55results about How to "Avoid decompression" patented technology

The invention discloses a pressure relief and consolidation synergizing prevention and control method for rock burst in a deep coal drift. According to the method, based on deep hole photographic detection and analytic processing technology, discontinuous rupture distribution of the surrounding rocks in the deep coal drift and the evolution law of abutment pressure with mining are firstly detected, the deep hole blasting depth is determined according to the detection results and the pressure generated by deep blasting is relieved, and the range and consolidation method of barrier layers of the shallow surrounding rocks around the roadway surrounding rocks are finally determined; therefore, optimal synergy of pressure relief and consolidation is realized and and the aim of prevention and control of the rock burst in the deep mining coal drift is achieved.

The microwavable shipping and/or retail package described here for heating food includes a material suitable for use in a microwave oven. The food disposed in the package is preferably at least partially raw. Taking into account the water content of the food, enough liquid is present in the package for the food to be cooked in a steam atmosphere which develops in the package when heated in a microwave oven. The package has a one-way valve in a wall, which opens automatically to the outside when there is an internal excess pressure, then closes again automatically after the pressure drops, thus limiting and/or reducing the vapor pressure that develops in the package during heating in a microwave oven. The valve membrane may automatically open and automatically close until the membrane deforms during heating, thereby causing said valve to remain open.

The present invention aims for efficient use of storage capacity in a storage system by reducing the amount of time taken for processing including removing redundancy and data compression executed with respect to transferred data.

Focusing on data patterns included in transferred data, the most suitable pattern is detected, and de-duplication processing is gradually executed. Data compression is then executed with data after de-duplication as a target. Determination of the decision for execution of gradual de-duplication processing, or execution of compression processing is made depending on the amount of data remaining at each processing stage and the system load.

A technique for broadcasting a broadcast data service together with broadcast digital television data as part of a broadcast signal, the broadcast data service comprising a plurality of data portions including data portions having digital data in non-real time. The technique comprising, during normal broadcasting, only broadcasting portions of the broadcast data service required to replace previous respective portions which have been changed and broadcasting television data of the broadcast data service as non-real time data.

A regenerative braking system is provided. The regenerative braking system includes at least one energy storage medium operably connected to a coupler. The coupler is operable to selectively couple and decouple the energy storage medium with a drive train of motor vehicle, or an electric generator, or a combination of both. A control arrangement governs the operation of the coupler. A sensor of the control arrangement is operable to determine information relating to the relative deceleration and acceleration of the motor vehicle and send said information to the controller. The controller is operable to determine the amount of energy storage medium or mediums to be coupled to the drive train via the coupler.

A method for packaging cotton sliver for efficient transport includes the steps of laying the sliver in a uniform-density pattern onto a bottom cap, placing a top cap on the sliver, applying pressure to the top and bottom caps to compress the sliver to a higher second density at which the compressed sliver is rigid, and strapping the compressed sliver and caps in order to form a rigid package for handling and transport. A packaging system includes an oblong can that receives the sliver, a compression baler for compressing the sliver to a high density, and a strapping apparatus for strapping the compressed sliver and caps to retain the compression.

The invention discloses a device for measuring pressure of a finite filling retaining wall under different displacement modes, which comprises a test box body and a box type framework; the test box body comprises a moving retaining wall and a fixing retaining wall, an upper part and a lower part of the moving retaining wall are connected with screws; an upper end and a lower end of the moving retaining wall are further provided with dial indicators; one side in opposite to the moving retaining wall is provided with the fixing retaining wall, two side walls of the test box body are rigid box bodies; the rigid wall bodies are fixedly connected with the box type framework; a fixing plate for fixing the screws is further arranged on the box type framework, a thread hole matched with the threadof the screws is arranged on the fixing plate; inside of the test box body is further provided with a pressure detecting device. The invention provides a test method. The test method can simulate thesoil body damage mode and the retaining wall soil pressure of the moving retaining wall under different displacement modes; several soil pressure detecting devices are arranged on the retaining wall;different nature stress states of the finite filling can be simulated, the soil pressure of the finite filling is measured in real time; the device is simple in structure and convenient to operate.

The invention belongs to the field of electro-hydraulic suspension systems and discloses a control valve for electro-hydraulic suspension systems of small-and medium-horsepower tractors. The control valve comprises a valve body, an overflow valve, a check valve, a two-position two-way electromagnetic valve, a two-position three-way electromagnetic valve, an oil outlet A, an oil inlet P, an oil return port T and a pressure testing oil port, and the overflow valve, the check valve, the two-position two-way electromagnetic valve, the two-position three-way electromagnetic valve, the oil outlet A,the oil inlet P, the oil return port T and the pressure testing oil port are mounted on the valve body through insertion. The valve body is internally provided with oil passages communicated with valve part oil ways, the oil inlet port P is connected with an oil cylinder, the pressure testing oil port is connected with a pressure meter and a switch, the oil outlet A is connected with a hydrauliccylinder, and the oil return port T is connected with an oil tank. The control valve has advantages of cost saving, compact structure, high response speed, convenience in connection with external oilways and hydraulic cylinders and convenience in electronic control.

An apparatus for providing a pressurized gas inline valve assembly incorporating a check valve to maintain pressure above a selectable psi and a ball valve for selectively shutting off gas flow. The apparatus is preferably positioned approximate the gas source in a beverage dispensing system that uses carbon dioxide for carbonation, preservative and propellant. Preferably, the apparatus is designed to maintain the system pressure above the threshold pressure that when below said threshold pressure the carbon dioxide would revert to its inoperative dry ice solid state as opposed to its operative liquid state.

The embodiment of the invention discloses a memory compression method and device, a terminal and a storage medium, and belongs to the field of memory compression. The method comprises the following steps: when a memory compression triggering condition is met, performing memory compression on a target memory page in a memory space to obtain a compressed target memory page; determining the compression rate of the target memory page according to the data volume of the target memory page before and after compression; if the compression rate indicates that the target memory page meets a writing condition, writing the compressed target memory page into a memory compression space in the memory space; and if the compression rate indicates that the target memory page does not meet the writing condition, stopping writing the target memory page into the memory compression space. By setting the write-in condition and refusing to write the memory pages which do not meet the write-in condition intothe memory compression space, the useless decompression process of the CPU is reduced, and the overall compression ratio of the memory compression space is further improved.

The invention relates to detection on memory overflow in the field of GPU security, and in particular relates to a method for dynamically detecting memory overflow on a GPU based on an address compression technology. The method disclosed by the invention comprises the steps of: enabling a user program to distribute a memory by using a mallocN function, inserting a canary, compressing an address ina compression address set composed of multiple byte arrays, and marking the memory to be released by using a freeN function; and performing garbage collection or dynamic capacity expansion of the compression address set by utilizing a garbage collection module of a detector; decompressing the address by utilizing a memory overflow detection module of the detector, and performing memory overflow check; and releasing the memory marked by the freeN by utilizing a memory releasing module of the detector. As shown in the figure 1, the system can realize memory overflow detection, which is transparent to the user program and little in performance influence when less memory is consumed.

The invention relates to a constant-force tensioning mechanism and a tufting machine, and relates to the technical field of tufted carpet processing. The constant-force tensioning mechanism comprisesan air pump, a main pipe, branch pipes, pistons and a first pulley, wherein the air pipe communicates with an air outlet port of the air pump; a plurality of the branch pipes are arranged and communicate with the main pipe separately; the branch pipes are arranged in a manner of being uniformly distributed in the length direction of the main pipe; a plurality of the pistons are also arranged and form one-to-one correspondence with the branch pipes; the diameter of each piston is adaptive to the diameter of the corresponding branch pipe; each piston is slidably connected with the correspondingbranch pipe in the length direction of the corresponding branch pipe; the first pulley is connected to one end away from the main pipe, of each piston; and a fiber yarn is wound on the peripheral surface of the first pulley and in rolling connection with the first pulley. The tufting machine comprises a frame, a loading mechanism, a tufting mechanism, an unloading mechanism and the constant-forcetensioning mechanism. According to the constant-force tensioning mechanism and the tufting machine, under the action of a tufting needle and the constant-force tensioning mechanism, the fiber yarn isuniformly pulled into ring-shaped tufts on a base cloth, so that the aesthetic feeling of a tufted carpet is improved, and the durability of the tufted carpet is improved.

Aspects of the present disclosure include an easy to use electronic no-decompression table for use in recreational dive planning in order to avoid decompression sickness. In one embodiment, the electronic no-decompression calculator is a portable handheld unit. The user is requested to enter at least one relevant piece of information about a dive and that information is used to automatically compute depth, bottom time, and surface interval time limits as well as pressure group categorizations. In one embodiment, an information tablet is provided with information relevant to planning a dive.

A method includes, in response to a first write command corresponding to first data and a first context which is identifiable with a first identifier and to a second write command corresponding to second data and a second context identifiable with a second identifier, determining whether the first identifier of the first context matches the second identifier of the second context. The method also includes, if the first identifier of the first context is determined to match the second identifier of the second context, forming a compression group of data including the first data and the second data, and generating compressed data corresponding to the compression group of data.

The method and system for removing CO₂ from the atmosphere or the ocean having the steps of, feeding a solid oxide fuel cell (SOFC) system with a gaseous hydrocarbon feed, converting the gaseous hydrocarbon feed in the SOFC system into an anode exhaust stream having carbon dioxide CO₂, the SOFC system thereby producing electricity; injecting the anode exhaust stream as an injection gas into an underground coal bed; in the underground coal bed the injection gas causing coal bed methane (CBM) to desorb from the coal and CO₂ to adsorb onto the coal; extracting the coal bed methane (CBM) from the underground coal bed; and discharging a production gas having the coal bed methane (CBM) from the underground coal bed.