35results about How to "Facilitate integrated production" patented technology

A fixing base for a furniture hinge comprises an articulation arm, a connecting arm, a fixing base part connected with a wall panel, and a movable cup seat connected with a door panel, wherein the articulation arm is arranged on the fixing base part via the connecting arm, and matched and connected with the movable cup seat via an articulation component; the connecting arm is arranged on the articulation arm, provided with a locking device, and detachably matched and connected with the fixing base part via the locking device; the fixing base part is linear; at least two fixing parts are arranged in the front and rear positions of the fixing base part; the fixing base part is fixedly arranged on the wall panel via the fixing parts; an adjustment component is arranged at the rear part of the fixing base part; relative position between the wall panel and the door panel are adjusted by the adjustment component; and the adjustment component is located behind the articulation arm and / or the connecting arm when the hinge is mounted.The fixing base has the characteristics of simple and reasonable structure, reliable performance, flexible adjustment, low manufacturing cost, easiness in production and realization, small occupied space, compact connection of members, elegant appearance, high safety and the like, and is high in practicability.

The charging device is in use for charging accumulator (accu) adapted to mobile electric apparatus, emergency power supply, and light-volt energy sources. The charging device is capable of carrying out independent charging management for single accu in series connected accu pack, prolonging service life remarkably. The invention is hopeful to reduce cost of charger for charging single accu independently or series connected accu. Characters of structure are that high frequency (Hf) AC switch inverter adopted by module at primary side (PS) converts DC or AC in low frequency to output Hf AC. Module at secondary side (SS) includes isolation-coupled circuit (ICC), rectification / adjustment module. Being in one from transformer, piezoelectric, or condenser couplings, ICC outputs adjustable DC suitable for charge. Through AC bus in Hf, modules at PS and SS are connected. Inputted in parallel, multiple modules at SS charge accu respectively by outputted DC potentials insulated each other.

A rolling and deep-processing short-process integrated manufacturing method of a high-strength steel automobile sheet includes following steps: heating raw materials in a heating furnace, performing controlled rolling including crude rolling and finish rolling, laminar cooling the rolled raw material, performing comprehensive blanking, heating the obtained sheet material, moulding and quenching the sheet material, performing a cutting process and a shot blasting process to obtain a finished product. The raw material is heated to more than 1250 DEG C in the heating furnace. A finish rolling temperature is 820 + / - 30 DEG C. The rolled sheet material is cooled to the temperature of 700 + / - 50 DEG C at a temperature decreasing rate of 10 + / - 5 DEG C / s, wherein the temperature is maintained for 2-5 min. The sheet material is heated to 880 + / - 30 DEG C at a temperature increasing rate of 15 + / - 5 DEG C / s in a continuous heating furnace with temperature maintenance for 3-5 min. The stamping and quenching member is subjected to stamping and quenching at the same time, wherein the flow velocity of cooling water in a stamping and quenching die is 50 + / - 10 DEG C / s. The stamped and quenched member is cooled to 180 + / - 50 DEG C / s to obtain a super-high strength steel part in a homogeneous martensitic structure, wherein the strength of extension can reach higher than 1500 MPa. The method can produce the high-strength steel automobile sheet at a high quality and a high efficiency, can reduce cost, can promote comprehensive utilization of secondary energy sources such as low-temperature waste heat and the like, can achieve integrated production from raw materials to the product, and can achieve energy saving, consumption reducing and environment protecting.

The invention discloses a method for surface modification of ultra-high molecular weight polyethylene. The specific steps are as follows: firstly add ultra-high molecular weight polyethylene powder into a solvent, perform swelling pretreatment, and then add bipolar molecular modification to the swelling solution. The swelling mixed solution is obtained by using additives, antioxidants and ultraviolet absorbers, and then the ultra-high molecular weight polyethylene swelling mixed solution is evenly fed to the twin-screw extruder for gel spinning; the gel filaments are sprayed from the spinneret into the The primary fiber filaments were obtained in a water bath; the primary fiber filaments were placed at room temperature for 24-48 hours, and then washed in a clear water tank; after drying, super-heated stretching was performed to obtain modified ultra-high molecular weight polyethylene fibers. On the premise of ensuring that the mechanical properties of ultra-high molecular weight polyethylene fibers do not decrease, the invention improves the polarity of the fiber surface, realizes good adhesion between ultra-high molecular weight polyethylene fibers and resin matrix, and expands the use of ultra-high molecular weight polyethylene fibers in structural materials. aspects of application.

The present invention provides a hot-swappable touch screen, which includes a main screen and an outer sealed shockproof frame set outside the main screen for shockproof; the main screen includes a phase compensation layer, which is arranged at the front end of the phase compensation layer and connected to the phase compensation layer circuit PET layer, a polarizer arranged at the front end of the PET layer, a transparent isolation point layer arranged at the front end of the polarizer, an anti-shock buffer area arranged at the front end of the transparent isolation point layer, and a reflective film coating arranged at the front end of the anti-shock buffer area . A signal transmission screen disposed at the front end of the reflective film coating, and a touch sensitive screen disposed at the front end of the signal transmission screen and connected to the circuit of the signal transmission screen.

The invention provides a vacuum automatic packaging forming machine, which includes a substrate, a monitor, and a lower forming plate. The rear side of the top surface of the substrate is respectively fixed with a first bottom plate, a second series of bolt groups, and a first bottom plate. The second bottom plate, the power output end of the engine is provided with a rotating shaft, the rotating shaft is connected with the first shaft through a connector, the front end of the first shaft is provided with a driving wheel, the front end of the second shaft is provided with a driven wheel, the driving wheel, the driven wheel Contact and cooperate with the inner surface of the left and right ends of the conveyor belt respectively. The top surface of the conveyor belt is arranged with a storage belt to be measured and a storage belt to be packaged from front to back. Items whose volume is to be measured. The technical solution disclosed by the invention effectively solves the technical problems in the prior art that there is no automatic feeding capability and that the forces around the molding are different in size, which is beneficial to the popularization and application of the device.

The invention relates to the field of aluminum alloy rod production, in particular to a 5356 aluminum alloy rod continuous casting continuous rolling production system. According to the technical scheme, the 5356 aluminum alloy rod continuous casting continuous rolling production system comprises a smelting system, a casting machine, a rolling pre-processing system, a rolling system and a windingsystem which are sequentially arranged. The rolling system comprises four rough rolling mills and eight fine rolling mills. The ends, away from the eight fine rolling miss, of the four rough rolling miss are close to the rolling pre-processing system. The ends, away from the four rough rolling mills, of the eight fine rolling mills are close to the winding system. A plurality of rollers are arranged at the four rough rolling mills and the eight fine rolling mills. Rolling grooves are formed in the rollers. Ovality of the rolling grooves sequentially decreases in the moving direction of a 5356aluminum alloy rod. The ovality of the rolling groove of the roller next to the winding system is zero. The invention provides a continuous casting continuous rolling production system capable of producing the 5356 aluminum alloy rod and enabling the 5356 aluminum alloy rod to be with the good lattice structure.

The invention relates to an adjustable mechanism for a drawer main body and a furniture main body. The adjustable mechanism for the drawer main body and the furniture main body comprises a sliding rail assembly, the furniture main body and the drawer main body, wherein the sliding rail assembly is formed by fixed sliding rails and movable sliding rails through assembling, the fixed sliding rails are fixedly arranged on the left and right side walls of the furniture main body, and the drawer main body is detachably arranged on the movable sliding rails; the drawer main body comprises side plates, a rear back plate, a bottom plate and a front face plate, rear connecting devices for connecting with the rear back plate are arranged at the rear ends of the side plates, supporting portions are vertically arranged on the inner sides of the side plates in an extending manner, the bottom plate acts on the supporting portions, and the supporting portions act on the movable sliding rails; operating elements are arranged in the bottom areas of the side plates, each rear connecting device at least comprises an adjusting element, and fixed portions are arranged at the rear ends of the movable sliding rails; the adjusting elements are slidably arranged on the rear connecting devices, act on the movable sliding rails and are located and connected with the fixed portions, and the operating elements are matched and connected with the adjusting elements and are arranged in the bottom areas of the side plates. By rotating or pulling the operating elements, the position adjustment between the drawer main body and the furniture main body is realized.