38 results about "Spin structure" patented technology

The invention belongs to the technical field of electromagnetic wave polarization detection, and particularly discloses an efficient microwave polarization detection device based on a photonic spin Hall effect. For the detection device, electromagnetic wave to be detected is decomposed into left-hand circularly polarized beam and right-hand circularly polarized beam through the efficient photonic spin Hall effect, the module values and phases of the left-hand circularly polarized beam and right-hand circularly polarized beam are respectively measured, and backstepping is carried out to obtain the polarization of the electromagnetic wave to be detected. The photonic spin Hall effect is realized through linear geometry Berry phase gradient of total-reflection type meta-surface with a spin structure. Compared with the traditional polarization detection manner (linear polarization loudspeakers opposite to each other are used for directly measuring x component and y component of electromagnetic wave), the efficient microwave polarization detection device has the advantages that higher convenience and quickness are achieved, the errors are few, and the stability is better. The operating frequency of the device is 10-14GHz, and the structure constants of meta-atoms are scaled in equal proportion or redesigned, so that the operating frequency can be applied to other operating frequency ranges.

Provided are a method of generating strong spin waves, a method of simultaneously generating spin waves and electromagnetic waves, a logic operation device using spin waves, a variety of spin wave devices employing the same, and a method of controlling phases of spin waves. In the method of generating spin waves, strong spin waves are generated by supplying various shapes of energies to a magnetic material in which a magnetic vortex and magnetic antivortex spin structures exist separately or together. When energies are applied to a patterned magnetic material so that magnetic vortex or magnetic antivortex can be generated, a strong torque is generated in a vortex core so that strong spin waves can be generated from the vortex core. The spin waves generated in this way have large amplitudes, short wavelengths, and high frequencies. In the logic operation device using spin waves and the spin wave devices employing the same, wave factors of frequency, wavelength, amplitude, and phase of a spin wave generated by the method of generating spin waves are controlled and wave characteristics such as reflection, refraction, transmission, tunneling, superposition, interference, and diffraction are used. According to the present invention, logic operation spin wave devices capable of performing ultra-high speed information processing and various shapes of optical devices using waves in optics can be reconstructed using spin waves.

The magneto-sensitive wire of the invention has a vortex-spin structure and hence includes no magnetic domain walls, so that the magneto-sensitive wire of the invention has an excellent hysteresis characteristic exhibiting nearly zero hysteresis. Therefore, the linearity related to the output voltage characteristic for the applied magnetic field in the determination range of an MI sensor is significantly improved as compared to MI sensors using the conventional magneto-sensitive wires. Using the magneto-sensitive wire of the invention makes it possible to provide a magneto-impedance (MI) element exhibiting a higher precision than the conventional ones and further provide a sensor using such an MI element.

A centrifugal separator having a separation chamber and a collection chamber utilizes an axially-oriented structure which extends from the spin structure, or spin plate, up and into the vortex finder. The axially-oriented structure decreases turbulence within portion of the separator in axial adjacency with the spin structure, including the separation chamber in which the solids are collected. The reduction of turbulence substantially reduces the entrainment of solids in the rising stream of liquid flowing to the vortex finder, and thus increases the efficiency of the separator. The spin structure may comprise a truncated cone mounted with a portion of the truncated cone in the separation chamber and the remainder in the collection chamber.

The magneto-sensitive wire of the invention has a vortex-spin structure and hence includes no magnetic domain walls, so that the magneto-sensitive wire of the invention has an excellent hysteresis characteristic exhibiting nearly zero hysteresis. Therefore, the linearity related to the output voltage characteristic for the applied magnetic field in the determination range of an MI sensor is significantly improved as compared to MI sensors using the conventional magneto-sensitive wires. Using the magneto-sensitive wire of the invention makes it possible to provide a magneto-impedance (MI) element exhibiting a higher precision than the conventional ones and further provide a sensor using such an MI element.

The invention discloses a steel plate spinning multi-wedge motor belt wheel and a spinning method of the steel plate spinning multi-wedge motor belt wheel, and belongs to the technical field of transmission devices and manufacturing methods. The steel plate spinning multi-wedge motor belt wheel comprises a wheel face, a spoke and a center inner hole, wherein the wheel face and the spoke are of an integrated spinning structure and are each of a central symmetry structure; the wheel face is provided with a set of V-shaped grooves which are integrally connected; the two sides of the wheel face are provided with convex edges higher than the V-shaped grooves; the wheel face and the spoke are perpendicularly connected, and the axial section formed by the wheel face and the spoke is in a cantilever shape. The spinning method of the steel plate spinning multi-wedge motor belt wheel includes the first step of blanking and punching, the second step of spinning of a boss, the third step of preformation spinning and the fourth step of spinning molding. The belt wheel is of the integrated spinning structure and is good in mechanical performance of materials, products are not prone to deformation, product size accuracy is higher, the service life of the belt wheel is long, the product production cost is low, no precision cutting machining machine tool is needed, and cost input is greatly reduced.

A composite getter for maintaining medium and low vacuum environment and a preparation method thereof. According to the composite getter, gettering metal element powder and gettering alloy powder are disposed as two layers in an intermediate position of desiccant powder to form a core-spun structure body; the core-spun structure body is sealed in a plastic film; the gettering metal element powderis one of or a combination of at least two of iron powder, nickle powder, copper powder which are processed by reduction and have a particle size of 10-200 micrometers; the gettering alloy powder is one of or a combination of at least two of strontium lithium alloy powder, barium lithium alloy powder, barium magnesium alloy powder with a particle size of 50-500 micrometers; the desiccant powder is one of or a combination of at least two of calcium oxide powder, strontium oxide powder, barium oxide powder with a particle size of 20-200 micrometers; the plastic film can break by itself under the pressure difference of one atmospheric pressure. The service performance is not affected by temporary exposure in air.

Provided are a method of generating strong spin waves, a method of simultaneously generating spin waves and electromagnetic waves, a logic operation device using spin waves, a variety of spin wave devices employing the same, and a method of controlling phases of spin waves. In the method of generating spin waves, strong spin waves are generated by supplying various shapes of energies to a magnetic material in which a magnetic vortex and magnetic antivortex spin structures exist separately or together. In the logic operation device, wave factors of frequency, wavelength, amplitude, and phase of a spin wave generated by the method of generating spin waves are controlled and wave characteristics such as reflection, refraction, transmission, tunneling, superposition, interference, and diffraction are used.

The invention provides a brand new weaving concept of fine, easy-to-clean and healthy viscose cotton compound fiber fabrics and a method thereof. 60 portions to 85 portions of terylene, 15 portions to 30 portions of polyamide and 5 percent to 6 percent of lye, by utilizing a DDF-C model spinning machine, are blended in 5 percent to 15 percent of Oustlast microcapsule after mucilage glue gelatinizes; mucilage glue spinning solution containing Oustlast in the ration of 65 / 35 to 35 / 65 and polyamide spinning solution are respectively put into the spinning box of compound spinning machine; a compound core-spun yarn with a core-spun structure is made by the dry and wet spinning of the compound spinning machine; polyamide core-spun yarn with weather adjusting phase-change material (PCM) fibers is obtained after nascent fibers pre-oriented yarn (POY) and is then processed with 5 percent to 6 percent of lye after false twisting transmutation. The fabric of the invention has the advantages of being clear, smooth, straight, crease-resistant, shrink-proof, easy for wash, fast dry, etc., thereby being suitable for using in clothes close to people, healthy and environmental and having relatively good economic and social benefits.

The invention discloses gerbera delavayi (fire weed) back fiber home spun yarn. Gerbera delavayi (fire weed) back fiber is adopted as a body, and filament fiber is adopted as heart yarn, hand twisting is performed to manufacture the blended yarn of the core-spun structure. The gerbera delavayi (fire weed) back fiber in the yarn is of a natural net-shaped structure to be distributed on the periphery of the filament fiber in a covering mode, the filament fiber is adopted as the core yarn to be located inside the yarn, the yarn can sufficiently show the good performance of being pure, natural, soft, capable of absorbing moisture, breathable and skin-friendly of the gerbera delavayi (fire weed) home spun yarn, the strength of the gerbera delavayi (fire weed) home spun yarn is enhanced, and the production efficiency of the gerbera delavayi (fire weed) home spun yarn is improved. The gerbera delavayi (fire weed) home spun yarn can meet the technological requirement of various weaving modes and is applicable to the various garment product fields of underwear, infant garments and the like.

The invention provides a preparation method of a spinning structure thermoelectric conversion device. The spinning structure thermoelectric conversion device adopts one or more kinds of thermoelectricyarns as thermocouples of the thermoelectric electricity generation structure, elastic insulation yarn is adopted as a fabric body bearing part, and the thermoelectric yarn is woven into the thermoelectric electricity generation fabric structure through a traditional spinning technology by means of the characteristic that weft and warp of the fabric are interwoven and stacked; by changing the fabric interweaving structure, the thermoelectric yarn placement position and the length of the thermocouples, the thermoelectric transmission performance and the body bearing performance are changed, and the device can be widely and flexibly applied to the fields of motion health, medical intelligent clothing, intelligent homes, wearable touch screens, electronics, automobiles, buildings and the like.

A magnetic recording head having an air bearing surface for confronting a surface of a rotating disc and comprising a pole tip and a generally rounded and substantially planar body attached to the pole tip is disclosed. The width of the pole tip defines a track width of data written to the rotating disc. The generally rounded shape of the top pole body is such that top pole magnetization gradually changes its direction and follows the edges of the body. Further, the pole tip has low remanence, gradual spin structure and no domain walls formed near the pole tip.

A centrifugal separator having a separation chamber and a collection chamber utilizes an axially-oriented structure which extends from the spin structure, or spin plate, up and into the vortex finder. The axially-oriented structure decreases turbulence within portion of the separator in axial adjacency with the spin structure, including the separation chamber in which the solids are collected. The reduction of turbulence substantially reduces the entrainment of solids in the rising stream of liquid flowing to the vortex finder, and thus increases the efficiency of the separator. The spin structure may comprise a truncated cone mounted with a portion of the truncated cone in the separation chamber and the remainder in the collection chamber.

A kind of improved launch valve which refers to the field of valve is designed for the structure weakness of the valve-bar and valve-core. The main idea of the design is that the launch valve has two structures, namely the lift-draw spin structure and the up-down fluctuate structure. The launch valve comprises noumenon, valve-bar, valve-core, valve-cap; The first method is that at one end of the valve-bar set a hatch slot, set transverse slot, portrait circle hole, the base platform and reinforcing steel bar; The open-trough on one end of the valve-bar connects to the reinforcing steel bar of the valve-core through the glide and fit to each other. The portrait ring-hole on the valve-core connects to one part of the valve-bar by the uprightness lift-and-draw slide. Valve-cap spin an angle from 10 degree to 170 degree or spin to the angle between 171 degree to 11degree, the launch valve open or shut. The second method is that the lift-and-draw structure is make the located spring steel wire stretch and compose, realize to the open or shut of the launch valve, make the problem about the directional drain and the orientation with reason of the valve-bar and valve-core come true. The launch valve designed rationally, the operation capability is well.

The invention provides a method for slot-type tension-disc type multi-fold integrated composite spinning and a spinning structure thereof. The method includes the steps that 1, rough yarn is unwound from a rough yarn reel and enters a drafting area to be drafted and form fiber strands; 2, the fiber strands after drafting are output by a jaw composed of a roller and a rubber covered roller; 3, the fiber strands output in the step 2 continue to be output in an all-directional semi-loosened surrounded environment to form multi-fold integrated composite yarn; 4, the multi-fold integrated composite yarn formed in the step 3 is wound to form a spun yarn reel. According to the method, by notching a four-dimensional semi-loosened surrounded groove in a tension cross bar for the fiber strands, when nubs of the fiber strands enter the four-dimensional groove, the nubs push up the tension disc, and then under the gravity effect of the tension disc, the nubs are smoothed out; when snicks of the fiber strands enter the four-dimensional groove, the snicks are arrayed by three borders of the groove again to increase fiber amount of the snicks.

The invention provides an XNOR logic gate based on a transverse spin structure light field. Firstly, the structure of the XNOR logic gate is defined, the XNOR logic gate comprises a composite waveguide and two homogeneous solid metal nanospheres with identical structures, the composite waveguide is integrally of a Y-shaped structure, and comprises an output waveguide and two input waveguide arms connected with the output waveguide, and the two metal nanospheres are located at the front ends of the input waveguide arms respectively; then the size of the XNOR logic gate and a material manufacturing the logic gate are given; circularly polarized light is adopted as a light source to verify a logical function of the XNOR logic gate. The XNOR logic gate has the advantages that the structure isnovel, manufacturing is easy, the implementation mode is simple, and a logic gate device is small in size and convenient to integrate on a large scale, and has a huge application prospect in the fields of all-optical communication technologies, in particular to all-optical calculation.

A convertible backyard carnival for allowing an amusement device providing rotational and / or reciprocal movement to be configured into one of a plurality of seating arrangements. The convertible backyard carnival comprises a base member having a weighted base platform and a swivel post adapted to fit any one of a plurality of distinct seating structures. Inside the swivel post is a movement member which is adapted to engage a receiving member in each distinct seating structure. The movement member provides the movement aspect of the convertible backyard carnival, and can move a seating structure to which it is connected through the receiving element in a rotational and / or reciprocating manner. In a preferred embodiment, three discrete seating structures are provided: a boat structure, tilt and spin structure, and a spin booth.

The invention relates to a spinning structure capable of generating electricity. The spinning structure comprises a frame fixed on the ground and handles and a cushion which are located on the frame; a hub is installed on the frame, a cast wheel is arranged on the hub, a small chain wheel is arranged on the cast wheel, a middle shaft is installed on the frame, a crankset is arranged on the middle shaft, and a chain is arranged between the crankset and the small chain wheel; the two sides of the crankset are each provided with a pedal assembly, a coil is arranged on the hub, a magnet is fixed on the cast wheel, and the magnet rotates around the coil. After the structure is adopted, through cooperation of the coil and the magnet, electricity can be generated and utilized while an operator uses the spinning structure, the resource utilization rate can be improved, energy sources are saved, the structure is simple, and installation and usage are convenient.

The invention provides a melt spinning structure. The melt spinning structure comprises a melt extruding machine, a spinning nozzle and a cooling box body, wherein the spinning nozzle is arranged at the bottom of the melt extruding machine; the nozzle of the spinning nozzle points downwards and is placed into the cooling box body; the spinning nozzle is a cylindrical hollow pipe; through holes are uniformly formed in the circumferential direction of the inner wall of the spinning nozzle; the through holes are communicated with the an air injection device; the spinning nozzle is internally and coaxially provided with a heat conducting ring located between the through holes and the nozzle; the outer side of the heat conducting ring has no contact with the inner wall of the spinning nozzle; the heat conducting ring is internally and uniformly provided with a semiconductor refrigerating sheet; a cold surface of the semiconductor refrigerating sheet is located at the inner side of the heat conducting ring; and the hot surface of the semiconductor refrigerating sheet is located at the outer side of the heat conducting ring. As the melt is full of bubble gaps, heat-shielding performances of the melt are increased while the use amount of the melt is reduced.

The invention discloses a composite component unit with delamination resistance and a composite containing the same. The composite component unit with delamination resistance is formed by that a fiber layer is spatially bent along the two-dimensional direction, and the component unit is implemented through the fact that the fiber layer is coiled into a laminated coil structure unit, a laminated structure unit or a core-spun structure unit. By using the technical scheme, the composite component unit disclosed by the invention has the following advantages that through changing the paving form of the single fiber layer in a composite component, a laminated structure unit, a laminated coil structure unit or a core-spun structure unit is arranged between an upper layer and a lower layer, so that a fiber for bearing loads is arranged in the thickness direction of the component, thereby improving the delamination resistance of fiber reinforced composites.

The invention relates to the technical field of core-spun yarns, in particular to a multi-core core-spun yarn, comprising a core layer and a covering layer. The sectional outline of the core layer is approximately circular, the sectional outline of the core layer is 4.5-750 Mum in outer diameter, the core layer includes two or more core yarns that are hard core yarns determined via ISO2062 method to be less than 50% in elongation at break, and covering fiber of the covering layer is wound outside the core layer by means of ring-spinning core spinning process. The multi-core core-spun yarn of the invention is of core-spun structure with multiple thin core yarns converted from traditional single-core-yarn core-spun structure, space is provided among the multiple thin core yarns for movement, the small core yarns are better than the thick hard core yarns in softness, the problem that the hard core-spun yarn has stiff handle is improved structurally, the structure of soft multiple thin core yarns is better in flexural resistance than that of a single thick core yarn, and product quality is improved significantly.

The invention relates to a corrosion-resistant, detachment-proof and anti-stealing junction box, comprising a junction box, a cover and a wiring structure; A second wiring slot matching the first wiring slot is provided; the wiring structure is a socket-type integrated junction block, and the integrated wiring socket in it faces the first wiring slot; the wiring socket includes a socket main body and a spinning structure, wherein The main body of the socket includes a guide cone, a threaded sleeve and a socket for the metal core of the wire to be inserted. There is a pressing tapered surface with pressing tines inside; a photosensitive signal element is arranged on the side of the integrated terminal block facing the casing, which includes a battery, a photoresistor and a signal transmitting device. The invention has the advantages of anti-corrosion, anti-aging, anti-loosening of connection terminals, anti-electricity stealing, anti-interference and the like.

The invention relates to a spinning structure for a gel filamentation apparatus and solves the technical problems that, for instance, the prior art has poor technical design. The spinning structure comprises a feeding pipe, a spinning motor shaft and a spinning disc; the spinning motor shaft is hollow; the feeding pipe coaxially penetrates the spinning motor shaft; the peripheral inner side of thespinning motor shaft gains no contact with the peripheral outer side of the feeding pipe; the spinning motor shaft peripherally rotates relative to the feeding pipe; the peripheral outer side of thespinning disc is provided with a plurality of spinning holes; the upper end of the spinning disc is provided with a blowing blade wheel seat having a plurality of blowing blades; the blowing blade wheel seat is connected with the spinning motor shaft through a blade wheel mounting structure; the bottom of the spinning disc is provided with a heat-insulating structure. The spinning structure has the advantages that a heat-insulating sheet at the bottom of the spinning disc helps effectively avoid a gel solution solidifying; the spinning holes of the spinning disc are never blocked; prepared filament fibers have high quality; the feeding pipe is fixed to a positioning rack so that shaking never occurs.

A prespacetime model is formulated for generating energy-momentum-mass relationship, elementary particles and self-referential matrix rules through hierarchical self-referential spin structure in prespacetime. Key to the present model is: (1) generation of at least one primordial phase distinction in prespacetime, (2) formation of energy-momentum-mass relationship from said phase distinction; (3) formation of external and internal objects from said phase distinction; (4) matrixization of said energy-momentum-mass relationship into matrix rules; (5) matrixization of said internal and external objects into the external and internal wave functions of a particle in the dual world, and (6) interaction of said external object and said internal object through said matrix rules. In particular, working models for generating energy-momentum-mass relationship, self-referential matrix rules, elementary particles and composite particles are described as research aids, teaching tools and games. Further, working model for ether (aether) as a body or medium of prespacetime is also described as research aids and teaching tools.

The invention relates to a hemostasis device. The hemostasis device comprises a hemostasis plaster with a hollow square pressing groove and a connection band with a C-shaped spinning structure pressing groove; the hemostasis plaster with the hollow square pressing groove comprises a hemostasis plaster body, the hemostasis plaster upper hollow square pressing groove, adhesive plasters and a hemostasis plaster lower hemostasis tablet, the lower surface of the hemostasis plaster body is connected with the hemostasis plaster lower hemostasis tablet, two ends of the hemostasis plaster body are connected with the adhesive plasters, and the upper surface of the hemostasis plaster body is connected with the hemostasis plaster upper hollow square pressing groove; and the connection band with the C-shaped spinning structure pressing groove comprises the C-shaped pressing groove, a spinning guide board, a guide groove screw hole, a lock catch, a connection band body, a screw with cut edges, a nutand a nut frame, the guide groove screw hole is at the center of the spinning guide board, the spinning guide board and the lock catch are connected with the connection band body, and a wrist or a leg end close to a surgical spot is sleeved with the lock catch and the connection band body. The hemostasis device is simple in structure and low in cost, and the purpose of avoiding excessive breedingcaused by looseness and withdrawal of a finger can be achieved.

The invention provides a melt spinning structure. The melt spinning structure comprises a melt extruding machine, a spinning nozzle and a cooling box body, wherein the spinning nozzle is arranged at the bottom of the melt extruding machine; the nozzle of the spinning nozzle points downwards and is placed into the cooling box body; the spinning nozzle is a cylindrical hollow pipe; through holes are uniformly formed in the circumferential direction of the inner wall of the spinning nozzle; the through holes are communicated with the an air injection device; the spinning nozzle is internally and coaxially provided with a heat conducting ring located between the through holes and the nozzle; the outer side of the heat conducting ring has no contact with the inner wall of the spinning nozzle; the heat conducting ring is internally and uniformly provided with a semiconductor refrigerating sheet; a cold surface of the semiconductor refrigerating sheet is located at the inner side of the heat conducting ring; and the hot surface of the semiconductor refrigerating sheet is located at the outer side of the heat conducting ring. As the melt is full of bubble gaps, heat-shielding performances of the melt are increased while the use amount of the melt is reduced.

The invention relates to core spun yarn, in particular to a preparation method of vortex spinning core spun yarn with a colorful effect. The preparation method comprises following technological steps:preparation of a core spun structure, preparation of an outer wrapping layer, preparation of elastic composite filament core yarn and vortex spinning. According to the preparation method of the vortex spinning core spun yarn with the colorful effect, the use performance of a product is further improved, and the grade of the product is improved.

A prespacetime model of elementary particles, four forces and consciousness has been formulated, which illustrates how the self-referential hierarchical spin structure of the prespacetime provides a foundation for creating, sustaining and causing evolution of elementary particles through matrixing processes embedded in said prespacetime. The prespacetime model reveals the creation, sustenance and evolution of fermions, bosons and spinless entities each comprised of an external wave function or external object and an internal wave function or internal object located respectively in an external world and internal world of a dual-world universe. The prespacetime model provides a unified causal structure for weak interaction, strong interaction, electromagnetic interaction, gravitational interaction, quantum entanglement, consciousness and brain function. The prespacetime model provides a unique tool for teaching, demonstration, rendering, and experimentation related to subatomic and atomic structures and interactions, quantum entanglement generation, gravitational mechanisms in cosmology, structures and mechanisms of consciousness, and brain functions.

The invention discloses an electron spin structure p-type CuAlO2 of a low-dimensional semiconductor material. In order to further explore and clarify the magnetic origin of a magnetic semiconductor material, the magnetic properties of a TM element Co and Ni-doped CuAl02 are researched. A CuAl02 material with a cuprous iron structure is selected for research, since the CuAl02 material is one of fewnatural p-type semiconductor materials, the p-type or n-type conductivity can be achieved by doping, and therefore, the material is closer to the actual application.