30results about How to "Does not affect transfer speed" patented technology

The invention provides a data transmission method and a data transmission device of a virtual network interface card. The method comprises the steps of acquiring a first IP address distributed to a target virtual network interface card by a gateway; detecting that whether the first IP address is in a same network segment with the IP address of a preset network interface card; when the first IP address is in the same network segment with the IP address of the preset network interface card, configuring a second IP address not in the same network segment with the IP address of the preset network interface card for the target virtual network interface card; and transmitting messages via the target virtual network interface card configured with the second IP address. According to the method, when the first IP address configured to the target virtual network interface card by the gateway is in the same network segment with the IP addresses of the other network interface cards, the second IP address in another different network segment is configured for the target virtual network interface card, so that the IP address conflict problem is avoided, the user information security can be ensured, and the information transmission reliability is improved.

The invention discloses a processing method based on TCP protocol data subpackage sticky packet, comprising: calculating the length Length_every of data read each time when receiving data; obtaining the complete length Length of the type of data received; obtaining the buffer received last time Data, calculate the actual length of the data that has been read Length_real; judge whether the actual length of the data that has been read Length_real is equal to the standard full length Length of the received data type, this method can effectively solve the problem of transmission when transmitting data through the TCP protocol The problems of data sub-packetization and sticky packets in the process are applicable to different types of data transmission, without too many cumbersome calculations and judgments, and will not affect the transmission speed, and have a wide range of applications.

The invention discloses a microfluidic chip, which relates to the field of microfluidic technology. The microfluidic chip includes a raw liquid pool, M liquid inlet channels, and a chip substrate; the chip substrate includes: a substrate substrate, an electrode array layer, and an insulating hydrophobic layer. , the microfluidic channel layer, the electrode array layer includes a plurality of transfer electrodes and M reaction structures; each transfer electrode is connected to a drive circuit, each reaction structure includes X reaction electrodes, in a direction parallel to the substrate substrate, The X reaction electrodes are respectively located around the Nth transmission electrode, and each reaction electrode is connected to a driving circuit, and the driving circuit is used to provide voltages to the Nth transmission electrode and the surrounding reaction electrodes respectively, so that the droplet is decomposed into X small The droplets move to the reaction electrodes respectively. The invention can not only reduce the difficulty of liquid droplet injection, but also reduce the number of liquid inlet channels, effectively utilize the layout space, save costs, and not affect the transmission speed of liquid droplets, which can save time and improve efficiency.

The invention provides a technical scheme of a device for data transmission encryption. The device comprises a microprocessor and an interface circuit which is connected with a host device, wherein the interface circuit is connected with a protocol analysis module, a first input caching module and a first output caching module are arranged for the protocol analysis module and a paper piece of the microprocessor, the microprocessor is also connected with a FLASH memory module and an encryption and decryption module, a second input caching module and a second output caching module are arranged for the protocol analysis module and the paper piece of the encryption and decryption module, and the microprocessor is connected with the encryption and decryption module. The device of the scheme is additionally arranged on a transmission medium, the data can be encrypted during the transmission process without additional memory equipment; and moreover, the encryption speed of the scheme is high, the transmission speed of the data cannot be influenced, the data which reaches a local end is a ciphertext, and the transmission data can only be read out through the decryption of the device of the scheme, so that the data safety during the whole transmission process is ensured.

The present invention relates to the technical field of data processing, in particular to a large data-based analysis method for temporal and spatial distribution of population. The present invention accurately locates the location and dwell time of the mobile phone through the movement trajectory of the mobile phone, combined with the position where the mobile phone is connected to the base station. Since the mobile phone user carries the mobile phone on his body in real time, it is quite For precise positioning of mobile phone users. After positioning, determine the specific geographical entity where each mobile phone user resides in each time period, count the population resident data of each geographical entity in each time period, and then count the resident population of each geographical entity By summarizing the residence data, the population residence data in any time period in any region can be obtained.

The invention provides an automatic rivet penetrating device compatible with a 1-pole circuit breaker, a 2-pole circuit breaker, a 3-pole circuit breaker and a 4-pole circuit breaker. The automatic rivet penetrating device comprises a conveyor belt, a feeding mechanism, a working tabletop mechanism, a rivet penetrating guide mechanism, a rivet falling mechanism, a rivet pressing mechanism, a discharging mechanism and a rack. The conveyor belt is used for conveying a workpiece into which a rivet is about to penetrate. The feeding mechanism is arranged on the side face of the conveyor belt. The rivet penetrating guide mechanism, the rivet falling mechanism and the rivet pressing mechanism cooperatively work and conduct automatic rivet penetration, and automatic discharge is conducted through the discharging mechanism. The rivet penetrating guide mechanism, the rivet falling mechanism and the rivet pressing mechanism are each provided with a type changing motor assembly, the type changing motor assemblies can adapt to rivets of different lengths through lead screws and motors, and then the automatic rivet penetrating device is universal for the 1-pole circuit breaker, the 2-pole circuit breaker, the 3-pole circuit breaker and the 4-pole circuit breaker. In the type changing process, the type changing motor assemblies can automatically adjust the height of the rivet penetrating guide mechanism, the rivet falling mechanism and the rivet pressing mechanism, the automatic rivet penetrating device is universal for the 1-pole circuit breaker, the 2-pole circuit breaker, the 3-pole circuit breaker and the 4-pole circuit breaker, the conveying speed is not affected, the problems that an existing device is poor in compatibility, low in efficiency and the like are effectively solved, and production efficiency is greatly improved.

The invention provides an asset transfer method, device and storage medium. The method includes receiving an asset transfer transaction, packaging the asset transfer transaction to generate a first block and recording the first block on a main chain for synchronization and execution of the asset transfer transaction from a corresponding main chain node to generate a first execution result, and generating second block information including the first execution result by an authentication node of the first parallel chain; the second block information sent by the corresponding authentication nodeis received, and the second block information is recorded on the main chain for common understanding of the second blocks of the first parallel chain. Whether or not the asset transfer transaction isexecuted successfully on the first parallel chain is judged according to the agreed second block: Yes, the asset transfer transaction is executed to generate a second execution result and recorded onthe main chain. The invention firstly executes the asset transfer transaction received by the main chain by the parallel chain, utilizes the parallel chain consensus mechanism, does not affect the speed of the asset transfer, and also avoids the situation that the rollback does not cause the asset loss in time.

The invention discloses a water-based alkaline electrolyte. The water-based alkaline electrolyte includes the following raw materials in parts by weight: water, a weakly basic salt, and a thickener; the weakly basic salt is: potassium acetate, acetic acid One of sodium or calcium acetate; the thickener is one of agar, sodium carboxymethylcellulose, sodium polyacrylate or polyvinyl alcohol. The beneficial effects of the present invention are: the water-based alkaline electrolyte of the present invention adds a thickener to the weakly basic salt, the weakly basic salt provides hydroxide ions for the electrochemical reaction, and the added thickener sodium polyacrylate The viscosity is very high, which can prevent the electrolyte from volatilizing in a high-temperature and low-humidity environment. That is, the water-based alkaline electrolyte of the present invention is easy to volatilize in a high-temperature and low-humidity environment, resulting in increased electrolyte concentration and crystallization, which affects the service life of the sensor. The problem; the viscosity of the aqueous alkaline electrolyte is moderate, which avoids the volatilization of the electrolyte and does not affect the transmission speed of ions in the circuit.

The invention provides a driving circuit for an input / output port, which comprises a main output stage and an enhancing unit, wherein the main output stage is used for receiving at least one driving signal and outputting an output signal corresponding to an input signal based on the driving signal, and the enhancing unit is coupled with the main output stage and is used for receiving and detecting the electrical level of the output signal, thereby maintaining or enhancing the output thrust of the main output stage.