131results about How to "Reduce product weight" patented technology

An elongated strip of extruded plastic or roll formed metal material includes a rear securing fifth plane that inserts beneath a roofing membrane of a building structure. The rear plane integrally connects to a forward extending perforated fourth plane by means of a u shaped channel, one of two u shaped channels, which additionally serve to receive and secure a lateral edge of a filtration membrane. The perforated fourth plane contains intrinsic and intersecting vertical water directing planes that extend above and beneath the surface of the fourth plane and which serve to support and contact an overlying insertable filtration membrane. The fourth plane connects to a forward extending third plane by means of a u shaped channel that serves to receive and secure a lateral edge of a filtration membrane. The third plane connects to a second plane by means of a downward extending u shaped channel. The second plane rests on the top front lip of a k-style gutter and is adjoined by a downward angled first plane that serves to disallow roof water runoff from contacting the front face of a k-style gutter. A combination of a filtration membrane configured for water permeability and debris repellency resting on vertical planes serves to break the forward flow of water, at points of contact between the vertical planes and filtration membrane, and also serves to further channel water downward through an underlying perforated plane into an underlying rain gutter. The filtration membrane is readily inserted into the u-shaped channels existing on the forward and rear edges of a perforated fourth plane.

The invention provides a large-field-angle eye lens optical system used for a head worn displayer. The large-field-angle eye lens optical system comprises a first lens, a second lens and a third lens which are coaxially arranged from a human eye observation side to a displayer side in turn along an optical axis direction, and the first lens and the third lens are positive lenses and the second lens is a negative lens. The surface, which faces the human eye observation side, of the first lens convexly faces the human eye observation side, and the radius of curvature is a positive value. The surface, which faces a diaphragm, of the second lens concavely faces the human eye observation side, and the radius of curvature is a negative value. Meanwhile, the material, the focal length and the position of the first lens, the second lens and the third lens meet a certain relation so that an image displayed on a display device is enabled to be imaged in human eyes through amplification of an eye lens. The eye lens has advantages of large aperture, large field of view, high resolution, low distortion and small size so as to be suitable for the head worn displayer and similar devices.

A heat exchanger has No.1 and No.2 manifolds with joint holes, many parallel flat tubes connecting inserting into joint holes of No.1 and No.2 manifolds, outer fins between adjacent flat tubes, with each flat tube unit composed of at least one flat through channels. There is a parallel section between the flat tubes through channels. The said flat tube channel is made of aluminum extrusion of thin wall section bars, with over one coolant and heating flow channels. It applies to horizontal flow cooler of vehicle transmission and horizontal flow water tank of automobile engine coolant, and horizontal warm air core for warm air for auto air conditioner.

The expansion joint regulator member consists of expansion back and cast expansion beams on sides of the expansion back. The expansion beams are equal in length and parallel, and the expansion back has its top and bottom planes coinciding with the top and bottom planes of the expansion beams. The expansion joint regulator consists of two identical members inserted mutually. The member is formed through once casting. The expansion joint regulator with two identical members inserted mutually can avoid resonance caused by the impact of the running vehicles, and prolong the service life of bridge and other buildings.

The invention belongs to the technical field of electronic installation and relates to a vacuum welding method for a thick film substrate and a power shell. Tin coating is conducted on the surface of a raw material according to the ratio of 1:1, and a high brazing rate with the voidage smaller than 5% is achieved. An SiC-Al composite material power shell is adopted to replace a 10# steel shell, and the product weight is reduced. Vacuum welding is adopted to replace reflow soldering, soldering lug Tin coating is adopted to replace soldering paste, it is favorable for removing residual bubbles caused by the fact that soldering flux is not discharged in time, the interface voidage is reduced, and the soldering flux does not need to be cleaned any more after vacuum welding. During vacuum welding, a soldering lug does not need to be added between the thick film substrate and the power shell, empty welding holes caused by surface oxidation of the soldering lug can be effectively removed, oxidation films on the surfaces of the thick film substrate and the power shell are removed by conducting Tin coating on the thick film substrate and the power shell, the clean welded surfaces are obtained, the wettability is improved, and an exhausting channel is smoother in the welding process.

The invention provides a combined packing case capable of being recovered and quickly dismantled. All surrounding plates of a case body are connected in a meshed mode through at least one tongue-and-groove structure. Two bottom supports are arranged at the two ends of the case body. Each bottom support comprises two limiting plates arranged on the two sides of the case body respectively and a supporting plate connected with the two limiting plates. Each connecting buckle is of a bent structure composed of two clamping parts. In a combined state of the case body, each connecting buckle is buckled into two corresponding preformed holes of one tongue-and-groove structure. In a recovery state of the case body, the surrounding plates are stacked onto a bottom pallet, and the connecting buckles are buckled onto first preformed grooves and the surrounding plate stacked on the top layer. According to the combined packing case, all the surrounding plates are connected through the tongue-and-groove structures; in the dismantling process, the connecting buckles can be pried and then can disengage from the case body; during assembly and disassembly, no damage is caused to the case body, and the case body can be repeatedly used at high frequency. As for different packing cases, different surrounding plate stacking modes are adopted, the surrounding plates can be effectively prevented from moving in the stacking process, the occupied space is small, and warehousing and logistics recycling are facilitated.

The invention belongs to the technical field of production of helmets and discloses an intelligent helmet and a manufacturing method thereof. The manufacturing method of the intelligent helmet comprises the following steps: step 1: molding a helmet shell; step 2: carrying out first time of foaming and molding in the helmet shell to form a lining bottom layer; and step 3: putting an intelligent assembly on the lining bottom layer and carrying out second time of foaming and molding on the lining bottom layer to form a lining top player covering the intelligent assembly. The intelligent helmet comprises the helmet shell, and the lining bottom layer and the lining top player which are molded in the helmet shell and are arranged in sequence from inside to outside; and the intelligent assembly is integrally molded between the lining bottom layer and the lining top player. When the intelligent helmet disclosed by the invention is produced through the manufacturing method above, the intelligent assembly and the helmet shell are integrally foamed and molded; and compared with an existing technology of mounting the intelligent assembly through a lead wire framework, manufacturing and a mold of the lead wire framework are eliminated; and the weight of a product lightened and the manufacturing cost is effectively reduced.

The invention relates to a fiberglass/PP composite fiber cloth assisting resin transfer molding (RTM) process method and a molding mold. The adopted mold comprises a lower mold, foam, a sealing rubberstrip, a glue injection opening, an upper mold and a vacuumizing opening. In a process, fiberglass and PP material are woven into composite fiber cloth according to required gram weight first, then needed carbon fibers or fiberglass cloth are/is laid on the surface of a mold cavity, then the fiberglass/PP composite fiber cloth is laid, the foam processed through computer numerical control (CNC) is put in, and then according to symmetrical laminates, fiberglass/PP composite fiber cloth, carbon fibers or fiberglass cloth are laid. Finally, mold assembly, vacuumizing and resin injection are conducted, after product solidification, the molding mold is opened, and a product is taken. According to the fiberglass/PP composite fiber cloth assisting resin transfer molding (RTM) process method andthe molding mold, the fiberglass/PP composite fiber cloth is adopted, PP felt and the foam are attached during material laying, the PP felt is fluffy, thus channels are provided for resin flowing, theproblem of uneven resin flowing on the surface of the foam is solved, the foam does not need slotting or punching, and machining cost of the foam is lowered greatly.

The invention relates to the technical field of permanent magnet synchronous motors, particularly to a permanent magnet synchronous motor rotor assembly for a vehicle, and a design method thereof anda motor. The permanent magnet synchronous motor rotor assembly for the vehicle comprises a rotor shaft, a rotor iron core attached magnetic steel assembly and magnetism isolating fixing end plates, wherein the rotor iron core attached magnetic steel assembly comprises a permanent magnet, a rotor iron core and a counterweight pin, the rotor iron core is in key connection with the rotor shaft, a permanent magnet groove and a weight removing hole are formed in the rotor iron core, the permanent magnet is inserted into the permanent magnet groove, the counterweight pin is inserted into the weightremoving hole, the magnetism isolating fixing end plates are in key connection with the rotor shaft, and the two magnetism isolating fixing end plates are arranged at the two ends of the rotor iron core attached magnetic steel assembly respectively. According to the permanent magnet synchronous motor rotor assembly for the vehicle, the counterweight pin is arranged in the weight removing hole of the rotor core, so that a dynamic balance plate can be omitted, the weight of the magnetism isolating fixing end plate can be reduced, the thickness of the magnetism isolating fixing end plate can be reduced, the axial length of the rotor assembly can be shortened, and the weight and the cost of a product can be reduced.

The invention discloses an AC hanging-type composite insulator, comprising a mandrel, hardware arranged at both ends of the mandrel, a sheath covered outside the mandrel, wherein, the outside of the mandrel is provided with large umbrellas which are coaxial with the mandrel and whose diameter is identical to that of the mandrel and small umbrellas or the combination of a medium umbrella and the small umbrella. Through adjusting the arranging sequence of the umbrellas with different diameters, the umbrella extension and the umbrella clearance of the umbrellas with different diameters are optimized, and umbrella-skirt structural parameter of AC composite insulator with the optimal pollution flashover characteristic is obtained. The umbrella-skirt structural parameter after optimization design leads the composite insulator to have excellent resistance to pollution flashover under the conditions of the same structural heights, meanwhile, the design of the structure is reasonable, accordingly, the umbrella-skirt material of the composite insulator is greatly saved, and the waste of the material is avoided.

The invention relates to a chip-type intelligent pyroelectric infrared sensor, which is a closed structure shell composed of a tube cap and a substrate. The upper surface of the tube cap has a window, and an infrared optical filter is embedded on the window; and the tube cap and the A receiving space is formed between the substrates, and the receiving space accommodates and encapsulates the infrared sensitive element, the supporting component and the signal processing module; the infrared sensitive element is fixed by the supporting component, and the supporting component and the signal processing module are directly fixed on the substrate. The pyroelectric infrared sensor of the present invention has the characteristics of miniaturization, intelligence, and the ability to output multiple control signals. This packaging structure is suitable for SMT automatic patch and reflow soldering processes, which is conducive to mass automatic production and improves manufacturing efficiency. Reduce manufacturing costs.

The invention belongs to a sheet metal part molding art and relates to S-shaped section molding process equipment. The molding process equipment comprises a bending mold and a bending clamp, wherein the bending mold comprises an upper mold, a base plate, a lower mold and an S-shaped block assembly; and the bending clamp comprises a left clamp and a right clamp. In the invention, the bending mold is adopted and is matched with the bending clamp to implement an S-shaped section integral bending and molding art, thereby providing a solution for optimizing the structure of a product, lightening the weight of the product, enhancing the manufacturability of the product, reducing the number of the process equipment in the production engineering of the product, shortening the manufacturing period of the product, simplifying the assembling flow of the product, enhancing the production efficiency of the product and lowering the production cost of the product.

The present invention discloses an integrated buckle of metal and plastics, comprising a female buckle and a male buckle. The male buckle comprises a male buckle body and left and right pins connected to the male buckle body. The male buckle body is made of metal, the left and right pins are connected to the male buckle body by rotating shafts to form a side-to-side rotational structure. A plastic flick piece is located between two pins, the plastic flick piece is fixed to the male buckle body. An elastic arm is located on both sides of plastic flick piece respectively, the two elastic arms hold two pins respectively. The present invention uses metal material to make male buckle body and pins, and the elasticity of pins is derived from the elastic arms on both sides of plastic flick piece.

The invention relates to a universal integrated light ABS electromagnetic valve. A blanking cap of the universal integrated light ABS electromagnetic valve is arranged outside a valve body, an air inlet valve is arranged between the blanking cap and a movable air inlet valve element, an air inlet spring is arranged between the air inlet valve and the movable air inlet valve element which is arranged between the air inlet valve and a static air inlet iron core, and the movable air inlet valve element and a movable exhaust iron core are of a symmetric structure on the two sides of a central line. A bottom plate assembly is arranged below the valve body, and a special-shaped sealing ring is arranged between the bottom plate assembly and the valve body. A static exhaust iron core and the bottom plate assembly are arranged to be of a parallel structure. An exhaust spring is arranged between an exhaust valve and a movable exhaust valve element. A coil winding is arranged outside the movable air inlet iron core and the static air inlet iron core, and a coil winding is arranged outside the movable exhaust iron core and the static exhaust iron core. An ABS electromagnetic valve body is provided with a control end, an air inlet, an outlet, an air outlet and an exhaust port.Linkage through middle pipelines is omitted, the product weight is reduced, the responding time of the system is shortened, and the system is safer and more reliable.

The invention discloses a dual-face surface foaming car interior trim part. The part comprises an upper surface, a foaming layer, an insert and a lower surface. The foaming layer is a glass fiber reinforced polyurethane foaming layer, the insert is the insert embedded in the foaming layer during forming, the upper surface and the lower surface completely wrap the foaming layer and the insert, andthrough one-time forming of the glass fiber reinforced polyurethane, the integrated car interior trim part is subjected to composite molding. According to the dual-face surface foaming car interior trim part, one-time foaming molding is achieved, the aim is easily achieved, the forming efficiency is high, the cost is low, and the combination strength is high. According to the dual-face surface foaming car interior trim part, the raw material cost of the one-time molded product is small, and the weight is small. The invention further discloses a forming process of the dual-face surface foamingcar interior trim part. The product is attractive in appearance, small in weight, and capable of reducing product weight, and meeting the car lightweight needs, meanwhile, the labor efficiency is improved in a multiplied manner, and the cost is reduced.

The invention discloses a compression-resistant hyperbolic aluminum veneer. The compression-resistant hyperbolic aluminum veneer comprises an aluminum veneer body of which the inner side surface is concave; the inner side surface of the aluminum veneer body is bonded with a main airbag; a first airbag column is arranged inside the main airbag; the first airbag column is always in an inflated and expanded state; the top end of the first airbag column is bonded to the inner side surface of the aluminum veneer body; the bottom end of the first airbag column is used for supporting the main airbag;the side of the bottom end of the first airbag column is bonded with a plurality of second airbag columns; the main airbag is provided with a main inflation opening and a secondary inflation opening;the main inflation opening is used for directly inflating the main airbag; and the secondary inflation opening is used for inflating the second airbag column. The hyperbolic aluminum veneer completely realizes installation and bottom support through the airbags; when the exterior of the aluminum veneer receives impact and extrusion, the bottom airbag can provide a whole buffer effect, thereby significantly improving the compression resistance of the hyperbolic aluminum veneer; besides, by filling and discharging air, quite quick and convenient mounting and dismounting of the hyperbolic aluminum veneer are realized; moreover, the installation firmness can be guaranteed; and the product weight is also greatly reduced.

The invention discloses a cooling plate integrated module and a battery module. The cooling plate integrated module comprises a cooling plate and a valve assembly, wherein the cooling plate is provided with a first interface and a second interface, the valve assembly and the cooling plate are fixedly arranged to form a whole, the valve assembly comprises a connection block and a valve core assembly, the connection block is at least provided with an installation hole, a first port and a second port, the installation hole is used for installing the valve core assembly, the first port and the second port communicate with the installation hole, the second port is arranged at an inner end surface of the connection block, the inner end surface faces the cooling board, the first port communicateswith the second port, the valve assembly comprises a first fluid passage, one end of the passage is the first port of the connection block, the other end of the passage is the second port, the passage flowing area of the first fluid passage is zero or above, and the passage flowing area of the first fluid passage is changed between zero and the rated flowing area range of the first fluid passage.The cooling plate integrated module is simple and compact in structure, and the heat exchange efficiency is favorably improved.

The invention discloses a fireproof paint formula and belongs to the technical field of buildings. The formula is prepared by mixing 45g of paint, 12g of zeolite powder, 25g of a mixture of chlorinated paraffin and antimony oxide, 16g of rosin resin and linseed oil, 5g of hydroxyethyl cellulose, 10g of fine asbestos, 2g of borax and 6g of mica powder. As the mixture of chlorinated paraffin and antimony oxide, asbestos and borax which have the main function of flame retardance are added into the paint, the safety coefficient in a paint using process is increased; the added mixture of rosin resin and linseed oil is safe and environmental-friendly.

The invention discloses a quick-inserting type cooling device for a power lithium battery. The device comprises current collectors at two ends and extrusion tubes, and tube joints are arranged on at least one current collector. The device is characterized in that at least one inserting port is formed in each current collector, and two ends of each extrusion tube are in inserted connection with theinserting port through a connector. According to the quick-inserting type cooling device for the power lithium battery, the extrusion tubes and the connectors are connected to form assemblies, and all that is required is that the extrusion tube and connector assemblies are in inserted connection with the current collectors during assembly. Due to the small processing area of the extrusion tubes and the connectors, the welding difficulty and product weight are greatly reduced, the manufacturing cost is saved, product flatness is improved, and product quality is guaranteed.

The invention discloses an S-shaped harrow cutter, which comprises a cutter body. The cutter body has an inverse S-shaped structure, the cutter body comprises a main blade and a secondary blade, and two side edges of the main blade are bent upwards along the axis; and the secondary blade has a structure of which spiral cross section is elliptic. By comparing the elliptic section adopted by the blank of the invention and the conventional oblong section, the product weight is lightened; and under the condition that the processing means and the thermal treatment mode are the same, the mechanical property index, namely the fatigue strength of the product is greatly improved, and the service life is improved by about 40 to 45 percent. The elliptic section of the main blade of the S-shaped harrow cutter is bent and folded to form a curved surface, and the defects that the prior harrow cutter is easy to generate cracks and the like are overcome.