33results about How to "Increased risk of leakage" patented technology

An information processing apparatus includes a reading unit, a generation processing unit, a storage controller, and an output unit. The reading unit reads a reading target to generate image data. The generation processing unit performs processing for generating, in an external apparatus, a temporary storage region that is able to be accessed from a terminal apparatus. The storage controller transmits the image data to the external apparatus and causes the image data to be stored into the temporary storage region. The output unit outputs access information for allowing the terminal apparatus to access the temporary storage region, the access information being output in a state in which the access information is able to be acquired by the terminal apparatus.

The present disclosure provides a system, method and apparatus for the removal of natural gas / methane from in situ loci within shale reservoirs to (i) provide fully de-carbonized surplus electricity, and (ii) power re-injection of the resulting carbon formed (CO2) upon combustion in an electric generator along with large volumes of atmospheric CO2, such as for large scale removal of CO2 from the Earth's surface / atmosphere.

The invention discloses a fully automatic production process for fireproof glass, which mainly comprises the following steps: automatic film loading, automatic cleaning, transition, positioning, gluing, transition, automatic lamination, transition, hot pressing, automatic turning, automatic gluing, Automatic mixing, automatic filling, curing and automatic unloading. In the above manner, the present invention can solve the problems of low production efficiency and poor quality of the existing fireproof glass.

The invention discloses an assistant mounting device for a camshaft of an engine and a mounting method. A first pin hole is formed in a timing gear of the camshaft. The assistant mounting device comprises an assisting part, a crankshaft vibration absorber and a positioning pin, wherein the assisting part is fixed to the top surface of a cylinder cover of the engine; a second pin hole is formed in the assisting part; the height difference between a central shaft of the second pin hole and the top surface of the cylinder cover is a preset height; the horizontal distance from the central shaft of the second pin hole to the central shaft of a crankshaft gear of the engine is a preset distance; the crankshaft vibration absorber is fixed to a crankshaft; a zero graduation line is arranged on the crankshaft vibration absorber; when the zero graduation line is positioned right above the crankshaft vibration absorber under a mounting state, a piston of a first cylinder of the engine is positioned at an upper stopping point, and the positioning pin synchronously passes through the first pin hole and the second pin hole. According to the device, other parts on the crankshaft cannot be dismounted and replaced additionally, so that the workload can be greatly decreased, the overhaul efficiency can be improved, and meanwhile, that other parts are dismounted additionally to cause the risk of leaking of each sealing surface can be avoided.

The object of the present invention is to provide a bearing and its inner ring. Through the improvement of the inner ring structure, the number of parts constituting the lubricating oil passage of the bearing can be reduced, thereby reducing the possibility of lubricating oil pollution and leakage, and at the same time realizing the uniformity of the bearing. Lubrication and cooling. The bearing inner ring has a ring of positioning ribs formed on its inner peripheral side, a plurality of axial oil delivery grooves and an oil collecting ring, the oil collecting ring is located at the end edge of the bearing inner ring, and the positioning rib is relatively Located at the inner position in the axial direction, the positioning rib protrudes radially from the inner peripheral wall surface of the bearing inner ring, and the oil delivery groove passes through the positioning rib axially from the oil collecting ring on the inner peripheral wall surface, and the delivery Oil injection holes are arranged at different positions of the oil groove. The oil injection holes penetrate the inner ring of the bearing from the inner peripheral side wall surface. The multiple oil delivery grooves and oil injection holes are respectively used for lubricating and cooling the bearing raceway, and the cage and rolling elements on the outer peripheral side.

The invention discloses an uncompensated pipeline component. The uncompensated pipeline component comprises a plurality of pipelines; the pipelines are connected and welded end to end in sequence; the axes of adjacent pipelines are not in the same straight line; an included angle is formed between adjacent pipelines. According to the technical scheme of the invention, thermal compensation of the pipelines is completed by welding the pipelines at certain included angles; the pipelines are connected by welding, so that the construction process of the pipeline connection is simplified; a compensator and an elbow are not required to be arranged on the pipelines additionally, so that the cost of pipeline construction is reduced.

The invention discloses a 3D printing device and method for preparing a water-cooled copper crucible, including an energy beam generator 15, a scanning system 16, a molding system 17, a powder supply system 18, a purging recovery system and a control system 19, and a cooling and pressurizing system ; The cooling and pressurizing system is used to provide a vacuum or an inert gas environment, and simultaneously has the functions of rapid cooling and applying isostatic pressure. The 3D printing device and method for water-cooled copper crucibles of the present invention can produce crucibles with complex cooling water channels, and the produced cooling water copper crucibles have compact structure, dense material, high structural strength, and reduce the use of inert gas. In addition, the use of 3D printing technology to prepare water-cooled copper crucibles can reduce the number of procedures, reduce processing difficulty, reduce manufacturing costs, and the quality of finished products is reliable.

The embodiment of this specification discloses a method, device, and equipment for generating data obfuscation rules. The method includes: obtaining target data in a software development kit that can be processed for data obfuscation, and obtaining the target data of the software development kit to be referenced. The non-application data referenced by the application; according to the target data and the non-application data referenced by the target application, determine the data to be confused in the software development kit; generate the software development tool based on the data to be confused Obfuscation rules for packages.

The invention discloses a physical layer key distribution method based on random beams and edge calculation. The method comprises the following steps of S1, setting a protection area, S2, conducting channel estimation: enabling Bob to send a channel estimation sequence to Alice, enabling Alice to estimate uplink channel information according to the received information, and transposing the uplinkchannel information to obtain downlink channel information, S3, generating random beams: enabling Alice to generate random beams according to the downlink channel information, S4, processing and sending a key symbol: enabling Alice to send a key symbol s(n) to Bob, S5, receiving signals: enabling Bob and Eve to receive signals sent by Alice, S6, conducting key estimation: enabling Bob to estimatethe key symbol under the condition of neglecting a white noise vector nA to obtain estimated key information, and S7, when n is equal to 1, 2,... L, repeatedly executing the steps S3 to S6 until the Bob obtains the key with L symbol lengths. The distribution of the physical layer key can be realized through two times of communication interaction, and the time delay and complexity caused by key sharing are reduced.