33results about How to "Ensure full implementation" patented technology

An apparatus for processing ground surfaces comprises a moving device, a working device, especially a milling device for milling the ground surface, and a drive device for driving the moving device and the working device, wherein the working device is movable between a working position, in which it is in operative engagement with the ground surface, and a maneuvering position, in which it is not in operative engagement with the ground surface, wherein a sensor device is provided which detects the maneuvering position and / or at least one working parameter of the working device, namely its power consumption, working speed, rotational speed or its inclination, and / or at least one load parameter of the moving device, and a control device which reduces the frictional connection between the drive device and the working device and / or the drive power transmitted by the drive device to the working device in the maneuvering position and / or in case of the detection of a deviation of the at least one detected working parameter or load parameter from a set parameter value.

The invention discloses a touch control device based on curved face display. The touch control device based on the curved face display comprises a curved face type projection screen, a touch spot detection component, stress induction components and a main control module, wherein the curved face type projection screen is provided with an outward bulgy touch control face and a projection face opposite to the touch control face; the touch spot detection component is located on one side of the projection face and detects touch spot position data by emitting infrared light to the curved face type projection screen and further receiving the infrared light reflected by a touch object on one side of the touch control face; each stress induction component is used for generating stress data by the time the curved face type projection screen is touched; and the main control module obtains the touch spot position data and the stress data and judges whether the touch control occurs or not. The invention also discloses a touch control detection method applied to the device. With the adoption of the device and the method, the execution of a touch control instruction in the actual occurrence of touch control is guaranteed, so that a contactless type misoperation is prevented.

The present invention provides a method for executing an Openflow message, which is applied to a switching device. The method includes: when receiving a binding Bundle adding message carrying an Openflow message and the priority of the Openflow message sent by a controller, carrying the Bundle adding message The Openflow message is added to the Bundle cache corresponding to the Bundle addition message, and the priority of the added Openflow message is marked; when the Bundle execution message for the Bundle cache sent by the controller is received, the The Openflow messages marked with priority in the Bundle cache are sorted according to the priority; and the Openflow messages marked with priority in the Bundle cache are executed according to the sorted order of priority from high to low.

The embodiments of the present disclosure relate to a random access control method, including: during the random access process, if a bandwidth part switching command for a cell associated with the random access process is received, judging whether the random access process is successful ; If the random access process is unsuccessful, stop the random access process; switch bandwidth parts according to the bandwidth part switching command, and do not continue the random access process in the switched bandwidth part. According to the embodiments of the present disclosure, it is possible to avoid the situation in the related art that in order to continue the previously stopped random access process, the switching operation made according to the bandwidth switching instruction is equivalent to not being executed, which wastes resources of the user equipment, thereby ensuring The bandwidth switching instruction is actually executed, and the user equipment can continue communication through the switched bandwidth part.

The invention discloses a method for managing and controlling host passwords based on zero trust, including a method for bringing hosts into management and control, a method for forcibly resetting host passwords after the expiration date, and a method for processing abnormal login passwords; the invention generates passwords through password construction strategies The password can meet the password strength requirements of the host, significantly reducing the risk of weak passwords of the host, and realizes the management and audit of the host password through unified management and control, ensures the implementation of the regular forced replacement policy of the host password, and saves the host password to the entity's identification card , which significantly increases the difficulty of password cracking and identity forgery. At the same time, users do not need to record complex host passwords, and can complete password-free login with an ID card, realizing the full lifecycle management of host passwords.

An apparatus for processing ground surfaces comprises a moving device, a working device, especially a milling device for milling the ground surface, and a drive device for driving the moving device and the working device, wherein the working device is movable between a working position, in which it is in operative engagement with the ground surface, and a maneuvering position, in which it is not in operative engagement with the ground surface, wherein a sensor device is provided which detects the maneuvering position and / or at least one working parameter of the working device, namely its power consumption, working speed, rotational speed or its inclination, and / or at least one load parameter of the moving device, and a control device which reduces the frictional connection between the drive device and the working device and / or the drive power transmitted by the drive device to the working device in the maneuvering position and / or in case of the detection of a deviation of the at least one detected working parameter or load parameter from a set parameter value.

The invention discloses a full-automatic drug sterility inspection enrichment system of a sterile bin and an operation method of the system. The enrichment system comprises a sterile operation car, an automatic operation manipulator and an operation table; the sterile operation car comprises a car base, a wastewater box, a filter containing box and a garbage box are arranged on the car base, filter hole sites are arranged over a water inlet of the wastewater box, a container frame is installed on a support frame arranged on one side of the car base and provided with container containing hole sites used for containing containers of at least one type and at least one operation hole site used for containing a container to be operated, and needle clamping devices are arranged at the corresponding operation hole sites; a clamping mechanism, a peristaltic pump, a pressure detection mechanism and a sealed cutting mechanism are installed on the operation table. Accordingly, the high-efficiency full-automatic drug sterility inspection enrichment process can be achieved in a sterile environment of the sterile bin, artificial participation is not needed, the hidden danger that the sterile environment is manually destroyed does not exist, and the system can be suitable for conducting enrichment operation on bacterium inspection of various kinds of drugs packaged in various kinds of drug bottles or bags.

The invention discloses a method for detecting process creation during real-time protection. The method comprises the following steps that: a driving program reports related information of a new process required during detection of an application layer to the application layer to notice the application layer to perform scanning detection after the process is created; and the driving program suspends the new process when the application layer performs the scanning detection according to the related information of the new process. The invention also discloses a system for detecting the process creation during the real-time protection. A process suspending unit in the system is used for suspending the new process through the driving program when the application layer performs the scanning detection. By the method and the system, the new process can be detected without the interruption of the process of a creator.

The invention relates to a cutter (10) for cutting printed substrates, said cutter (10) comprising a supporting plane(20) adapted to receive a printed substrate (30) comprising a plurality of images (31) separated by a plurality of edges (32, 33) perpendicular to each other in a feeding direction (F), and a plurality of cutting units (50) suitable for cutting said printed substrate (30) along said edges (32, 33) in a longitudinal direction (L), parallel to said feed direction (F), and in a transverse (T), perpendicular to said feeding direction (F). Each cutting unit (50) comprises a pair of parallel blades (51), spaced apart at a distance corresponding to the width of the edges (32, 33), a backing plane (53) arranged underneath the supporting plane (20) of the cutter (10) and suitable to provide a backing surface to said blades (51) during cutting, and a connecting arm (54) which extends from a frame (55) of the cutting unit (50) on which the blades (51) are mounted to said backing plane (53) in a direction opposite to the cutting direction. The connecting arm (54) is parallel to the blades (51) and is arranged between the blades (51) on a plane (P) parallel to the planes (A, B) on which the blades (51) lie, and the portion of the backing plane (53) comprised between the area arranged underneath the blades (51) and the area wherein the connecting arm (54) is fixed comprises a through opening (56). Thanks to this configuration, the edges (32, 33) between the images printed on the substrate (30) may be cut in a single step by the cutting units and substrate scraps may be separated directly during cutting operations without the need for manual intervention of an operator.

The invention relates to a method for optimizing energy consumption of fixed-priority periodic tasks in a mixed critical system, comprising the following steps: establishing a mixed critical periodic task model including several mixed critical periodic tasks; using a key hierarchy division method to determine the priority of the mixed critical periodic tasks ;Calculate the minimum speed S of the feasible scheduling of mixed critical period tasks; calculate the idle time ST generated by high critical level tasks in low mode, and use this idle time to determine the execution speed S of the processor i ;Low critical level tasks and high critical level tasks are always at speed S in low mode i Execution; high-level critical tasks are executed at maximum processor speed with their additional load in high mode; use dynamic power management technology to reduce processor power consumption. The method of the invention effectively reduces system energy consumption by utilizing the idle time generated by the high-level critical level task and the dynamic power consumption management technology.

The invention discloses a method for producing crack arresting steel for container ships. By selecting billets with different sections according to different widths of finished products and rolling them, the number of rolling passes is reduced and the reduction in passes is increased. Due to the characteristics of slow production rhythm, use the space left in the heating furnace to reduce the time in the furnace to ensure the execution of the heating process and ensure the surface quality; the heating process ensures the uniformity of the thickness direction of the slab; the rolling process adopts full longitudinal rolling or full transverse rolling as much as possible The rolling method increases the effective compression ratio; in order to refine the grain, the intermediate billet is cooled ultra-fast, and different cooling processes are set according to the specifications and the cooling process of the finished steel plate is determined. In this way, an accurate and effective stable production process for the production of crack arrest steel is realized, so that the stability of the production process of crack arrest steel meets the requirements of batch industrial production and various indicators such as mechanical properties and product quality stability meet the standard requirements, and the production process is easy to control.

The invention provides a battery replacement mechanism which is used for taking and placing a battery into a first accommodating groove, the first accommodating groove is provided with a first clamping hook for buckling the battery in the first accommodating groove; the battery replacement mechanism comprises a multi-axial sliding table assembly, a bearing piece and a taking and placing device; the bearing piece is movably arranged on the multi-axial sliding table assembly, and the taking and placing device is movably arranged on the bearing piece; the bearing piece comprises a second clamping hook, and the taking and placing device comprises a lock catch; the second clamping hook is used for loosening the first clamping hook of the first containing groove so that the battery can enter and exit from the first containing groove, and the lock catch is used for being connected with the battery and dragging the electrically-driven back-and-forth bearing piece. The invention also provides a battery replacement system and a battery replacement method for the unmanned aerial vehicle. According to the battery replacement mechanism, the battery replacement system and the battery replacement method, the structure is simple, and battery replacement or maintenance can be efficiently carried out without damaging the battery.