35results about How to "Reduce ancillary costs" patented technology

A system and method for standardizing care in a hospital environment. Information concerning the latest care and practice standards for a given condition is provided to a decision support module. The decision support module comprises decision support algorithms that reflect a standardize guideline of practice for a particular medical condition. The general categories of cardiovascular, endocrinology, general, gastrointestinal, hematology, infectious diseases, neurology, pharmacology, pulmonary, renal, surgery, toxicology, trauma all have guidelines and practice standards associated with them. Patient data and user input are inputted to the decision support algorithm. The user may be prompted for user input, and an assessment is made of the patient so as provide patient care advice for the patient. Examples of patient care advice are a diagnosis, a method of treatment, and a laboratory protocol.

The invention discloses a method for machining a lug-type notch in a numerical control mode, and belongs to the technical field of mechanical machining. The method comprises the steps that 1, the structural form of the lug-type notch of a part is analyzed; 2, processes for machining the notch are selected; 3, the form and specification of a T-shaped tool for rough machining and the form and specification of a T-shaped tool for fine machining are selected; 4, a numerical control machining procedure is programmed; 5, the processes are detected, if an opening is formed at the notch, the fine machining procedure is adjusted according to a difference value between the size of the opening and the theoretical size of the notch, a step 7 is performed, if a necked opening is formed at the notch, the size of the necked opening is recorded, and according to a different value between the theoretical size of the notch and the size of the necked opening, a step 6 is performed to trim the size of the notch; 6, an up milling procedure is performed for the necked opening, and after the size is qualified, the step 7 is performed; 7, fine machining is performed on the size of the notch; 8, the size of the notch obtained through fine machining is detected. Accordingly, numerical control machining of the lug-type notch is achieved, and the advantages of being high in machining efficiency for lug-type notch structural parts, little in tool loss amount, low in assistance cost and wide in application range are achieved.

A seed composition, system, and method of improving seed germination, emergence, and seedling development are provided. The seed composition includes a seed, a binder, and a surfactant forming a first layer. The seed composition can have a second layer composed of a diatomaceous earth, lime, or clay and a binder and a third coating that includes a surfactant.

The invention discloses a processing method of five-fork blade-root moving blades with own shrouds, belonging to the technical field of blade processing. The processing method comprises: step 1, clamping blades, step 2, roughing, step 3, semi-refining, step 4, refining, step 5, positioning a steam-out side of a shoulder of the blade root, a steam-out side of a shroud and a back radial surface of the blade root, selecting a cutter with cutting edges matching with five-fork blade root lines, with a rotating speed being 25-30 r/min, a feeding speed being 12.5 mm/min, a feed amount being 0.5-0.8 mm, and performing fine milling for the five-fork blade root lines of the blade along a linear direction. According characteristics of the five-fork blade-root moving blades with own shrouds, positioning reference surface during processing is unified, a one-time clamping is used to complete processing of each part, thereby effectively preventing accumulative errors, increasing processing precision, optimizing integration processing, shortening processing periods of products, reducing required amount of machine tool, and reducing production cost.

The invention relates to a simple electronic control testboard, which comprises a fuel tank; a pressure operating rod for providing pressure for test fuel is arranged on the fuel tank; the fuel tank is provided with a pressure gauge and a mounting bracket used for mounting the fuel injector; and the fuel injector is connected with the fuel tank and a test fuel recovery unit through a fuel pipe. The simple electronic control testboard is characterized in that the test system also comprises an electronic control mechanism for controlling the atomization of the fuel injector. By adopting the structure, an operator can operate the pressure operating rod and a motor switch simultaneously, and observes whether the fuel injector injects fuel and the fuel atomizing condition at any time so as to determine whether the fuel injector fails. Therefore, a trouble that the fuel injector is brought to a monitoring station specially is eliminated, and the supplementary cost is reduced. The conventional fuel injector testboard is modified; the modification cost is reduced to the maximum on the premise of not wasting resources, and the simple electronic control testboard is easy to promote and use in various service stations; besides, the simple electronic control testboard can complete tests and obtain test results in short time, so the time and human resource are saved.

The invention relates to the technical field of ship manufacturing, and discloses a supporting tool for spraying zinc to the surface of a fence small assembly of a ship deck. The supporting tool for spraying zinc to the surface of the fence small assembly of the ship deck comprises a supporting rack and a lateral limiting device, wherein the lateral limiting device is arranged on the upper portionof the supporting rack and is used for preventing the fence small assembly from tilting leftwards or rightwards; the supporting rack comprises a seat block; the left side and the right side of the seat block are separately connected with a left supporting rod and a right supporting rod through hinges; the upper end of the seat block is connected with the lateral limiting device; and the lateral limiting device comprises a connecting arm, a left bent catch pawl and a right bent catch pawl, the connecting arm is arranged horizontally, the left bent catch pawl and the right bent catch pawl are arranged at the two ends of the connecting arm, extend upwards and are used for limiting the left side surface and the right side surface of a handrail in the fence small assembly; and a gap for zinc spraying to the handrail is formed between the connecting arm and the handrail. The zinc spraying quality and efficiency are improved, and meanwhile, the cost for supporting auxiliary materials is saved.

The invention discloses a method for machining a bearing ring with an installation boss and a narrow and small grinding undercut, and relates to a method for machining the grinding undercut. The method aims at solving the problem that at present, the narrow and small grinding undercut cannot be machined. The method for machining the bearing ring with the installation boss and the narrow and small grinding undercut comprises the steps of firstly, carrying out rough turning forming, and obtaining a rough bearing ring body; secondly, adjusting and clamping a tool; and thirdly, carrying out milling forming, and obtaining the bearing ring with the installation boss and the narrow and small grinding undercut. The method has the advantage that the production cost is saved. According to a convention technological process, two-time clamping machining is needed, and after a milling mold is used, machining can be completed only through one-time clamping. Compared with the prior art, the tool cost, the man hour cost, the electricity cost and the auxiliary cost can be saved by 50 percents. The method is mainly used for machining the bearing ring with the installation boss and the narrow and small grinding undercut.

A method and a system for processing information are disclosed. The method comprises: as at least one material is stored, scanning the digital object unique identifier DOI set on the at least one material, obtaining material information and unique identification information of the material included in each DOI, determining the same amount of unique identification information, determining the quantity as the stock-in quantity of the material corresponding to the unique identification information, getting the time to scan the DOI set on each material, the time being determined as the warehousingtime of the material, and a first relationship of the material being established and stored for each material, wherein the first relationship of each material is a one-to-one correspondence relationship of at least one of unique identification information, material information, warehousing quantity, and warehousing time of the material, thereby improving the convenience of managing the material.

The invention discloses a road surface texturization treatment vehicle and method. The treatment vehicle comprises a bearing vehicle body, road surface texturization treatment equipment and a movable arm frame for translation and lifting of the road surface texturization treatment equipment, the movable arm frame is mounted on the bearing vehicle body, and the road surface texturization treatment equipment is located behind the bearing vehicle body; the road surface texturization treatment equipment comprises a road surface texturization treatment tool assembly and a road surface sweeping device, and the road sweeping device is mounted on the rear side of the road surface texturization treatment tool assembly; and the movable arm frame comprises an arm frame body, a horizontally movable mechanism and a lifting mechanism; and the method comprises the steps of (1) movable arm frame mounting, (2) bearing vehicle body in-place movement; (3) road surface texturization treatment tool assembly alignment adjustment and (4) road surface texturization treatment. The road surface texturization treatment vehicle and method are reasonable is design, easy and convenient to use and operate and good in service effect and can come into service only by being mounted on horizontally movable equipment, road surface texturization treatment can be easily, conveniently and quickly conducted, and the texturization treatment effect is good.

The invention discloses a method for evaluating and analyzing the economics of shale gas reservoir development. By subtracting the total cost of drilling and completion from the theoretical total income, subtracting the auxiliary cost, and subtracting taxes and fees, the net profit of the income minus the cost is obtained. According to the positive, negative and size of P value, the economics of the shale gas reservoir is evaluated on this basis, which provides an economical evaluation method for shale gas development.

The invention provides a continuous hydrogenation method of carbon-carbon double bonds in a conjugated diene polymer, which comprises the following steps: mixing conjugated diene latex, a catalyst andan assistant in a raw material pretreatment kettle to obtain a mixture; wherein the catalyst is a group VIII metal compound shown as a formula (I); filtering the mixture, mixing with hydrogen generated by a hydrogen generation device, preheating by a preheater, and reacting in a hydrogenation reactor to obtain a hydrogenated copolymer; subjecting the hydrogenated copolymer to heat exchange through the raw material preheater and gas-liquid separation through the gas-liquid separation tank, and conveying hydrogenated copolymer latex at the bottom of the tank to the product tank through the product conveying pump. A novel hydrogenation catalyst is adopted and combined with devices such as a tubular reactor, so that the selective hydrogenation reaction of conjugated diene can be efficiently realized, and a high-hydrogenation-degree product with the hydrogenation degree higher than 95% is obtained. According to the method, a continuous hydrogenation mode is adopted, so that the product stability between batches can be improved, and the production efficiency and the process safety are improved; according to the invention, the reaction conditions are mild.