166 results about "Super structure" patented technology

A polyaxial bone screw assembly includes a threaded shank body having an integral upper portion receivable in an integral receiver, the receiver having an upper channel for receiving a longitudinal connecting member and a lower cavity cooperating with a lower opening. The receiver can have crimp tabs, but is devoid of spring tabs and collet-like flexible structures. A down-loadable compression insert (some with lock and release feature), a down-loadable friction fit split retaining ring having super structure for temporary friction fit with an up-loadable shank upper portion cooperate to provide for pop- or snap-on assembly of the shank with the receiver either prior to or after implantation of the shank into a vertebra. The shank and receiver once assembled cannot be disassembled.

A front end for a glass forming operation comprises an open channel and at least one burner. The channel has at least one surface. The surface has at least one hole therein. The burner is oriented in the hole at an acute angle relative to the surface. In another embodiment of the invention, the channel has a top and a pair of sidewalls each having a surface. At least one hole is in at least one of the surfaces. The hole is at an acute angle relative to at least one surface. The burner is an oxygen-fired burner. In yet another embodiment of the invention, the top and sidewalls each have a super structure surface constructed of refractory material. The channel has an upstream end and a downstream end. At least one of the surfaces has a plurality of holes therein. The burners extend at an acute angle relative to at least one surface and in a plane extending between the upstream end and the downstream end and perpendicular to at least one surface. Oxygen-fired burners extend axially through corresponding holes.

A structural roof panel system for a vehicle includes mounting areas molded in or readily attached to the structural element. In a first embodiment, the roof panel is replaced by an engineered, structural system to support overhead components, the headliner, etc. In a second embodiment, an internal super-structure is located between the roof panel and a nonstructural headliner, all overhead system components being readily attachable to the super-structure at pre-designed and designated locations. In a third embodiment, the structural components are moved to pods, and all overhead components are attached thereto. In each embodiment, the headliner becomes an aesthetic and acoustic cover only that does not require structural strength. Furthermore, in each embodiment, a single, integral roof system can be supplied to a vehicle manufacturer, including the exterior panel, structural support for overhead components, the overhead components attached thereto, and the headliner.

A removable denture system comprising a personalized support beam fixedly attached to an individual's alveolar ridge above the mucous membrane by a plurality of dental implants; a personalized denture conforming with dental parameters of the individual and having fixedly integrated within a bottom surface thereof a super-structure having a cross-section conforming with that of the support beam; and a denture locking arrangement for securely locking and unlocking the denture to the support beam, at substantial zero tolerance therebetween, and wherein one of the support beam and the super-structure is configured with one or more positioning grooves extending parallel to a path of insert (POI) of the denture, and the other of the support beam and the super-structure is configured with corresponding one or more laterally projecting positioning projections, each extending in register with a corresponding positioning grove and configured for snug sliding there within.

A three-dimensional fractal structure body that had not been realized by the prior art and newly developed technologies is provided. The fractal structure body partially or entirely comprises a three-dimensional fractal structure, the fractal structure body having a local minimum value at a particular wavelength determined by structural and material factors of the fractal structure in a transmissivity for electromagnetic wave and / or a local minimum value at a particular wavelength determined by structural and material factors of the fractal structure in the reflectivity for electromagnetic wave.

The invention discloses a method for realizing optical zooming, that is, an optical zoom method based on a super-structured lens using wavelength modulation, based on (1) a light source probe, (2) linear polarizing plates, and (3) quarter wave plates, (4) a super-structured (chromatic aberration) lens; the super-structured (chromatic aberration) lens (4) is placed in the middle of two combinationsof the linear polarizing plates and the quarter wave plates, and a photoreceptor (5) is disposed on the imaging surface for receiving images; and incident light of different wavelengths is used to pass through a super-structured (chromatic aberration) lens for imaging at different image distance positions for zooming. There are two kinds of application scenarios: one is that the image distance isfixed, the illumination wavelength and the object distance are adjusted to obtain the change of the size of the imaging image; the second is that the object distance is fixed, and the illumination wavelength and the image distance are adjusted to obtain the change of the imaging size. The method adopts the design principle of the super-structured surface, the chromatic aberration is controlled bythe phase matching, and the spherical aberration and the coma aberration correction can be performed within a certain imaging interval.

The invention discloses a super-surface color vector complex amplitude holographic element, which comprises a bimetallic nanorod unit structure with adjustable in-plane rotation angles and in-plane displacement, wherein an aluminum-silicon dioxide-aluminum super-structure grating structure generates a polarization-selective type diffraction efficiency enhancement effect in a visible light range; asum of in-plane displacement of two metal nanorods in the unit structure and diffraction phase information are in a linear modulation relationship, a difference between the rotation angles of the twometal nanorods and a diffraction light amplitude are in a sinusoidal modulation relationship, and a sum of the rotation angles of the two metal nanorods and a diffraction light polarization directionare in a linear modulation relationship; and a color holographic method is implemented on diffraction level by utilizing the phase displacement based on inherent dispersion of the super-structure grating. The super-surface color vector complex amplitude holographic element disclosed by the invention has the advantages of low requirements for preparation control precision, simple structure, high degree of control freedom and the like, and has powerful functions of simultaneously controlling four parameters of light wave phase, polarization, amplitude and frequency.

Supporting frame structure for installing plain solar cell module plates and incidental facilities on a house roof is provided. The supporting structure is in the shape of pluralities of slope structured solar cell plate mount accompanied by cleaning accesses mounted on a rectangular cube frame. Side view of the solar cell plate mount forms a rectangular triangle on a square. The angle between the sloped top surface and the horizontal base is 3 to 75 degrees, depending on the latitude of the geometric location of the place where the solar cell plate modules are installed. Pluralities of cooling frames are installed between the solar cell panels and solar cell plate mounts to eliminate heat accumulated in the solar cell module plates and maintains temperature of the solar cells therein under 80° C. The cooling frame is comprised of 5 cm by 10 cm square wood frame with pass ways for air and mist of water. Latent heat of evaporating water takes out heat from the space within the cooling frame and keeps the solar cell panels cool. Side effect of the cooling frame is keeping the house under the structure cool.

Supporting frame structure for installing solar cell module plates and incidental facilities on a house roof is provided. The supporting structure has a shape of pluralities of slope structure accompanied with cleaning accesses mounted on a rectangular cube frame. Side view of the slope structure forms a rectangular triangle on a square. The angle between the sloped top surface and the horizontal base is 3 to 75 degrees depend on the latitude of the geometric location of the place where the solar cell plate modules are installed. The maintenance access is a space through which a worker easily access to the solar cell module plates to clean the surface thereof and to replace the plates.

This invention relates to one correlation rules and its element rules integral digging method, which comprises the following steps: a, diving the time sequence database on time into several parts; b, orderly scanning each part to form frequency item set; c, then scanning each part to form frequency item super structure; d, adopting recursive method to form super structure; e, digging super structure to form correlation rules and element rules. This invention only needs scan data twice to get whole strong relative rule set, each time section strong relation rules set and element set.

A polyaxial bone screw assembly includes a threaded shank body having an integral upper portion receivable in an integral receiver, the receiver having an upper channel for receiving a longitudinal connecting member and a lower cavity cooperating with a lower opening. The receiver can have crimp tabs, but is devoid of spring tabs and collet-like flexible structures. A down-loadable compression insert (some with lock and release feature), a down-loadable friction fit split retaining ring having super structure for temporary friction fit with an up-loadable shank upper portion cooperate to provide for pop- or snap-on assembly of the shank with the receiver either prior to or after implantation of the shank into a vertebra. The shank and receiver once assembled cannot be disassembled.

A system for supporting a super structure utilizing a plurality of blocks that are connected laterally to one another through tensioning elements. The super structure is supported to at least one of the blocks which are positioned on or near a ground surface. A plurality of piles extend through the blocks to anchor the same beneath the soil and aid in the support of the super structure.

A seismic isolator includes a slider, and a path with non-fixed curvature; the path is positioned on a base; the slider is placed on the path, and bears the weight of a super-structure; the path with non-fixed curvature can be a smoothly curved surface; a layer of ductile material with high compressibility is mounted between the slider and the path with non-fixed curvature; therefore, when an earthquake occurs, the slider will slide on the path with non-fixed curvature to produce vibration isolation effect for the superstructure; loading capacity of the isolator increases, and resonance between the isolator and low-frequency earthquakes is prevented.

The invention discloses a reinforced cement mixing pile composite foundation treatment and construction method. The method is characterized in that after the construction of the foundation slab ends,a well point pipe is arranged in the periphery of the foundation slab to perform electroosmosis for precipitation while the construction of the super structure is performed. The invention uses the inserted reinforcing bars of the cement mixing pile as anode and the well point well in the periphery of the foundation as cathode. The electroosmosis for precipitation is performed during the period ofthe construction of the super structure. The treatment and construction method of the invention can obviously improve the bearing capacity of foundation soil and is characterized by low cost and fastconstruction.

The invention discloses a terminal protection structure of a super-junction device. A P-type column and an N-type column of a super-junction structure of a current flow area are in a bar-shaped structure and are parallel to each other. A part of super-junction structure in the terminal protection structure is formed through extending the P-type column and the N-type column of the current flow area along a length direction. Another part of super-junction structure in the terminal protection structure is formed by alternatively arranging a second P-type column and a second N-type column of the bar-shaped structure, wherein the second P-type column and the second N-type column are parallel to the P-type column and the N-type column of the current flow area. A field plate and a P-type ring are formed in a transition area. A cut-off ring is formed on an outermost end of a voltage bearing area. The P-type column and the N-type column of the super structure of the terminal protection structure are in a long strip shape without turns. An electric leakage characteristic and reliability of the device can be increased and a smallest terminal size can be used to acquire a high breakdown voltage.

Provided is a removable denture system including a personalized support beam configured to be fixedly attached to an individual's jaw bone by plurality of dental implants; personalized denture conforming with dental parameters of the individual including bottom surface shaped and sized to constitute a super-structure configured for cooperating with the support beam; and denture locking arrangement for securely locking and unlocking the denture to the support beam, one of the support beam and the super-structure includes one or more positioning grooves extending parallel to a path of insert (POI) of the denture, and the other of super-structure and the support beam, includes one or more corresponding laterally projecting positioning projections, each positioning projection configured to cooperate with a corresponding positioning groove, and configured to provide at least partial snug fit together, the support beam and super-structure are configured to eliminate movement when the super-structure is assembled over the support beam.

The invention discloses a turnover device for thin plate subsections of a luxury cruise ship. The turnover device is characterized by consisting of bases and supporting tubes, wherein each base consists of two supporting plates which are arranged in parallel, and a top plate, the top plate and the supporting plates are arranged in the form of a T, the two supporting plates are welded by a plurality of connecting plates, the supporting plates are equipped with lifting holes, the two ends of each supporting tube are supported and inserted into supporting tube hole rings of the bases; and a supporting tube return plate is fixedly connected with the two bases to form a turnover base of a framework structure. Compared with the prior art, the turnover device is simple in structure, is convenient in use, avoids deformation, in a turnover process, of the thin plate subsections very well, is high in reliability, is good in safety performance and effectively controls mounting precision of the thin plate subsections, and especially meets operation needs of hoisting and turning over the thin plate subsections of the luxury cruise ship as well as upper-layer building subsections of other ships.

The invention relates to siloxane bridged silane terminated siloxane bridged ladder-like polysiloxane and a preparation method thereof. The invention provides siloxane bridged silane (namely bifunctional I-shaped silane) terminated siloxane bridged ladder-like polysiloxane and a preparation method thereof. Tetra-functional I-shaped siloxane bridged siloxane monomers and a bifunctional I-shaped siloxane bridged silane end-capping reagent are co-hydrolyzed, and a ladder like super-structure formed by the supermolecule weak bond synergistic effect is used to modulate the polymerization and end capping reactions of hydrolysis products so as to obtain the siloxane bridged silane terminated siloxane bridged ladder like polysiloxane represented by the formula. Compared with common mono-functionalsiloxane bridged silane terminated siloxane bridged ladder like polysiloxane, the polymerization degree and end-capping degree of the bifunctional I-shaped siloxane bridged silane terminated siloxanebridged ladder-like polysiloxane can be effectively controlled. The polymer has the advantages of excellent heatproof property, good mechanical properties, and good compatibility with organic polymer. The end-capping mode has the advantages of simple and easily-available raw materials, low cost, and suitability for industrialization.

The invention provides a shovel to which a motion detection device (MD) and a camera (S6) can be effectively attached. A shovel according to an embodiment of this invention includes an undercarriage (1), a revolving super structure (3) mounted on the undercarriage (1) in a revolvable manner, an attachment attached to the revolving super structure (3), a cabin (10) provided in the revolving super structure (3), a revolving operation lever provided in the cabin (10) and revolving the revolving super structure (3) to the undercarriage (1), a display device (D3) attached toward a driver seat in the cabin (10), a camera (S6) attached to the revolving super structure (3), and a motion detection device (MD) for detecting motion of the camera (S60 in a three-dimensional space. The motion detection device (MD) is attached to the same position as the camera (S6).

The joint structure and method for building structural component unit of the present invention is about invention of building structural component joint structure. The present invention is a joint structure for upper story building structural component and lower story building structural component. The lower story column top end of the lower story building structural component and the upper story column lower end of the upper story building structural component are disposed with level joint surfaces for jointing the two components. The center parts of the joint surfaces are disposed with through holes. The column body surfaces adjacent to the upper and lower column joint surfaces are cut with gaps. Bolts are inserted into the through holes and fastened when docking the level surfaces. The advantage of the present invention is that bolts and nuts can be put in the inner side of the columns through the gaps adjacent to the joint ends of the columns by using the joint structure of the present invention, and the joint work for building structural components is facilitated; the present invention can position the joint status according requirement and makes joint stable; and the joint work is also made very convenient.

Supporting frame structure for installing plain solar cell module plates and incidental facilities on a house roof is provided. The supporting structure is in the shape of pluralities of slope structured solar cell plate mount accompanied by cleaning accesses mounted on a rectangular cube frame. Side view of the solar cell plate mount forms a rectangular triangle on a square. The angle between the sloped top surface and the horizontal base is 3 to 75 degrees, depending on the latitude of the geometric location of the place where the solar cell plate modules are installed. Pluralities of ‘T’ shape fins are welded to the solar cell module plate mount and adhered to the bottom of the solar cell module plate to eliminate heat accumulated in the solar cell module plates and maintain the temperature of the solar cells therein under 80° C. The maintenance access is a space through which a worker may easily access the solar cell module plates to clean the surface thereof and also to replace the plates.

The invention discloses a tomographic imaging method based on an aplanatic super-structured lens, namely a chromatographic imaging technology utilizing wavelength coding based on a super-structured aplanatic lens. A light source probe (1), the aplanatic super-structured lens (2), a linear polarizer (3) and a quarter-wave plate can be taken as auxiliary optical elements to be inserted into an imaging system for directly improving a signal-to-noise ratio; a photoreceptor (5) is arranged on the imaging surface and is used for receiving an image; through relatively continuous irradiation of different wavelengths, the image surface information of wavelength coding is acquired, and then the tomographic image information of an object is obtained through a corresponding algorithm. According to themethod, a design principle of a super-structure surface is adopted, and the control of the color difference and the correction of the spherical aberration are realized by utilizing the phase.

The invention discloses a multilayer-superstructure-surface-based method for constructing a broadband achromatic super-structural optical lens group. The method comprises: constructing a super unit and carrying out simulation to obtain a transmission coefficient and phase change curve of a uniform array corresponding to the super unit; constructing a focused super-structure lens and a divergent super-structure lens, generating a focused super-structure lens sample and a divergent super-structure lens sample, and calculating Abel constants of the focused super-structure lens sample and the divergent super-structure lens sample based on dispersion characteristics; solving an optimization problem to obtain the combination with the minimum dispersion of the focused super-structure lens and thedivergent super-structure lens; and then with full-wave simulation, acquiring dispersion characteristics of the broadband achromatic super-structural optical lens group, comparing the lens group witha single-layer dispersion super-structural optical lens, and evaluating the chromatic aberration improvement condition of the broadband achromatic super-structural optical lens group. Therefore, thecomplexity of processing of the broadband achromatic device is reduced and the integration and reliability of the broadband achromatic device are enhanced.

The invention discloses a planar optical device capable of generating vertex light fields in doubles channels of a near field and a far field simultaneously and a design method and a preparation method of the planar optical device. According to the planar optical device, simultaneous generation of the vertex light fields in the two channels of the near field and the far field is realized for the first time by use of a metallic super-structure surface material, wherein a focused surface plasmon vertex light field exists in the near field, a focused free space vertex light field exists in the far field, and topological loads carried in the vertex light fields generated in the two channels can be flexibly matched according to demands. The planar optical device which is designed by use of the method and can generate the double-channel vertex light fields has an important meaning for a high-density communication and multifunctional integrated optical system based on the vertex light fields in the future.

The invention relates to the technical field of earthquake-proof buildings, in particular to an earthquake-proof building and shock absorption and insulation structure. The earthquake-proof building and shock absorption and insulation structure comprises a base pit, a superstructure, a vertical shock insulation layer, a horizontal shock insulation layer and a flexible filling part, wherein the base pit is formed in the ground, the horizontal shock insulation layer comprises a base plate and shock insulation supports fixedly arranged between the base pit and the base plate, the vertical shock insulation layer comprises a structural plate and inserting pillars, the superstructure is arranged on one side, away from the base plate, of the structural plate in the vertical direction, inserting holes are formed in the base plate, the inserting pillars penetrate through the inserting holes, the flexible filling part comprises a water storage groove and water, vertical surrounding boards are fixedly arranged on the bottom surface of the base pit, the water storage groove is a gap formed between outer side walls of the surrounding boards and the side walls of the base pit and is filled withwater, a plurality of bearing piles are fixedly connected to the lower side of the structural plates, the bearing piles are inserted into the water storage groove, and a drainage pipe is communicatedin the side walls of the water storage groove. The function of improving the vertical shock insulation capability of the shock insulation structure is realized.