91results about How to "Increased loading space" patented technology

The invention discloses an integrated refrigerator car carriage structure. The carriage comprises a protective layer and an insulating layer. The insulating layer consists of six surfaces, that is, a left side plate, a right side plate, a top plate, a bottom plate, a front closing plate and a rear closing plate which are formed by pouring polyurethane material; the insulating layer and the protective layer are mutually bound to form a whole body, and the insulating layers of carriage plates of various surfaces are in gapless connection and are of the integrated structure. The operating method of the integrated refrigerator car carriage comprises the following steps: A) the front closing plate and the bottom plate are arranged; B) the bottom plate is taken as a base, the two sides and the top face of the carriage are provided with inner covering, and filling space is left between the inner covering and the protective layer; C) the carriage is internally equipped with a foaming formwork which is jointed with the inner covering; D) a filling groove is filled with a polyurethane foaming material; and E) the rear closing plate and a rear door are mounted. The refrigerator car carriage is characterized by simple structure, convenient manufacture, high space utilization rate and good insulating property; and the refrigerator car carriage can effectively reduce cold energy loss of the carriage.

The invention provides a curved surface type flexible astronautic multifunctional structure computer. Functional circuits of a power supply, a CPU, data storage, man-machine interaction, a field bus and the like are reconstructed into multiple multi-chip modules (MCM) and MCM plug-ins; topological configuration of the structure computer is determined by a curved surface structure of a spacecraft; flexible connection cables are designed based on the topological configuration to realize flexible connection among the MCMs; and finally a system is combined with the curved surface structure of the spacecraft to form the novel integrated flexible multifunctional structure computer fusing active electronic circuits and mechanical configuration of an astronautic structure. According to the computer, integrated design of electronic control, thermal control and a structure body is realized, so that the problem of large volume in an existing spaceborne computer device is effectively solved, the parasitic mass of the system can be greatly reduced, the function density is increased, and the internal loading space of the spacecraft is expanded; and the computer is especially suitable for a type of spacecrafts with lightweight structure and large loading space requirements.

The invention discloses a dual-horizontal-auger conveying tank for transporting bulk feed or grain and belongs to the field of carrier vehicles / semitrailers for bulk feed or grain. A dual-horizontal-auger loading system, a door opening and material discharging system and a four-bar linkage feeding door mechanism are arranged on a tank body of the conveying tank. Materials enter the tank body to be stored through the four-bar linkage feeding door mechanism, then enter the dual-horizontal-auger loading system through the door opening and material discharging system, and are discharged outside through the door opening and material discharging system. The dual-horizontal-auger loading system comprises a dual-horizontal-auger shaft assembly, a transverse auger assembly and a vertical lifting auger assembly, wherein the dual-horizontal-auger shaft assembly, the transverse auger assembly and the vertical lifting auger assembly are connected in sequence. According to the dual-horizontal-auger conveying tank for transporting bulk feed or grain, the structure intensity of the tank body is guaranteed, the structural design of the tank body is changed effectively, the dual-horizontal-auger greatly enlarges the loading volume of the tank body, and increases the unloading speed at the same time, auger conveying systems are fixedly connected on the tank body structure, a part of loading space occupied by the auger conveying systems mounted on the outer rear portion of the tank body is reduced, and the loading space of the tank body is enlarged.