5 results about "Viscous liquid" patented technology

Aiming at solving the problems that flow velocity and impact of any point in any section of mud-flow cannot be measured in the prior art, the invention first provides a method for measuring viscous mud-flow internal flow velocity and impact force spatial distributions. The method for measuring flow velocity is based on the viscous mud-flow body Bingham model and the scour-and-fill balance principle; first, setting any section I-I, determining values such as h0, h(x), xa, xd, xb, xc of the section through the trial method; then calculating the flow depth of a mud-flow calculation infinitesimal surface at any point on the section according to formula 1; and finally substituting h into the Bingham-model-based viscous mud-flow flow velocity distribution formula to obtain flow velocity of the point. By means of the method for measuring flow velocity at any position in any section of mud-flow, the method for measuring spatial distribution of viscous mud-flow impact force is further obtained. The calculation result of the method has high accuracy, which can be applied in real design for viscous mud-flow prevention and control engineering. The measurement method is clear in thinking and simple in calculating, which is an improvement of the present prevention and control engineering design method which is based on uniform distribution.

The invention discloses a mixed discharging device for viscous liquid medicine production. The mixed discharging device for viscous liquid medicine production comprises a cylindrical hollow shell. Thecenter inside the cylindrical hollow shell is provided with a liquid storage space. The bottom of the cylindrical hollow shell is fixedly provided with a plurality of supporting legs. The center of the bottom of the cylindrical hollow shell is provided with a motor installations hell through bolts. The motor installation shell is internally provided with a motor. A motor main shaft of the motor is connected with an air flowing mechanism inside the cylindrical hollow shell. The top of the air flowing mechanism is provided with a main rotating shaft, and the main rotating shaft penetrates the interior of the cylindrical hollow shell. According to the mixed discharging device, by means of the combined action of spiral blades and air pressure, viscous liquid is discharged and packaged, and aneffective, rapid and efficient discharging and packaging effect can be achieved. In addition, the drive device of the device is the motor, one machine achieves multiple functions, the utilization rate is high, and the practicality is relatively high.

The invention relates to a method for using the product of burnt material to product porous permeable construction material, wherein it uses one product of burnt material as raw material, to transform secondary waste into useful resource, and reduce the producing cost. The inventive method comprises: using one component of burnt material as main raw material; mixing the main raw material and at least one auxiliary material (adhesive liquid) to be mixture; making it into several mixture particles; using adhesive to pack the surface of mixture particles; and compressing the particles into construction material.

This invention relates to a cohesive thin liquid bolus comprising an aqueous solution of at least one food grade biopolymer and at least one bioactive compound, to the use of said cohesive thin liquid bolus for promoting safer swallowing of food boluses in dysphagic patients and to a method for preparing the bolus.

The invention belongs to the field of vacuum equipment, and particularly relates to a claw type vacuum pump. The claw type vacuum pump comprises a pump body, sealing plates at the two ends of the pumpbody, a pump cavity formed through the arrangement of the pump body and the two sealing plates in a surrounding manner, two rotor shafts which transversely penetrate through the pump cavity and are located on the same horizontal plane, and two claw type rotors positioned in the pump cavity; the two rotor shafts are synchronously and reversely rotated, and the two rotors are arranged on the two rotor shafts and are in conjugate engagement with the two rotor shafts; end covers are installed on the outer side of the sealing plates to form an oil tank; clearances of 0.20-0.25 mm are left betweenthe rotors and the sealing plates on both sides; and a pump inlet and a pump outlet are formed in the upper end and the lower end of the pump body respectively and are opposite to the meshing parts ofthe two claw type rotors. According to the claw type vacuum pump, the rotors can be effectively prevented from being locked, the whole pump can easily deal with complex working conditions of dust, viscous substances, easy carbonization and easy coking, and normal work is ensured; and the claw type vacuum pump can be used as vacuum obtaining equipment, can also be used for conveying gas, viscous liquid and the like, and has various functions.