30results about How to "Loose material" patented technology

A ceramic wall-flow filter for filtering particulate matter from gases and methods for manufacturing such wall-flow filters are disclosed. The filter includes an array of porous ceramic walls defining a pattern of end-plugged inlet and outlet cells, and heat absorbing elements disposed within at least some of the outlet cells such that a bulk heat capacity of the outlet cells is greater than a bulk capacity of the inlet cells. The heat absorbing elements increase a bulk heat capacity of the filter without substantially interfering with a flow of gas through the porous ceramic walls by allowing thinner walls. According to the method, during the step of extruding or thereafter, heat absorbing elements are formed within at least some of the outlet cells such that a heat capacity of the outlet cells is greater than the inlet cells.

A brew-in-the-cup disposable beverage assembly includes a cup and a beverage pouch containing a premeasured charge of beverage material. The pouch is packaged within an airtight bag to preserve the freshness of the beverage material until use. The beverage pouch rests on supporting structure extending inwardly from the cup sidewall supported in an upper region of the cup. An aroma enhancing substance is included in the beverage material. For use, the airtight bag is removed from the beverage pouch which is then placed on the supporting structure and liquid is poured onto the pouch to brew the beverage and drain into the cup.

A surgical knife is provided. The knife has a blade, a handle, an elongated tube connected to the blade and the handle, and a sheath slidable over the tube and blade. The sheath is moveable from a first position that exposes the blade to and second position that conceals the blade. The blade, handle, and tube are in a fixed rigid relationship with each other while the sheath is movable.

The invention discloses a novel potassium perchlorate paper firing line for firecrackers. Firing powders of the paper firing line are made of potassium perchlorate, hemp stem carbon and magnesium oxide by mass percent. The production process comprises the following steps of: uniformly mixing the hemp stem carbon with the magnesium oxide by adopting a mixing machine by mass percent, and then uniformly mixing with the potassium perchlorate to obtain the firing powders; twisting the firing powders in the step one with firing line paper into a semi-finished paper firing line by adopting a firing line twisting machine, wherein the usage of the firing powders is 0.8 catty to 1.2 catties firing powders / 1 kilometer firing lines; and starching the semi-finished paper firing line of the step 2, andair drying, cutting and pouring disks after starching to prepare the finished paper firing line. The invention has the advantages of stable performance, safe and reliable production and transport, simple production process, high burning rate, low rate of moisture absorption, low friction sensitivity and low impact sensitivity, and the performance and the selected materials are all in line with standards in China.

The invention provides a mushroom bran packing biological deodorizing tower, which mainly comprises: a multi-pore plate mounted inside, wherein the mushroom bran packing is filled above the multi-pore hole, and a spraying device is arranged above the mushroom bran packing; a gas inlet arranged at the position at the side of the deodorizing tower and placed below the multi-pore plate; a gas outlet arranged at the position at the side of the deodorizing tower and placed above the spraying device; and a draining port provided at the bottom of the deodorizing tower. Compared with existing deodorizing packing, the mushroom bran packing used in the deodorizing tower provided by the invention has a wide and cheap resource, and is simple to process, as well as reducing the cost; the mushroom bran packing used in the invention has the characteristics of loose texture, and difficulty in compacting. By using the deodorizing tower, more than 85% H2S and 90%NH3 can be removed within 12 hours, thus, the deodorizing tower can be widely applied to process waste gas in composting plants and refuse processing plants.

The invention discloses automatic large coil material packaging equipment. The automatic large coil material packaging equipment is characterized by comprising a film feeding device, a compressing device, a feeding device and a coating device, wherein the feeding device comprises a feeding conveying machine and a coil stirring module; the feeding conveying machine is a supporting roller type feeding conveying machine; the feeding conveying machine comprises a conveying frame body and a coil supporting roller; the coil stirring module is positioned on one side of the feeding conveying machine, and comprises a coil stirring arm frame, a coil stirring arm and a coil stirring driving device; the compressing device comprises a transverse cylinder, a film pressing plate and a transition frame; the film feeding device comprises a packaging film bracket, a low-position mechanical expansion shaft and a driving device thereof, a high-position mechanical expansion shaft and a driving device thereof, and a guide wheel mechanism; the coating device comprises a rotary coating arm and a rotary material supporting bed, wherein the rotary material supporting bed is of a hollow fan-shaped cylindrical structure of which the side plane is opened, and the opening is upward.

The invention discloses edible mushroom waste culture medium and landscaping waste and sludge mixed solid fuel which is prepared by the following steps: mixing and pressing the following components: 30-40 percent of an edible mushroom waste culture medium, 20-30 percent of sludge, 25-35 percent of landscaping wastes, 8-16 percent of waste oil and 4-12 percent of starch glue, thereby obtaining the solid fuel. According to the solid fuel disclosed by the invention, the treatment problem of the edible mushroom waste culture medium, landscaping wastes and organic matter sludge is solved, and the edible mushroom waste culture medium and landscaping waste and sludge mixed solid fuel pressed by the method has the characteristics of high heating value and good molding effect.

The invention discloses a method for utilizing sulfate slag and red mud comprehensively. The method comprises the steps that the sulfate slag and the red mud are mixed with a reducing agent so as to obtain a mixed material; roasting is carried out on the mixed material so as to obtain a reduced iron product; the reduced iron product is separated so as to obtain iron powder. By the utilization of the method, the two metallurgical solid waste resources, namely the red mud and the sulfate slag are utilized comprehensively, so that the iron product with good indexes is obtained.