30results about How to "Timely conversion" patented technology

The invention relates to the technical field of railway tunnel construction, specifically a digging method of IV and V-class surrounding rock railway tunnel with large cross section, aiming to solve the problems of the existing railway tunnel digging method including narrow operation space, low work efficiency, inflexible construction method, instable construction progress, high deformation potential of surrounding rock, and inconvenient operation. The method comprises performing leading support, digging arc-shaped pilot tunnel and preserving core soil; staggeredly digging left/right side walls of middle sidestep and preserving core soil; staggeredly digging left/right side walls of lower sidestep and preserving core soil; sequentially digging upper, middle and lower sidesteps and preserving core soil; and digging inverted arch and carrying out preliminary support. The invention has large construction space and high work efficiency, and can perform multi-job parallel operation. When the geologic conditions are changed, the invention can be flexibly and timely converted to other construction method. Preservation of core soil and left/right staggeredly digging are helpful to the stability of the digging working face. When the surrounding rock has large deformation, the invention can adjust closure time as soon as possible under the prerequisite of assuring safety and meeting requirements of clearance cross section.

The invention provides a copyright transaction method and a copyright transaction device for pictures. The method comprises the following steps: receiving an original picture uploaded by a selling user and copyright owner information of the picture; Generating unique digital fingerprint information for the original picture, writing the digital fingerprint information into the block chain, and identifying all authorized users of the artificial digital fingerprint information of the copyright of the original picture; Receiving a transaction condition which is submitted by a selling user and aimsat the original picture, and adding a to-be-sold identifier to the original picture; And if a purchase operation of the purchase user on the original picture carrying the to-be-sold identifier is received and it is judged that the purchase operation conforms to the transaction condition of the original picture, changing the ownership user of the digital fingerprint information of the original picture into the purchase user. According to the scheme provided by the invention, unique digital fingerprint information is generated for the original picture and is written into the block chain, so that the security and effectiveness of copyright information of the original picture can be effectively ensured based on decentration, disclosure, transparency and non-tamper characteristics of the blockchain.

The invention discloses a method for excavating mountain tunnels in weak surrounding rock-fractured zones or shallow covered slope sections, which includes the following steps: (1) cover arch and forepoling; (2) tunnel cutting, including the following steps: (a) the annular part of the upper cross section of the portal of the buried tunnel is first cut, a core soil part is formed on the upper cross section, and an arch is formed; (b) combined bolting and shotcrete is carried out on the arch; (c) the core soil part is cut; (d) the lower cross section of the portal of the buried tunnel is cut; (e) first shotcrete and combined bolting and shotcrete are carried out on the left and the right sidewalls; (f) an inverted arch is lined and backfilled; (g) secondary lining is carried out; (3) step 2 is repeated until the leading pipe shed construction of the next tunnel section is carried out; (4) step 3 is repeated until the tunnel runs through the weak surrounding rock-fractured zone of a mountain. The construction space is large, multi-working face parallel operation can be carried out, and the working efficiency is high; and since the core soil is reserved on the upper cross section and the left and the right cross sections on the lower cross section are staggerly cut forward, the cut working face can be kept stable.

The invention discloses an excavation construction method for a super large cross section tunnel of bias shallow buried weak surrounding rock. A temporary median lamella wall is adopted to divide a tunnel face into a left part and a right part; and the left part and the right part are excavated simultaneously through a three-bench-five-step method. According to the three-bench-five-step excavation method of the median lamella, when the geological condition changes, construction processes can be converted flexible and timely, the construction method is adjusted, and the construction period is shortened. The excavation method is simple in process and reliable in excavation, excavation of the super large cross section tunnel of the bias shallow buried weak surrounding rock is provided an important guarantee, the failure rate is low, and the project profitability is enhanced. A locking anchor pipe replaces a traditional locking anchor rod, the stability of the structure is also improved, meanwhile, steel pipes are adopted to fix steel frames, so that the steel frames form a whole through the connected steel pipes, the system bearing load is improved, the fixing effect of the steel frames is better, and control of tunnel deformation is very favorable.

The invention discloses a washing machine door lock. The washing machine door lock comprises a lock case, a driving device, a locking part and a transmission device, wherein the lock case is provided with a bottom plate and a cover plate, the driving device is mounted in the lock case, the locking part is mounted in the lock case and capable of locking out of or retracting into the lock case, and the transmission device is arranged between the driving device and the locking part and converts rotary power of the driving device into force in the direction of driving the locking part to lock out and retract. Driven by the rotary power of the driving device, the transmission device linearly moves back and forth to drive the locking part to lock out or retract. In the washing machine door lock, the transmission device can directly convert the rotary movement of the driving device into self linear back-fourth movement to further drive the locking part to lock out or retract; the washing machine door lock is simple in structure, easy to assemble, few in arranged parts, high in transmission accuracy and capable of realizing timely locking out or retraction.

The invention provides a voice processing method and device. The method comprises the steps: analyzing voice data after the voice data are obtained when a robot customer service carries out voice communication with a target user at a current moment so as to obtain emotion feature data corresponding to the voice data; inputting emotion features into a pre-trained voice emotion model; acquiring an emotion label corresponding to the emotion features and being output by the voice emotion model according to an emotion change relationship between the emotion label at the current moment and the emotion label at the previous moment and the emotion label at the current moment; and selecting proper switching time and ranking in a switching queue automatically. Therefore, the voice communication of the target user can be automatically added into the proper rank of the transfer queue at the proper transfer time; conversion from robot customer service to manual customer service is more timely, theproblem that a customer service call center system is low in intelligent degree is solved, and the technical effect of improving the matching success degree of a communication mode is achieved.

The invention discloses a silicon carbide high temperature vibration sensor with high sensitivity, high frequency response, and anti-overload. The silicon carbide high temperature vibration sensor comprises a silicon carbide chip, a silicon carbide bonding sheet, an insulation layer, a packaging shell, and a kovar pin; the silicon carbide chip comprises a supporting sheet body, a cantilever beam,and a mass block; the supporting sheet body and the silicon carbide bonding sheet form a bonding body; the mass block and the cantilever beam are arranged insidea cavity of the bondingbody, and the cantilever beam is provided with a chip circuit; and the kovar pin extends into a bonding material along through holes arranged on the package shell, the insulation layer and the silicon carbide bondingsheet, and is connected with the chip circuit. The high temperature vibration sensorhas the characteristics of high sensitivity, high frequency response and anti-overload, and the accurate and timelymeasurement of vibration signals in the high temperature environment can be realized.

The invention discloses a novel intelligent vehicle lighting system in an urban complex traffic environment. The system comprises a vehicle lighting system and a vehicle control system and further comprises an image capture system, a central control system, an electronic display screen, a steering wheel angle measuring instrument used for measuring the rotation angle of a steering wheel in real time, a vehicle speed measuring device and a processor. The vehicle speed measuring device is a speed monitoring system of a vehicle. The vehicle speed is correlated with the steering wheel angle and can be converted into the limit angle of a steering device needing to be started in time, and the vehicle steering device is automatically started through the processor; external lamplight, object movement and image detection of an automobile data recorder are correlated with automobile lamplight and voice prompts, high beams and low beams can be converted in time, vehicle lamps are turned on in time when the vehicle travels at night, and prompts of speed bumps and an obstacle are given in time; and the prompts are displayed on a display screen to remind a driver to pay attention to driving safety, and therefore an intelligent vehicle lighting adjustment and control system is obtained.

The invention relates to an online bidding and tendering method, device and system and a storage medium; and the method comprises the steps: receiving a bidding document uploaded by a bidding terminal, and generating a two-dimensional code corresponding to a cloud storage address of the bidding document; downloading a bidding document by identifying the two-dimensional code at the bidding terminal, and acquiring equipment parameters of the bidding terminal after uploading the bidding document; obtaining a feature identifier and an equipment parameter of a bid evaluation terminal; according tothe equipment parameters of the bidding terminal and the bidding evaluation terminal, judging whether the bidding evaluation terminal can read a bidding document or not, and if not, converting the bidding document into the bidding document which can be read by the bidding evaluation terminal; encrypting the bidding document according to the feature identifier of the bid evaluation terminal to generate an encrypted bidding document; and sending the encrypted bidding document to the bidding evaluation terminal, so that the bidding evaluation terminal decrypts the encrypted bidding document according to the feature identifier and completes bid evaluation. The problems that the bidding evaluation terminal cannot read the bidding document and the bidding evaluation process is low in safety aresolved, and the online bidding and tendering method have the effects of reading the bidding document in time and being safe in bidding evaluation.

The invention relates to the field of tunnel construction, in particular to a large-section tunnel excavation method based on a double-side-wall pilot tunnel method. The large-section tunnel excavation method comprises the steps that step 1, construction preparation is conducted and is characterized by further comprising the following steps that step 2, an upper step of a pilot tunnel is constructed; step 3, an upper step of the following pilot tunnel is constructed; step 4, an upper step of the middle pilot tunnel is constructed; step 5, a lower step of the pilot tunnel is constructed; step 6, a lower step of the following pilot tunnel is constructed; step 7, a lower step of the middle pilot tunnel is constructed; step 8, monitoring and measuring are performed; step 9, dismantling is performed; step 10, sealing is performed; step 11, inverted arch construction is conducted; and step 12, arch bridge construction is conducted. The large-section tunnel excavation method is convenient to construct and high in efficiency.

The invention discloses a remote control digital education and teaching device, which comprises a base plate and a machine body installed on the base plate, a display screen is embedded on the surface of the machine body, a signal receiving device is arranged above the display screen, and a There is an information processor, an intelligent circuit board is arranged inside the body, and the intelligent circuit board is electrically connected to the display screen, the information processor is electrically connected to the intelligent circuit board, and an optical drive insertion port is opened on the side wall of the body. The device is inserted into different CD-ROM software through the CD-ROM drive slot, which can realize the timely conversion of different teaching programs. The remote control can be used to receive external signals through the signal receiving device, and the information processor can be used to feed back the signals to the display screen through the intelligent circuit board. The body is located In the installation groove on the surface of the bottom plate, it is easy to disassemble and assemble. During the lecture process of the lecturer, an external microphone can be connected to amplify the sound through the amplifying device, saving the lecturer's physical strength.

The invention provides a load detection chip for commodity safety. The chip comprises a voltage control module which is configured to provide a power supply voltage for a load, a voltage monitoring module configured to be capable of monitoring a voltage value on a load, and and output module. A load detection chip is configured to be capable of outputting a safety signal through the output modulewhen the voltage value exceeds a set threshold. The invention designs the load detection chip, which is a detection chip for commodity safety and has the advantages of small size, light weight, high detection effect, stable work, high reliability and high dynamic response, and the commodity safety state is confirmed by monitoring the voltage on the load, so that the supervision and protection of the commodity are ensured. And switching of corresponding detection circuits can be realized, so that application in different scenes can be realized, and the application range can be expanded.

The invention aims to provide a temperature-sensing type change-over switch. The working principle of the temperature-sensing type change-over switch is opposite to that of a conventional organic matter type thermal fuse; when the circuit environment temperature is raised abnormally, the temperature-sensing type change-over switch performs actions to switch on the circuit; when the environment temperature is raised abnormally or a fire occurs, after the change-over switch is converted from a disconnected state into a switch-on state, the switch-on state of the change-over switch is not changed, so that the risk that an alarm or an indication is cancelled when fire is not extinguished actually can be avoided; the temperature-sensing type change-over switch is small in size which is only equivalent to the size of the conventional organic mater type thermal fuse; in addition, the temperature-sensing material adopts the organic matter type and has accurate fusing point, so that the circuit state can be switched in time when the environment temperature achieves the predetermined temperature rapidly.