitoring system is provided which interfaces with a consumer retail store that has several cash registers that are tied into a “point of sale” store controller. The item velocity monitoring system is capable of detecting when sales (or other movement activities) of an item are occurring too quickly, or too slowly. The item velocity monitoring system is first “trained” in a learning mode of operations, during which item patterns and group patterns are evaluated and placed into a pattern database. The system then compares the observed item velocity to its model probability velocity, and if the observed item velocity deviates beyond the statistical model, a “velocity event” is generated, declaring one of the above selling “too quick” or “too slow” conditions. Once a velocity event is detected, an event handling routine displays the event, and can transmit the event information over a network (including the INTERNET) to a remote computer for additional analysis or record keeping. A “Loyalty Out-of-Stock System,” (LOSS) is incorporated in the above item velocity monitoring system which automatically detects when items for sale are out-of-stock (OOS), discovers the reasons for these “stock-outs,” and determines how customers react to these stock-outs. The LOSS operates on store data and models the expected item movement rate for each item under varying time-of-day, day-of-week, price, promotion, season, holiday, and market conditions; detects items that are moving abnormally slowly, thereby identifying items that may be improperly displayed; provides early warning that an item may go out-of-stock (OOS) by detecting items with abnormally high movement; detects and reports on items that are OOS at retail stores; summarizes OOS events for the store and retail chain management, and for suppliers, thereby identifying items that are over-stocked (too few OOS events), under-stocked (too many events), badly re-stocked (too long events); analyzes the OOS events to find patterns that explain why OOS's are occurring; and determines the impacts of these OOS events on store customers, thereby measuring losses to the retailer and supplier, and establishing the loyalty of consumers to the item, brand, and chain.

There is disclosed an interactive voice response system for prompting a user with feedback during speech recognition. A user who speaks too slowly or too quickly may speak even more slowly or quickly in response to an error in speech recognition. The present system aims to give the user specific feedback on the speed of speaking. The method can include: acquiring an utterance from a user; recognizing a string of words from the utterance; acquiring for each word the ratio of actual duration of delivery to ideal duration; calculating an average ratio for all the words wherein the average ratio is an indication of the speed of the delivery of the utterance; and prompting the user as to the speed of delivery of the utterance according to the average ratio.

Traditional temperature-control products have the problem that the temperature of the working surface reaches the setting temperature too slowly when heating up or recovering from a temperature drop. A traditional temperature control circuit and temperature-settings selector components are modified to solve this problem. When heating begins, the modified circuit increases the initial setting temperature to be above the target setting temperature. The modified circuit then adjusts the setting temperature by measuring the heating power consumption. Once the working surface of the temperature control product reaches the initial setting temperature, the heating power consumption drops and the modified circuit reduces the temperature setting to the target setting temperature. The temperature control product can rapidly achieve the target temperature. A positive-temperature-coefficient heating component is used in the temperature control product.

The present invention relates to an unmanned helicopter heading compensation route transition method. During the deflection process of an unmanned helicopter, a transverse path adopts lateral zero speed maintaining control; a heading path adopts yaw angle rate maintaining control; a yaw angle rate instruction is generated according to heading deviation containing a heading compensation quantity; the heading compensation quantity is determined according to real-time side deviation, a yaw angle rate upper limit corresponding to a current flight speed and a heading compensation quantity threshold, so that a yaw angle speed instruction and a roll angle instruction are obtained; and therefore, when the unmanned helicopter rotates too quickly when swerving due to disturbance, a heading compensation mechanism enables a compensation effect for reducing the speed of rotation; and when the helicopter rotates too slowly when swerving due to disturbance, the heading compensation mechanism continuously gives out heading compensation instructions, and the helicopter continues to complete swerving until the heading deviation and side deviation of the helicopter meet requirements. The heading of the helicopter is corrected through the side deviation, so that the unmanned helicopter can accurately track a target route and achieve precise tracking and control of the route.

The invention discloses a method and a device for authenticating in a safety channel establishing process as well as an intelligent card and a terminal. The main content is as follows: when a safety module is illegally attacked (namely the continuously-appearing authentication failure times reach the pre-set lower limiting value and do not reach the upper limiting value), a manner of prolonging the time of responding message by feedback authentication is used for delaying to return an authentication failure response message to peripheral equipment, so that the peripheral equipment responds too slowly via the safety module, a problem in connection appears and the attack is stopped, or the attack is stopped as the delaying time is longer than the time delay capable of being tolerated by the peripheral equipment, so as to reduce the attack to the safety module under the condition that the safety module is not out of work, and improve the safety of the safety module.

The invention relates to a burst mode optical receiver, composed of a detector, a preamplifier, and two capacitor coupled judgment circuit channels, and its character: there is also an electronic switch set between the preamplifier and the two channels, the electronic switch is connected with a control circuit, the input end of the electronic switch is connected with the output end of the preamplifier, and the output end of the electronic switch is connected with the input ends of the two channels. It retains the advantages of a capacitor-coupled limiter amplifying circuit-judgment threshold automatically centers and stays in an optimum state; receiving sensitivity does not reduce due to burst mode reception; at the same time, its receiving light path loss difference is not limited because the coupled capacitor discharges too slowly; the light path loss difference is limited by dynamic range of the preamplifier; and the whole circuit has no component which need regulating.

The invention discloses an intelligent terminal with a touch panel and a cursor control method and system thereof. The method comprises the following steps: A) dividing an intelligent terminal application interface into M*N display areas in a definition that M icons are laterally displayed and N icons are vertically displayed in advance, and halving the touch panel into M*N touch areas which exhibit a consistent aspect ratio with the display areas; B) detecting a sliding track of a user on the touch panel, successively analyzing the sliding track in a corresponding area in a sequence that the sliding track passes through each touch area, and looking for a corresponding key value according to a preset analysis data and key value corresponding table; and C) causing a cursor to move in sequence among the application icons of an application icon interface according to the key values which are found in sequence. The cursor can quickly move according to the habits of the user so as to satisfy the characteristics of high-speed movement and precise positioning, a problem that the cursor moves too slowly among the application icons since the cursor is controlled by a traditional touch panel is avoided, and the user experience of a corresponding intelligent terminal product is improved.

The invention belongs to the technical field of display and in particular relates to a membrane thickness monitoring device and membrane formation equipment. The membrane thickness monitoring device comprises a membrane thickness synchronizing unit, wherein the membrane thickness synchronizing unit comprises a sensor and a shielding plate; a plurality of monitoring holes are formed in the shielding plate; the shielding plate is capable of being moved relative to the sensor to enable openings of at least two different monitoring holes to be aligned to the sensor, and then the quantity of a membrane formation material which passes through the monitoring holes and reaches the sensor within a set time is monitored; the sensor is a crystal oscillator. By adopting the membrane thickness monitoring device, on premise that the membrane thickness monitoring accuracy is ensured, the service life of the crystal oscillator is prolonged, and the use efficiency of the crystal oscillator is improved;by adopting the membrane formation equipment, a tool coefficient value matched with an opening radius of the monitoring holes in the shielding plate in the membrane thickness monitoring device is selected, a material on the crystal oscillator is not settled too rapidly or too slowly, a stable membrane formation velocity is maintained, and accurate membrane thickness monitoring can be achieved.

The invention relates to a cultivation method for taxus cuspidata in a cold region, in particular to a light supplement cultivation method for promoting fast growth of taxus cuspidata container seedlings. The purpose is to solve the problems that existing taxus cuspidata container seedlings grow too slowly, an existing light supplement method is unobvious in effect, and after light is supplemented, seedling bodies are weak and even die as whole plants. The light supplement cultivation method includes the steps of (1) collecting, (2) seedling planting, (3) light supplement treatment on the seedlings and (4) fertilization treatment on the seedlings. The light supplement cultivation method has the advantages that after being planted, the taxus cuspidata container seedlings can be recovered fast and adapt to the container seedling culture environment; the cultivation method is easy to implement, low in cost and remarkable in effect; the mode of applying fertilizer of small amount many times is adopted and is beneficial for improving the robustness of nursery stocks; the growth rate of the taxus cuspidata container nursery stocks is increased by over 70%. The cultivation method is mainly used for promoting fast growth of the taxus cuspidata container seedlings.

The embodiment of the invention provides a virtual machine starting method and a device, and the method comprises the steps: monitoring a trigger event of batch starting of virtual machines; when triggering events of batch starting of the virtual machines occur, memory snapshot files corresponding to the multiple target virtual machines triggered and started by the triggering events are obtained;and starting the plurality of target virtual machines based on the memory snapshot files respectively corresponding to the plurality of target virtual machines. According to the embodiment of the invention, the virtual machine can be quickly started through the virtual machine memory snapshot file, the data volume of reading the data from the storage system in the batch starting process of the virtual machine is reduced, and the situation that the virtual desktop is started too slowly or even cannot be started due to resource limitation in the batch starting process is avoided.

The invention relates to a fermentation temperature control method in cellar pools for Daqu liquor production and belongs to the technical field of Daqu liquor production. The fermentation temperature control method realizes the fermentation temperature control inside the Daqu liquor producing cell pool in a heat exchanging way by arranging a heat exchanging device inside a Daqu liquor producing cell pool. When temperature of maternal fermented grains in the cell pool is too low or the temperature rises too slowly, hot water is charged, and heat is fed so as to heat the maternal fermented grains and shorten temperature rise time; when temperature of the maternal fermented grains in the cell pool is too high or the temperature rises too fast, cold water is charged, and heat-removing is carried out so as to cool the maternal fermented grains and reduce temperature rise speed; and in middle and late fermentation stage, waste hot water in workshop production is used for reserving temperature of the maternal fermented grains. The fermentation temperature control method of the cellar pools for Daqu liquor production can raise fermentation speed, shorten fermentation time and improve liquor quality.

The invention relates to a method for simultaneously improving the degradation rate and biological activity of iron-based implants, which belongs to the technical field of biomedical implant design and manufacturing. A scheme is characterized in that iron powder and calcium sulfate are used as raw materials, through an alternative laser melting process, an iron-based implant is obtained, and the iron-based implant comprises the following components in mass percentage: 0.5-12% of calcium sulfate; and 88-99.5% of iron. The method solves the problem that the conventional iron-based implant degrades too slowly, and controls the degradation rate within a reasonable range; in addition, the calcium sulfate can form a bone-like apatite layer by degradation, forms good bone bonding with the tissue,and increases the biological activity of the iron-based implant. At the same time, the method can realize the uniform dispersion of calcium sulfate in an iron matrix and maintain the structural integrity by optimizing the preparation process, and fully exerts the effect of improving the degradation behavior and biological activity of the iron-based implant.

The invention discloses a novel hydrant faucet valve, wherein a sealing ring is arranged on an upper opening of a valve body; a rotating connector is arranged in a ball socket of the upper opening of the valve body; and the valve body and the rotating connector are connected into a whole body through a connecting flange. The novel hydrant faucet valve has the beneficial effect: according to the novel hydrant faucet valve, a water outlet of the hydrant has universal function, so that the defect of undue loss as the existing hydrant faucet valve is switched on too slowly to delay the fire suppression easily is effectively overcome.

The invention discloses a robotic fish, which has a streamlined shell and is divided into fish head, fish body and fish tail according to the shape and structure of a biological fish. The fish head and fish body are fixedly connected, and the fish body and fish tail are connected by a driving mechanism. Rotational connection: a motor is installed in the seal of the fishtail, and a propeller is arranged at the bottom of the fishtail, the motor is electrically connected to the control module, and the output shaft of the motor is fixedly connected with the rotating shaft of the propeller. The first steering gear provides power for the swing of the fish tail, but only relying on the swing of the fish tail as the driving force for the robot fish to move forward, the robot fish swims too slowly. By setting the propeller, the control module controls the opening, closing and Speed, to achieve the effect of rapid propulsion.

Apparatuses and methods of forming a memory cell is described. In one such method, a forming charge applied to a memory cell, such as a Resistive RAM (RRAM) memory cell, is monitored to determine the progress of the forming the cell. If the cell is consuming charge too slowly, a higher voltage can be applied. If the cell is consuming charge too quickly, a lower voltage can be applied. The charge may be monitored by charging a capacitor to a certain level, then monitoring the discharge rate of the capacitor though the cell. The monitoring may use comparators to measure the charge. The monitoring may also use an analog to digital converter to perform the monitoring.

The invention discloses a multistage precipitation separation system for solid-liquid separation of phosphated residue. The separation system comprises a reaction kettle, a main sedimentation tank, athree-stage secondary sedimentation system, a centrifugal solid-liquid separator, a liquid storage tank, a plurality of connecting pipelines and a plurality of conveying pumps; wherein a main sedimentation tank is arranged on the side edge of the reaction kettle; the water inlet end of the main sedimentation tank is connected with the output end of the reaction kettle through the connecting pipelines; the conveying pumps are arranged on a connecting pipeline between the reaction kettle and the main sedimentation tank; and the three-stage secondary sedimentation system is arranged on the side edge of the main sedimentation tank. According to the invention, the main sedimentation tank and the three-stage secondary sedimentation system are arranged to carry out multiple times of sedimentationand separation on the phosphated residue mixed solution; the phosphated residue solid-liquid separation quality is improved, the possibility that subsequent filtrate still contains solid residues andthe like due to the fact that phosphated residues react with flocculating agents and other drugs too slowly is prevented, the phosphated residue solid-liquid separation efficiency is improved, the content of phosphated residues in liquid obtained after solid-liquid separation is small, environmental pollution is relieved, and the phosphated residue utilization rate is increased.

The invention relates to a noise reduction and control method for a smart skylight, which can reduce noise during the skylight running. By a control curve formed by a power calibration step, the skylight always runs at the positions with the optimum noise level at each segment. An average noise value under normal output of motor drive is used as a reference value, the running speed of the skylightis fast, and running too slowly in the pursuit of noise reduction is prevented. By the smooth processing for the position and an output speed curve, the control failure of a motor due to the output speed changing suddenly can be prevented.

If a motor becomes defective, e.g. stops running, runs too slowly, or becomes too hot, many customers demand the generation of an alarm signal, i.e. ask for an alarm device provided on the motor. The following method is used for configuring this alarm signal: At least one parameter for configuring the alarm device of the motor is inputted via a input interface (80, 82); the at least one parameter is stored in a parameter memory (74; 109); the execution of at least one routine of the alarm device provided in the microprocessor (23) is influenced by said stored parameter or by a parameter derived therefrom. The invention furthermore concerns a motor for carrying out such a method. In a motor of this kind, the alarm device can easily be configured in accordance with a customer's present needs.

The invention relates to a motor speed regulation device, in particular to the motor speed regulation device for a fan. The motor speed regulation device comprises a fan motor, a speed measurement module and a rotating speed control module. A magnetic ring is sleeved on a rotating shaft of the motor. The input tend of the speed measurement module is connected with the motor, and the output end of the speed measurement module is connected with the input end of the rotating speed control module of which the output end is connected with the motor. When the motor rotates, the magnetic ring sleeved on the rotating shaft of the motor generates a magnetic potential, a Hall sensor converts the magnetic potential generated by the magnetic ring into an electric signal and transmits the electric signal to a singlechip, the singlechip counts the rotating speed of the motor, a countering result of the singlechip enters a comparator for comparison with reference voltage to judge whether the motor rotates too fast or too slowly, and the rotating speed of the motor is regulated by feedback regulation. The motor speed regulation device provided by the invention is easy to operate, and timely monitors and regulates the rotating speed of the motor.

The invention discloses a concrete pump truck discharge capacity prompting system. A discharge capacity emitting device is mounted in a remote control for controlling a concrete pump truck; the discharge capacity emitting device is used for emitting a concrete pump truck discharge capacity signal; a discharge capacity receiving device is mounted on the concrete pump truck; the discharge capacity receiving device is connected with a discharge capacity prompter; the discharge capacity receiving device is in wireless communication with the discharge capacity emitting device; the discharge capacity prompter is used for receiving or acquiring a discharge capacity signal of the discharge capacity receiving device and used for prompting concrete pump truck discharge capacity information. The invention further discloses a concrete pump truck. By adoption of the concrete pump truck discharge capacity prompting system, the situation that the concrete is wasted as the concrete is fed too fast by a concrete mixing operator and flows out of a bucket or concrete cannot be sucked as the concrete is fed too slowly by the concrete mixing operator can be avoided.