40 results about "Inlays and onlays" patented technology

Secure inlays for secure documents such as a passport comprising an inlay substrate may have laser ablated recesses within which a chip module is installed. Channels for an antenna wire may be formed in a surface of the substrate. Instead of using wire, the channels may be filled with a flowable, conductive material. Patches homogenous with the substrate layer may be used to protect and seal the chip and interconnection area. The inlay substrate may include two layers, and the antenna wire may be between the two layers. A moisture-curing polyurethane hot melt adhesive may be used to laminate a cover layer and the additional inlay substrate layers. The adhesive layer may include metal nanoscale powder and ink for electromagnetic shielding. Additional security elements may include material that is optically changeable by an electromagnetic field. Ferrite-containing layers may be incorporated in the inlay substrate.

Abutment for dental implant systems of the kind suitable to be associated to a dental implant, wherein the abutment comprises an inlay, and wherein the inlay is provided at its upper part with an external profile comprising means for connecting and permanently jointing the inlay to the abutment. Further, the inlay may be shaped such that it is completely surrounded by the abutment in the assembled state of the dental implant system.

A device and method for applying dental composite matter to dental surfaces, such as cavities in teeth, gaps in teeth, or other deformations in tooth surfaces, or other applications to teeth, or appliances and devices used with teeth, such as crowns or inlays / onlays. A hand held powered tool provides oscillation of the composite material after the composite material is grossly applied to the dental surface. The oscillation is at a frequency and amplitude that facilitates uniform spreading of the composite material over the dental surface in a desired pattern, while retarding the tendency of the material to stick to the tool.

Hot-isostatic-pressure (HIP) is used to bond a cemented carbide inlay (e.g., an inlay ring) on a metal substrate (e.g., a hull ring). For example, an inlay ring is made from a powdered metal inlay preform typically comprising at least one metal carbide and at least one nonvolatile cement. The inlay preform is compressed and sintered to make an inlay ring having a predetermined shape, the inlay ring having a modulus of elasticity substantially greater than that of a hull ring. An inlay ring and a hull ring are sealingly vacuum brazed together with at least one evacuated bonding area between them. HIP is applied to compress the hull ring against the inlay ring, thus fusing the hull ring and inlay ring in at least one evacuated bonding area. Following HIP, the inlay ring and hull ring form a fused assembly in which the inlay ring substantially retains its predetermined shape.

The floor wall covering made from ceramics, wood, plastic, natural or artificial stone, has at least one inlay illuminated with optical waveguides. A tile or panel inlay is illuminated by light from the optical waveguide. At least one recess (12) is provided in the floor or wall covering in which a tile or panel inlay is inserted. The tile or panel inlay is made of transparent material or made of a diffuse reflecting fiber or made of diffused reflecting fiber optical elements and in the optical waiveguide directs light from a remote source to the inlay.

A wellhead seal assembly that forms a metal-to-metal seal between inner and outer wellhead members. A metal seal ring has inner and outer legs that are threaded to each other and separated by a slot and provide bi-directional sealing. The threaded connection provides a pathway for annular pressure into the slot. The inner and outer legs have inner and outer walls, respectively Inner and outer legs have a soft metal inlay on their interior surfaces. Wickers may be located on the outer surface of the inner wellhead member and on the inner surface of the outer wellhead member. An energizing ring is moved into the slot to force the outer and inner walls of the seal into sealing engagement with the inner and outer wellhead members. The soft metal inlays deform onto the energizing ring. If present, wickers on the wellhead members embed into the walls of the seal ring.

The invention discloses an assembled bamboo / wood beam / column, a connection member and disassembling method thereof, and a bamboo / wood structure node, and belongs to the field of bamboo / wood structureconnection members. The beam / column connection member comprises a center member, a column end member and a connection member; the center member comprises a center member sleeve body, a center member substrate, a center member upper wing piece and a center member lower wing piece; the column end member comprises a column end member inlay, a column end member substrate and a column end member wing piece; the column end member inlay is arranged below the column end member substrate, and the column end member inlay is matched with the center member sleeve body; the column end member wing piece isarranged above the column end member substrate; the center member sleeve body, the column end member inlay, the center member upper wing piece, the center member lower wing piece are and the column end member wing piece are all provided with connecting holes; the connecting holes are matched with the connection member, such that the beam / column structural components are accurate and receive stressintegrally, and that stress deformation of the upper part of a bamboo / wood structure building influences a lower layer structures is solved, and further, the overall structural performance of a houseis further improved.

The invention relates to an abutment with inlay for dental implants, comprising an outer abutment part and an inlay, which is disposed apically within the outer abutment part. The inlay has a coronal section, which is suitable for producing a connection between the inlay and the outer abutment part, and an apical region, which is suitable for the detachable connection with a dental implant. The invention wherein the surface of the coronal section of the inlay is constructed in order to positively connect the outer abutment part, which is to be mounted undetachably thereon.

A reinforced seam / inlay and method for forming such seam / inlay to join pieces of synthetic turf material together are disclosed. The reinforced seam / inlay structure comprises abutted edges of first and second synthetic turf pieces having a backing joined together; a seaming cloth / tape material coated with an adhesive / glue, volatile solvent or heat activated material applied is positioned beneath the abutted edges of synthetic turf pieces wherein said abutted edges are adhered to said seaming cloth / tape material; and reinforcement fastener elements inserted through both the backing of the synthetic turf material, through the adhesive and the seaming cloth / tape material; or seam / inlay structure comprises of overlapping edges of first and second synthetic turf pieces having a backing joined together; the backing without seaming cloth / tape material can be coated with an adhesive / glue, volatile solvent or heat activated material or not and reinforcement fastener elements inserted through both the backing of the synthetic turf material.

A method for providing weld inlays and onlays to primary nozzles of a nuclear reactor comprising: providing a first welding device in a first primary nozzle of the nuclear reactor; providing a second welding device in a second primary nozzle of the nuclear reactor; providing a third welding device in a third primary nozzle of the nuclear reactor; and operating the first, second and third welding devices at the same time. Other methods are also provided.

A dental prosthesis, such as a crown, a bridge, inlay, onlay, a laminate veneer or an artificial tooth, or a dental prosthesis base material, such as an abutment, an abutment having a post, or a post, is made with a low cost in a short time by using dental glass ionomer cement, which is excellent in cost, mechanical strength and biocompatibility and has fluorine sustained releasability in general, by a method comprising steps of enclosing a mixture of dental glass ionomer cement into a mold in a shape fitting to the dental prosthesis or the dental prosthesis base material to be made, putting the mold into water, irradiating the whole mold with a microwave, and curing the dental glass ionomer cement in a short time, thereby a conventional problem of slow curing reaction in dental glass ionomer cement is solved.

Differential coefficients of thermal expansion facilitate close approximation during cooling of a sintered cemented carbide tubular inlay preform (e.g., a first tubular portion) which is vacuum brazed within a corresponding tubular metal hull (e.g., a second tubular portion). Such a tubular inlay preform comprises at least one metal carbide and at least one nonvolatile cement which have previously been compressed and sintered in a predetermined shape. The tubular inlay preform's modulus of elasticity and thermal conductivity substantially exceed the corresponding parameters of the tubular metal hull, whereas the hull's coefficient of thermal expansion exceeds that of the preform. Longitudinal movement of a tubular inlay preform within a tubular hull may be limited by structural features of the hull and / or preform. Additionally, circumferential compression of a tubular inlay preform due to hoop stress in a corresponding tubular metal hull increases as the hull cools after vacuum brazing.

The invention provides a dental occlusion surface recovering method. The method includes the steps that the vertexes on the residual occlusion surface of an inlay preparation and projection points, on a standard tooth model, of the vertexes are obtained, the projection points are dispersed to the corresponding vertexes, and the projection points are moved to a standard tooth by carrying out Laplacian deformation on the standard tooth so that the standard tooth can be tightly attached to the inlay preparation; as Laplacian deformation is carried out multiple times, model self-crosslinking can be prevented, and moreover key information of fossa, groove, cusp and ridge on the residual occlusion surface is retained.

The invention discloses a wax injection mold for investment casting of hollow turbine blades and a method for rapidly and accurately manufacturing the wax injection mold. The mold consists of a cavity mold, a mold core and an accessory structure, wherein the cavity mold comprises an upper mold and a lower mold of a combined structure; each mold block forming the cavity mold consists of an external aluminum mold frame, an internal cast zinc alloy inlay and a conformal cooling copper pipe embedded into the inlay; a mold core positioning piece which can be decomposed at a high temperature is arranged on a longitudinal rib of the mold core; and water-soluble core blocks used for forming exhaust openings in the rear edges of the turbine blades are arranged on rear edge ribs of the mold core. The matching precision of the mold core positioning piece and the cavity mold is guaranteed by adopting a cavity mold interior running-in method, and the matching precision of the water-soluble core blocks and the cavity mold is guaranteed by adopting a cavity mold interior adhesion method. The wax injection mold disclosed by the invention is low in manufacturing cost and short in period, and the high wax pattern precision and core positioning precision can be obtained.

The invention discloses a digital design method for closing tooth implantation upper repairing screw holes through a preformed inlay.The method comprises the steps of oral working model obtaining, design of a target implant prosthesis, matching opening of a screw hole area, pre-cutting or 3D printing of a substrate (dental ceramic and dental metal) and the like. The steps in clinical use include expanding a screw hole of an implant tooth to reachthe size and depth of a design hole, stationing and wearing of the preformed inlay, filling and leveling in the hole, installation of the preformed inlay, curing of a selected binder, final grinding and polishing of the surface of the preformed inlay and the like. Accordingly, the design is simple, industrial large-scale processing and manufacturing are facilitated, and rapid installation of the preformed inlay is facilitated, too much binder cannot be left, the screw holes can be closed rapidly and stably, the closed opening is attractive, stable and high in mechanical property, the attractiveness and closing problems of anterior tooth screw hole lip side openings can be solved, and the case of anterior tooth implant repair lip side opening becomes a conventional indication.

A dental appliance that includes a handle and a head with opposite first and second ends. The first end of the head is attached to the handle. A gripper has a first end attached to the second end of the head. The gripper includes a flexible material contoured such that a second end of the gripper engages and conforms to a restoration adapted to be placed on, within or around the tooth of a patient, so that pressure applied to the gripper evenly distributes forces onto the restoration.

The invention relates to a casing inlay that the brick, assistant tendon burying slot, side protruding table and protruding table slot form the basic section. The large surface protruding table, main tendon burying slot, anchor fixed pulling tendon and brick material form the adjusting section. The basic section and the adjusting section combine together and form the casing inlay.

The present invention concerns a method for the manufacture of shield cans and shield cans manufactured by said method. The shield cans comprising a plastic housing, a conductive inlay and a conductive gasket are manufactured by a multi-k procedure, preferably a 2-k procedure, in one single mold. The mold consists of a fixed mold part and a rotary mold part, having projections and recesses, respectively. The first step of the method is to place a preformed inlay on one projection and then forming the plastic housing on one side of the inlay. Then is the rotary mold part rotated, where after the gasket is formed on the side of the inlay opposite the housing.

The invention provides an adjustable artificial dental crown, an implant tooth and an artificial dental crown restoration method. An accommodating groove is formed in the side wall of the dental crown; the accommodating groove is provided with an upper opening and a lateral opening; the upper opening is positioned in the top of the dental crown; the lateral opening is positioned in the lateral wall of the dental crown; a dismountable embedding body is arranged in the accommodating groove or filling materials fill the accommodating groove. The adjustable artificial dental crown provided by the invention has the advantages that the restoration can be performed without dismounting the original dental crown; the problem of food impaction can be solved; a restoration body cannot be destroyed.

A device for preparing, fitting, and placing periodontal prosthodontics having a finger covering and an attached bilayered adhesive patch, wherein the bilayered adhesive patch comprises two separable layers joined by a weak adhesive and one external side of the bilayered adhesive patch is attached by a strong adhesive to the finger covering while the other external side of the bilayered adhesive patch has a layer of pressure sensitive adhesive.

According to some embodiments, a shaped charge inlay may include an upper edge that extends inward and horizontal to an edge of a shaped charge casing associated with a shaped charge. The shaped charge includes an existing liner and the shaped charge inlay further includes a body that extends inward toward an apex of the existing liner. The shaped charge inlay may be disposed above the existing liner in the shaped charge, to disrupt collapse of the existing liner upon detonation of the shaped charge and thereby change the geometry of a perforating jet and resulting perforation created by the shaped charge.

The invention discloses a method for using a constraint bonded-bridge type artificial tooth, which comprises the following steps: respectively forming 0.5mm deep indicating grooves by grinding at the positions 0.5mm at a palate side neck edge and 0.5mm at a jaw edge, at the flat palate edge and the jaw edge, removing the tooth tissues between the indicating grooves by grinding; preparing a 1mm deep inlay hole at the position of a facial rest, and extending a shaft wall outwards for 15 degrees; preparing wax models of wing plates and connectors at the palatoglossal side and the adjacent surface thereof on a phosphate model, then embedding and casting the wax models; carrying out abrasive blasting, grinding and polishing on the obtained wax models; preparing an inner crown wax model of an artificial tooth on the connector of a tongue device; connecting the inner crown wax model of the artificial tooth and a wax model of the inlay rest into a whole, then embedding, casting and debugging in place; debugging the tongue device in place from the tongue direction; taking a jaw device in position from the jaw direction; then bonding the max models by resin adhesives. By using the method disclosed by the invention, the production process of the artificial tooth is simple, the abutment preparation quantity is less, the method is easy to operate, anesthesia is not required, and no side effect is caused; and the tooth preparation method is simple and easy to master, the operation time of the method is short, the repair effect is good, and the retention effect is good.

An inlay for connection to a dental implant, including implant connection geometry, for connecting the inlay to the implant and, coronal of the implant connection geometry, a post portion extending along a longitudinal axis, the post portion having a circular symmetric external surface and including at least one protrusion extending radially beyond said external surface, wherein the post portion further includes longitudinally extending grooves which extend radially inward of said external surface and are located directly adjacent to and on either side of the at least one protrusion such that the proximal end of said at least one protrusion is located radially inward of said external surface. The inlay is used in combination with an overlay including an accommodation cavity for housing the post portion of the inlay, the accommodation cavity having a circular symmetric cavity wall and at least one groove dimensioned such that the one or more protrusion of the inlay can be housed in the one or more groove of the overlay in order to inhibit relative rotation between the components.

An inlaid stone composite broadly includes a stone body and a stone inlay secured to the stone body. The inlaid stone composite is constructed by forming a groove in the stone body, securing the stone inlay to the stone body by inserting the stone inlay within a groove of the stone body, with the stone body and stone inlay cooperatively forming an inlaid margin, and cutting longitudinally through the stone body and stone inlay to separate an inlaid margin strip from a remainder of the inlaid margin.