44results about How to "Reduce manual links" patented technology

The invention relates to the field of shield machine monitoring technology, in particular to a monitoring and management method for shield machines. The method comprises the steps that S1, shield machine data on different engineering fields is collected and remotely transmitted to a field database of the engineering fields; S2, the shield machine data is extracted from the field database according to a data form in the field database and stored into a core database, data integration and data processing are performed on the stored shield machine data in combination with project data in a basic database and the field database, the operating state of the shield machines and progress of works are analyzed, and summarization is performed to generate a management data table and a data curve; and S3, the generated management data table and data curve are loaded to a display interface in the form of image-texts or lists so as to perform monitoring and management on each shield machine on different engineering fields. Therefore, construction time is shortened, a large quantity of manual links are reduced, engineering cost is lowered, working efficiency is improved, and finally real-time comprehensive intelligent management of the shield machines is realized.

The invention discloses a fixing frame which comprises support straight rods and support cross rods, wherein the at least two support cross rods are fixed between the at least two support straight rods at equal interval; at least two carrier rollers are also arranged between the at least two support straight rods; each carrier roller is provided with at least two support wheels at equal interval; a bearing seat bracket is arranged at one side of each support straight rod; a driving roller is fixed on the bearing seat bracket; one end of the driving roller is connected with a driving motor; and the driving rollers are respectively connected with the carrier rollers by bevel gears which are in occlusion with each other. A transmission power system is provided for conveying, so that the artificial link in the delivering and conveying process can be reduced, the unnecessary loss is reduced, and the brittle material can be delivered and conveyed in a pure mechanical way; an installation and placement platform is provided for large machines and devices used for pretreating the brittle material, so that all processing devices can be comprehensively operated by a single person, the manpower occupation is reduced, and the occupied space is small; and the fixing frame is wide in applicability, and can widely meet the installation and placement requirements of pretreatment of different types of brittle materials.

The invention discloses a cleaning and sterilizing device for a feeding frame of a Babai cocoon cage, which comprises a cleaning box and a drying box, wherein the feeding frame in the cleaning box anddrying box is fully automatically transmitted, the cleaning efficiency is high, the cleaning box sequentially includes a first coarse soaking transmission chamber, a high-temperature soaking chamber,a water spraying chamber and a water cutting chamber, surface treatment is performed in the first coarse soaking transmission chamber, soaking and cleaning by using hot water are carried out in the high-temperature soaking chamber, spraying surface treatment and water cutting are carried out in the water spraying chamber and the water cutting chamber, the feeding enters the drying box along a guide tray, soaking and sterilizing are carried out in the first coarse soaking transmission chamber in the drying box. Spraying, washing, sterilizing and drying are carried out in a washing chamber andair cutting chamber in the drying box, and finally the feeding frame is conveyed to a stacking tray on a discharging conveyor belt for discharging through a discharging mechanism, therefore, the feeding frame is cleaned by using a full-automatic cleaning structure, a plurality of manual links are saved, the cost is reduced, the cleaning efficiency is improved, and the cleaning effect is excellentthrough repeated cleaning and sterilizing.

The invention discloses a novel sliced noodle production line, which comprises a dough making machine, a wheat belt combining machine, an aging machine, a rolling device, drying devices, and a sliced noodle heating device. The wheat belt combining machine is arranged below the dough making machine; the aging machine is arranged on the right side of the wheat belt combining machine; the rolling device is arranged on the right side of an aging machine; a first drying device is arranged on the right side of the rolling machine; the sliced noodle heating device is arranged on the right side of the first drying machine; and a second drying device is arranged on the right side of the sliced noodles heating device. The production line has the characteristics of high concentration, high automation, high production efficiency, low energy consumption and the like. The novel sliced noodle production line can complete automatic feeding, dough making, combining, rolling, steaming, cutting, drying and other processes. Cut by the dough cutting roll with uniform edge, the noodles are in good shape and easy to pack. The novel sliced noodle production line is very suitable for fast and instant food processing and therefore has a bright market prospect in the industry.

The objective of the invention is to solve the technical problems of low precision and low resolution of an existing dynamic optical wavefront phase measurement device. The invention provides a dynamic high-resolution optical wavefront phase measuring device and a measuring method, and the device and the method can achieve the active optical testing of the surface shape of an optical element and the wave aberration of an optical system through a laser, a collimating mirror, a plane mirror, a spectroscope, an absorber, a mixed modulation grating, a detector, a computer, different F # standard lenses, and a calibration mirror. The resolution is determined by the size of a detector pixel, high-resolution optical wavefront phase measurement can be achieved, and the resolution can be smaller than 0.01 mm. According to the method, a system background error is used as system data after being calibrated once, and the measured surface topography information can be calculated only by collectingan image once during actual surface shape measurement, so that compared with the traditional phase shift interference method, the method is not influenced by environments.

In order to solve the technical problems that the existing scheme for measuring the surface shape of the large-aperture planar optical element is easily influenced by air flow disturbance and vibration, the measurement dynamic range is small, the surface shape measurement resolution is not high, the scheme cannot be applied to surface shape measurement of various postures in place, and measurementcannot be performed when Power exists in the surface shape of the large-aperture planar optical element, the invention provides an in-situ surface shape splicing measurement device and method for a large-aperture plane optical element. A laser, a semi-transparent semi-reflective mirror, a collimator objective, a diaphragm, a small-hole diaphragm, a collimator eyepiece, a binary optical device, adetector, an attenuation plate, a far-field detector, a drive controller, an electric control diaphragm, a reflector array, a pyramid prism array and a six-degree-of-freedom motion platform are utilized, the dynamic high-precision surface shape splicing measurement of the measured large-aperture planar optical element under various postures is realized, and the measurement precision is not influenced by the external environment.

The invention discloses a knitting method of a longitudinal shoe eyelet pattern. A shoe eyelet is longitudinally formed by adopting partial knitting; top and bottom processing methods of the shoe eyelet adopt four-plain-stitch connection and a shoe lace part penetrates through the shoe eyelet; a plane knitting method adopts front knitting; a needle at a tissue edge has a stealing stitch method and the bottom is knitted by remaining a few of rows, so that a relatively large pore is easy to form; in a knitting process, an empty machine head front and rear needle separation and needle pressing method (a needle withdrawing height is 4/1) is applied and a needle pressing method is adopted, so that a phenomenon that the knitting is not smooth after the quantity of partially knitted rows is more is effectively improved; and meanwhile, front knitting and needle pressing movement can be circulated longitudinally and the shoe eyelet is integrally molded and knitted, so that a subsequent manual link is omitted.

The invention relates to the technical field of space equipment, in particular to an integrated double-component injector, a manufacturing method thereof and the space equipment. The integrated double-component injector comprises a fuel agent cavity, a first bottom face arranged at the bottom of the fuel agent cavity, a second bottom face arranged on the top of the fuel agent cavity and opposite to the first bottom face and at least one injection unit communicating between the first bottom face and the second bottom face. The first bottom face and the second bottom face are of curved structures. According to the integrated double-component injector, the structural strength of the integrated double-component injector can be improved, the fuel agent cavity has the isostatic pressure flow equalizing characteristic, the flow of each injection unit is more uniformly distributed, and the injection combustion efficiency can be improved.

The invention discloses an automatic vertical conveying system which comprises: the goods are placed on a first horizontal conveying rotary drum section by a slope plate used for loading and unloading goods, then the goods are transmitted onto a second horizontal conveying rotary drum section and are further transmitted forwards. The goods are transmitted into a vertical conveying trolley through the horizontal conveying rotary drum. The vertical conveying motor of the trolley drives a top chain wheel through a transmission chain and the top chain wheel drives the vertical conveying trolley to lift along a trolley track by using the trolley to lift a chain. The goods are conveyed onto a third horizontal conveying rotary drum section through the horizontal conveying rotary drum section and transmitted forward to a fourth horizontal conveying rotary drum section. The vertical conveying trolley falls back to the second horizontal conveying rotary drum section along the trolley track. The vertical rotary drum conveyor can continuously transmit goods vertically, the whole system is controlled by procedures and can be connected with devices of a horizontal conveying line, a production line, a three-dimensional library and the like, so that manual part is saved and the logistics automated management is achieved.

The invention discloses a method for extracting surface feature elements in a topographic map, which comprises the following steps of: generating an ortho-image and a DSM (Digital Subscriber Module) based on a remote sensing image; respectively making a sample library of each type of elements; matching different ground objects in the image through the trained neural network sample library of eachtype of element samples to obtain a ground object element planar region, detecting a surface and extracting a ground object boundary vector; matching the buildings on the original image, and matchingthe non-buildings on the orthoimage; refining the ground object boundary vector; converting the refined two-dimensional curve into a three-dimensional curve; converting building boundaries from a two-dimensional curve to a three-dimensional curve by adopting rational polynomial transformation or forward intersection, and non-building boundaries are converted from the two-dimensional curve to the three-dimensional curve by adopting a DSM interpolation algorithm; and processing the three-dimensional curve to obtain a topographic map. Manual links in topographic map production are reduced, and the geographic information data processing efficiency is greatly improved.

In order to solve the technical problems of low measurement precision, small measurement dynamic range and poor measurement real-time performance of an existing planar optical element surface shape measurement device, the invention provides a measuring device and method capable of dynamically measuring the surface shape of a planar optical element. According to the invention, a laser, a spectroscope, a collimator objective, an attenuation plate, a far-field aiming detector, a small hole, an ocular lens, a binary optical device and a detector are utilized to realize dynamic high-resolution measurement of the surface shape of the measured plane optical element, and the measurement process is not influenced by the external environment; The far-field aiming detector is used for measuring inclination information of the measured planar optical element relative to light beams incident to the surface of the measured planar optical element in real time, so that high-precision alignment is realized, and subsequent high-precision measurement can be realized; and the adopted binary optical device is a micro-lens array or a mixed modulation grating, the corresponding measurement principles arethe Hartmann Shack principle and the transverse shearing interference principle respectively, and compared with a traditional phase shift interference method, the method has a larger measurement dynamic range.

The invention discloses an automatic forming device for a polypropylene hernia patch, which comprises an upper layer mesh forming device, a connector forming device, a lower layer mesh forming device, a first compounding device and a second compounding device. The upper mesh forming device has the same structure as the lower mesh forming device. The upper mesh forming device can cut and shape the mesh from the cloth roll, and the connecting body forming device can cut and shape the connecting body from the cloth roll. The upper mesh and the connecting body are sent to the first forming device, and the operator will connect The body is placed in the composite die, the composite punch is pressed down and the upper mesh and the connecting body are pressed and welded together, the lower mesh forming device cuts out the lower mesh, and sprays on the lower mesh through the drug spraying device For the medicine, the dried lower mesh is compounded for the second time with the first compounded upper mesh and the connecting body. The invention can reduce manual links, reduce labor costs, improve production efficiency, and has good practical value.

The invention provides an air conditioner control method. The method comprises the steps of determining a pressure error value and a pressure error change value based on an actual pressure value and a target pressure value; defining a fuzzy subset, establishing a discrete domain, and calculating a pressure error value and a membership degree of a pressure error change value to the fuzzy subset; adaptively generating a fuzzy rule table according to system characteristics and environmental conditions; performing defuzzification according to a gravity center method, and determining a proportion parameter increment and an integral parameter increment; and based on a calculation formula of a PID controller, the proportion parameter increment and the integral parameter increment, obtaining a control signal of an outdoor fan, and then adjusting the speed of the outdoor fan. According to the air conditioner control method, the link of manual trial and error in the process of establishing the fuzzy rule table is omitted, resources and cost are saved, meanwhile, the operation period of the fuzzy rule table is effectively shortened, and the air conditioner operation process is more stable and reliable. The invention further provides the air conditioner adopting the method, and the air conditioner has the advantages of timeliness and stability.

The invention relates to the technical field of a macromolecular material, in particular to fiber woven cloth and a preparing method of the fiber woven cloth. Coal mine underground halogen-free flame-retardant antistatic fiber woven cloth comprises a fiber woven cloth body, wherein when the fiber woven cloth body is woven by using halogen-free flame-retardant fiber industrial yarns with the fiber number range being 222 dtex to 5555 dtex, a conducting yarn is uniformly embedded and woven into a warp direction and/or a weft direction at equal intervals; and the yarns are directly woven into the halogen-free flame-retardant antistatic fiber woven cloth through a loom. The halogen-free flame-retardant fiber industrial yarns are made of halogen-free flame-retardant polymer slices with the phosphorus content being 5000 ppm to 8500 ppm. The fiber woven cloth and the preparing method have the obvious advantages that on the premise of ensuring the safety performance and the use performance, non-pollution discharge is achieved in the production process; artificial links are few in the production process; the automation degree is high; a product achieves halogen-free low-toxicity and environment-friendly effects; the weight is light; the installation is fast, convenient and efficient; and the use range is wide, and the like.

The invention discloses a stabilizer bar conveying and clamping device. The stabilizer bar conveying and clamping device comprises a conveying base (1), and a conveying device is arranged on the conveying base (1). The stabilizer bar conveying and clamping device is characterized in that an aligning device and a clamping device are arranged at the head end and the tail end of the conveying devicerespectively. According to the stabilizer bar conveying and clamping device, manual operation can be reduced, the machining efficiency is improved, and meanwhile, the accident that worker is scalded by a high-temperature stabilizer bar during manual operation is also avoided.