39results about How to "Optimize internal structure" patented technology

The invention relates to the field of greening, in particular to a plant growth basal disc. The multifunctional organic plant basal disc is a cultivation basal disc with bearing strength and permeable pores which is formed by point combination of fine agricultural waste pieces; according to the volume-to-weight ratio of the cultivation basal disc, the weight is 2.18kg-2.79kg when the volume is W500mm*L330mm*H50mm; and plant seeds are distributed in the basal disc to form a seed layer which is placed at a position 1-2cm on the basal disc. Recycled environmentally-friend artificial soil coming from the nature and returning to the nature is used as the material of the basal disc; agricultural products serving as raw materials also can be regenerated into natural resources and are inexhaustible natural resources. Agricultural wastes and the like in a culture medium are laid on badland or desert to realize lamination so that the badland or desert is greened, weathering of soil and the formation of leaf mold can be promoted, and the early soil improvement of the badland or desert can be realized; therefore, conditions are created for improving environment problems of the earth.

The invention discloses a device of a whole TV set to realize TCON programming and VCOM debugging. The device comprises a motherboard module, a screen module and a power module. The invention further discloses a method. The method comprises the following steps: a TCON power management data file, a TCON Gamma data file and a VCOM debugging program are built in a main control program; when the whole TV set is booted, a main control chip module separately writes the TCON power management data file and the TCON Gamma data file in a TCON power management module and a TCON Gamma module through a bus module so as to realize TCON parameter programming; and the whole TV set calls the VCOM debugging program to perform VCOM debugging, the VCOM debugging program writes a VCOM parameter file in a TCON Gamma module by the bus module so as to realize VCOM debugging. The device optimizes the internal construction of the whole TV set, integrally designs the main control chip module, a main storage module, a TCON power management module, the TCON Gamma module and the bus module, a whole TV set manufacturer improves the material management efficiency and improves the production efficiency.

The invention discloses an integrated building with high anti-seismic performance, and relates to the field of integrated houses. The integrated building comprises a foundation, prefabricated wallboards and prefabricated floors, and further comprises transverse steel pipes. The foundation is internally provided with wallboard grooves and steel pipe connection embedded parts. The wallboards are inserted into the wallboard grooves, and the space between the wallboards and the side walls of the corresponding wallboard grooves is filled with viscous building materials. The wallboards and the floors are bonded through viscous building materials. A connecting steel pipe with flanges at the two ends is arranged in each wallboard, the connecting steel pipe of the wallboard at the bottom layer is connected with the corresponding steel pipe connection embedded parts through the corresponding flanges, and the connecting steel pipes of the wallboards of other adjacent layers are connected mutually through the corresponding flanges. The transverse steel pipes are arranged on the roof of the building and connected with the connecting steel pipe in the wallboard at the top layer. The integrated building has the good anti-seismic effect even if the building is very high.

The invention discloses a wear-resistant and anti-corrosion composite brick of zirconium corundum and its production process. The composite brick includes the following raw materials: ZrSiO 4 、Al 2 o 3 、Al 2 (SiO 4 )O, MgCO 3 , Fe 2 o 3 , Sb 2 o 3 、Cr 2 o 3 、TiO 2 , MnO, CuO, Na 2 CO 3 , kaolin, epoxy resin, composite binder, water reducing agent and binding agent; the preparation method of the composite brick is: first weigh the raw materials, and pulverize and mix, then mix the pulverized material with water, and grind and dry After processing, add epoxy resin, composite binder, water reducer and binder to the ground material, stir evenly, and finally press the mixed material into shape, dry and fire to obtain the finished composite brick; The composite brick prepared by the invention has higher compactness and bonding strength, stronger slag erosion resistance, and is suitable for mass promotion.

The invention discloses an anti-seismic integrated building, relates to the field of integrated houses, and provides an integrated building with good anti-seismic effect. The anti-seismic integrated building comprises a foundation, wall panels and floors, wherein the wall panels and the floors are preformed; wall panel grooves are formed in the foundation; the wall panels are inserted in the wall panel grooves; space between each wall panel and the corresponding wall panel groove is filled with an adhesive building material; the wall panels are adhered to one another by adhesive building materials; the floors are adhered to one another by adhesive building materials; the wall panels are adhered to the floors by adhesive building materials; the thicknesses of the wall panels of the upper layer are smaller than the thicknesses of the wall panels on the lower layer; the wall panels and the floors comprise the adhesive building materials, intermediate ribs, brackets, multiple layers of gridding cloth, cedarwood strips and bamboo ribs; and the intermediate ribs, the brackets and the multiple layers of gridding cloth are arranged in the adhesive building materials. The adhesive building materials are novel building materials which have certain mobility, meanwhile have viscosity and are quite high in strength after being solidified. Even if the storey is high, the anti-seismic integrated building has good anti-seismic effect.

The invention provides a refrigerator with a storage space formed on a door body. The refrigerator comprises a refrigerator body, at least a first storage space is defined in the refrigerator body, and the first storage space is provided with a forward opening; the inner layer door is arranged on the front portion of the forward opening in a pivoted mode and comprises a storage container body, a second storage space is defined by the storage container body, and an air supply opening used for introducing low-temperature air in the first storage space into the second storage space is formed in the side, facing the forward opening, of the storage container body; the sterilization module is arranged at the air supply outlet and is used for sterilizing the passing air; the inner-layer door frame is arranged on the periphery of the storage liner body; and the outer-layer door is pivotally arranged on one side, far away from the box body, of the inner-layer door frame. According to the scheme, the situation that when the second storage space is opened, the cooling capacity of the first storage space is leaked is avoided, refrigeration air introduced from the first storage space can be sterilized, the second storage chamber is prevented from being polluted by bacteria, and the space use flexibility of the intelligent refrigerator is improved.

The invention discloses an integrated building capable of resisting a high-magnitude earthquake and relates to the field of integrated houses. The integrated building comprises a foundation and preformed wall boards and preformed floors and further comprises a steel frame. The steel frame comprises vertical steel pipes and transverse steep pipes. Wall board grooves and steel pipe connecting pre-embedded pieces are arranged in the foundation. The wall boards are inserted into the wall board grooves. The parts between the wall boards and the side walls of the wall board grooves are filled with viscous building materials. The wall boards and the floors are bonded through the viscous building materials. Steel pipe passing pipes are arranged in the wall boards. Cast-in-situ grooves are formed in the top ends of the wall boards. The vertical steel pipes penetrates through the steel pipe passing pipes and are connected with the wall boards through viscous building materials cast in the cast-in-situ grooves in situ. The top ends of the vertical steel pipes are in threaded connection with movable flanges. The vertical steel pipes located on the bottom layer are connected with the steel pipe connecting pre-embedded pieces through fixing flanges and fastening pieces, and the vertical steel pipes on the rest adjacent layers are connected with fastening pieces through fixing flanges and the movable flanges. The transverse steel pipes are arranged on a roof, and the two ends of the transverse steep pipes are connected with the vertical steel pipes.