80results about How to "Improve work speed" patented technology

The invention relates to a position and posture measuring system and method for mechanical equipment. The position and posture measuring system is characterized in that: four laser distance-measuring modules are arranged at the top of an alley at the back of the mechanical equipment to measure points of special positions on the mechanical equipment so as to obtain four different distances; position offset of the mechanical equipment relative to a predetermined track and angular offset of the mechanical equipment on a vertical surface are calculated based on the four distances; offset data is transmitted to a central processing system on the mechanical equipment through a wireless communication module; position and posture parameters of the mechanical equipment and positioning navigation data can be obtained in combination with a dip angle of the mechanical equipment relative to a horizontal plane, wherein the dip angle is measured by a triaxial acceleration sensor which is arranged onthe mechanical equipment; and the central processing system is used for transmitting the positioning navigation data to a control box of the mechanical equipment. The position and posture measuring system has the advantages of high measuring speed, good real-time performance, high measurement accuracy and no accumulated error, and is suitable for the position and posture measurement as well as the positioning navigation of underground mechanical equipment.

The invention provides a film pasting jig. The film pasting jig comprises a base platform, a base plate bearing part for bearing a base plate, and a film bearing pat for bearing a film; the film bearing part is hinged to the base platform and can be rotated relative to the base platform to reach a closing station and an opening station; when the film bearing part is at the closing station, the bearing surface of the film bearing part is opposite to the bearing surface of the base plate bearing part, so that the first part of the film can be in contact with the first part of the base plate; the base plate bearing part is movably arranged on the base platform and can horizontally move in the direction of the bearing surface of the base plate bearing part after the film bearing part is at the closing station, and then the bearing surface of the base plate bearing part can move relative to the bearing surface of the bearing part to enable the second part of the film to be attached to the second part of the base plate. The film pasting jig is simple in structure and convenient to operate; compared with the method of pasting the film by a full-automatic device, the film pasting jig has the advantages that the cost is saved, and the production capacity is remained; the working speed and the pasting precision are superior to those of manual film pasting.

The invention discloses a box transportation device for a solar battery wafer and a solar battery wafer texture device using the box transportation device. According to one embodiment of the invention, the transportation device for supplying and receiving the box, which has received the solar battery wafer, to the texture device and supplying and receiving the box from the texture device comprises a filling device for moving the box to a wafer receiving position and moving and supplying the box to the texture device; an unloading device for moving the box to a wafer separation position and moving the box separated from the wafer to a box sending-back position, after the wafer is textured by the texture device; and a sending-back device for sending back the box supplied by the unloading device to the filling device. The box transportation device of the solar battery makes the operation simpler and the necessary man power less and prevents the wafer from being damaged and also prevents the process defect during the transportation period.

The invention provides a cold continuous rolling mill starting control optimization method and device. The method comprises the following steps that a first rolling force parameter corresponding to strip steel with the target thickness is set for a rolling mill according to the strip steel with the target thickness needing to be rolled; rolling mill starting is carried out according to a preset initial rolling force parameter and the first rolling force parameter; according to tension data between adjacent machine frames of the rolling mill and a preset first judgment condition, a second rolling force parameter is obtained; when the thickness of the strip steel at an outlet of each machine frame in the rolling mill meets a second judgment condition, the rolling speed of the rolling mill isincreased; and then, the roll bending force of a working roller and a middle roller of the tail machine frame of the rolling mill is adjusted until the deviation between the thickness of the strip steel at the outlet of the tail machine frame and the target thickness meets a preset error condition, and a final rolling force parameter is obtained according to the second rolling force parameter andthe parameter which is being used by the rolling mill. According to the method and the device, the control precision of the rolling mill can be greatly improved, and the success rate of starting rawmaterial plates of new type of steel is improved.

The invention discloses an indoor and field integrated system based on dam three-dimension forward intersection measurement. The system comprises field airborne software based on total station development and an indoor data processing and management system based on Windows system development, wherein the field airborne software comprises a survey station preparation module, a measurement learning module and an automatic measurement module; the indoor data processing and management system comprises a data transmission module, a data preprocessing module, a data adjustment module, a data management query module and an output module. The system has complete functions and a unique algorithm, and forms automated and integrated operation of data gathering, processing, management, analysis, mapping and outlet of dam appearance three-dimension forward intersection measurement. Compared with the prior art, the system has the advantages that the automation degree and the reliability are greatly improved compared with the traditional method, and the system not only improves the operation efficiency, but also reduces the operation intensity, and has applicability and generalization performance in the appearance measurement of similar dams at home and abroad.

The invention provides a consistent production method for an insole. A one-time consistent production process is provided mainly for production of the insole to achieve the effects of saving the working time and reducing the cost. The consistent production method mainly comprises the steps of: pressing mixed raw materials by a mixer into a sheet of required thickness, directly performing high-temperature foaming operations, directly adhering cloth on the surface of the sheet if the sheet is in a high-temperature state, pressing with a roller until the sheet and the cloth are fixedly adhered, placing the sheet in a cooling mold for cold molding, and finally tailoring the sheet. By adopting the consistent insole production mode, the waste of time caused by conversion of production processes can be avoided, and the production speed and the quantity of produced insoles can be increased effectively and greatly. Therefore, the consistent insole production method for the insole has values for industrial application.

The invention discloses an E-commerce system and method based on page modularization. The E-commerce system comprises a template manufacture module, a page assembly living example management module, a page generation module, a placeholder management submodule, an attribute-editing submodule, a signal importing module, a signal execution module and a timely clustering module. Through the method, the defects that website manufacture efficiency is lowered and an integral performance situation is poor due to redundant cyclic operation in the prior art are eliminated.

The invention relates to a hydraulic processing method of a glass fiber reinforced plastic product. The hydraulic processing method sequentially comprises the following steps in each working cycle: (1) quick down-moving of a sliding block: pressure oil enters a middle cylinder and side cylinders, a return cylinder communicates with an oil tank, and the sliding block moves downwards quickly; (2) slow down-moving and pressurizing of the sliding block: the middle cylinder is used for independent pressing, the side cylinders are used for independent pressing, the middle cylinder or the side cylinders are firstly used for independent pressing, then the other cylinders are used for joint pressing, and the return cylinder provides support back pressure; (3) pressure maintenance of the sliding block; (4) pressure relief of the sliding block: the middle cylinder and the side cylinders communicate with the oil tank; (5) ejecting-out of a mold opening cylinder: the pressure oil enters a lower cavity of the mold opening cylinder, an upper cavity of the mold opening cylinder returns oil to the oil tank, and a piston rod of the mold opening cylinder pushes the sliding block to move upwards for acertain distance, so that an upper mold and a lower mold are separated; (6) returning of the sliding block: the pressure oil enters the return cylinder, and the sliding block moves upwards; and (7) drawing-back of the mold opening cylinder: the pressure oil enters the upper cavity of the mold opening cylinder, so that the piston rod of the mold opening cylinder is enabled to retract, and the lower cavity of the mold opening cylinder returns oil to the oil tank. According to the hydraulic processing method of the glass fiber reinforced plastic product in the invention, pressing processes withdifferent tonnages can be adopted, the working efficiency is high, and the product quality is good.

The invention relates to a quick planting technology and device based on zero shift and provides a zero-displacement crop planting technology which adopts double-shift driving and can shorten punching time, wherein a punching body swings, moves backward and then quickly gets in and out soil for carrying out crop planting, so that working performance and quality are improved. The quick planting device mainly comprises a rack, a double-crank cradle connecting rod mechanism, a speed increasing device and a punching body, wherein the double-crank cradle connecting rod mechanism is respectively hinged with the rack and the speed increasing device, and the punching body can freely slide in the speed increasing device; an obtuse angle is kept between the punching body and the advancing direction of a vehicle when the punching body gets in the soil under the action of the double-crank cradle connecting rode mechanism, and an acute angle is kept between the punching body and the advancing direction of the vehicle when the punching body gets out the soil; the speed increasing device slides relatively to a pin shaft by virtue of a rotating part, the punching body quickly gets in the soil under the action of rotating cranks in a process that the punching body gets in the soil, and a spring stores energy; and in a process that the punching body gets out the soil, the spring releases energy, and the punching body quickly gets out the soil. The quick planting technology has the advantages that punching time can be shortened, operating speed is improved, and punching quality is guaranteed.

The present disclosure provides a double-station labeling and sorting system. The system includes a conveyor, a console, a printer, a visual identification device, a controller and a tray storage cabinet; the conveyor is used for transmitting a to-be-labeled tray; the console is used for manual labeling operation; the printer is used for printing a label; the visual identification device is used for identifying the to-be-labeled tray and transmitting the information of the to-be-labeled tray to the controller; the controller is used for sending instructions to the printer and the visual identification device and receiving and converting information transmitted by the visual identification device; and the tray storage cabinet is used for storing a labeled tray.

The invention relates to the technical field of the side ditch construction and in particular to a full-automatic digital control slip form machine roadbed side ditch construction method. The construction method comprises the following steps: through installing a full-automatic digital control slip form machine for side ditch construction, wherein the full-automatic digital control slip form machine comprises an outer side template and a concrete pouring module, in a working process, forming a cavity for pouring concrete by matching a surface of the outer side template and a ditch surface of the side ditch, through the concrete pouring module, pushing the concrete into the cavity and extruding to form a concrete layer, wherein the full-automatic digital control slip form machine further comprises a walking module, a guiding module and an automatic joint-cutting module, through the walking module and the guiding module, enabling the full-automatic digital control slip form machine to bewalked along a direction of the ditch, and joint-cutting automatically. The related construction method comprises the steps of construction preparation, side ditch excavation, side ditch cast-in-situforming, secondary plastering and checking. The new side ditch construction method is capable of combining with functions of automatic walking, automatic guiding and automatic joint-cutting, solvinga problem that a traditional side ditch construction method is complicated in process, and improving working efficiency.

The invention discloses a long-spiral drilling machine. The long-spiral drilling machine comprises a machine body, a power head, a mud-scraping device, a walking device and a power device. The power device is connected with a drilling rod and used for driving the drilling rod to rotate around the axis thereof. One end of the drilling rod is provided with a drill bit. The long-spiral drilling machine further comprises a column, on which a protection cylinder is arranged. One side of the protection cylinder is provided with the mud-scraping device used for cleaning the drilling rod/or the drill bit. The long-spiral drilling machine has following beneficial effects: the long-spiral drilling machine is simple in structure, firm and reliable and is attractive in appearance and used flexibly; application, maintenance and repair are conducted conveniently; machine moving efficiency is high and labor intensity of workers is greatly reduced; production efficiency is improved and production cost is saved; assembly and disassembly are easy and convenient; the main machine can be loaded on a flat car by utilizing a chassis system so that time spent on transferring the machine is greatly shortened and transfer workload is reduced; and adhesions of the drill bit and the drilling rod can be eliminated in a real-time mode so that work quality and speed are improved.

The invention provides an excavator bucket control system and method and an excavator, and belongs to the technical field of engineering machinery. The excavator bucket control system comprises a controller, a first pressure sensor and a bucket hydraulic control system, wherein the bucket hydraulic control system comprises a bucket oil cylinder connected with a control oil way, a rodless cavity ofthe bucket oil cylinder is connected with a first access end of the control oil way, a rod cavity of the bucket oil cylinder is connected with a second access end of the control oil way through a three-way electromagnetic valve, the three-way electromagnetic valve further communicates with the rodless cavity of the bucket oil cylinder and used for controlling the rod cavity to communicate with the rodless cavity or the rod cavity to communicate with the second access end, the first pressure sensor is arranged in the bucket oil cylinder and is used for detecting the pressure in the bucket oilcylinder, and the controller is connected with the three-way electromagnetic valve and the first pressure sensor and is used for controlling the three-way electromagnetic valve according to the detection value of the first pressure sensor. According to the excavator bucket control system, the working efficiency of the excavator can be improved according to the size of the load borne by the bucketduring excavation.

The invention discloses a textile finishing liquid adopting a stamping method, and a finishing technology thereof. The textile finishing liquid comprises, by mass, 0.001-8% of a functional finishing agent, 0.05-15% of a cross-linking agent, 0.5-2% of a thickening agent, 40-50% of water, and the balance methylsiloxane paste. The finishing technology has the advantages of simple method, easy operation, high raw material utilization rate, low cost, energy saving and emission reduction, and obtains a similar finishing effect with present technologies.

A wrench comprising: a wrench part for loosening or tightening an object body; a pair of wedge-shaped sliding pieces, which are symmetrically combined inside the wrench part, and between the wrench part and the object body Can move to the outside and slide back and forth between them; the coil spring, which is interposed between the inner bottom surface of the wrench head and the side of the sliding piece opposite to the inner bottom surface, elastically biases the sliding piece The sliding piece is elastically supported against the opening direction of the wrench portion. Since the wrench with this structure has a slidable sliding piece, even in a narrow space, it is not necessary to pull out the wrench head of the wrench, so that the work can be carried out continuously and smoothly, and the structure is improved.

The invention discloses a quick fluid-discharge technology in the petroleum industry, a fluid-discharge device is quickly delivered downwards to a presetting location in the pit by a continuous steel wire rope, the fluid-discharge device is composed of a sealing device, an integrated sucking pump and a liquid inlet screening pipe, the integrated sucking pump is driven to move in a reciprocating way by the power which is supplied by the steel wire rope, thereby realizing the quick flowback of fluid in the pit. A construction operation method of continuous and quick back-flowing of the fluid in the pit to the ground is realized by the quick fluid-discharge technology, and the quick fluid-discharge technology has the characteristics of simple construction, fast speed, high efficiency and low operation cost. The quick fluid-discharge technology can be widely applied to the continuous and quick fluid-discharge of an oil (water) well.

The invention discloses a water conservancy project dredging robot which comprises a fixed seat, a dredging pipe, a water pumping pump, a dredging box and a drainage pipe. The dredging pipe is connected with the fixed seat. The water pumping pump is connected with the dredging pipe. The drainage pipe is connected with the dredging box. The dredging box is arranged at the lower end of the fixed seat and comprises a box body, a side plate and a lengthening plate. The side plate is rotationally connected with one side of the box body. The two sides of the upper end face of the side plate are connected with the box body through fixing locks. The fixing locks are arranged on the box body. Sealing grooves are formed in the two ends of the side, connected with the side plate, of the box body. Sealing strips are arranged at the two ends of the inner side of the side plate and matched with the sealing grooves. A sliding groove is formed in the upper end of the side plate. The lengthening plateis arranged in the sliding groove and slidably connected with the sliding groove. A baffle is arranged at the end of the lengthening plate. The width size of the baffle is larger than the width size of the sliding groove.

The invention relates to a plate storage rack which comprises a rectangular bottom frame and four supporting rods which are arranged at four corners of the bottom frame correspondingly and are of the same height. The side, facing the bottom frame, of each supporting rod is uniformly provided with a plurality of through holes from top to bottom. And any through hole is provided with a stretchable brace rod; the through holes in the four supporting rods are the same in number and formed at an equal interval; the bottom frame is provided with a gravity sensor, the gravity sensor is connected to a controller, and the controller is connected to the stretchable brace rods through a drive mechanism. The gravity sensor gives out an electric signal, the controller controls the drive mechanism to drive the stretchable brace rods to stretch out when the stretchable brace rods are required to bear a next plate, and when the current plate is hoisted, the stretchable brace rods are retreated back; a gap between the plates can be preset, manual interference is not needed, only the rough falling direction of the plates needs to be mastered, and the plates 2-3 times those of the prior art can be placed on the supporting rods of the same height; and the plate storage rack is simple in operation and high in efficiency, manpower is relieved, and the overall work speed is increased.

The invention discloses a marking method for defective products of radio frequency tags, and belongs to the technical field of manufacturing of electronic tags. Electric conducting ink is adopted to replace general black or red non-electric conducting ink; a printing position is changed to the outer periphery of a chip, so that two electrodes of a traditional core directly penetrate through the electric conducting ink to cause short circuit; a to d points of a traditional circuit only can pass through a b c d paths out of the chip; and a e d short-circuit paths are formed after jet printing of the electric conducting ink. As circuits at two ends of the chip generate short circuit, the traditional matching impedance amplitude of RFID Tag is reduced, the RFID Tag is failed, traditional weak marked products change to definite defective products, and are only judged as the defective products but not good products, the leaving of the weak marked defective products to customers can be effectively prevented, the operation steps are simple, the working principle is clear, the defective electronic tag positioning precision is improved, the output of the weak marked products is effectively prevented, and the operation speed and the production efficiency of electronic tags are further enhanced.