59results about How to "High degree of synchronization" patented technology

A system and apparatus for control and distribution of data files in large-scale distributed networks. Members of a group of servers in a multicast network elect a group leader whenever a new group leader is required, as detected by absence of a periodic message published by the leader. Election is carried out by a system of voting by each candidate whereby each candidate has a priority calculated from its configuration, and the server with the highest priority is configured to claim the leadership faster than the other candidates. As part of the claim, each candidate multicasts its priority. Each candidate that receives a multicast claim for leadership from another candidate compares its own priority against the claimant and only votes for itself if its own priority is higher. After a preconfigured period of hearing no other claimants with higher priority, the candidate with the highest priority becomes the new leader.

The invention discloses an automatic inclination measurement device for a precast pile with a rectangular or hollow rectangular cross section. The automatic inclination measurement device comprises a supporting mechanism, a monitoring adjustment mechanism and a man-machine interaction platform, wherein the monitoring adjustment mechanism comprises a frame-shaped protection plate; the protection plate is horizontally arranged by the supporting mechanism and provided with eight sliding grooves in the same horizontal plane; a distance measurement sensor is mounted in each sliding groove and used for measuring the distance between one point on the outer surface of the precast pile and the distance measurement sensor; every two distance measurement sensors in the eight distance measurement sensors form a group and are arranged in parallel; any two adjacent groups of distance measurement sensors are orthogonally arranged; the man-machine interaction platform comprises a display screen and an operation platform; and the operation platform is connected with the signal output end of each distance measurement sensor and used for receiving a measurement signal of each distance measurement sensor and an input horizontal position signal of each distance measurement sensor, calculating an inclined angle and an inclined direction of the precast pile and displaying the inclined angle and the inclined direction by the display screen. The automatic inclination measurement device can be used for high-precision measurement of the inclined direction and the inclined angle of the precast pile with the rectangular or hollow rectangular cross section, and is low in cost, convenient to dismount and reusable.

The invention relates to a high-frequency structure design method for an ultra-wide band helix traveling wave tube, belonging to the technical field of ultra-wideband traveling wave tubes. The method comprises the following steps: firstly determining the inside diameter of a helical line; then, under the premise that the inside diameter remains unchanged and through the adjustment of the pitch and the inside diameter of a wing sheet, making high coupling impedance one of the high-frequency characteristics of an input section and enabling dispersion characteristic of an output section to realize super anomalous dispersion so that the pitches and the inside diameters of wing sheets of the input section and the output section can be determined respectively. For the characteristic of high coupling impedance, a helical forward wave can be more synchronized with an electronic beam, greatly increasing the output power. For the characteristic of super anomalous dispersion at the output section, the synchronization between a higher harmonic wave and an electronic beam is destroyed, thus achieving a better harmonic suppression effect. The high frequency structure of the invention can improve the output power and suppress harmonic waves, and the output power is more than 115W in the frequency range of 4.5 to 18GHz and the second harmonic wave at 4.5GHz is less than -5dBc.

The invention belongs to a front end switching technology of an Ethernet switching system, in particular relates to a high-efficiency group-broadcasting repeat method based on a sliding window in a shared storage switching structure. The method adopts an optimization way outputting the sliding window and no longer uses a strict FIFO-type cell to make a repeat, but selects a suitable cell to make the repeat in a certain range (window width). The repeat way obviously decreases the repeat span of a group-broadcasting cell, thereby decreasing the stay time of the group-broadcasting cell in a shared storage area. The method has two most direct advantages that the method increases the synchronous level of the group-broadcasting cell repeat at every goal port, and lowers the consumption to a shared storage room. An analogue result shows that selecting the suitable window width can effectively increase the performances of the system at the two fields, but excessively widening the window width can not limitlessly increase the performances of the system, on the contrary, can increase the count complication.

The present invention provides a detector for a chromatograph capable of obtaining the accurate retention time, even if there is a frequency deviation of the clock signal for determining the timing of data sampling, by conforming the progress of the detector internal time accompanied with the repetition of the sampling to that of real time. In the detector, consecutive data sampling intervals are defined to be a time adjustment period, and in one time adjustment period, each of the sampling intervals whose number is given as the interpolation value M is elongated by a predetermined number of clock counts compared to each of the other sampling intervals. If the clock signal has a positive frequency deviation, the apparatus internal time determined by the clock signal progresses faster than real time. However, providing the interpolation value M corresponding to the amount of the frequency deviation elongates the time adjustment period on the basis of the apparatus internal time, to be conformed to the time adjustment period on the basis of real time which is determined by the sampling period.

The invention discloses a tray welding assembly line, and relates to the field of heat plate welding assembly line equipment for plastic trays. The tray welding assembly line is sequentially providedwith a material distribution working station, a heat plate welding working station, an edge milling working station, a hot air welding working station, a splitting working station and a material discharge working station; after the tray raw material is welded by a heat plate, the tray is sent into a second chain group to perform edge milling, and a milling knife is used for treating the spilled material at the welding edge of the tray; then, the tray is sent into a third chain group to perform hot air welding on antislip strips, and a hot air gun is used for performing heat melting welding onthe crossing part of the antislip and the tray; after the welding is completed, the synchronous splitting is performed; finally, the single tray after splitting is sent into the material discharge working station on a fourth chain group, and the trays are sequentially stacked up; after ten trays are overlapped, the trays are fetched out and delivered out by an operator. The tray welding assembly line has the advantages that the automation degree is high; a plurality of processing structures are integrated into one assembly line; on the basis of heat melting welding of the plastic tray, each procedure is performed on the sustained running material delivery line, and the working efficiency of the tray welding assembly line is outstanding.

The invention discloses a regulating method of cell cycle synchronization of haematococcus pluvialis. The method includes the following steps that mature haematococcus pluvialis chlamydospores synchronously germinate to produce red flagellated cells in a nitrogen limited culture medium and in the presence of strong light; the red flagellated cells undergo synchronous sporangium formation to form chlamydospores, and the process repeats periodically to realize that the haematococcus pluvialis is in the synchronous growth state in multiple cell cycles. The invention further provides an application. The application includes that the mature haematococcus pluvialis chlamydospores are put in the nitrogen limited culture medium, strong light and air rich in carbon dioxide are provided, and the chlamydospores form chlamydospores again via synchronous germination and synchronous sporangium formation; part of the formed chlamydospores are harvested directly while the other part is added into a new culture medium for continuous culture; periodically repeated culture is conduced according to the method. The method is simple, haematococcus pluvialis cell masses high in synchronization degree in multiple cell cycles can be obtained, and haematococcus pluvialis chlamydospores high in astaxanthin content can be obtained quickly.

The invention discloses a double-cylinder synchronous hydraulic circuit with functions of supercharging and eliminating an accumulated error. The hydraulic circuit comprises a left oil cylinder, a right oil cylinder, a left oil line A and a right oil line B, wherein the rod cavities of the left and right oil cylinders are divided into three paths after being connected in parallel; one path is connected with the right oil line B, and the other two paths are respectively connected with the control oil ports of two hydraulic control one-way valves by control oil paths; the rodless cavities of the left and right oil cylinders are respectively connected with upper cavities arranged on the lower and upper parts of a synchronous oil cylinder by the arranged hydraulic control one-way valves; after being connected in parallel, lower cavities on the lower and upper parts of the synchronous oil cylinder are connected with the left oil line A; one side of an arranged three-position four-way solenoid directional valve is respectively connected with the left oil line A and the right oil line B; the other side of the arranged three-position four-way solenoid directional valve is respectively connected with the middle cavity and lower cavity of an arranged pressure cylinder; after an oil return check valve is connected between the middle cavity and upper cavity of the pressure cylinder, the middle cavity and upper cavity are connected with the rodless cavity of the right oil cylinder and the oil lines of the hydraulic control one-way valves; a connecting oil line for the rodless cavities of the left and right oil cylinders is connected with a high-pressure electromagnetic ball valve; and a connecting oil line for the high-pressure electromagnetic ball valve and an oil discharging check valve is connected with a pressure transmitter. The double-cylinder synchronous hydraulic circuit has the advantages of good flexibility, high synchronization accuracy and wide application range.

A method operable by circuitry including an image processor, an image sensor, and another clock-dependent device, including measuring a flicker using the image sensor, adjusting a clock rate of the circuitry according to the measured flicker, and operating the clock-dependent device using the adjusted clock rate.

The present invention relates to a device and a method for synchronizing an image capture device with a first image data set. The image capture device is used for recording a second image data set of a periodically moving area or object. Each first image data set contains information as to the point in time, relative to the periodically moving area or object, when recording took place. The device additionally acquires periodically recurring, current information of the area as well as information concerning the recording instant of the first image data set. From the periodically recurring information and the recording instant of the first image data set, a triggering instant is derived which controls at least one recording of the second image data set by the image capture device in such a way that the second image data set contains image data synchronized to the first image data set.

The invention discloses a drawer structure of a switch cabinet, which comprises a cabinet body and a drawer body arranged in the cabinet body. An operation assembly is arranged in the drawer body; theoperation assembly comprises a feed mechanism, a locking mechanism and a display mechanism; the feed mechanism comprises a rotating screw arranged in the drawer body, a contact pushing block and a contact pushing plate with a screw thread; the contact pushing block and the contact pushing plate are fixedly or integrally arranged; the rotating screw is rotationally arranged in the drawer body; therotating screw and the contact pushing plate are arranged by the screw thread; the rotating screw rotates to drive the contact pushing plate and the contact pushing block to move; a handle for driving the rotating screw to rotate is arranged on the drawer body; the locking mechanism comprises locking holes formed on the outer peripheral surface of the rotating screw and a locking rod capable of being in insertion limiting fit with the locking hole; the locking holes are formed at intervals along the axial direction of the rotating screw; the locking rod is linked with the contact pushing plate; and when the locking rod moves to be aligned with one locking hole, the locking rod and the locking hole form insertion fit.

The present in discloses a method operable on a computerized circuitry employing an image sensor, designed to capture multiple images in a succession. Said method can be utilized to synchronize the clock rate, also known as clock cycle rate, of a device's circuitry with the frequency of a full cycle of the illumination modulation which in some cases may be caused by the main power line frequency. The method disclosed in the present invention can comprise a process which can adjust the circuitry system's clock rate and in parallel set the pixel integration time of the image sensor. The operation of capturing a set of pixel arrays can comprise: 1) Setting a clock rate associated with an image intensity value. 2) Capturing a set of pixel arrays. 3) Computing the image intensity variability value of the captured set of pixel arrays. The operation can utilize the image intensity variability values associated with the pixel arrays to compute the estimated lowest image intensity variability value, and then setting the clock rate associated with the image intensity variability value computed as the estimated lowest image intensity variability value to be the defined-clock-rate. Once the clock rate is, the estimated lowest image intensity variability value, the circuitry may operate to capture images from the image sensor, by the circuitry, wherein the clock rate of the circuitry is set to be the defined-clock-rate.

The invention discloses an efficient breeding method of a freshwater mussel triploid pure line. The method comprises the following steps of preparing a tamoxifen feeding material, feeding the tamoxifen feeding material to female freshwater mussels, conducting heat shock treatment, preparing an estrogen inhibitor solution, conducting estrogen inhibitor solution bathing, obtaining a male tetraploid pure line of the freshwater mussels and obtaining triploid freshwater mussels in a backcross mode. By means of the method, the 100% freshwater mussel triploid pure line can be obtained, the bred rate and fry emergence rate of the triploid freshwater mussels are increased, troubles of strain breeding and strain selecting are reduced, and more importantly, the method is free of pollution to germplasm of natural aquatic species and the ecological environment.

The invention relates to an automatic synchronous inclination measuring device for a precast pile with a circular or a circular ring shaped cross section, which comprises a supporting mechanism, a monitoring adjusting mechanism and a man-machine interaction platform, wherein the monitoring adjusting mechanism comprises a guard plate with a U-shaped cross section, the guard plate is horizontally arranged through the supporting mechanism, six sliding grooves are formed in the guard plate in the same horizontal plane, and a ranging sensor is arranged in each sliding groove for measuring the distance between one point on the outer surface of the precast pile and the ranging sensor; and the man-machine interaction platform comprises a display screen and an operating platform, the operating platform is connected with a signal output end of the ranging sensor, and used for receiving a measuring signal of the ranging sensor and an input horizontal position signal of the ranging sensor and calculating the inclination angle and the inclination direction of the precast pile, and the inclination angle and the inclination direction are displayed through a display screen. Compared with the prior art, the automatic synchronous inclination measuring device can perform high-precision real-time measurement on the inclination direction and inclination angle of the precast pile with a circular or a circular ring shaped cross section, and meanwhile, the equipment is low in cost, simple to operate and convenient to disassemble, and can be repeatedly used.

The invention discloses an efficient breeding method for a spiral shell male tetraploid pure line. The method comprises the steps of tamoxifen feed preparation, tamoxifen feed putting for feeding female spiral shells, heat shock treatment, estrogen inhibitor solution preparation, estrogen inhibitor solution bathing, and obtaining of the spiral shell male tetraploid pure line. By means of the method, the 100% spiral shell male tetraploid pure line can be obtained. By means of the method, the spiral shell tetraploid can be effectively bred, the breeding rate and the fry rate of the tetraploid are increased, and a firm base is laid for producing triploid sterile fishes.

The invention discloses a method of promoting the synchronization rate of germination of somatic embryos of agapanthus africanus. The method comprises the following steps: taking a pedicel explant toinduce a callus; carrying out subculture to induce an embryonic callus; putting the embryonic callus in a mature embryo induction culture medium to be treated at 2-6 DEG C for 2-4 days; and in the conditions of taking different sugars in proportions as a carbon source and paclobutrazol as a growth regulating matter, culturing and inducing mature embryos and germinating seedlings. In an induction method, the quantity of the mature embryos induced by 1g of embryonic cells reaches 958.64 and the synchronization rate is 87.63%. The method is simple in technical treatment and high in operability, solves the problem that the quantity of the somatic embryos is relatively small as a result of long-term subculture process of the embryonic cells and the synchronization rate is relatively low effectively, and reduces the abnormal embryos.

The invention discloses a method for increasing the breeding rate of male culter tetraploids. The method comprises the following steps: preparation of a tamoxifen inhibitor; preparation of a tamoxifen injection; injection treatment of a female parent; cold shock and hydrostatic pressure treatment; preparation of an estrogen inhibitor solution; obtaining of a male culter tetraploid pure line. With adoption of the method, the male culter tetraploid pure line with the purity being 100% can be obtained, the breeding rate and the hatching rate of the tetraploids are increased, trouble in breeding and seed selection is reduced, and a solid foundation is laid for culturing sterile triploid pure lines which are pollution-free for germplasm of natural aquatic species and the ecological environment.

The invention relates to a material bag compressing device for feather cleaning equipment. The material bag compressing device comprises a supporting platform, and an air cylinder is hinged to the left side of the upper end face of the supporting platform. A material bag fixing plate is arranged on the supporting platform, the right end of the material bag fixing plate is fixed to the supporting platform in a hinged manner, and the other end of the air cylinder is hinged to the lower end face of the material bag fixing plate. The front side and the rear side of the left end of the material bag fixing plate are each provided with a rectangular material bag pressing through hole, material pressing clamps penetrate into the material bag pressing through holes respectively, and gear racks penetrating the corresponding material bag pressing through holes are arranged at the lower ends of the material pressing clamps respectively. A motor is fixed to the middle of the left side of the lower end face of the material bag fixing plate, and a shaft of the motor is sleeved with a worm wheel. The same motor is adopted for driving the two material pressing clamps to move vertically at the same time, the synchronization degree of clamping of the material pressing clamps is improved, and the number of adopted driving devices is reduced; and the material pressing clamps are pressed on a material bag, and it is guaranteed that when the material bag pours feather, shifting is avoided.

The invention discloses a high-efficiency breeding method for whitebait triploids, comprising the following steps: preparation of tamoxifen inhibitors, preparation of tamoxifen injection, injection treatment of female parents, cold shock + hydrostatic pressure treatment, female Preparation of hormone inhibitor solution, taking fertilized eggs and putting them in the estrogen inhibitor solution, obtaining the pure line of whitebait male tetraploid, taking the male tetraploid as the male parent, taking the common diploid as the female parent, and adopting backcross way to obtain 100% triploid. By adopting the method of the present invention, 100% whitebait triploid pure lines can be obtained, which improves the breeding rate and emergence rate of triploids, reduces the trouble of breeding and selection, and is more important for the germplasm and germplasm of natural aquatic products. The ecological environment is pollution-free.

The invention provides a forming machine tool for metal plate stamping, and relates to the technical field of stamping forming machine tools, the forming machine tool comprises a main body, a stamping machine and a driving assembly, a rotating motor is fixedly mounted on the inner wall of the bottom of the main body, the top of the rotating motor is in driving connection with a middle shaft, and a plurality of supports are fixedly connected to the periphery of the top of the middle shaft; the supports are fixedly connected with the inner wall of the inner ring, and a plurality of supporting columns are fixedly installed on the inner wall of the bottom of the body. According to the forming machine tool, the center shaft is driven to rotate through a single motor, then the center shaft drives the inner ring and the outer ring to rotate at the same time, the situation that in the using process, positioning columns on the inner ring and the outer ring cannot move synchronously, and consequently plates are clamped unstably is avoided, and meanwhile a punching machine is started through push plates on the positioning columns to punch the plates; and a user does not need to regularly adjust the punching machine, so that the use convenience is improved while the punching precision is improved.

A composite robot for synchronously adjusting the tension of winding and unwinding is provided, including an unwinding mechanism, a winding mechanism and a synchronous control mechanism. Including the rewinding roller, the rewinding roller is installed on the rewinding support, the unwinding support and the rewinding support are respectively arranged on the left and right sides of the body, and are installed on the linear slide rails on both sides of the body through sliders; synchronous The control mechanism includes a chain drive mechanism; a fine-tuning mechanism is provided above the winding support, and the fine-tuning mechanism includes a fine-tuning roller, a fine-tuning swing arm and a fine-tuning servo motor; the second tension sensor and the first tension sensor are connected to the controller, and the controller is driven by the motor Connect the sprocket servo motor and the fine-tuning servo motor; the present invention drives the rewinding and unwinding rollers to adjust the tension through the same driving mechanism, which has a high degree of synchronization and automation, and is equipped with a fine-tuning mechanism to reduce the impact of accidents.

The invention discloses a method for increasing the breeding rate of male tetraploids of crucian carps and carps. The method comprises the following steps of preparing of a tamoxifen inhibitor, preparing of a tamoxifen injection, injection treating of female parents, cold shock and hydrostatic pressure treating, preparing of an estrogen inhibitor solution and obtaining of a pure tetraploid line. According to the method, a 100% pure male tetraploid line of the crucian carps and the carps can be obtained, the breeding rate and the fry obtaining rate of the tetraploids are effectively increased, the male tetraploid fish line with the higher purity and stable progenies can be obtained compared with hybridization, and a firm foundation is laid for breeding of sterile triploid crucian carps and carps.

The invention discloses an efficient breeding method of a triploid pure line of Trionychidae, comprising the steps of preparing tamoxifen feed, feeding females of Trionychidae with the tamoxifen feed, cold-shocking, preparing an estrogen inhibitor solution, spraying the estrogen inhibitor solution evenly, and back-crossing to obtain a triploid. Through the method, it is possible to acquire a 100% triploid pure line, breeding rate and emergence rate of triploids are increased, breeding and selection will counter fewer troubles, and more importantly, no pollution is caused to natural aquatic quality and ecological environment.