30 results about "Architrave" patented technology

The invention discloses a disengaging method of architrave and mischzinn of a circuit board element and a device thereof. A metallic mesh-shaped conveyor belt is mounted on the frame; a heating device is installed below the conveyor belt; a circuit board is fed in from the front end of the conveyor belt and is transferred by the conveyor belt to the position above the heating device for continuous heating, and during the process, some of the architrave and the circuit board are disengaged automatically and fall into a receiving basin below the conveyor belt; at the same time, harmful gases produced in the heating process are exhausted by an exhaust pipe and are discharged into the air after the deodorization treatment; a vibration device and a recovery device are installed and connected to the position below a rear roller of the conveyor belt; a vibrating grid vibrates at high frequency, and the molten mischzinn and the architrave on the circuit board fall off with the function of the vibration and fall into a recovery container. The heating method of the invention is capable of completely removing and recovering the tin and the mischzinn, the method is simple, practical and efficient, and effectively protects the air from contamination, thereby the method is environment friendly.

The invention discloses a civil aircraft fuselage bottom structure considering impact strength, comprising bulkheads, outer panel skin, long purlins and foam; on the foundation of arc-shaped fuselage bulkheads, the contour of the fuselage remains unchanged, upper architraves and lower architraves of the bulkheads are hoisted upwards, the arc shape of the bulkhead bottom is changed to the flatbottom shape, the lower part of each bulkhead is symmetrically provided with a piece of foam, the ends at the two sides of the foam are provided with non-closed-angle-shaped structures in certain height, the lower part of the foam is supported by ventral outer panel skin, the top and sides of the foam adopt the outer panel skin for supporting, the two sides and the top of the foam are provided with long purlin structures which have the function of longitudinal reinforcement. The fuselage bottom foam structure of the invention can greatly improve the crash resistance of the fuselage structure, the new structure consisting of the outer panel skin and the foam contributes to bearing distributed load, as a result, the fuselage bottom structure of the invention not only has good crash resistance against ground crash but also has good crash resistance against water surface impact accidents.

Device for locking second leaves, for example of a door with two leaves, in the closed configuration, comprising a recessed button, which is pivoted to a corresponding accommodation body recessed in the side of a second leaf, and which is designed to be pushed in rotation, causing, by means of a transmission element, the retraction, towards the inside of the second leaf, of a latch that is normally pushed vertically towards the architrave or upper cross-member or towards the floor, in engagement in a corresponding seat for locking the second leaf.

The invention relates to a reinforcing repairing structure for an ancient building eave column and a single-architrave node. The structure comprises a wood filling and a single architrave riveted into the eave column, wherein a dovetail mortise opening and a straight tenon mortise opening which are communicated are formed in one side of the eave column; the single architrave consists of a single architrave body and a gyrus frontalis shoulder part; the a hook head lap tenon A is chiseled on the single architrave body; a hook head lap tenon B in mortise joint with the hook head lap tenon A is chiseled on the gyrus frontalis shoulder part; a dovetail joint is arranged at the other end of the gyrus frontalis shoulder part and is riveted into a dovetail mortise opening; a straight tenon riveted into the straight tenon mortise opening is formed in one end of the wood filling; a mortise opening A penetrating through the single architrave body and the gyrus frontalis shoulder part is formed; an insertion tenon A is riveted into the mortise opening A; a mortise opening B penetrating through the eave column and the straight tenon is formed; an insertion tenon B is riveted into the mortise opening B. On the basis of not changing the raw materials and the construction process, the integral stability, the anti-twisting and anti-shearing performance and the anti-seismic performance of the ancient building eave column and the single-architrave node can be greatly improved; the damage probability of the single architrave due to the tenon pulling can be reduced; the repair times can be reduced.

The invention discloses a flexible thermosetting resin impregnated paper high-pressure laminated plate, which comprises an impregnated bond paper decoration layer (1) and a non-woven fabric layer (2), wherein the impregnated bond paper decoration layer (1) and the non-woven fabric layer (2) form a thin high-pressure laminated plate through interlayer composition. The impregnated bond paper decoration layer (1) is an artificial board surface decoration material prepared by drying special paper impregnated by an initial polycondensate or prepolymer of synthetic resin; and the non-woven fabric layer (2) is a vegetable fiber non-woven fabric layer or a chemical fiber non-woven fabric layer. The flexible thermosetting resin impregnated paper high-pressure laminated plate has the advantages of high water resistance and flame retardation, good chamfer bending performance, good environmental protection performance, convenience of the product without surface post-treatment after coating, high decorative property, smoothness, no need of paint, easy maintenance, simple production technology, short hot-pressing time, energy conservation, high efficiency, wide application to coating door sleeves and architraves and direct use for decorative finish of door sheets and cupboards.

The invention belongs to constructional methods for architectural decoration, which is, in particular, a constructional method for pillars and architrave cornices. Prior constructional method is to fabricate the Corinthian pillars and the architrave cornices separately and to splice them during on-site installation, wherein the Corinthian pillars are cast in cement and the pillars are holistically sculpted from natural stone. Such constructional method has the disadvantages of great difficulties in sculpting and processing the pillars, inconvenience for transportation due to the heavy weight and huge volume of the pillars, high constructional cost, poor controllability during the whole construction process, severely-impacted constructional quality and delayed construction progress. Aiming to address the defects with prior constructional method, the invention provides a technical scheme for construction that all sections except the pillar heads and piers are uniformly assembled on the installation site and then cast in vertical dies. By this method, the pillars and architrave cornices are shaped at the same time, thus facilitating construction, eliminating the need to transport the pillars separately, greatly reducing the cost compared with that of pillars sculpted with stone, effectively control the construction progress and enhancing the constructional quality.

The invention discloses a foamed concrete wall(CWS), comprising an iron sheet rail, a locating plate, multiple wall pipes and an architrave, where the iron sheet rail is fixed on the floor; the bottom of the wall pipe is fixed with the iron sheet rail and the top of the wall pipe is guided by the locating plate; the two sides of each wall pipe are convex-concave to make all wall pipes interconnected; the wall pipes are poured with concrete to bear weight and connect groundsill to top architrave; two fiber screen plates on the two sides of the architrave are used as templates of the architrave; the bottoms of two AAC fiber screen plates are fixed with the locating plate, and their top ends are supported by metal pull rod and support sleeve and concrete is poured in between the fiber screen plates.

This disclosure describes an apparatus and methods to support a punching bag, or a punching bag and rebound platform, within a doorway or other architectural opening. Mounting the apparatus does not involve modifying or altering the supporting architectural structures and surfaces (e.g., with screws, brackets, adhesives, etc.). Clamps are instrumental in safely securing the apparatus and stabilizing it for high-performance use of a plurality of punching bags. Adjustment mechanisms not only facilitate the mounting of the apparatus to a plurality of doorframes and other architraves but also accommodate the height and depth preferences of a user. In addition, a folding mechanism allows the apparatus to be compacted for storage or transport.

The invention belongs to the technical field of composite material assembly, and discloses a hole-making process method adopting pre-positioning and secondary precise positioning combination. A reinforcing ring comprises an upper frame edge, a lower frame edge, two side frame edges, an upper reinforcing frame, a lower reinforcing frame and a composite material shell, the frame edges, the reinforcing frames and the composite material shell are mounted on an assembly-inspection fixture to be pre-positioned, and the reinforcing ring is spliced; an assembly-inspection fixture drilling die is usedfor making a plurality of evenly-distributed positioning holes in the reinforcing ring; the reinforcing ring is disassembled, and the frame edges are mounted on a special hole-making drilling die forhole making; and then the frame edges, the reinforcing frames and the composite material shell are remounted on the assembly-inspection fixture, positioning is conducted through the positioning holes,and then holes of the reinforcing frames are drilled on the holes made in the frame edges by leading. According to the hole-making process method, it can be ensured that the positioning datum is uniform, the error caused by manual scribing hole-making is avoided, the precision of the hole positions is ensured, the hole-making time is greatly shortened, and the production efficiency is improved.

The invention relates to the technical field of molds and particularly discloses a relay coil skeleton injection mold. The relay coil skeleton injection mold comprises a first template, a second template detachably connected to the first template, and third and fourth templates sliding between the first template and the second template. The third and fourth templates can slide toward each other oraway from each other. The first, second, third and fourth templates form a mold cavity. The third and fourth templates are respectively connected to first and second mold sheets extending into the mold cavity. The first or second template is provided with two architrave needles extending into the mold cavity. The two architrave needles respectively press against the first and second mold sheets.Through one-step injection molding, the coil skeleton is prepared without an injection molding coil skeleton and the coil skeleton is drilled through a tool so that the manufacturing efficiency of thecoil skeleton is improved and the processing cost of the coil skeleton is reduced.

Disclosed herein is a window frame assembly for attachment to a window opening in a support structure, the assembly comprising a first frame and a second frame that engage each other from opposite sides of the window opening, wherein the first frame comprises a window and at least one abutment member adapted to be fixed to the support structure; wherein the second frame comprises at least one abutment member selected from the group consisting of a jamb, a head and a sill; and wherein the first frame comprises a recess between the at least one abutment member and the window such that, upon engagement of the first frame and the second frame from opposite sides of the window opening, the at least one abutment member of the second frame is received by the recess of the first frame.

The invention discloses a bracket set and architrave assembly in an ancient building model. According to one specific implementation mode of the assembly, an inverted-T-shaped mortise is arranged at the upper end of the bracket set, and an inverted-T-shaped tenon is arranged at the lower end of the upper-layer architrave. During splicing, the inverted-T-shaped mortise of the bracket set is horizontally aligned with the inverted-T-shaped tenon of the upper-layer forehead square column, then the inverted-T-shaped mortise of the bracket set is slidably arranged on the inverted-T-shaped tenon of the upper-layer forehead square column in a sleeving mode, and splicing of the bracket set and the upper-layer forehead square column is completed through the mortise and tenon structure. Close fit is not needed, the precision requirement for the bracket set and the upper-layer architrave is not high, assembling and disassembling are convenient and labor-saving, and repeated assembling is supported. And the splicing interestingness is higher.

Provided is a metering hollowware for anode casting capable of reducing anodes' sizes in particular the architraves, prolonging service life of casting molds, and depressing casting adsorption of liquid injection port at frontend of metering hollowware. The metering hollowware for anode casting (10) used for metering specified amount of molten solution for liquid injection into casting molds (3) is characterized in that a downcomer plate protruding forwards and toward the slanting-down direction is set at the lower side of the liquid injection port (13a) for making the molten liquid accumulated at the dropsy part (11) flow to casting molds (3).

The invention relates to a distance compression operational circuit of imaging processing of a synthetic aperture radar. The distance compression operational circuit consists of a programmable logic array chip FPGA, an external memory, an output interface, a FIFO (first in first out) memory and a clock drive circuit, wherein the programmable logic array chip FPGA contains an external memory interface A having a 64 bit architrave and adaptive to an SRAM (static random access memory), a DDR2 external memory interface, a phase-locked loop controller and a host interface. The distance compression operational circuit is characterized in that the external memory interface A having the 64 bit architrave of the programmable logic array chip FPGA is separated into two parts in using functions, a half includes a 32 bit architrave for receiving data from the FIFO memory, and the other half includes a 32 bit architrave for outputting an operational result to an output interface. A circuit structure, a connection mode and a control method are simple, the reliability is high, and thus a requirement for real-time performance of data processing is satisfied.

The invention discloses a foamed concrete wall(CWS), comprising an iron sheet rail, a locating plate, multiple wall pipes and an architrave, where the iron sheet rail is fixed on the floor; the bottom of the wall pipe is fixed with the iron sheet rail and the top of the wall pipe is guided by the locating plate; the two sides of each wall pipe are convex-concave to make all wall pipes interconnected; the wall pipes are poured with concrete to bear weight and connect groundsill to top architrave; two fiber screen plates on the two sides of the architrave are used as templates of the architrave; the bottoms of two AAC fiber screen plates are fixed with the locating plate, and their top ends are supported by metal pull rod and support sleeve and concrete is poured in between the fiber screen plates.

The invention belongs to aeroplane structure design, and relates to the local detachable improvement of an architrave, in particular to local detachable architrave. The design is characterized in thatthe architrave at the upper end of a notch along the framework is cut off and the positions 60-100mm away from two end heads of the architrave are stepped; and the local detachable architrave connects two side faces of the notch of a framework plate with the cut-off part of the architrave on the upper end into a whole through quickly detaching type bearing locks. The local detachable architrave can be used for installation of large longitudinal apparatus needing to be detached to be maintained, without breaking the architrave and affecting the entirety of the architrave, thereby guaranteeingthe force transferring property of the architrave and facilitating the installation and maintenance of the apparatus.

The invention discloses a civil aircraft fuselage bottom structure considering impact strength, comprising bulkheads, outer panel skin, long purlins and foam; on the foundation of arc-shaped fuselage bulkheads, the contour of the fuselage remains unchanged, upper architraves and lower architraves of the bulkheads are hoisted upwards, the arc shape of the bulkhead bottom is changed to the flatbottom shape, the lower part of each bulkhead is symmetrically provided with a piece of foam, the ends at the two sides of the foam are provided with non-closed-angle-shaped structures in certain height, the lower part of the foam is supported by ventral outer panel skin, the top and sides of the foam adopt the outer panel skin for supporting, the two sides and the top of the foam are provided with long purlin structures which have the function of longitudinal reinforcement. The fuselage bottom foam structure of the invention can greatly improve the crash resistance of the fuselage structure, the new structure consisting of the outer panel skin and the foam contributes to bearing distributed load, as a result, the fuselage bottom structure of the invention not only has good crash resistance against ground crash but also has good crash resistance against water surface impact accidents.

The invention discloses a method for determining structural parameters of a circular-arch-shaped reinforcing frame bearing an antisymmetric concentrated load, which comprises the following steps of: establishing a mathematical model of the circular-arch-shaped reinforcing frame, and analyzing the stress state and deformation coordination conditions of the circular-arch-shaped reinforcing frame when the circular-arch-shaped reinforcing frame bears the antisymmetric concentrated load, generating bending moment in the clockwise or anticlockwise direction on the supporting end face; determining expressions of bending moment and shearing force of any section of the circular-arch-shaped reinforcing frame; and determining the thickness of a web plate of any section of the reinforcing frame according to a corner corresponding to any section of the reinforcing frame on the basis of the obtained shear force expression of any section of the circular-arch-shaped reinforcing frame, and determining the area of a frame edge strip of any section of the reinforcing frame. According to the method, the problems that the boundary condition simulation is not accurate enough and the accuracy of the structural parameter optimization design is influenced due to the fact that the bending moment at the supporting end face is not considered in a traditional method are solved.

The invention discloses an extrusion mold for artificial marble composite decoration door frame architrave sectional material. The extrusion mold comprises a mold body, a transition plate, a support plate I, a support plate II, a confluence plate, a neck mold plate, a water jacket I, a water jacket II, a rear core rod set, a front core rod, a plurality of long screws and a plurality of short screws, wherein a main material feeding inlet is formed in the right side of the mold body. The extrusion mold is characterized in that the rear core rod set comprises a large round core rod and four small round core rods, and the middle of the large round core rod and the middles of the four small round core rods are each provided with an axial ventilation hole; a neck mold hole is formed in the middle of the neck mold plate; three rectangular protrusions are arranged on the bottom surface of the neck mold hole; and a co-extrusion material feeding inlet is formed in the confluence plate. A core portion round hole of the door frame architrave sectional material processed through the extrusion mold is small in deformation and free of bubbles on the inner surface, artificial marble treatment can be carried out on the outer surface of the door frame architrave sectional material, and the door frame architrave sectional material is low in cost and long in service life.

The invention discloses a method for achieving the decorative construction of softly-covered wall surface decoration during building construction. According to the method, wood bricks are pre-buried in a structural wall, cement mortar is applied on a leveling layer, direct pasting is carried out, and a layer of varnish is painted on the surface of a base layer before pasting; actual sizes and shapes are performed on the wall surface needing the decoration sizes and shapes of the softly-covered wall surface through the processes that a plumb bob is hung from top to bottom and the position wherethe tip of the plumb bob is located is marked to make a perpendicular line, triangles are placed in the horizontal direction of the perpendicular line according to the Pythagorean theorem, bumps aremade from cement mortar on the wall surface, and two ends of a carpenter's line are hold by two workers to be ejected on the wall; the specific manufacturing method of the softly-covered wall surfaceis determined; when the direct pasting method is carried out, surface material can be pasted after the fine wood decoration of the wall surface is basically completed and border paint reaches the completing conditions; architraves or detection edge lines are selected and processed according to the design, the paint is applied according to the design requirements, and then the installation of decoration plates can be carried out, wherein firstly test splicing is carried out, the architraves and the detection edge lines are fixed and arranged at the base layer, and finally the edge paint is applied to complete the construction; dust removal and cleaning are carried out, protective film is nailed and pasted, and glue marks are removed. The method has the advantages that steps are simple, theconstruction quality of the softly-covered wall surface decoration can be ensured, soft bags are fixed firmly, and the service life is long.

The invention discloses a tight-fitting door cover, which belongs to the field of household products. The tight-fitting door cover includes a door frame and a door frame line. The door frame includes an upper door frame, a left door frame and a right door frame. There is a rectangular groove with a ball bulb, the groove runs through the upper door frame horizontally, and runs through the left and right door frames vertically. The opening direction of the groove is the direction of the plane where the wall is installed; Bulb protrusions fitted with rectangular grooves. Enhanced installation stability. There is no need to glue or staple the door frame wires, and the installation is easy and quick.

The invention provides a pattern forming device and a pattern forming method. An architrave shaped download object bench (16) is used for attaching rubber cloth, and a plurality of handle portions (625) capable of respectively rise and fall are used for supporting part of a central part of the rubber cloth. A printing roller unit (64) moves along the lower surface of the rubber cloth to uphold part of the rubber cloth, allowing the rubber cloth to be abutting the plane or substrate arranged above the rubber cloth. As the printing roller unit (64) moves, the handle portions (625) successively declines to retreat downwardly, so as to avoid interface between the handle portions (625) and the printing roller unit (64).