85results about How to "Variable shape" patented technology

Microchip device arrays that can conform to a curved surface are provided for the controlled release or exposure of reservoir contents. The arrays comprise two or more microchip device elements, each of which includes a plurality of reservoirs that contain molecules for controlled release or components for selective exposure, and a means for flexibly connecting the device elements. The reservoirs can contain one or more drugs and / or one or more secondary devices, such as a sensor or a component thereof. Preferably, the microchip devices contain and controllably release therapeutic, prophylactic, and diagnostic molecules to and into the eye of a patient in need thereof.

Scanning spot locations are generated for ablating tissue using a scanning laser beam over a treatment region by taking a target function representing a desired lens profile of ablation with a basis function representing a treatment profile produced by overlapping scanning spots in a particular treatment pattern. In some embodiments, the basis function is a two-dimensional function representing a two-dimensional section of a three-dimensional treatment profile, which has symmetry with respect to the two-dimensional section extending along the treatment pattern. For example, the treatment pattern is generally straight for myopic and hyperopic cylinders, and is generally circular for myopia and hyperopia. The fit produces ablation depths for discrete scanning spots, which are used to calculate the number of pulses at each reference position along the two-dimensional section. The pulses are distributed along the treatment pattern to produce the desired overlapping effect.

The battery is composed of the packaging bag made from aluminum-plastic complex film, positive and negative pole pieces, diaphragms, pole ears and electrolyte. The preparing method includes following technical procedures: forming the container for battery core, preparing and shaping positive and negative pole pieces, charging electrolyte, sealking etc. Under general environment, the method can manufacture batteries with different thickness and shapes in low cost and easy operations. The battery possesses the features of high density, lightweight, small size, large discharging current and good periodicity etc.

The invention provides a multi-pot melt growth technique for growing sapphire crystals, comprising: (1) pretreating aluminum oxide raw material; (2) placing the pretreated aluminum oxide blocks and the oriented seed crystals into pots and moving into high temperature descending furnace, sealing the whole system and power-on to raise temperature, starting mechanical pump and diffusion pump in turn, vacuumizing to 10-3-10-4Pa, and when the furnace temperature up to 1500-1800deg.C, charging inert gas and continuing raising temperature to the set temperature (2100-2250deg.C); (3) when the furnace temperature up to the set temperature, preserving heat for 4-8 hours, regulating hearth temperature and pot positions to smelt raw material and seed crystal top to implement inoculation growth and setting solid-liquid interface temperature gradient at 10-50deg.C / cm and controlling pot descending rate at 0.1-3.0mm / h; and (4) after the crystal growth ends, making in-situ annealing treatment. And the process has features of raw material pretreatment, special temperature field design, multi-pot technique, in-situ annealing treatment, etc, and advantages of stable temperature field, adjustable temperature gradient, operating convenience, low average energy consumption, high yielding by one furnace, and beneficial to industrialized production.

The invention relates to a solid particle male die forming mold with movable brake beads and radial thrust, which comprises a female die, forming solid particles, brake beads, binder rings, hold-down air cylinders, a liner plate, a lower die block, a top rod, a pressure block, top feeding air cylinders, top plates, radial solid particles, sealing plates, a stock, and the like. The top feeding air cylinders are mounted on the lower die block, the working ends of the top feeding air cylinders penetrate through pressing plates to contact the top plates arranged in the binder rings and push against the lower surfaces of the top plates, the sealing plates are mounted on the binder rings, the sealing plates, the female die, the binder rings, the top plates and the stock form a radial closed space in the forming process, and the radial solid particles are arranged in the radial closed space. The novel mold combines the movable brake beads, the solid particle male die and the radial trust enhanced by solid particle media and has conveniently controlled brake bead resistance, safe and reliable radial trust loading and solid particle male die forming, no pollution, easier forming in practical production and remarkably improved product forming quality.

The invention relates to a forming die with a shape-variable male die applying a radial thrust by a solid particle medium, which comprises a female die, forming solid particles, a clamping ring, a die holder, an ejector pin, a blank, a pressing block, a seal plate, a top plate, radial solid particles, a nitrogen cylinder and the like, wherein the seal plate is installed on the clamping ring, the seal plate, the female die, the clamping ring, the top plate and the blank form a radial closed space in the forming process, and the radial solid particles are arranged in the radial closed space; the pressing block, the blank and the clamping ring form a forming closed space in the forming process, and the forming solid particles are arranged in the forming closed space to be used as the male die. By combining the shape-variable male die and the thrust increased by the radial solid particle medium, the die has a simple structure, the radial thrust can be transferred from the nitrogen cylinder through the solid particle medium to the sheet bar, and the radial thrust and the forming operation can be reliably realized without pollution. Compared with the common forming die, the invention is easier for forming, and the forming quality of the product is obviously improved.

The present invention relates to an operating fluid container (1) composed of thermoplastic for a motor vehicle, comprising a reinforcing element (10; 11, 12), which is arranged between two container walls (2, 3) of the operating fluid container (1) and is at least indirectly joined to the container walls (2, 3). The operating fluid container (1) according to the invention is characterized by the fact that the container walls (2, 3) are joined to one another indirectly via the reinforcing element (10; 11, 12) by means of at least one joining element (20; 21 - 25). In this arrangement, the joining element (20; 21 - 25) comprises at least two material layers (21 - 25) joined to one another, wherein a joining force joining the two material layers (21, 22) to one another is less than a joining force between the joining elements (20; 21 - 25) and the container wall (2, 3) and / or between the joining element (20; 21 - 25) and the reinforcing element (10; 11, 12).

The invention relates to a bush pruning robot and an operating method thereof. The bush pruning robot is characterized by comprising a top plate and a liftable frame, the top plate is arranged at thetop end of the liftable frame which is hollow in the middle, bottom ends of four corners of the liftable frame are provided with traveling wheels, and a battery, a controller, a guide sensor, a machine vision module, a laser radar and a pruning motor are all arranged on the top plate. An output shaft of the pruning motor extends downwards to connect with a pruning tool which is a transformable pruning tool at the middle hollow position of the liftable frame. The pruning tool comprises a plurality of sub-blades which are sequentially connected through corresponding steering gears to form the transformable pruning tool, and each steering gear is connected with the controller. The bush pruning robot has advantages of simplicity and convenience in operation, high automation degree, cost saving, labor saving, long endurance time, flexibility in steering, accuracy and high efficiency in pruning, high adaptability and functional powerfulness.

The invention relates to an aviation material warehouse information management platform based on Chinese sensible code technology and belongs to the field of informationization. The platform herein includes an information purchase module, an aviation material warehouse-in tagging module, an aviation material repair module, a warehouse-out module, an aviation warehouse-out code scanning module, an upper computer and quality tracking module, and an aviation material data analyzing module. According to the invention, the platform has large information capacity, high level Chinese character representation capability and Chinese character compression efficiency, and wide encoding range. The platform supports encryption technology. The platform has strong anti-contamination, anti-deformation and mistake correction capability. The platform allows users to select mistake correction capability. The platform is easy to make, has low cost, and has variable shapes of bar code symbols.

The invention discloses an assembled aluminum alloy exterior decorating strip comprising an aluminum alloy exterior decorating shield plate inserted core, an aluminum alloy exterior decorating shield plate connecting piece and an aluminum alloy decorating shield plate, wherein one end of the aluminum alloy exterior decorating shield plate inserted core is fixedly connected with a curtain wall upright through a screw, while the other end of the aluminum alloy exterior decorating shield plate inserted core is inserted into the aluminum alloy exterior decorating shield plate connecting piece, and a stainless steel bolt penetrates through the superposed part of the aluminum alloy exterior decorating shield plate connecting piece and the aluminum alloy exterior decorating shield plate inserted core so as to fixedly connect the aluminum alloy exterior decorating shield plate connecting piece with the aluminum alloy exterior decorating shield plate inserted core; one end nearby the aluminum alloy exterior decorating shield plate connecting piece is provided with a protruding locking head; the outward side of the aluminum alloy decorating shield plate is also provided with a protruding locking head while the inward side of the aluminum alloy decorating shield plate is provided with a locking groove; and the locking head of the aluminum alloy exterior decorating shield plate connecting piece is buckled in a locking groove nearby the aluminum alloy exterior decorating shield plate, and is fixedly connected with the locking groove by a bolt. The assembled aluminum alloy exterior decorating strip can be independently mounted, and the mounting process is simple and fast, the mounted structure is firm and safe, facades of the structure are exquisite and artistic, and decorating materials are universal.

A spacer fabric has a first flat layer of knitted fabric formed with conductive threads, a second flat layer of knitted fabric and spacer threads connecting the first and second layers of knitted fabric. The conductive threads have an electrically conductive coating and are arranged adjacent to one another over an entire surface in the first layer or in conductive strips extending along a direction of production, and are connected to one another in direct, electrical contact. The conductive threads preferably are formed from a plastic multifilament yarn provided with a coating and have a fineness of less than 250 dtex. The conductive threads in the first layer of knitted fabric form loops with a stitching over at least two wales. The portion of the conductive coating is less than 50% by weight of the conductive threads.

The invention discloses a transparent OLED device structure and a preparation method thereof. The transparent OLED device structure comprises a novel net-shaped mask template whose aperture size is 10-500 [mu]m used in preparation of the device. The thickness of the novel net-shaped mask template is 0.1-0.5 mm. The shape of the novel net-shaped mask template can be circle, rhombus, pentagon and hexagon. For the novel net-shaped mask template, all kinds of net hole patterns are obtained by use of the method of laser carving, particularly the method combining YAG laser and lattice craving. According to the invention, the anode in shape of a net hole screen is different from a traditional anode which is obtained in whole-sheet type evaporation, so when the thickness of the device is reduced, the transmittance of the transparent device is improved.

The invention provides a mask array for fabricating a micronano array structure on a substrate and the micronano array structure obtained by fabrication of the mask array. The mask array comprises arrayed mask units, wherein the mask unit comprises a bottom surface and a side surface upwards tiling, and the bottom surface is laid on the substrate. With the mask array provided by the invention, the defects such as distortion, side wall stripes and cylinder steepness reduction due to a boundary effect during transferring a mask shape to the substrate caused by that mask damage such as deformation, defect and shrinkage of a traditional mask in dry etching is easy to generate are overcome, and a suspension mask provided by the invention is free from limitation of materials and shapes; meanwhile, the steep smooth-surface cylinder is also free from the limitation of materials and shapes; and the mask array is simple in process flow, is convenient to process and is relatively low in cost.

The invention relates to an accurate positioning type fiber sensing early warning system which comprises an information collector, a head light module group and a tail light module group, wherein the information collector consists of a forward laser detector, a backward laser detector and a laser emitter; the head light module group consists of a light distribution module, a forward light module and a backward light module, the tail light module group consists of a light transmission module, the laser emitter and the light distribution module are connected, the forward laser detector and the forward light module are connected, and the backward laser detector and the backward light module are connected; the light distribution module is connected with the forward light module and the backward light module; the forward light module and the light transmission module are connected, and the backward light module and the light transmission module are connected. The accurate positioning type fiber sensing early warning system is long in detection distance, capable of being accurately positioned, strong in anti-interference capability and adaptability, and low in cost.

The invention relates to a phototherapy device applied to metabolic diseases. The phototherapy device is provided with an annular flexible panel, a wearing notch is formed in the flexible panel, the inner wall of the flexible panel is provided with semiconductor light-emitting diodes distributed in an arrayed mode, a control unit integration device is arranged on the outer wall of the flexible panel, the two ends of the flexible panel are provided with fixing bands matched with each other, a PWM pulse drive mode is adopted to the semiconductor light-emitting diodes, and the semiconductor light-emitting diodes emit ultraviolet light, blue light, yellow green light, orange red light or light combining two or more of the preceding light. The phototherapy device is simple in overall structure, highly targeted, good in portability, convenient to use and capable of emitting light combination with certain strength and wavelength and a certain treatment effect, and provides comfortable and safe treatment for patients suffering from metabolic diseases.

The invention relates to a preparation method of anisotropic particles with variable morphology. The method comprises the following steps: firstly utilizing silanol hydrophilic groups produced by hydrolysis of a silane coupling agent to prepare a series of seeds with different hydrophilicities, then enabling the seeds to be swollen by monomers incompatible to the hydrophilic groups, and controlling the phase separation degree according to different phase separation degrees of polymers, which are induced by different interfacial tensions and incompatible to the hydrophilic groups so as to obtain the composite particles with the variable morphology. The composite particles contain organic-inorganic-organic phase non-spherical composite particles, which have an important significance for developing novel multi-component materials. The composite particles prepared by the preparation method disclosed by the invention are amphipathic, and can be used as compatibilizers, emulsifiers and the like for modifying mixtures of the incompatible polymers. The synthesis process is simple and easy to operate, clean, environment-friendly and easy to realize large-scale production; furthermore, the preparation method has universality and is suitable for other polymer systems which are mutually incompatible.

The invention discloses an electrochemical machining device based on a magnetic deformation electrode. A power supply power source, an electrolytic cell for containing an electrolyte, a workpiece electrically connected with the power supply power source, the electrode electrically connected with the power supply power source and a magnetic source for generating a magnetic field around the electrode are included. The electrode is made of magnetic deformation materials and can be conductive, and the electrode deforms in the magnetic field generated by the magnetic source. Correspondingly, the invention further provides an electrochemical machining method based on the electrochemical machining device. According to the provided electrochemical machining device based on the magnetic deformationelectrode, limitation from the existing technology level exists, the size of an existing electrode can only be made to dozens of micron orders, the magnetic deformation materials can be adopted for manufacturing the electrode, and after the electrode is made to dozens of microns, the electrode can deform through control of the magnetic field, the electrode from hundreds of nanometers to hundredsof microns can be obtained, the electrode size changing span is large, the application field is wide, and operation is convenient and fast.

An optical element (200; 300) for providing a variable refractive surface. The element comprises a chamber (215) defined by at least one side wall (270), with an optical axis (90) extending through the chamber (215). The chamber (215) contains a first fluid (220) and a second fluid (230) in contact over a meniscus (225) extending transverse the optical axis (90). The perimeter of the meniscus (225) is constrained by said side wall (270). The fluids (220, 230) are substantially immiscible and have different indices of refraction. A first electrowetting electrode (242; 243) is arranged to act on at least a portion of the meniscus perimeter constrained by said side wall (270). A second electrowetting electrode (280) extends through the meniscus (225).

The invention discloses a novel method and a novel device for detecting the evaporation loss of lubricating oil and provides a flexible heating body for replacing a 'Wood's alloy' heating body mode adopted in the conventional Noack method. The device for detecting the evaporation loss of the lubricating oil adopted in the invention comprises the flexible heating body, a ceramic flat plate heating body, an evaporation boiler, a sealing cover, a sensor inserting device and a temperature sensor, wherein the boiler bottom of the evaporation boiler tightly contacts the ceramic flat plate heating body, a side wall of a shell of the evaporation boiler is wrapped by a layer of the flexible heating body, and the top of the evaporation boiler is provided with the sealing cover; the sealing cover is provided with the sensor inserting device; and the temperature sensor is inserted into or pulled out of the evaporation boiler from the sensor inserting device. The novel method and the novel device solve the problem of pollution generated during the detection, reduce damages to natural environment and human bodies and reduce detection cost.

The invention belongs to the technical field of clean energy heating and cooling, and domestic hot water, and discloses a large split type air source heat pump system. The split type air source heat pump system comprises an air heat exchanger, a circulation pump unit, an evaporator, an anti-freezing solution water tank, a compressor, a condenser and a buffer water tank. The anti-freezing solutionwater tank is connected with the air heat exchanger, the compressor is connected with the anti-freezing solution water tank, the condenser is connected with the compressor, and the buffer water tank is connected with the condenser. The compressor is connected with the air heat exchanger through an anti-freezing solution feeding header pipe. The air heat exchanger is connected with the anti-freezing solution water tank through an anti-freezing solution return header pipe. The buffer water tank is connected with a cold and hot water return header pipe and a cold and hot water supply header pipe.According to the large split type air source heat pump system, the air heat exchanger and a main machine are arranged separately, heat exchange is carried out between the air heat exchanger and the heat pump main machine through the anti-freezing intermediate heat exchange medium (coolant), an independent circulation system is arranged for the intermediate heat exchange medium to carry out circulation, the heat pump main machine can achieve long distance independent closed installation, vibration is weak, the noise is low, frosting is not prone to happening, energy consumption is low, and theheating scale is large.

The invention discloses a steering wheel. The steering wheel comprises a framework, a deformable coating layer and a deformable outer covering layer. The framework, the coating layer and the outer covering layer are arranged in a nested mode from inside to outside. The thickness of at least one part of the coating layer is adjustable. The surface of the framework is coated with the coating layer,and the coating layer supports the outer covering layer. When the thickness of at least one part of the coating layer is changed, the outer covering layer deforms along with the coating layer. The size and the form of the steering wheel can be changed, the corresponding steering wheel sizes can be provided for driving operation personnel with different palm sizes on the same vehicle, the corresponding steering wheel friction force can be provided for the driving operation personnel under different road conditions, and the driving sensitivity is improved.

The invention belongs to the technical field of product display devices, and particularly relates to a rotary opening type cultural and creative product packaging and displaying device. The device comprises: a top plate which is provided with a bidirectional rotating motor used for controlling the top plate to rotate; a middle plate in sliding connection with the top plate; a bottom plate positioned below the middle plate; and a plurality of display units arranged between the middle plate and the bottom plate, wherein each display unit comprises a shielding assembly and a display assembly. The shielding assembly comprises a rotating plate, the top end of the rotating plate is slidably connected with the top plate, and the bottom end of the rotating plate is slidably connected with the bottom plate. The display assembly comprises a hanging rope, a hook and a packaging box, the hanging rope is installed between the middle plate and the bottom plate, the hanging rope is provided with the hook, the hook is provided with the packaging box, and the rotating plate can rotate to be located in front of or behind the display assembly. The device is variable in appearance shape, attractive, high in attraction and capable of being used for packaging and displaying cultural and creative products.

The invention discloses a dust removal filtering cloth bag rapid to install. The dust removal filtering cloth bag comprises a filtering cloth bag body. An installation ring is sewn on the outer wall of the top end of the filtering cloth bag body. A limiting column is welded to the outer wall of the top of the installation ring. A fastening ring is arranged on the outer wall of the installation ring. A fixed base is clamped on the outer wall of the top of the installation ring through the limiting column. A push rod motor is fixed to the outer wall of the top of the fixed base through a bolt. Aconnecting shaft is connected with one end of a piston rod of the push rod motor. Hydraulic rods are fixed to the outer walls of the four sides of the connecting shaft through bolts respectively. Anarc-shaped lining plate is fixed to one end of a piston rod of each hydraulic rod through a bolt. A screw hole is formed in the outer wall of the bottom of the connecting shaft. A lengthening frame isin threaded connection with the inner wall of the screw hole. The limiting column with the top end fixed is fixed to the fixed base for supporting open a machine during installation, the limiting column has another effect of fixing the J-shaped lining plates, the J-shaped lining plates are pressed to reset through fixing screw clamps, the J-shaped lining plates support open the inner wall of thefiltering cloth bag body, and the installation process is simplified.

Known devices for heat treatment comprise a process space surrounded by a furnace lining made of quartz glass, a heating facility, and a reflector. In order to provide, on this basis, a device for heat treatment having a furnace lining that can be manufactured easily and in variable shapes and enables rapid heating and cooling of the material to be heated and short process times and is characterised by its long service life, the invention proposes that the furnace lining comprises multiple wall elements having a side facing the process space and a side facing away from the process space, and that at least one of the wall elements comprises multiple quartz glass tubes that are connected to each other by means of an SiO2-containing connecting mass.

There is illustrated and described a plastics material hose comprising: a hose wall of plastics material, and an electrical conductor, wherein the electrical conductor is constructed as a braid having a plurality of fibres. In order to achieve compensation for and reliable discharge of electrical charge concentrations with specific disadvantages being avoided, it is proposed that the braid have at least one carbon fibre.

The invention discloses an RFID (Radio Frequency Identification) based cargo transportation and checkout system, which comprises passageway vehicle inspection equipment and cargo checkout and inspection equipment, and is characterized in that the passageway vehicle inspection equipment comprises a control case, a low-frequency trigger integrated RFID reader, a card sender, a vehicle RFID electronic tag card, an automatic gateway and a passive reader; the cargo checkout and inspection equipment comprises an RFID scanner, a cargo bag, a cargo shelf, an RFID passive card writer, a scanning gun and an RFID active reader; the RFID scanner is the core of the cargo checkout and inspection equipment, the internal part of the RFID scanner is provided with three RFID signal receiving antennas and is additionally provided with an adjustment mobile cantilever loaded with a touch-screen operating tablet computer, the RFID reader detects signals of an RFID chip through the signal receiving signals, the signals are transmitted to the computer so as to record and read information, and the computer is connected with a server so as to record and read product information. The RFID based cargo transportation and checkout system is convenient to use, high in automation degree and high in operation accuracy.

The invention discloses an oil-immersed transformer fault detection device based on a micro-nanofiber optical fiber evanescent field. The device comprises a tunable semiconductor laser source, a sectional type micro-nanofiber, a photoelectric detector, a phase-locked amplifier, a data collection card and a control module; and the sectional type micro-nanofiber optical fiber is immersed into oil ina to-be-detected oil-immersed transformer main tank body. By judging an attenuation rate of the laser with the corresponding wavelength of each dissolving fault feature gas after the broadband laserpasses through the sectional type micro-nanofiber, whether each dissolving fault feature gas is produced in the oil of the to-be-detected oil-immersed transformer main tank body is obtained, and thenwhether the to-be-detected oil-immersed transformer is in fault or the fault type is obtained. The method disclosed by the invention has the advantages of being free from oil-gas separation, capable of simultaneously detecting multiple gases, high in sensitivity, fast in detection speed, good in repeatability and real-time in detection.