30results about How to "Determine the time" patented technology

A network device, capable of understanding communications between an end user and the core network on a RAN network is disclosed. In some embodiments, the device is able to decode the control plane and the user plane. As such, it is able to determine when the end user has requested multimedia content. Once this is known, the device can optimize the delivery of that content in several ways. In one embodiment, the device requests the content from the content server (located in the core network) and transmits this content in a just-in-time manner to the end user. In another embodiment, the device automatically changes the encoding and resolution of the content, based on overall monitored network traffic. In another embodiment, the device automatically selects or modifies the format and resolution options based on overall bandwidth limitations, independent of the end user.

The invention belongs to the technical field of fire damage range analysis and particularly relates to an analysis method for calculating an influence range of a fire. The method is used for analyzingdamage conditions of equipment in a room under the condition of the fire in the room. The method comprises the steps of S1, analyzing a condition of the room where the fire is located; S2, analyzingan ignition source and target equipment in the room; S3, determining a heat release rate of the ignition source and a damage criterion of the target equipment; S4, calculating an influence range of the ignition source during combustion and a hot gas layer temperature in the room; S5, judging whether secondary combustibles exist or not: S5.1, determining fire outbreak time of the secondary combustibles; S5.2, calculating a heat release rate of the secondary combustibles; and S5.3, judging whether all the secondary combustibles are considered or not; S6, calculating a total heat release rate anda final fire influence range; and S7, analyzing damage time and damage reasons of the target equipment. The method is simple in operation; and an analysis conclusion can be quickly obtained without complicated modeling.

The invention discloses a method and a device for configuring mail sending time. By the method and the device, configuration of accurate mail sending time is achieved. The method includes acquiring a receiver address through a mail editing interface when triggering for sending a mail at a fixed time is acquired, acquiring mail handling time corresponding to the receiver address and configuring the mail sending time according to the acquired time.

The invention provides a manned transport means provided with a monitoring device including an annular tape of conveying elements such as steps or trays, each conveying element including a roller anda stepping component capable of holding a person on the stepping surface thereof; and multiple thin and long guide rails used for guiding and supporting the guide rollers of the conveying elements; and a monitoring unit including an electronic processing device such as one or more microprocessors; and a sensing device connected with the monitoring unit. The at least one guide rail includes a guiderail segment having an upper side. The guide rollers are arranged to run on the top part of the guide rail segment including strip bands and adjacent slots which are thin and long in the longitudinaldirection of the guide railsand spaced by a specific distance in the width direction of the guide rails. The strip bands are disposed between each two adjacent slots and are thin and long in the longitudinal direction of the guide rails. The sensing device includes a strain gauge fixed on the lower side of at least one of the strip bands and is configured to sense the dimension change of the strip bands in the longitudinal direction of the guide rails.

The invention belongs to the technical field of crop fertilization, and discloses a water and fertilizer integrated fertilization method based on a crop root growth distribution rule, and the method comprises the following steps: planting crops and reference crops at the same time; calculating root system distribution of the reference crop through a calculation terminal, generating different soil layers along a vertical line direction through simulation, and calculating water and fertilizer proportions of the different soil layers; detecting root system distribution conditions of reference crops in different soil layers through a detection device; burying an infiltrating irrigation pipeline in the infiltrating irrigation pit by taking the crop stalk as a circle center; mixing the crop fertilizer with water to obtain a liquid fertilizer; the irrigation water mixed with the liquid fertilizer flows into the soil through the infiltrating irrigation pipeline for fertilization, and the flow of the liquid fertilizer output by the infiltrating irrigation pipeline is controlled according to the three-dimensional fertilization proportion control model. According to the invention, the root system distribution of the reference crop is calculated through the calculation terminal, so that the water-fertilizer proportion and the infiltrating irrigation time required by crop roots in different soil depths can be accurately determined.

The invention concerns a method for operating a motor vehicle with selectable all-wheel drive. The all-wheel drive is implemented with no central differential and the rear axle is implemented with noaxle differential. The motor vehicle includes first and second partial clutches for independently decoupling left and right rear wheels from the drive train of the motor vehicle motor vehicle. The method includes determining a value that is representative of a ratio of the speeds of the front wheels to each other, comparing the value with a reference value, and disengaging the partial clutch thatis associated with an outer rear wheel when the motor vehicle is turning, when the value is greater than the reference value, in order to prevent negative torques on the outer rear wheel.

A method for conveying medical products (4) comprises the steps of: conveying medical products (4) on an oscillating conveyor (6) to a delivery area (8) of a plurality of delivery channels (7) and from said delivery area (8) into at least one wellbore (14), wherein the oscillating conveyor has a plurality of delivery channels (7) arranged adjacent to each other; detecting defective products (12) in one of the delivery channels (7); and when detecting defective products (12), activating a transfer device (26) for transferring the defective products (12), the transfer device being arranged in the vicinity of the delivery area (8) of the delivery channel (7), the transfer device (26) being moved or pivoted, when activated, to an activated position in which the transfer device is located in the transport path of the defective products (12).

The invention discloses an eyedrop bottle with a counting function. The eyedrop bottle comprises a cylindrical bottle body, wherein a cylindrical cavity with an opening facing downwards is formed in the cylindrical body, a solution bottle can be moved up and down in the cylindrical bottle body, a horizontal cylindrical groove is formed in the side wall of the inner cavity of the cylindrical bottle body, a moving block capable of moving horizontally is arranged in the groove and moves toward the groove in the side wall when the solution bottle is moved upwards, and a counting switch of a counter is started when the moving block is moved to the maximum position. The eyedrop bottle can display the drop number of eyedrops left in the eyedrop bottle, so that use-up time of the eyedrops is determined accurately, and timely eyedrop purchasing is ensured.

The invention relates to a vehicle-mounted yield measuring device which is installed on a combined harvester. A weighing sensor is installed at the bottom of a grain bin of the combined harvester, a moisture sensor is installed at the grain outlet position of an elevator of the combined harvester, and meanwhile a control center adjusts measured real-time weight information according to moisture content information and standard grain moisture content so that the weight of the grains entering the grain bin can be directly measured, the influence of the harvesting state of the combined harvesteron the measurement is avoided, and the measuring precision is improved. In addition, manual operation is not needed through automatic judgment of the starting time of grain harvesting, and measurementis more convenient and accurate.

The invention provides a rail transit signal system alarm method and device, electronic equipment and a storage medium, and the method comprises the steps: obtaining the operation and maintenance information of a rail transit signal system, and generating regularized alarm information based on the operation and maintenance information of the rail transit signal system and a preset alarm rule; and based on the association category of the regularized alarm information, classifying and compressing the regularized alarm information to obtain alarm classification information, and based on the alarm classification information, determining an alarm state and alarm elimination time. According to the rail transit signal system alarm method and device, the electronic equipment and the storage medium provided by the invention, the defect of low alarm efficiency in the prior art is overcome, the alarm efficiency is improved, and the operation and maintenance cost of alarm information is reduced.

The invention relates to a brochure heating mechanism, a used paper post-processing device and a brochure manufacturing system. The brochure heating mechanism comprises a heating mechanism and a heating control unit, wherein the heating mechanism is used for heating a fold line part of the brochure; and the heating control unit is used for controlling heating time and/or temperature of the heating mechanism to the brochure. According to the brochure heating mechanism provided by the technical scheme, the different heating times and heating temperature can be set according to the different brochures, so that an assumed heating effect can be achieved when the brochure is heated, and the assumed heating effect on parts of the brochures cannot be achieved when all the brochures are heated by utilizing the uniform heating time and heating temperature in the prior art.

The invention provides a method executed by user equipment. The method comprises the following steps: receiving a timing advance command in an uplink time slot n; and according to the received timingadvance command, determining time of applying uplink transmission timing adjustment as starting from the starting point of the uplink time slot n + k + 1. K is further determined according to the duration of N1 symbols; the value of N1 corresponds to at least one of the following: PDSCH decoding time defined by a physical downlink shared channel PDSCH processing capability 1 when the processing capability assumption is satisfied is referenced, the maximum PDSCH decoding time defined by the PDSCH processing capability 1, the maximum PDSCH decoding time defined by the PDSCH processing capability1 when the extra PDSCH demodulates the reference signal DM-RS is configured, the minimum PDSCH decoding time defined by the PDSCH processing capacity 1 and the minimum PDSCH decoding time defined bythe PDSCH processing capacity 1 when the additional PDSCH DM-RS is configured; and n, k and N1 are integers respectively.

The invention relates to the technical field of 3D printing, and discloses a lifting mechanism of an intelligent 3D printer forming platform. The lifting mechanism comprises a base plate, wherein theupper surface of the base plate is fixedly connected with the bottom ends of two sets of first supporting plates; a protective shell is arranged on the upper surface of the base plate; the first supporting plates are in sliding connection with the forming platform; and the base plate is fixedly connected with the bottom end of a telescopic rod. According to the lifting mechanism of the intelligent3D printer forming platform, a connecting shaft is driven to rotate through an arranged motor, so that a second bevel gear and a first bevel gear are matched to rotate, then the first bevel gear drives a transverse shaft to rotate, the transverse shaft drives a limiting block to rotate, the limiting block drives a gear to rotate, then the gear is matched with a moving rod, so that the moving rodis lifted under the limiting of a fixing column; and a scale plate is arranged to be matched with the first supporting plates, so that the forming platform can be stably lifted, meanwhile, the formingplatform is guaranteed to be in a horizontal state, and the height difference is prevented.

The invention provides a detecting method of the hydration process of gypsum slurry, and a control method. The detecting method comprises the steps: the temperature of the gypsum slurry is repeatedlymeasured at certain time intervals; according to the recorded time and the measured temperature, a hydration process curve of the temperature change of the gypsum slurry along with the time is drawn;and according to the hydration process curve, the initial setting time, the final setting time and the hydration completing time of the gypsum slurry are obtained. According to the detecting method, by adding a retarder or a coagulant into the gypsum slurry, the initial setting time, the final setting time and the hydration completing time of the gypsum slurry are controlled; through the detectingmethod, the hydration process of the gypsum slurry can be scientifically and stably detected and analyzed; the control method facilitates control over a production process; and the property and the product quality of the gypsum slurry are stabilized.

The invention relates to the technical field of new energy vehicles, and provides a vehicle energy distribution method and device. The vehicle comprises a fuel cell. The vehicle energy distribution method comprises the steps that the starting state of the fuel cell is detected; when it is detected that the fuel cell is not started, distributable energy is obtained according to the energy consumedby the accessories needed by starting of the fuel cell, the maximum available energy of the power cell, the energy reserved for over-discharge prevention of the power cell and the available energy ofthe fuel cell; and the whole vehicle energy distribution is executed according to the distributable energy. According to the invention, enough energy can be provided for starting of the fuel cell, andthe power cell is prevented from being over-discharged.