31results about How to "Reduce loss costs" patented technology

The invention aims at providing a work performance collection system for reliably collecting information of work performance without applying a burden to a worker in assembly of a work object article. This system includes a work specification ID tag into which information for specifying a work content of a work object article is written, a work management box having a throw-in port into which the work specification ID tag is thrown at the time of work, and an ID tag reader provided to a side surface of the work management box, for reading the work specification ID tag and transmitting the information read to a work performance management apparatus. A worker is required to only throw the work specification ID tag into the work management box at the start of work and to only take out the work specification ID tag at the end of work.

The invention discloses a method for manufacturing embossed solvent-free polyurethane synthetic leather. The method comprises the steps of preparing a solvent-free polyurethane leather dry-process semi-finished product and carrying out each unit process of embossing treatment. According to the method disclosed by the invention, the manual work is little, the energy consumption is low, and both the manufacturing process and the finished product are healthy and environmentally friendly; and the product can be embossed, patterns are plump, the granular sensation is high, the physical property is high, and the cold resistance and hydrolysis resistance are excellent. According to the method, the traditional wet process is not required, and links of producing a wet-process base and carrying out dry-process bonding are avoided; and solvent-free foaming layer resin is also not required, and the used solvent-free bicomponent surface layer resin can serve as a surface layer and can also serve as a bonding layer.

The invention discloses a multi-type distributed power supply optimal configuration method based on an immune particle swarm algorithm. The multi-type distributed power supply optimal configuration method comprises the following steps of: the step 1: inputting parameter data of an optimized configuration target function, and initializing parameters; the step 2: generating initial positions xi and speeds vi of the M particles by logistic regression analysis mapping to form an initial particle group P0; the step 3: calling a load flow calculation program to calculate the adaptive value F of the particles in the current particle group P0; the step 4: determining whether an algorithm result meets the calculation precision D or not, if yes, ending the steps and outputting the result, or else, performing the next step; the step 5: updating the local and global optimal solutions and updating the position and speed of the particles according to the following formula as shown in the description; the step 6: generating N new particles by logistic regression analysis mapping to form a new N+M particle population; and the step 7: selecting N proper particles through adoption of a concentration selection mechanism to form a new particle group P, and returning to the step 3 for recalculation. The technical scheme can improve the economic benefit of power grid operation.

The invention relates to a three-dimensional adjustable claw which comprises a claw core and at least two claw arm assemblies, wherein the claw core is provided with a bolt hole for connecting with a base, the claw arm assemblies are fixedly connected to the claw core; each claw arm assembly comprises a large claw arm, a stud, a small claw arm, a positioning nut and a claw head; the claw core is arranged at one end of the large claw arm; the other end of the large claw arm is connected with the small claw arm through the stud; the connecting surfaces of the large claw arm and the small claw arm are respectively provided with one circle of latches; the claw big arm and the claw small arm are engaged with each other through the latches; the claw head is provided with a screw rod; and the screw rod is in threaded connection with the other end of the small claw arm, and the positioning nut is sleeved at a connection position. Compared with the prior art, the invention has the advantages that the three-dimensional adjustable claw can be applied to a curtain wall building in a special shape, the engineering rework cost and the material loss cost can be reduced greatly, the construction cost is reduced, and the like.

The invention discloses a power distribution network line operation efficiency evaluation method. The method comprises the steps of calculating an optimal load of a power distribution network line andan available load of the power distribution network line according to received historical operation data; and according to the optimal load, available load, calculating a reference load level value and an actual load level value of the power distribution network line respectively according to the rated power of the power distribution network line and the actual load of the power distribution network line; the ratio of the actual load level value to the reference load level value is used as the operation efficiency of the power distribution network line; according to the operation efficiency obtained through calculation, the load value with the minimum loss cost of the power distribution network line in the ideal state is comprehensively considered, the maximum load of the power distribution network line under the standby capacity and the rated load and the actual load of the power distribution network line are considered, and the operation efficiency obtained through calculation can be more accurately evaluated. The invention also provides a power distribution network line operation efficiency evaluation device and a storage medium, which have the above beneficial effects.

The invention discloses a keyboard testing system, which is used for detecting the keyboard function of a mainboard. The keyboard testing system comprises a control unit, a microprocessor, a keyboard switch unit, a keyboard interface and a mainboard, wherein the control unit is used for outputting an execution command; the microprocessor is used for receiving the execution command and outputting a plurality of control signals in sequence according to the execution command; the keyboard switch unit comprises a plurality of electronic switches which are used for receiving the plurality of control signals output by the microprocessor and are conducted in sequence; the keyboard interface is connected with the plurality of electronic switches of the keyboard switch unit; the mainboard comprises a keyboard interface circuit which is connected with the plurality of electronic switches of the keyboard switch unit through the keyboard interface; and when the plurality of electronic switches in the keyboard unit are conducted in sequence, the mainboard outputs coded information of corresponding keys in sequence. By adopting the keyboard testing system, detection can be performed without manually beating all keys on a keyboard, thus the detection efficiency and the detection speed can be increased and the labor cost is saved.

The invention discloses a graphene conductive composite filter cloth for electric sludge dewatering equipment and a manufacturing method and installing and using methods of the graphene conductive composite filter cloth. The manufacturing method comprises the steps that firstly, a stably-dispersed graphene dispersion solution is prepared; secondly, a filter cloth body is soaked in the graphene dispersion solution for 6-10 h and then taken out, and the soaked filter cloth body is roasted for 6-10 h at 80-160 DEG C; or, before the filter cloth body is woven, fiber monofilaments are put into the graphene dispersion solution to be soaked for 0.5-5 h or pass through the graphene dispersion solution, graphene is attached to the fiber monofilaments, then the filter cloth body is woven, and the graphene conductive composite filter cloth is manufactured. The graphene conductive composite filter cloth is installed on an anode filter frame of plate frame type filter pressing equipment and connected with the positive electrode of a direct-current power supply and serves as an electric anode. The graphene composite is excellent in conductivity and has very high chemical and electrochemical corrosion resistance when serving as the anode material. The graphene anode material and the filter cloth body are integrated, and the structure of core assemblies of the equipment is simplified.

The invention relates to the field of lighting technology and provides a handheld maintenance lamp. The handheld maintenance lamp comprises a columnar light source support, a first LED (light emitting diode) light source assembly arranged on the outer wall of the light source support, a transparent cover arranged outside the first LED light source assembly, a protecting mesh cover covering the transparent cover, and a driving device which is arranged under the light source support and used for driving the first LED light source assembly. The light source support is axially provided with an accommodating cavity, and a vertically-retractable hook is mounted inside the accommodating cavity. According to the handheld maintenance lamp, the LED light source is long in service life and highly reliable, so that the problem of frangibility of fluorescent light sources of existing maintenance lamps; the protecting mesh cover can protect the transparent cover and avoid breakage of the transparent cover when the maintenance lamp falls off; the hook structure embedded inside the accommodating cavity fundamentally solves the potential risk existing in existing lamps due to the fact that hooks are fixed to the head portions; meanwhile, the driving device is arranged under the light source, so that handholding operation can be facilitated, and meanwhile, the whole handheld maintenance lamp is compact in structure and safe and convenient to use.

The invention relates to the technical field of semiconductor technology, in particular to an evaporating cavity lining device, an evaporating system thereof and an evaporating device. The evaporating cavity lining device comprises a cavity assembly, wherein the cavity assembly comprises a first shell and a second shell; the first shell is provided with a first opening end and a second opening end arranged oppositely; the first opening end is externally connected with the evaporating device; a steam passage allowing steam to circulate is formed in the first shell; the second shell communicates with the second opening end; and a material storing area for storing the steam from the steam passage is formed in the second shell. The evaporating cavity lining device can ensure that the evaporating device warms organic material in advance, and the situation that the evaporated material enters an evaporating area to interfere with a base plate is avoided.

The invention relates to the technical field of lighting and provides a handheld maintaining lamp which comprises a columnar light source support, a light-emitting diode (LED) light source assembly fixed on a part of the lateral wall of the light source support, a transparent cover arranged on the outside of the LED light source assembly and a driving device arranged under the light source support and used for driving the LED light source assembly. A containing groove is formed in the other part of the lateral wall of the light source support far away from the LED light source assembly, and a hook capable of being overturned vertically and movably is arranged in the containing groove. An LED light source is long in service life and good in reliability, and the shortcoming that the existing maintaining lamp adopts a fluorescent light source and is easy to break is overcome. The hook structure is built in the containing groove, the hook can be pulled out when required, and the hook is overturned downwards automatically into the containing groove under the gravity when hanging is not required. Safety hazards caused by the fact that the hook is fixed at the head portion of the existing lamp are avoided. The driving device is arranged under the light source in the maintaining lamp structure, handheld operation is facilitated, and the whole lamp is compact in structure and safe and convenient to use.

The invention discloses a material for surface treatment of a vulcanization mold and a preparation method and application thereof. The material is composed of thermosetting acrylic resin, silane coupling agent, silanol oligomer, carbodiimide, inorganic oxide, deionized water and silicone polyoxyethylene ether according to a specific proportion. Experiments prove that the material can be coated onthe surface of a metal mold at room temperature, special equipment is not needed, the operation is simple and quick, and the coating operation is easy to construct and independently complete; the binding force between the coating film and the surface of the metal mold is strong, the coating film has low surface energy, the hydrophobic oleophobic property is excellent, and the use of the release agent can be reduced or eliminated; and meanwhile, a good anti-rust effect is achieved, so that the mold washing period and the service life of the mold are obviously prolonged, and the number of mold washing and the cost of the enterprise are obviously reduced. Moreover, the material is an aqueous product, free of solvents, and safe in transportation, storage and construction; and in particular, the material has significant value for tire manufacturers to achieve energy conservation and environmental protection.

The invention discloses an automatic sorting instrument for small medical instrument suckers. The automatic sorting instrument comprises an automatic feeding mechanism, a transmission guide rail mechanism, an automatic grabbing and placing mechanical arm mechanism, a gun box placing mechanism and a horizontal displacement XY-axis mechanism which are connected in sequence, wherein the transmission guide rail mechanism comprises a stacked sucker separating mechanism and a sucker positioning mechanism, a gear synchronous belt and a plurality of rack automatic transmission suckers installed on the gear synchronous belt are installed in the automatic feeding mechanism, the gear synchronous belt is connected to the transmission guide rail mechanism, an optical fiber sensor is installed on the sucker positioning mechanism in a transmission guide rail on the transmission guide rail mechanism, the optical fiber sensor transmits a collected sucker position signal to the automatic grabbing and placing mechanical arm mechanism, the gun box placing mechanism is provided with a sucker box, and the automatic grabbing and placing mechanical arm mechanism is connected to the horizontal displacement XY-axis mechanism.

The invention discloses a pair of tongs for wrapping and riveting an arm rod and a scraping rod of an automobile windscreen wiper and belongs to the technical field of automobile manufacturing. The pair of tongs comprises a hydraulic cylinder, a fixed plate, a Y-shaped joint, a tray, tong handles, a die, a base block, a piston rod, the arm rod and the scraping rod, wherein the hydraulic cylinder outwards exerts a force to the piston. The pair of tongs is characterized in that the hydraulic cylinder is fixed to the fixed plate, the Y-shaped joint is arranged under the fixed plate, the piston rod is connected with the Y-shaped joint through a thread, the tray is arranged under the Y-shaped joint, the Y-shaped joint is connected with the tray together through a hinge pin, the tong handles arearranged under the tray, the tray is connected with the tong handles through connecting rods, the die is arranged below the tong handles and is connected with the tong handles together through bolts,the upper portion of the die is provided with the base block, the die rotates jointly with the tong handles, and the die and the base block simultaneously extrude the arm rod, so that the arm rod isbent to be wrapped and riveted together with the scraping rod. Only several seconds are needed in the whole process, and the pair of tongs is simple in operation, capable of saving time and labor andlow in cost loss and can the demand for large-batch production.

The invention discloses a gas high-sealing low-loss pressurizing system and method. The system is composed of a low-pressure tank, a vacuum pump, a pressure accumulator, a diaphragm compressor, a high-pressure tank, valves, pipelines, instruments and the like. As the vacuum pump vacuumizes the low-pressure tank with the fixed volume, low-pressure process gas is exhausted and then fed into the pressure accumulator with the variable volume, the process gas is fed into the metal diaphragm compressor through the pressure accumulator to be compressed and exhausted into the high-pressure tank, the dual functions of vacuumizing and compression are achieved, and gas residues are reduced. Variable volume compensation is carried out by the pressure accumulator through a metal corrugated pipe diaphragm, and the requirements of an outlet of the vacuum pump and a compression inlet of the metal diaphragm for the pressure of the process gas are guaranteed. The whole pressurizing system is sealed by an all metal material, and gas leakage and permeation are reduced. The system and method are used for carrying out compression pressurization, volume reduction storage, transportation and the like on various kinds of high-purity gas, expensive gas, dangerous gas and radioactive gas.