54results about How to "Guaranteed not to affect each other" patented technology

The invention discloses an anchor rod jacking mechanism which comprises a fixing mechanism, a supporting mechanism, a sliding block and a drill box mechanism. The fixing mechanism comprises a base, a stand plate and a connecting seat. Protrusions for fixing guide blocks are arranged on the stand plate. The supporting mechanism and the sliding block are in sliding connection with the opposite side faces of the stand plate through the guide blocks respectively. One end of the supporting mechanism and one end of the slide block are connected with base through telescopic oil cylinders. The drill box mechanism comprises a bottom frame and two independent drill box sliding seats. The bottom frame is connected with the base, and the drill box sliding seats can horizontally move along the bottom frame. When the drill box sliding seats move to the sliding block, the drill box sliding seats can be connected with the other guide rail face of the sliding block and slide along the sliding block. The invention further discloses an anchor rod jacking drilling carriage with a drilling machine. The anchor rod jacking drilling carriage comprises a four-wall anchor rod jacking drilling carriage body and a six-arm anchor rod jacking drilling carriage body. The drilling machine in the anchor rod jacking drilling carriage can work at the same time. Fast supporting operation on a top plate can be achieved, the structure is compact, and multiple functions are achieved. The anchor rod jacking mechanism and the anchor rod jacking drilling carriage operate in cooperation with heading equipment to complete the supporting and transferring function synchronously, operating personnel are greatly reduced, the labor intensity is lowered, and the supporting efficiency and safety are improved.

The invention provides a multichannel LSTM (Long-short term memory) neural network influenza epidemic situation prediction method based on an attention mechanism, and belongs to the technical field ofepidemic disease monitoring. The multichannel LSTM neural network influenza epidemic situation prediction method comprises the following steps: firstly, carrying out preprocessing, normalization andfeature selection on data in a data set, dividing the selected data into weather-related data and influenza epidemic situation-related data, and generating a training set; then establishing a multichannel LSTM neural network model comprising an attention mechanism; inputting training set data into the model for training, and performing MAPE (mean absolute percentage) evaluation to obtain a trainedmultichannel LSTM neural network model; processing the test data to obtain a test set; inputting the test set data into the trained LSTM neural network model for testing; and finally, performing inverse standardization processing on a test output result to obtain an influenza epidemic situation prediction value. According to the multichannel LSTM neural network influenza epidemic situation prediction method based on an attention mechanism, the problem of low prediction accuracy of the existing influenza epidemic situation prediction technology is solved. The multichannel LSTM neural network influenza epidemic situation prediction method based on an attention mechanism can be used for influenza prediction of different regions.

The invention discloses a cloud rendering network deployment sub-system. The cloud rendering network deployment sub-system comprises a proxy server connected with an external network; the proxy server is further connected with at least one virtual machine; the proxy server comprises a control information processing unit and a data information processing unit; the control information processing unit is used for receiving the control information sent by the external network, analyzing the control information, converting the control information into the TCP protocol encapsulated information, and sends the TCP protocol encapsulated information to the corresponding virtual machine; the data information processing unit is used for receiving the data information sent by the virtual machine, converting the data information into the protocol encapsulation way corresponding to the external network, and sending the corresponding protocol encapsulation way to the external network. Through the above-mentioned adaption, the cloud rendering network deployment sub-system disclosed by the invention can support the data transmission among multiple network protocols and facilitate the different clients to access a cloud server, and the user experience is good.

The invention discloses a side bolt drilling machine which comprises a fixing mechanism, a supporting mechanism, a sliding rack, a drilling box mechanism and a cartridge conveying box. The fixing mechanism comprises a base, a vertical plate and a connecting seat. Protrusions for fixing guide blocks are arranged on the vertical plate. The supporting mechanism and the sliding rack are in sliding connection with the opposite side faces of the vertical plate respectively through the guide blocks, and one end of the supporting mechanism and one end of the sliding rack are connected with the base through a telescopic oil cylinder. The drilling box mechanism comprises a bottom rack and two independent drilling box sliding seats. The bottom rack is fixedly connected with the base, the drilling box sliding seats can horizontally move along the bottom rack, and when the drilling box sliding seats move to the sliding rack, the drilling box sliding seats can be connected with the other guide rail face of the sliding rack and slide along the sliding rack. The cartridge conveying box is used for completing the automatic cartridge feeding procedure of the drilling machine. The invention further discloses a side bolt drilling carriage with the drilling machine. By means of automatic cartridge feeding and automatic anchor bolt mounting, mechanization and automation of anchor bolt supporting work are achieved, the construction needs of a plurality of rows of side bolts can be met, and the side bolt drilling carriage works in cooperation with heading equipment to synchronously complete side bolt supporting and transferring functions.

The invention discloses a finger movement function rehabilitation training device which comprises a supporting seat and a finger training mechanism arranged on the supporting seat. The finger training mechanism consists of a finger motion mechanism and a hybrid driving and sensing mechanism, wherein the finger motion mechanism comprises a driving rod, a driving connection rod, a front-rear-end connecting rod, a front-end connecting rod, a front-end finger sleeve, a rear-end finger sleeve and a fixing seat. One end of the driving rod is fixedly connected with a driving shaft, the fixing seat is fixe to the supporting seat, one end of the front-rear-end connecting rod is rotatably connected to the fixing seat, the other end of the front-rear-end connecting rod is rotatably connected with the front-end connecting rod, one end of the driving connection rod is rotatably connected to the middle of the front-rear-end connecting rod, and the other end of the driving connection rod is rotatably connected with the other end of the driving rod. The finger motion mechanism can accurately control movements of all joints of fingers, enables a hemiplegic patient to perform training in a correct finger movement mode and facilitates rehabilitation of normal movement functions of the fingers of the patient.

The invention discloses an omnidirectional totally driven mobile robot chassis with independent suspensions. The omnidirectional totally driven mobile robot chassis with the independent suspensions comprises a plurality of omnidirectional totally driven modules, a bottom plate and two U-shaped plates which are separately fixedly connected to two sides of the bottom plate; the omnidirectional totally driven modules are mounted on the U-shaped plate; each omnidirectional totally driven module comprises an RR rotary platform, the corresponding independent suspension, wheels and a first power unitfor driving the wheels to rotate along wheel axles; each RR rotary platform is driven by a second power unit and can drive a part below the RR rotary platform to rotate around a Z axis; the upper portion of each independent suspension is fixedly connected to the lower end of the corresponding RR rotary platform; the lower end of each independent suspension is fixedly connected with the corresponding first power unit; each independent suspension comprises an elastic element and is used for maintaining the corresponding wheels to touch the ground all the time and absorbing shock of the robot chassis. Omnidirectional movement and independent shock absorption of the robot chassis can be realized, and the structure is simple.

The invention provides a CSI-RS port mapping method and device. The method comprises the steps of: dividing each cell into different groups according to the number of cells in a CoPM set; adopting the identical CSI-RS configuration for all the cells in the same group, and adopting different CSI-RS configurations for the cells in different groups; and furthermore, mapping the CSI-RS of each cell in the same group to different port combinations of CSI-RS ports in the group. According to the invention, on the premise that the cells in the same group do not influence each other, the categories of the CSI-RS configurations are reduced, so that the zero power CSI-RS mapping times of the CoMP set are reduced.

The invention provides a virtual reality VR-based multi-user interaction method and device and corresponding equipment, and relates to the technical field of virtual reality. The method comprises thefollowing steps of: receiving detected position information and motion state information of each subsystem, wherein the position information and motion state information of each subsystem are determined according to real position information and real motion state information of a user corresponding to each subsystem; and displaying a marker model corresponding to each subsystem and a motion stateof each market model at a real position of each user on the basis of the position information and motion state information of each subsystem. According to the method, other users are virtualized intomarker models, so that the users can perceive the fusion parts of the real world in virtual scenes, the users do not influence each other on the basis of independent experience, and interactive cooperation can be carried out when necessary so as to improve the user experience.

The invention relates to a multifunctional intelligent cooking robot. The multifunctional intelligent cooking robot consists of a robot body, an operation panel assembly, a stir-fry stirring assembly,an automatic spraying assembly, a pot flipping assembly, an automatic dish discharging assembly, a filter assembly, a supporting moving assembly, a heating device and a control system. The cooking robot can be used in college canteens, corporate restaurants, specialty restaurants and other sites, and can automatically and efficiently cook different flavors of dishes. For different dishes, the cooking robot can intelligently control the heating speed, the heating temperature, dosage of added water and oil, the pot rotation speed and the cooking time so as to meet the cooking conditions of a current dish, and further prompt an operator to complete the corresponding cooking steps at the corresponding time points. After cooking is completed, the cooking robot can automatically complete work of pouring vegetables, serving vegetables and washing a pot. The cooking robot has a reasonable structural layout and various functions, can assist or replace a chef to finish cooking of different flavors of dishes, thereby improving the cooking efficiency.

The invention discloses a mixed culturing and rotation method of procambrus clarkii, fishes and water cresses, comprising the following steps of: (1) stocking the young procambrus clarkii in the first ten-day period of March and stocking chubs, variegated carps and crucian carps in the middle ten days of March; (2) feeding 5-8% of feed to the procambrus clarkii in every day based on the total weight of the procambrus clarkii; (3) taking out all the aquatic products from the pond at the end of April and pumping the water in the pond; (4) removing the excessive sludge, keeping the sludge at the thickness about 0.3m, and flattening the bottom of the pond and digging a water discharge trench; (5) spreading seed stems of the water cresses with the length around 3cm into the pond and transplanting when the water cresses are more than 20 cm. In the method in the invention, the characteristics that the water cresses have strong fertilizer absorbing capability to reduce organic matters in the pond are used on one hand, and the characteristics that the aquatic organisms are rich after the water cresses are harvested are used on the other hand, and the residual leaves of the water cresses are the natural baits for the procambrus clarkii and fishes so as to reduce the feed amount, decrease the production cost and have obvious yield increasing effect and synergy.

The invention belongs to the technical field of machine tool equipment, and in particular relates to a two-spindle numerically-controlled machine tool with translation interaction worktables. The two-spindle numerically-controlled machine tool with the translation interaction worktables comprises a machine tool body, a cross beam, vertical columns, a first worktable, a second worktable, a first electric spindle and a second electric spindle, wherein the cross beam and the vertical columns form a portal structure which is mounted on the machine tool body; the first worktable and the second worktable which are arranged in parallel are correspondingly slidably mounted on the machine tool body and are correspondingly driven by two Y-axis servo driving devices to be horizontally lengthways fed; the first electric spindle and the second electric spindle are mounted on the cross beam through slide assemblies and can be transversely fed along an X axis and can also be fed along a Z axis in an up-down reciprocating manner. According to the two-spindle numerically-controlled machine tool with the translation interaction worktables, the interaction worktables and the two-spindle structure are adopted to achieve synchronous two-station processing or two-process processing of replacing and processing, so that the influence of charging and discharging on the processing time can be effectively avoided, and as a result, the production efficiency can be improved.

The invention provides a mixed type condition policy routing system and method. The mixed type condition policy routing method comprises the following steps: analyzing a received message to form corresponding message data information, wherein the message data information comprises an IP address of a message sender and a message data type; setting a proper routing strategy according to the message data information for performing message transmission. The mixed type condition policy routing system and method disclosed by the invention provides routing lists of a plurality of special business types, which is convenient for management of routing list items, and by adding routing rules with special destination addresses, the transmitting efficiency of the special message is improved.

The present invention provides a planar motion platform for use in an optoelectronic packaging, comprising: a stage, a first decoupling device, a first driving device, a second decoupling device, anda second driving device; and the top of the first decoupling device and the top of the second decoupling device are connected to the bottom of the stage, the bottom of the first decoupling device is connected to the top of the first driving device, and the bottom of the second decoupling device is connected to the top of the second driving device. The first driving device drives the first decoupling device to drive the first decoupling device to move the stage in the first direction, and the second driving device drives the second decoupling device to drive the second decoupling device to movethe stage in the second direction. It is not necessary to mount the moving member in one direction on the moving member in the other direction, so that the load of the linear motor corresponding to the other direction is prevented from being increased, and the moving speed, acceleration and the start and stop precision of the linear motor corresponding to the other direction are protected from being influenced.

The invention discloses cable terminal equipment and a method for realizing physical channel separation of a data stream of an EPON (Ethernet Passive Optical Network) by using the same. The terminal equipment comprises a CPU (Control Processing Unit), a PON (Passive Optical Network) interface, an NNI (Network-Network Interface) and a main control CPU, wherein the PON interface, the NNI and the main control CPU are respectively connected with the CPU. According to the method, an uplink stream classification rule of the PON interface is configured to the CPU on the cable terminal equipment so that the data is transmitted and treated by the CPU according to the stream classification rule when the PON interface receives user stream and / or service stream data; and a downlink stream classification rule of a management opening is configured to the CPU on the cable terminal equipment so that the data according with the downlink stream classification rule is transmitted by the management opening. The invention provides the method for realizing the physical channel separation of different data steams from an ONU (Optical Network Unit) at an OLT (Optical Line Terminal) in the Ethernet passive optical network; and according to the method, user data and service data are not mutually influenced and the reliability and safety of the user data and the service data can be greatly improved.

The invention discloses a vehicle electromagnetic compatibility simulation method, equipment and device, and a storage medium. The method comprises the following steps: carrying out the topological decomposition of an interference source and a sensitive device in a vehicle system according to a coupling path to obtain a plurality of subsystems, acquiring the port parameters of each subsystem, constructing a multi-port network model of each subsystem, integrating the multi-port network models of the subsystems according to a preset port connection relationship to obtain a global network model,carrying out vehicle electromagnetic compatibility (EMC) simulation according to the global network model, and obtaining a simulation result. Because the vehicle system is decomposed into the plurality of subsystems, and then multi-port network modeling is carried out on the subsystems, so compared with the prior art, the method of the invention guarantees that the coupling coefficients of the subsystem ports do not influence each other, the simulation time is shortened, the simulation speed is increased, and the vehicle development period is shortened as a whole.

A preparation method of a gypsum-based self-leveling floor material comprises the following steps: adding mineral pigment into alpha high-strength gypsum, and blending into an alpha high-strength gypsum-based material with a desired color; cleaning the base surface, brushing the base surface with a first interface agent, laying a slurry which is formed by adding water into a first gypsum-based self-leveling floor mortar; after the slurry formed by adding water into the first gypsum-based self-leveling floor mortar is completely hardened, performing shaping on the surface of the hardened slurryby using a slurry formed by adding water to the high-strength gypsum-based material, so as to form a shaping framework with a desired shape; after the shaping framework finally sets, injecting a slurry formed by adding water to the second gypsum-based self-leveling floor mortar into the inner part and the outer part of the shaping framework, so that the slurry is flush with the top of the shapingframework; defoaming; and maintaining. The gypsum-based self-leveling floor material prepared by the method disclosed by the invention is attractive in appearance, good in water resistance and wear resistance and not easy to crack.

The invention provides a fast-response fire fighting truck capable of carrying a fire extinguishing robot and an unmanned aerial vehicle simultaneously. The fire fighting truck comprises a front equipment box, an equipment box and a tank body which are arranged in a truck body from front to back, wherein a dry powder system is arranged in the front equipment box, small unmanned aerial vehicles anda large fire extinguishing robot are arranged in the equipment box, a set of fire extinguishing robot getting on turning plate door system is arranged on the two sides of the equipment box, the largefire extinguishing robot extends out of a bin from a side door of the equipment box and automatically gets on and gets off through the fire extinguishing robot getting on turning plate door system, one side of the top of the tank body is provided with a full-automatic water-foam dual-purpose fire monitor, the other side of the tank body is provided with a large unmanned aerial vehicle, the interior of the tank body is filled with foam, the small unmanned aerial vehicles are fixedly arranged at the position through unmanned aerial vehicle fixing devices, unmanned aerial vehicle outlet cabin jacking oil cylinders are connected to the lower sides of unmanned aerial vehicle outlet cabin jacking platforms, a top sliding cabin door is arranged at the top end of the equipment box, and the top sliding cabin door is opened or closed through cooperation between small unmanned aerial vehicle outlet jacking sliding rails and top sliding cabin door tracks.

The invention provides a core drill suitable for hard fractured formation. The core drill comprises a core bit, a drill rod, an outer pipe, an inner pipe, a righting block and a bearing portion. The drill rod is connected to the upper portion of the outer pipe, the lower portion of the outer pipe is connected with the core bit, the righting block is arranged on the inner wall of the lower side ofthe outer pipe, the bearing portion is arranged between the inner pipe and the outer pipe, the inner pipe is composed of multiple pipe barrels, the pipe barrels are connected through threads, multipleaxially-symmetric grooves are evenly distributed in the inner wall of each pipe barrel, a core locking mechanism is arranged on each groove, and comprises a springback part, a shaft hole and a core locking plate, the springback parts are arranged on the grooves, the core locking plates are connected with the springback parts through the shaft holes, the core locking plates are in fan shapes, theshaft holes are formed in the two ends of the outer edge of each fan shape, the parts, close to the circle centers, of the fan shapes are arc shapes, tooth-shaped tip teeth are arranged on the arc sides, the multiple core locking plates are arranged, and the core locking plates are spliced to a core locking ring of a split structure. The coring success rate of the fractured formation can be obviously improved, the well drilling coring efficiency is improved, and the coring cost is reduced.

The invention discloses a method and a system for expanding the number of bus channels based on a GPIO, and the method comprises the steps: using a GPIO of a main device to simulate a plurality of buschannels, and enabling any bus channel to comprise an SCL signal and an SDA signal; all the slave devices connected with the master device share one SCL signal, and each slave device adopts an independent SDA signal. The system provided by the invention comprises a main device, a plurality of slave devices, a plurality of bus channels and a plurality of pull-up resistors. A plurality of GPIOs arearranged in the master device, the master device is connected with one or more slave devices through any bus channel, any bus channel comprises an SCL signal and an SDA signal, the SCL signals in theplurality of bus channels are the same, and each pull-up resistor is matched with one SCL signal or one SDA signal. Through the method and the device, the stability and reliability of data operationcan be improved, the access program of the master device to the slave device is simplified, and the data transmission efficiency is improved.

The invention relates to a braking device for an unmanned vehicle. The device includes a motor, a reducer, an encoder and a sensing mechanism; the reducer is a worm gear reducer, the input end of which is connected to the motor, and the rear output shaft of the motor is connected to the encoder; one end of the output shaft of the reducer is connected to The sensor contact, the other end of which is connected to the torque sensor, and the other end of the torque sensor is connected to the wire wheel wound with steel wire; the two sides of the upper part of the sensor fixing frame connected to the reducer housing are respectively equipped with a zero position sensor and a pole position sensor , the contacts of the two sensors are respectively located inside the circular trajectory of the sensor contacts. The invention adopts the worm gear mechanism to effectively keep the vehicle in the braking state; the limit sensor and the torque limiter realize effective braking and ensure the safety of the vehicle; the steel wire ensures that the unmanned driving mode and the manual driving mode do not affect each other . The utility model has the advantages of simple and compact structure, low cost, strong versatility, and does not destroy the structure of the original vehicle.

The invention discloses an automatic beveling machine. A control system automatically controls a vacuum suction cup on a three-axis moving mechanism to suck components on a working platform to be moved into a chamfering die; two motors drive the components and the chamfering die correspondingly to reversely rotate to polish the components, during polishing, the magnitude of the pressure is controlled through a pressure adjusting spring, and after one of the components is machined, the components are returned back to the original positions; the polishing face of the chamfering die is in a hollow hemisphere shape; and a plurality of mounting hole positions are reserved in the working platform for mounting of different sample plates, and a plurality of die holes which are formed according toa certain rule are formed in the sample plates for fixed placement of the components. According to the automatic beveling machine, automation can be achieved, the working efficiency is improved greatly, and the machining intensity of workers is reduced; and the appropriate pressure can be controlled through the pressure adjusting spring, the chamfering die of a spherical structure can ensure thatthe chamfered angle of a product is 45 degrees, force bearing and beveling are more uniform, and thus the automatic beveling machine is suitable for beveling of the different components and high in applicability.

The invention discloses a queue management method and system, and the method comprises the steps: classifying messages entering a two-layer network, and generating different types of messages; whereinthe different types of messages comprise a unicast message, a multicast message and a broadcast message; setting different message queues for different types of messages in the two-layer network; respectively storing the different types of messages into the different message queues; preprocessing the different types of messages to generate preprocessed messages; and performing out-of-queue scheduling on the preprocessed messages according to the priority of the messages and a preset weight value. According to the method, the messages in different message queues are preprocessed, so that different types of messages do not influence each other, unicast, multicast and broadcast are effectively managed under the condition of congestion, the broadband on a two-layer network is effectively utilized, unnecessary broadband waste is avoided, network congestion is relieved, and the utilization rate of the broadband is increased.

The invention relates to a method for cultivating a sweet potato seedling based on a seedling raising cylinder, and belongs to the technical field of sweet potato seedling raising. The method comprises the following steps of (1) seed screening; (2) seedling raising shed selection; (3) seedbed neatening and soil preparation; (4) seedling raising paper cylinder preparation and filling; (5) seed pretreatment; (6) sowing, specifically, according to the principle of one hole and one grain, sowing the germinated seeds into the center of each hole of the paper cylinder, slightly pressing and compacting the germinated seeds by fingers, covering the seeds with fine soil, covering the fine soil with sandy soil, ensuring that the sand submerges the edge of the paper cylinder, and then scraping the fine sand by using a wood plate to enable the fine sand to be flush with the top of the paper cylinder; (7) preparation of an arch covering film; (8) film removal; and (9) seedling management. The method is used for solving the technical problems that in the prior art, a sweet potato seedling raising technology is uneven in sowing distance and low in seedling rate of sweet potato seedling seeds.

The invention relates to a copper bar assembly, which comprises a plurality of copper bars, wherein the plurality of copper bars comprise a first copper bar and a second copper bar which have the sameoutput part structure and are rectangular, and the output part of the first copper bar and the output part of the second copper bar are stacked up and down; first insulation paper is arranged betweenthe first copper bar output part and the second copper bar output part, and second insulation paper is pasted to the bottom part of the second copper bar output part; the plurality of copper bars further comprise a third copper bar, a fourth copper bar and a fifth copper bar which have the same output part structure and are all in a chamfered-right-angle Z shape; the input part of the third copper bar, the input part of the fourth copper bar, the input part of the fifth copper bar, the input part of the first copper bar and the input part of the second copper bar are arranged on the same horizontal line at intervals; and the bent part of the third copper bar, the bent part of the fourth copper bar and the bent part of the fifth copper bar are partially overlapped, and an insulating sheetis adhered between the overlapped parts of every two copper bars. According to the copper bar assembly provided by the invention, a plurality of copper bars are stacked together, so that the overall occupied space can be effectively reduced.

The invention provides a fire fighting truck carrying a fire extinguishing robot and an unmanned aerial vehicle with a protective system at the same time. The fire fighting truck comprises a front equipment box, an equipment box, a tank body and a protective system, wherein the front equipment box, the an equipment box, the tank body and the protective system are arranged in a truck body from front to back; a dry powder system is arranged in the front equipment box; a small unmanned aerial vehicle and a large fire extinguishing robot are arranged in the equipment box, a set of fire extinguishing robot getting on plate door turning systems are arranged on the two side surfaces of the equipment box; a full-automatic dual-purpose water foam fire monitor is arranged on one side of the top of the tank body, and the other side is provided with a large unmanned aerial vehicle, the bottom of the large unmanned aerial vehicle is connected and placed on a large unmanned aerial vehicle platform,and the interior of the tank body is filled with foam; the protective system is additionally arranged on the outer side of the large unmanned aerial vehicle and comprises a protective cover divided into two parts from the middle, a large unmanned aerial vehicle automatic fixing opening and closing device, two protective system sliding rails and a protective system driving device; the fire fightingtruck further comprises an unmanned aerial vehicle jacking mechanism driven by a three-section oil cylinder or air cylinder; and the protective system driving device and the large unmanned aerial vehicle jacking device adopt one of the oil cylinder drive, the air cylinder drive, the electric cylinder drive and the servo motor wheel drive.

The invention discloses a multifunctional garlic-garden flowerpot. An inner cylinder divides an outer cylinder vertically and horizontally into three spaces, namely a water storage region, an inner planting region and an annular planting region; a hollow stand column with the surface covered with a felt sleeve is arranged in an outer cylinder, stretches out upward from an opening of the inner cylinder and is internally provided with a water absorbing wick; the outside of the outer cylinder is provided with a capillary-opening water-retaining layer and a spiral shallow groove, and the spiral shallow groove is internally provided with a number of knock-off holes inwards and obliquely. The flowerpot is characterized in that an open cylinder body with the inner layer and the outer layer separated from each other has a scientific structure, is compact and novel and has a ingenious design, the flowerpot combines the functions of a vegetable garden and a normal flowerpot, the spiral shallow groove is flexibly provided with the knock-off holes, space is made full use of, and the flowerpot has many planting functions. The water storage region can collect residual water from the process of watering flowers, prevent mosquitoes, and reduce environmental sanitation pollution and water resource waste phenomena, and the capillary-opening water-retaining layer is made full use of to make soilkeep moist and prevent the occurrence of withering and death. The multifunctional garlic-garden flowerpot has outstanding environmental protection performance, a low-water-level indication function inthe water storage region and good creativity and is convenient to use and suitable for home use.

The invention discloses a method for interplanting cucumber and broccoli. The method comprises the steps of first leveling the land, sprinkling the land with calcium carbonate, adding compound fertilizer and organic matter to the land per mu, turning the land and flattening the surface with soil turning equipment, spraying water to each acre of the land and maintaining for 2-3 days, dividing the land into furrows and ridges, transplanting broccoli seedlings at the top of the ridges, filling pits with nutrient soil, covering the surfaces of the pits with sandy soil after broccoli seedlings aretransplanted, planting cucumber at the bottoms of the furrows 2-3 days after broccoli seedlings are transplanted, staggeredly planting cucumber and broccoli seedlings, and performing daily planting management after broccoli and cucumber interplanting is finished. The method can utilize the topography and the growth characteristics of the two plants to combine the interplanting of the two plants incoordination to increase the yield and reduce the weed rate through competing growth.

The invention discloses a cloud rendering network deployment subsystem, which includes a proxy server, the proxy server is connected to an external network, and the proxy server is respectively connected to at least one virtual machine; the proxy server includes a control information processing unit, a data information processing The control information processing unit is configured to receive the control information sent by the external network, analyze the control information, convert the control information into information encapsulated by the TCP protocol, and send the information encapsulated by the TCP protocol to In the corresponding virtual machine; the data information processing unit is configured to receive the data information sent by the virtual machine, convert the data information into a protocol encapsulation form corresponding to the external network, and encapsulate the corresponding protocol The form is sent to the external network. Through the above adaptation, the present invention can support data transmission between multiple network protocols, facilitate different clients to access the cloud server, and provide better user experience.

The invention discloses a method, system, medium and equipment for multi-emotion recognition combining voice and text. The method includes acquiring target audio composed of multiple audio segments, and using voice recognition technology to convert it into corresponding multiple text information; based on Audio emotion recognition information is obtained from the speech features of the audio information, and text emotion recognition information is obtained based on the text features of the text information; the new combination method is used to combine the two recognition emotions to obtain the target emotion information of the corresponding audio segment. The new combination method is based on the emotion vector of speech recognition and the emotion vector of text recognition, by making different combinations of different emotion information in these two vectors, and then using these different combinations to train the emotion combination model. The present invention uses speech and text recognition emotion vectors to ensure that the parts of speech emotion analysis and text emotion analysis are independent of each other, which can not only solve the problem of bipolar emotion analysis, but also be applicable to the scene of multi-emotion analysis.