38results about How to "Ensure complete separation" patented technology

A network function virtualization device includes at least one network function virtual machine; and a network function flow switch configured to receive flows and to switch the flows to the at least one network function virtual machine, and a network functions virtualization method for applying the virtualized network function to the flows.

The invention provides a full-automatic separation system and application of the full-automatic separation system in separation of polar components in edible oil. The full-automatic separation system comprises an automatic sample injection system 100, a column switching system 200, an automatic separation system 300 and a temperature control system 400. When the device disclosed by the invention is used for separating the polar components in the edible oil, automatic sample injection and automatic chromatographic column switching can be realized; multiple samples can be continuously treated, and high-flux quick separation is realized; meanwhile, full mechanical control is performed on sample injection, column switching and separated component collection, so that influence on an experiment due to manmade factors is avoided; by ultraviolet online monitoring and automatic flowing speed correction, a detection result is accurate and stable.

The invention discloses a flexible electronics preparing, transferring, and packaging system and method. The system comprises a substrate transferring module, a flexible electronics preparing module, a laser stripping module, and a packaging, loading and unloading module. The substrate transferring module is used for picking up a substrate and placing the substrate on the flexible electronics preparing module, and transferring prepared flexible electronic device and the substrate to the laser stripping module, and finally reclaims the stripped substrate from the laser stripping module. The flexible electronics preparing module is used for preparing the flexible electronic device on the substrate. The laser stripping module is used for stripping the prepared flexible electronics off the substrate. The packaging, loading and unloading module is used for placing a product to be packaged on a packaging module, packages the flexible electronics stripped from the substrate on the product, and taking down the packaged product. The method prepares, transfers, and packages the flexible electronic device by using the system. The system is greatly decreased in size, reduces intermediate links, saves space, and increases production efficiency.

The invention discloses an encrypted domain image reversible data hiding method based on neighborhood prediction. The method comprises three steps including Image Encryption reversible data hiding and; secret information extraction; In the image encryption part, an image is segmented into image blocks; the pixel value of each pixel point in each image block and the value of one element in the random sequence are added for encryption, and modulo operation is performed on 256 to realize encryption ; the linear prediction difference values meeting the specific conditions in the image blocks arekept consistent before and after encryption; data hiding in the encrypted image can be ensured; The method has the advantages that hidden information extraction and image decryption are achieved, complete separation of hidden information extraction and image decryption is guaranteed, hidden information can be effectively extracted in an encryption domain, hidden information can also be effectivelyextracted in a decryption domain, the practicability is higher, and meanwhile it can be guaranteed that an original image can be restored without distortion after the hidden information is extracted.

The invention discloses a single shaft full-physical emulated maglev stage which is mainly used for processing full-physical emulation for the control system of the spacecraft and other mobiles. The single shaft full-physical emulated maglev stage comprises a structural supporting unit, a bearing unit, an shaft directional maglev unit, a sensor unit, a gap adjusting and controlling unit and shaft surface unit. The shaft surface unit, the upper sensor, the upper magnet and the rotor potion of the bearing unit are the rotating potion of the maglev stage; the structural supporting unit, the lower sensor, the lower magnet and the stator potion of the bearing unit, gap adjusting unit are the static potion of the maglev stage; the magnetic force generated between the upper magnet and the lower magnet arranged in the shaft directional maglev unit balances the influence by the gravity to the rotating position can rotate without any frictions around the core shaft. As a free rotating stage, the invention overcomes the shortcomings of larger frictions of the general semi-physical emulated mechanical rotating stage, assuring the control system emulated object having the characteristic of automated close loop.

A device to separate propellant charge modules for field weapons, each module incorporating a top and bottom, the top of one of said modules being engaged in the bottom of an adjacent module, wherein said device incorporates reception means for all said modules incorporating means to immobilize each of said modules, said immobilizing means being linked by linking and separation means enabling a relative translation to be controlled for each of said modules with respect to its neighbours, thereby ensuring the separation of said modules.

The invention discloses a full separable encryption domain image reversible data hiding method. According to the full separable encryption domain image reversible data hiding method, in an image encryption part, firstly, an image is partitioned into image blocks; and then after a pixel value of each pixel point in each image block is added with one element in a random sequence for encryption, an absolute value of 256 is calculated so as to implement encryption. In the encryption mode, a difference value of a pixel value of each non-center pixel point in each image block and a pixel value of a center pixel point can be kept consistent before and after encryption; not only can data hiding be guaranteed to be carried out in an encrypted image, but also full separation of data extraction and image decryption is ensured; secret data can be effectively extracted in a encryption domain or a decryption domain; meanwhile, an original image can be guaranteed to be recovered in a distortionless manner after secret information is extracted; in the encryption domain image reversible data hiding part, the secret information is embedded in a combining manner, and the combined embedded secret information with a high occurrence frequency has a great bit number, so that data embedding capacity is effectively improved.

A method and apparatus are provided for harvesting thigh meat and oyster meat from a poultry thigh that includes a thigh bone with a hip knuckle and a knee knuckle. The poultry thigh is held at a knuckle, after which meat present on the thighbone below the knuckle is scraped from the thighbone away from the knuckle. The meat is subsequently separated from the thighbone and collected for further handling. The poultry thigh is suspended from the hip knuckle and the oyster meat is disconnected from the hip knuckle prior to scraping the meat from the thighbone away from the hip knuckle.

A method of and installation for supplying suction / compressed air and drying air to a printing machine, whereby the vacuum pumps and compressors which are necessary for supplying the suction air / compressed air are disposed together in a room with a separate air supply, wherein to homogenize if required condition air without extra costs the cooling air for the vacuum pumps or compressors is conducted substantially in a circuit, and the heated exhaust air of the vacuum pumps and the heated cooling air of the vacuum pumps and compressors are cooled in a heat exchanger and used for heating separate drying air.

The invention relates to the field of solar application, in particular to a detachable-type solar phase-changing heat collection-storage heat exchanging tube, which comprises a solar heat collection tube (100), a phase-changing heat collection tube (200) and a heat exchanging tube (300), wherein the phase-changing heat collection tube (200) is arranged inside the solar heat collection tube (100), and the heat exchanging tube (300) is arranged inside the phase-changing heat storage tube (200). The detachable-type solar phase-changing heat collection-storage heat exchanging tube has the effects that the phase-changing heat storage tube can be completely separated from the heat exchanging tube, so that the phase-changing material can be completely separated from the heat exchanging medium, and the solar phase-changing heat storage tube has an overheat unloading function; and meanwhile, the temperature inside the solar tube is stabilized, and the heat absorption efficiency of the solar tube is increased.

#CMT# # / CMT# The method involves applying a fiber-reinforced thermosetting coating (6) on a metal support (3), particularly a steel plate. The metal support is formed, particularly deep-drawn or bent to a semi-finished product. The partially coated metal support is subjected to shaping, when its coating forms a block-resistant surface (12) in its thermosetting. The metal support is formed such that its forming radii form a plastic deformation in its coating-free regions (15). Carbon fiber reinforced plastic is applied as fiber-reinforced plastic with a thermosetting matrix on the metal support. #CMT#USE : # / CMT# Method for manufacturing a semi-finished product or component, particularly structural component, such as door sill or longitudinal carrier of a motor vehicle (all claimed). #CMT#ADVANTAGE : # / CMT# The method involves applying a fiber-reinforced thermosetting coating on a metal support, particularly a steel plate, where the metal support is formed, particularly deep-drawn or bent to a semi-finished product or component, and hence ensures simple, economical and automated manufacturing of the semi-finished products or components with high reproducibility, where the corrosion protection of the semi-finished products or components is ensured. #CMT#DESCRIPTION OF DRAWINGS : # / CMT# The drawing shows a schematic representation of a semi-finished product or component manufacturing method. 2 : Component 3 : Metal support 6 : Thermosetting coating 12 : Block-resistant surface 15 : Coating-free regions.

An improved solar water distillation system including: a flow system for collecting one or more condensate streams from an input treatment liquid; and an input treatment liquid separator within the flow system adapted to collect excess input treatment liquid from the flow system separate from the one or more condensate streams. The treatment liquid is maintained separate to the condensate streams to substantially minimise cross-contamination of the one or more condensate streams.

The method for filling in STI groove includes steps: forming groove on substrate placed inside reaction chamber in advance; using chemical vapor deposition (CVD) technique including sputtering technique in groove inside chamber to fill silicon oxide; reacting gas utilized including oxygen and silicane for CVD technique as well as hydrogen and helium gases for sputtering technique; continuing to let oxygen into reaction chamber, carrying out plasma process for oxygen, and using oxygen plasma in high density to remove fine particles of silicon residual in silicon oxide. Thus, the invention raises quality of fill film.

The invention provides a full-automatic separation system and application of the full-automatic separation system in separation of polar components in edible oil. The full-automatic separation system comprises an automatic sample injection system 100, a column switching system 200, an automatic separation system 300 and a temperature control system 400. When the device disclosed by the invention is used for separating the polar components in the edible oil, automatic sample injection and automatic chromatographic column switching can be realized; multiple samples can be continuously treated, and high-flux quick separation is realized; meanwhile, full mechanical control is performed on sample injection, column switching and separated component collection, so that influence on an experiment due to manmade factors is avoided; by ultraviolet online monitoring and automatic flowing speed correction, a detection result is accurate and stable.

The present invention provides a method for processing plant raw materials; in the present invention, the raw materials are pulverized, extracted with hot water, sieved to remove impurities, and then added with a specific proportion of n-butanol or isobutanol, oxidants and other additives, The cooking reaction, through the mutual cooperation of pretreatment conditions, solvent addition amount, oxidant addition amount, other additive addition amount and cooking conditions, synergizes, facilitates the penetration of reagents, fully separates raw material components, and basically retains active groups , remarkably improve the cooking efficiency and product yield, so that the product performance is better, the invention has a simple process, can realize industrialized large-scale production, can bring good economic benefits to enterprises, and has broad prospects.

The invention relates to the field of solar application, in particular to a detachable-type solar phase-changing heat collection-storage heat exchanging tube, which comprises a solar heat collection tube (100), a phase-changing heat collection tube (200) and a heat exchanging tube (300), wherein the phase-changing heat collection tube (200) is arranged inside the solar heat collection tube (100), and the heat exchanging tube (300) is arranged inside the phase-changing heat storage tube (200). The detachable-type solar phase-changing heat collection-storage heat exchanging tube has the effects that the phase-changing heat storage tube can be completely separated from the heat exchanging tube, so that the phase-changing material can be completely separated from the heat exchanging medium, and the solar phase-changing heat storage tube has an overheat unloading function; and meanwhile, the temperature inside the solar tube is stabilized, and the heat absorption efficiency of the solar tube is increased.

A method and apparatus are provided for harvesting thigh meat and oyster meat from a poultry thigh that includes a thigh bone with a hip knuckle and a knee knuckle. The poultry thigh is held at a knuckle, after which meat present on the thighbone below the knuckle is scraped from the thighbone away from the knuckle. The meat is subsequently separated from the thighbone and collected for further handling. The poultry thigh is suspended from the hip knuckle and the oyster meat is disconnected from the hip knuckle prior to scraping the meat from the thighbone away from the hip knuckle.

The invention discloses a high-quality fin plate longitudinally-cutting mechanism. The high-quality fin plate longitudinally-cutting mechanism comprises a longitudinally-cutting die and a material guide assembly which are arranged in the feeding direction, the material guide assembly comprises a material pressing plate and a material lifting plate fixedly connected with the material pressing plate, and a plurality of material pressing teeth for downwards pressing fin plates are arranged on the lower end face of the material pressing plate. A plurality of material lifting teeth for lifting thefin plates are arranged on the upper end face of the material lifting plate, and the multiple material pressing teeth correspond to the multiple material lifting teeth in one-to-one mode. The materialpressing teeth are located on one sides of the longitudinally-cut positions of the fin plates, and the material lifting teeth are located on the other sides of the longitudinally-cut positions of thefin plates. According to the longitudinally-cutting mechanism of an air conditioner fin plate die, the material guide assembly is additionally arranged, the material pressing teeth on one sides of the longitudinally-cut positions of the fin plates and the material lifting teeth on the other sides of the longitudinally-cut positions of the fin plates are matched mutually so as to enable the longitudinally-cut fin plates to be completely separated, complete separation of the fin plates can also be ensured without over-cutting accordingly, the situation that cutting is repeated and thus burrs are generated is avoided, and the quality of the fin plates is greatly improved.

The invention relates to a work space for carrying out a work operation on a work object (34). The work space comprises a working volume (3; 68) bounded by a plurality of wall sections (4, 5, 6, 7, 8;77) correspondingly connected to each other on edge sides, wherein at least one of the inner surfaces (12, 17; 42, 43,; 74, 75, 76) of the wall sections (4, 5, 6, 7, 8; 77) is covered by a replacement membrane (18; 52; 62).

An applicator assembly, a method of assembly of the applicator and a method of use of the applicator. The applicator assembly includes a reservoir body, a neck that extends from the reservoir body and includes an exposable opening at a distal end thereof and a shroud that extends from the distal end about the exposable opening and a cap that is integrally formed with and releasably fixed to the distal end of the neck, fully encompassing the opening in the neck and sealing the reservoir body.

A footwear includes a shoe sole, a shoe upper member coupled on the shoe sole, and a toe guider device which includes first and second spacers. Bottom ends of the first and second toe spacers are retained by the shoe sole while top ends of the first and second toe spacers are retained by the shoe upper. The first toe spacer is retained for being worn between first and second toes of a wearer. The second toe spacer is retained for being worn between second and third toes of the wearer.

The invention discloses a single shaft full-physical emulated maglev stage which is mainly used for processing full-physical emulation for the control system of the spacecraft and other mobiles. The single shaft full-physical emulated maglev stage comprises a structural supporting unit, a bearing unit, an shaft directional maglev unit, a sensor unit, a gap adjusting and controlling unit and shaftsurface unit. The shaft surface unit, the upper sensor, the upper magnet and the rotor potion of the bearing unit are the rotating potion of the maglev stage; the structural supporting unit, the lower sensor, the lower magnet and the stator potion of the bearing unit, gap adjusting unit are the static potion of the maglev stage; the magnetic force generated between the upper magnet and the lower magnet arranged in the shaft directional maglev unit balances the influence by the gravity to the rotating position can rotate without any frictions around the core shaft. As a free rotating stage, the invention overcomes the shortcomings of larger frictions of the general semi-physical emulated mechanical rotating stage, assuring the control system emulated object having the characteristic of automated close loop.

The invention discloses a method for reversible data hiding of encrypted domain image based on neighborhood prediction, which includes three parts: image encryption, encrypted domain image reversible data hiding, and secret information extraction. Then, the pixel value of each pixel in each image block is added to the value of an element in the random sequence used for encryption, and then modulo 256 to achieve encryption, so that the linear prediction difference value in the image block that meets certain conditions The consistency before and after encryption not only ensures that data can be hidden in the encrypted image, but also ensures that the extraction of secret information and image decryption are completely separated. The decryption domain can effectively extract the secret information, which is more practical, and can ensure that the original image can be restored without distortion after extracting the secret information.

A gas turbine is provided comprising at least one rotor assembly (10); and at least one compressor casing (11); wherein the compressor casing comprises at least one inner compressor casing chamber (1112) for arranging the rotor assembly and at least one outer compressor casing chamber (1113) for tempering the compressor casing; the inner compressor casing chamber (1112) and the outer compressor casing chamber (1113) are separated from each other by a separating casing wall (1101); the outer compressor casing chamber (1113) comprises at least one boundary casing wall (110); the boundary casing wall (110) and the separating casing wall (1101) are oppositely spaced from each other such that the outer compressor casing chamber is formed; and the boundary casing wall (110) comprises at least one inlet opening (1100) for leading in an inlet tempering gas flow (1115) with tempering gas into the outer compressor casing chamber (1113) such that a tangential material temperature variation of the compressor casing (11) is reduced in comparison to a non tempered compressor casing. Preferably more inlet openings (1100) are distributed alongside an internal surface of the boundary casing wall (110).