32results about How to "Improve market efficiency" patented technology

The invention discloses a profiling device for a friction wheel circular arc camber and a use method of the profiling device, wherein machining accuracy and production efficiency are obviously improved, labor intensity is greatly lowered, production cost is greatly reduced, market benefits are improved, lots of energy and time are saved, and application and popularization are convenient. The profiling device is composed of a profiling plate, a roller arc-shaped groove, template bolts, template screws, bridge pressing plates, a roller shaft, a roller, a middle support connecting plate, connecting plate screw holes, a large supporting plate, large supporting plate guide rails, a guide rail sizing block, longitudinal guide rails, a small supporting plate guide rail and a small supporting plate frame. The profiling device is characterized in that the guide rail sizing block is arranged between the two longitudinal guide rails of a lathe, one bridge pressing plate is correspondingly arranged on the guide rail sizing block, the large supporting plate guide rails are arranged at the two ends of the bridge pressing plate, the large supporting plate is arranged on the large supporting plate guide rails, the small supporting plate guide rail is arranged on one side of the large supporting plate, the small supporting plate frame is arranged on the small supporting plate guide rail, the profiling plate is arranged on one side of the small supporting plate guide rail, and the other two bridge pressing plates are arranged on the two sides of the profiling plate.

The invention discloses an ultra-high-power LED module light source, including an LED stent, an LED chip, a gold thread, a phosphor powder layer, and a silica gel layer; the LED module light source is characterized in that the LED chip is tightly fixed on the substrate of the LED stent by silver glue or solder paste or the gold solder technology; the connection of a chip circuit thereof is realized in a form of the gold thread; the phosphor powder silica gel layer or the silica gel layer is distributed on the periphery and the top part of the chip; in order to achieve the conversion of color temperature of light, at least one layer of silica gel layer which has the thickness within the range of 0.1-100 mm and the preferred thickness within the range of 0.5-3 mm is included. In order to protect the gold thread and the phosphor powder layer, the silica gel layer can be additionally arranged on the outer layer of the phosphor powder, with the thickness within the range of 0.1-5 mm. The problem of less package power for a single LED as the self-power of the LED chip is difficult to become large is solved, the package power for the single LED can reach more than 5 watts, and the needs for solid-state lighting in a new period is met. The invention has simple structure, leads the LED lighting products to be closer to the traditional light source lighting products, meets the psychological needs of people, and has higher market benefit.

The invention discloses an intelligent breathing lamp yoga mat and its control system. An anti-slip rod is placed on one end of the top surface of the yoga mat body. Both ends of the anti-slip rod are installed with mounting rods through screws. One end of the mounting rod is movable and installed with an insertion rod. , the body of the yoga mat is evenly provided with slots corresponding to the positions of the insertion rods. One end of the installation rod is provided with a placement slot. One end of the placement slot is connected to a screw through a threaded hole. Spring groove, both ends of one side inside the spring groove are bonded with a spring, and one end of the spring is bonded with a sliding block inside the spring groove. The legs are blocked, effectively avoiding the phenomenon of slipping and kicking in the legs, resulting in the poor effect of practicing yoga, through the use of placement slots, moving blocks, springs, screws and sliding blocks.

The invention relates to a door control system design method based on a mobile phone APP (application). The method can effectively solve the problems that an existing single card swiping door control system is unsafe and the like and provides possibilities for application requirements of an intelligent door control system. The method includes the steps: downloading a door control APP by a visitor; inputting requirement contents; opening a door by the aid of a method of 'one password for one step' among a mobile terminal, a door control terminal and a server. When a two-dimensional code scanner of a door control system faults and the like, the visitor can acquire a disposable card from an IC (integrated circuit) card machine through an identification card and enters a door according to the disposable card, so that the visitor can enter the door when uncontrollable emergency conditions happen. The method is simple and easy to operate and has high market benefits, the door control system is effectively and remotely operated and managed, and management convenience is improved.

The invention relates to footwear processing equipment, specifically a double-station automatic gluing production line, including a conveying system, and also includes: a console, a weighing device, a glue supply pump, a connecting pipe, a support frame, a first gluing device and The second gluing device, the conveying system is arranged side by side with the console and the output end faces the console, the weighing device is set on the surface of the console and the bottom is fixedly connected to it for placing the shoe body to be glued, and the support frame is erected on the console and connected to both sides of the console, the first gluing device is set on the top of the support frame and driven by the first motor to slide horizontally along the slide rail, the second gluing device is set on the side arm of the support frame and driven horizontally by the second motor Rotation; the present invention is improved on the basis of traditional gluing equipment. Compared with the problem that the traditional left and right shoes have a large weight difference and need to return to the production line for adjustment, it can reduce the weight error of the left and right shoe bodies, reduce the cost of the enterprise, and improve the work efficiency. Efficiency, with high market benefits.

The invention discloses a double-face curb production process. The specific process steps of the double-face curb comprise that a die frame is placed on a shock excitation platform, when a side plateis moved to the position away from the inner side wall a of the die frame, a base layer discharging cavity is formed by the side plate and the die frame, base layer materials are evenly arranged in the base layer discharging cavity, a pressing head is arranged above the base layer discharging cavity, the pressing head compacts base layer materials in the base layer discharging cavity downwards, after compaction, a base layer block is obtained, the pressing head carries out downward pressing by a certain distance, and therefore a concave cavity is formed between the top of the base layer blockand the die frame, and the concave cavity is a face layer top discharging cavity; the side plate moves towards the position close to the inner side wall a of the die frame, and is attached to the inner side wall of the die frame, a gap is reserved between the side plate and the base layer block, and the gap is a face layer side discharging cavity; face layer materials are evenly arranged in the face layer top discharging cavity and a face layer side discharging cavity, and a face layer block is obtained; the pressing head presses the die frame, a motor is started, air and water in the base layer block and the face layer block are removed, and the double-face curb is obtained.