44results about "Inlaying equipment" patented technology

This invention relates to a stained glass article of a three dimensional shape and a method for producing the same. A glass plate is cut into glass pieces of a certain shape including a pentagon member and a hexagon member. The hexagon member consists of one six-sided irregular member and three four-sided irregular members. The glass pieces of the certain shape are united together via a bonding agent to obtain the three dimensional stained glass imitating the shape of a soccer ball. The glass piece has a curved surface whose radius of curvature is set substantially equal to the radius of the soccer ball.

A bead dispensing system including a storage device, a bead dispensing means which includes a bead release mechanism, a conduit for guiding beads from the storage device to the bead dispensing means and a related method of creating artwork, comprising the steps of releasing a row of beads from the storage device into the dispensing means via the conduit, and orderly dispensing the beads to form bead arrangement. By using the bead dispensing system of the invention, the beads can be conveniently controlled, and there is no need to frequently detach the dispensing means for refilling the dispensing means due to the storage device.

The invention discloses a nail carving gun comprising a gun boy; the gun body is internally provided with a smoothbore, a gun nozzle, a nail box, a nail hammer, a firing pin, a starting electromagnet,an accelerating electromagnet, a buffer spring tube, and a reset spring tube; the gun nozzle is arranged at the front end of the smoothbore; the nail box is arranged on the smoothbore of the tail endof the gun nozzle in a sleeving mode; the nail hammer is slidaly arranged in the smoothbore, and an annular strong magnet is arranged inside the nail hammer; the firing pin is fixed under the nail hammer; the starting electromagnet is arranged at the tail end of the smoothbore; the accelerating electromagnet is arranged on the starting electromagnet; the buffer spring tube is arranged in the smoothbore and is fixed on the upper end of the accelerating electromagnet; the reset spring tube is arranged in the smoothbore and fixed on the lower end of the starting electromagnet; and the outer surface of the annular strong magnet is sleeved with an elastic protective sleeve. The nail carving gun has the advantages of scientific structure and novel method; and according to the nail carving gun,regenerative natural wood or bamboo wood are used as materials, the display arrangement of nails in a carrier and the depth of embedding into the carrier are controlled, and a variety of concave lattice patterns can be realized to form a unique artistic nail carving; and the magnetic force of an electromagnet is controlled as power through electric current, the control is flexible, and the degreeof automation is high.

A method and device are described for the reproduction of a certain image, previously digitalized and separated into a number of pixels and optimized into a number of colors below a certain limit, with the help of a specific software application. The method includes the construction of individual colored elements that correspond to each of the colors selected for the image, where these elements or pixels consist of small cubic parts made of glass or similar. The method and the device include the means for extracting said pixels from the individual containers and positioning them sequentially for the formation of successive rows which, placed next to each other, form the desired image. The desired image or mosaic is completed with the support for the pixels made of an appropriate material, where the pixels are bound to each other and / or to the support by means of a process of adhesion or the application of heat in an oven up to the temperature at which the material softens.

A method for producing graphic signs on a covering material includes providing a substrate and depositing on the substrate a particulate material that is able to define the graphic sign. In a preferred way, the particulate material is deposited on the substrate in a substantially uniform way, and is then impressed selectively in the substrate so that where it is subjected to impression the particulate material is fixed to the substrate. The particulate material is removed from the areas where it is not fixed to the substrate. The particulate material is then anchored to the substrate so that the particulate material anchored to the substrate defines the desired graphic sign.

The invention provides an ultrasonic hot drilling device with an optical fiber laser lamp. The ultrasonic hot drilling device comprises an in intelligent system, a control box and a base. The intelligent system comprises a sensing device and a control device, the sensing device comprises a temperature sensor and a pressure sensor, the control device comprises the optical fiber laser lamp, a motor,an ultrasonic generator, a pneumatic telescopic rod and an electric valve, a motor box is welded on the control box, the pneumatic telescopic rod comprises an air cylinder and a telescopic rod, the air cylinder is welded on the inner side wall of the motor box via first motor bases, first mounting holes and second mounting holes are formed in the bottom of the control box, and the telescopic rodis welded on the inner side walls of the first mounting holes. The ultrasonic hot drilling device with the optical fiber laser lamp has the advantages that the ultrasonic hot drilling device is novelin design and has diversified functions, and the hot connection efficiency can be effectively improved.

The invention relates to a crystal trinket embedding machine, which consists of a rack, a feeding mechanism, a stamping mechanism, a control mechanism and a chain feeding mechanism, wherein the rack comprises a bottom plate and supporting components; the feeding mechanism comprises vibration wedges, a feeding trough, a feeding channel, a coil holder, a coil and leaf springs; the stamping mechanism comprises a punch head, a punch head seat, an electromagnet seat, an electromagnet, a photoelectric seat and a stamping seat; the control mechanism comprises a control panel 13 and a photoelectric sensor arranged below the output end of the feeding channel 8; and the chain feeding mechanism comprises a small chain feeding wheel and pedestal, a large chain feeding wheel, a long support bar, a stepped motor, a motor seat, a small chain feeding wheel, a short support bar and a chain discharge wheel. The crystal trinket embedding machine has the characteristics of simple single structure, reliable control way, no need of matching auxiliary equipment, whole-process running automation, embedding force adjustability and embedding speed controllability, and has high embedding speed, high efficiency and wide application.

The invention provides a processing method of a wood material art, which solves the problem of poorer beautiful and artistic effects and shorter appreciation life of products prepared by the prior processing method of the wood material art. The processing method of the wood material art comprises the following steps: A. selecting materials; B. splicing in a seamless mode; C. forming by hot press; and D. post-processing. The wood material art prepared by the processing method has wide application range, good beautiful effect, long appreciation life, and the like.

A method for producing graphic signs on a covering material includes providing a substrate and depositing on the substrate a particulate material that is able to define the graphic sign. In a preferred way, the particulate material is deposited on the substrate in a substantially uniform way, and is then impressed selectively in the substrate so that where it is subjected to impression the particulate material is fixed to the substrate. The particulate material is removed from the areas where it is not fixed to the substrate. The particulate material is then anchored to the substrate so that the particulate material anchored to the substrate defines the desired graphic sign.

The invention relates to the technical field of handicraft manufacturing, in particular to a method for manufacturing a wool felt handmade handicraft capable of easily determining the shape of a finished product, which comprises the following steps: manufacturing a metal PU foaming mold by using a 3D digital model, and manufacturing a basic modeling blank of the wool felt handmade handicraft by using the metal PU foaming mold; attaching wool to the basic modeling blank, and using a special pricking needle for wool felt to prick the wool into the surface of the polyurethane basic modeling embryo to complete remodeling of the artware; and coloring the wool on the surface of the re-modeled handicraft according to the expectation to complete the manufacturing of the wool felt handmade handicraft. According to the manufacturing method, the polyurethane basic modeling blank is adopted as a basic model, after the wool is attached to the polyurethane basic modeling blank, the image of the wool is consistent with that of the polyurethane basic modeling blank, and an operator does not need to fail in artware modeling due to insufficient modeling capacity or insufficient experience. The manufacturing difficulty of the wool felt handicraft is reduced, and the attractiveness of the finished product can be basically guaranteed.

The invention discloses a device for implanting PP stones and a method for implanting the PP stones. The device for implanting the PP stones comprises a shaping jig, a location jig, a stone implantingcarrying plate, a transfer jig and an air suction plate, wherein a plurality of conical holes allowing the PP stones to be placed in are formed in the location jig; transfer holes allowing the tops of the PP stones to be partially exposed are formed in the transfer jig; a plurality of gas holes are formed in the air suction plate; a plurality of embedding holes are formed in the stone implantingcarrying plate; and the PP stones are coated on the shaping jig with the same direction, then the shaping jig is arranged on the location jig in a sleeved manner, the transfer jig is arranged on the shaping jig in a sleeved manner, the top ends of the PP stones are partially or completely exposed out of the transfer holes, adhesive paper is bonded onto the transfer jig, and the PP stones are transferred onto the transfer jig. Meanwhile, the stone implanting carrying plate is placed on the air suction plate, then the transfer jig is arranged on the stone implanting carrying plate in a sleeved manner, the PP stones on the transfer jig are transferred into the embedding holes via the air suction treatment of the air suction plate, then the adhesive paper is torn off, the transfer jig is takenout, and the back surface of the stone implanting carrying plate is glued and dried.

The method for connecting ceramic tesserae comprises stages of: depositing ceramic tesserae (2) on a rest surface (3) in a predetermined order in which the ceramic tesserae (2) are distanced from one another by space lines (4) of a predetermined width, and are positioned with a laying surface (2a) thereof facing upwards; depositing at least a point of grout (5) in at least an intermediate tract of each space line (4) between the tesserae (2); heating at least the points of grout (5) to a drying or firing temperature of the grout.

The invention relates to an efficient diamond dispensing process and an efficient diamond dispensing device. The diamond dispensing process comprises the steps of manufacturing an adhesive dispensingprofiling mould, a diamond absorbing profiling mould and a diamond dispensing profiling mould identical and adaptive to the shape and the diamond positions of a workpiece to be diamond-dispensed; andusing the profiling moulds for sequentially carrying out adhesive dispensing, diamond absorbing and diamond dispensing processes so as to efficiently accomplish diamond dispensing operation. The diamond dispensing device comprises an operating table, a workpiece feeding station, an adhesive applying station, a diamond dispensing station and a workpiece taking station, wherein the workpiece feedingstation, the adhesive applying station, the diamond dispensing station and the workpiece taking station are arranged on the operating table. According to the diamond dispensing process provided by the invention, one workpiece or multiple workpieces are synchronously dispensed with adhesives and diamonds at a time; the process can be carried out manually or manually and mechanically, and a full-intelligent automatic device implements and accomplishes the process manually or manually and mechanically, so that compared with an existing diamond dispensing process, the production efficiency is greatly improved; 15 to 25 thousand of diamonds can be daily dispensed manually, while 30 to 100 thousand of diamonds can be hourly dispensed mechanically; and the diamond dispensing process is low in implementation cost, easy to implement, high in diamond dispensing efficiency and good in effect.