45results about How to "Distribute the load evenly" patented technology

A multi-layer fabric loading fixture for loading fabric onto a paper machine. The loading fixture includes a first portion (400) with a rigid support member (410) and a plurality of spaced holes (420) across its width, the first portion being connected to an end of the fabric in the cross-machine direction. The first layer (430) is formed of cords which are sequentially threaded through the holes to form a self-adjusting loop. The second rope is sequentially threaded through the loops of the first layer to form the self-adjusting loops of the second layer (440). Pull rings (450) gather the loops of the second layer and are used to draw the fabric to the paper machine.

The invention relates to micro hanging type drying equipment in the field of washing and drying. The micro hanging type drying equipment comprises a hanging body, wherein a cavity is formed in the body; heating ventilation equipment capable of forming drying airflow is arranged in the cavity; at least one carrying part on which clothes are placed is arranged on the body; each carrying part is communicated with the cavity; and an air outlet through which the drying airflow blows to the clothes is formed in the carrying part. According to the arrangement, high-temperature drying airflow can be formed in the drying equipment and blows the clothes on the carrying parts through the air outlet, so that the drying airflow is in direct contact with the clothes, and the aim of drying the clothes is achieved. Meanwhile, the equipment disclosed by the invention is simple in structure, obvious in effect and suitable for popularization and application.

The invention discloses a fixing bracket for glass transportation, mainly relates to the field of construction equipment transportation. The fixing bracket for glass transportation comprises a main bracket body, a guide rail mechanism, a glass supporting mechanism, a limiting assembly and a buffering piece. The glass supporting mechanism achieves L-shaped extension adjustment by the bidirectionalguide rail mechanism, and achieves fixing and limiting by the limiting assembly; and the buffering piece achieves rigid shock absorption of glass. The fixing bracket has the beneficial effects of being capable of adapting to different conditions on site according to the glass with different sizes and characteristics to fix and transport the glass, significantly lowering transportation losses and improving resource utilization rate.

The invention relates to a preparation method of addition-type liquid fluorosilicone rubber: D3F, ViD4, and MM with a purity greater than 99.5% are used as raw materials, and mixed uniformly in a certain proportion to obtain vinyl fluorosilicone oil; vinyl fluorosilicone oil is used as the base rubber , adding reinforcing agent, cross-linking agent, catalyst, and then kneading, grinding, tableting and other processes to prepare liquid fluorosilicone rubber (FSR); the prepared FSR and liquid silicone rubber ( LSR) performance comparison, FSR is superior to LSR in terms of insulation performance, hydrophobicity, high temperature resistance and other properties. The method has a short production cycle, and the product has good thermal tear performance and is easy to demould, and can realize various processing methods such as molding, extrusion, and injection pressure, and can also realize automatic production of materials.

The present invention relates to methods and arrangements for locating services in a structured peer-to-peer distributed hash table, DHT, based, overlay communication network (310). The invention comprises two inter-related methods and nodes. The first method is used by a service node (321) to "advertise" to the overlay network (310) that it is providing a particular service (S1). This is done by distributing instances (351,352,353) of a service object (O1) that are stored in different nodes (331,332,333) in the overlay network (310) and where the instances (351,352,353) comprise an address to the service node (321). The other method is to locate at least one of these instances (351,352,353) with a predetermined probability and with a predetermined number of location request messages (390) from a user node (311) wishing to use the particular service (S1).

The invention provides a high-load platinum and nickel ordered intermetallic compound. The high-load platinum and nickel ordered intermetallic compound takes three-dimensional porous carbon gel as a carrier, and is prepared by a method comprising the following steps: evenly mixing graphene oxide-containing carbon carrier precursor dispersion liquid, a metal precursor solution containing a Pt precursor and an Ni precursor, a reducing agent and sodium citrate dehydrate; then, carrying out a hydrothermal reaction to generate high-load platinum and nickel disordered alloy evenly loaded in carbon gel; after that, carrying out heat treatment under the reducing atmosphere to form the high-load platinum and nickel ordered intermetallic compound evenly loaded in the carbon gel. Compared with the traditional high-load Pt / C catalyst, the catalyst provided by the invention relatively reduces the consumption of precious metal Pt; the activity of the catalyst is improved by using an intermetallic synergistic effect, the stability of the catalyst is improved by using high dispersion of ordered metal nanoparticles, and the high dispersion characteristic of the catalyst is still maintained after ordered heat treatment is carried out on the catalyst. The invention also discloses the preparation method of the high-load platinum and nickel ordered intermetallic compound. The invention also discloses use of the high-load platinum and nickel ordered intermetallic compound.

The invention discloses high-temperature stable precoated sand, and belongs to the field of casting materials. Polylactic acid, lanthanum stearate and the like are used as raw materials, and are combined with subsequent nanoparticle effects for mutual connection to form space netty structures with nanometer microholes so as to improve the forming effect of the precoated sand. Three types of nanoparticles are used as nanomaterials for ultrasonic dispersion and acid mixing effects to improve the dispersion effect; and through adding of nanometer TiO2, a lot of plastic deformation energy can be absorbed when the external pressure effect is suffered, so that the softness of the prepared precoated sand is improved, the shell mold flexibility is improved, and the high-temperature pressure strength is improved. In the mixing process, through coaction between inorganic-organic components, compact air separation layers are formed in the precoated sand, and the influence on the internal of the precoated sand can be reduced when high-temperature effect is suffered. The high-temperature stable precoated sand solves the problems of easy unshelling and agglomeration of traditional precoated sandin the preparation process due to lower high-temperature pressure strength of the traditional precoated sand.

The invention discloses a method for preparing a polyurethane-modified organosilicon double-component room-curing elastomer adhesive, which comprises the following steps: (1) uniformly mixing hydroxypropyl-terminated silicone oil and glycerol, and dehydrating to obtain a hydroxyl-terminated (-OH) component; (2) reacting aromatic polyisocyanate, the hydroxyl-terminated (-OH) component and dibutyltin dilaurate to obtain a component A; (3) adding vapor-phase silica white, carbon black and talcum powder into the container filled with hydroxy silicone oil and dihydroxy polysiloxane, adding a catalyst, adding 3-aminopropyl triethoxy silane, finally adding a defoaming agent, uniformly mixing, and drying to obtain a component B; and (4) uniformly mixing the component A and component B in a mass ratio of 12:(23.5-24), and curing at room temperature for 4-5 hours. The elastomer adhesive prepared by the method has the advantages of favorable tear resistance, excellent high / low temperature resistance and excellent binding property. The preparation method is easy to operate and accessible in raw materials, and lowers the preparation cost.