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Design and Modeling of Automobile Auxiliary Instrument Panel With the development of the country and the progress of science, human beings have entered a new society. Various cars have gradually replaced human walking. The automobile has not only driven the growth of the global economy, but also has already become a part of human life. However, with the increasingly fierce competition in the automotive industry, people have higher and higher requirements for automobiles. In order to occupy more automobile markets -
Complete set of cad drawings for instrument design (relatively complete) This data is a complete set of cad drawings for instrument design (relatively complete), including DCS monitoring data sheet, instrument installation material sheet, instrument construction and installation requirements, differential pressure liquid level calculation data sheet, cable list, etc., design specifications, detailed contents, which can be used for designers' reference -
Detailed cad general drawing of an automatic control instrument design This data is a general cad drawing for the design of an automatic control instrument. The drawings include: connection drawing for measuring liquid pressure pipeline, connection drawing for measuring steam pressure pipeline, installation drawing for thermal resistance on brick masonry, installation drawing for bimetal thermometer on steel pipe, installation drawing for pressure gauge with condenser pipe, connection drawing for differential pressure measuring boiler drum water level pipeline, installation drawing for pressure gauge Measuring gas pressure pipeline connection -
Design and Modeling of Auxiliary Instrument Panel of New Energy Vehicles With the rapid development of the domestic economy, the manufacturing industry, especially the automobile manufacturing industry, also ushered in the spring of development. At present, energy and environmental problems are becoming increasingly serious. Developing new energy vehicles is an effective way to solve energy and environmental problems. Therefore, it is very meaningful to design and research them. This design combines the structural layout scheme of existing models in China and the auxiliary instrument of typical models at home and abroad -
Design of automatic control instrument for water treatment in west area In order to ensure the stable and efficient production of the sewage treatment station, reduce labor intensity, improve the operating environment, and realize the modern production management of the sewage treatment plant, a computer monitoring and data acquisition system is set up. The automatic control system is designed according to the modern sewage treatment plant with advanced technology level on the basis of fully considering the characteristics of the sewage treatment process of the project. Considering the rationality of operation -
Design Institute General Node Detail Water Supply and Drainage Instrument Design Drawing This drawing is the general node detail design drawing of water supply and drainage instrument of the design institute, which includes PH value sensor, alkali sensor, water meter, acid sensor, temperature sensor, pressure sensor, pressure controller, residual chlorine sensor, rotameter 1, automatic recording flowmeter, suitable for reference of water supply and drainage designers. -
A complete set of design drawings for dedusting control instrument of belt system This data is a complete set of design drawings for dust removal control instrument of belt system, including flow chart of dust removal system of transfer station, process flow control block diagram, measurement item table and other drawings. The contents are detailed and can be downloaded by designers for reference. See compression package for details. -
General description of automatic control and instrument design of sewage treatment plant The general description of automatic control and instrument design of the sewage treatment plant adopts the computer acquisition and control system of centralized management and monitoring and decentralized control of main sections. The system consists of central control room, data control and field terminal. It integrates computer technology, control technology, communication technology and display technology, and connects the central monitoring station and field sub stations through communication network -
Design of Progressive Die for Instrument Mounting Base Instrument mounting parts are used for fixing parts. In this paper, after scheme comparison, progressive die stamping is used for production. The structure of the instrument mounting base parts is relatively simple, and the main processes include punching, blanking, flanging and bending. Because Q235 is directly used to produce parts and the layout plan of straight layout is used, the side edge overlap is designed, and the pilot hole is added to ensure the accuracy, and the small guide pillar is matched -
Detailed design drawing of instrument door wiring This document is the detailed design drawing of instrument door wiring, including the detailed design drawing of instrument door wiring. Welcome to download! -
Detailed design drawing of instrument door wiring This document is the detailed design drawing of instrument door wiring, including the detailed design drawing of instrument door wiring. Welcome to download! -
Detailed design drawing of instrument door wiring This document is the detailed design drawing of instrument door wiring, including the detailed design drawing of instrument door wiring. Welcome to download! -
Detailed design drawing of instrument door wiring This document is the detailed design drawing of instrument door wiring, including the detailed design drawing of instrument door wiring. Welcome to download! -
Detailed modeling design of automobile dashboard Detailed modeling and design of the automobile dashboard. The size of this set of drawings is 141MB, which is relatively large. The computer needs certain configuration. The structure is clear, the parts are relatively complete, and there is also some complexity, including rendering files. It is a good model for learning and research. Welcome to download -
Reference drawing for circuit design of an analog instrument This project is a circuit diagram of an analog instrument, including on-site, rack mounted, panel mounted, etc. The contents of the drawing are complete, clear and precise, and designers are welcome to download and use it -
Reference specification drawing of pipeline and instrument process design The schematic diagram is attached with the specification symbols for the design of conventional pipelines and instruments, that is, some reference specifications and graphics commonly used. The following figure shows the specific use of the rune. This is of great significance to beginners. Welcome to download -
Simple instrument lathe design [13 drawings] Metal cutting machine tool is a machine that processes metal blanks into machine parts by cutting. It is a machine for manufacturing machines, also known as "machine tool" or "tool machine". In the modern machinery manufacturing industry, metal cutting machine tools are the main equipment for machining machine parts, and their workload accounts for 40%~60% of the total machine manufacturing workload. Technical level of machine tool -
Design of Injection Mold for Plastic Instrument Cover In this design, four 6mm round push rods are set at the internal edge contour of each plastic part to push up the plastic core push block. Although the internal appearance of the plastic part is not required to be high, there should be no overflow and too obvious push marks, otherwise the assembly and surface appearance of the plastic part will be affected. Since this plastic part has sufficient demoulding angle -
Design of C0625 Instrument Lathe Headbox C0625 instrument lathe headstock is a general processing equipment for hardware parts, and headstock and clutch are the main components of the machine tool. This design is modeled by SW2014, with reasonable structure, small volume, light weight, including a full set of two-dimensional drawings, three-dimensional modeling steps, and can be edited and modified -
[Jinan] Instrument and electrical principle design cad drawings This manuscript is about the drawings of instruments and electrical appliances, including the names, models and relevant circuit diagrams of some equipment and materials. Design content: control schematic diagram -
Design of Ball Screw Pair for CNC Instrument Lathe This design mainly designs the main drive system, feed system, tailstock, tool rest, machine tool body and hardware circuit. The main drive adopts stepless speed regulation. The AC servo motor directly drives the spindle through V-belt to rotate. The pulse encoder is used for signal feedback, which improves the performance of the main drive system. The feed system uses a stepper motor to drive the lead screw through a primary reduction mechanism -
PROE Injection Mold Design for Instrument Panel This design is a rectangular instrument panel with regular shape, uniform wall thickness, holes on the bottom and buckles on the side. When designing the mold, it is necessary to design a lifter structure in order to smoothly release the workpiece and select a side gate. Therefore, the structure of one mold with two cavities is designed, the ejector pin ejection structure is selected, the mold structure diagram is drawn, and the detailed calculation process is recorded -
Design of Stamping Die for Instrument Pointer The design of stamping die for instrument pointer introduces, analyzes and studies the production process of stamping die through specific examples. The general process of stamping die production is described in detail by explaining the design of the instrument pointer die. This paper introduces the analysis of the processing technology of parts, the processing method of parts, the structure and composition of stamping dies, etc -
Modeling and Mold Design of Electrical Instrument Window In this paper, firstly, the structural technology of plastic parts is analyzed, and the plastic materials are selected; Then the standard mold base, parting surface, exhaust mode and cavity distribution were determined; The gating system, the guiding and positioning mechanism, the demoulding mechanism, the side core pulling mechanism, the guide chute and the sliding block were designed, and the molding parts, cavity wall thickness, heating and cooling systems were calculated. Finally, the injection molding machine was checked. -
[Latest] Process design CAD drawing of a pipeline and instrument This data is the [latest] CAD drawing of process design of a pipeline and instrument, including the professional data of process pipeline and instrument flow chart, which can be used for reference. -
Design of Progressive Die for Instrument Internal Bracket 1. The parallelism of the two planes of all mold bases, concave templates, backing plates and punch fixing plates shall meet the requirements to ensure the tightness of each joint surface: 2. The upper mold base of the assembled mold base shall move up and down along the guide pillar smoothly without stagnation; 3. Test the mold after assembly, and the burr height of the test mold workpiece shall not be greater than 0.02mm; 4. The relative error of the height of each punch working part is not -
A complete set of CAD design layout of instruments in an internal pump room The instrument layout of the inner pump room, the CAD plan and elevation details and renderings are fully planned. The single building is consistent with the general layout, and the corresponding relationship between each other is accurate. There are no errors, omissions, and flaws in the drawings. Welcome to download. -
CAD detail design of a pipeline and instrument valve Pipeline and instrument valves, complete planning of CAD plan and elevation details and renderings, individual and general layout are consistent, the corresponding relationship between each other is accurate, and there are no errors, omissions, collisions and defects in the drawings. Welcome to download. -
Design of Blanking and Piercing Compound Die for Instrument Pointer Design of blanking and punching compound die for instrument pointer, including assembly drawing, part drawing and design calculation. The blanking part includes two basic processes, blanking and punching. The available blanking schemes include single process blanking, compound blanking and progressive blanking. The parts are produced in medium batch. Therefore, the use of a single process requires a large number of dies, low productivity, and high cost, which is unreasonable; If used -
Design of Stamping and Assembling Compound Die for Instrument Pedestal This product is made of H62 brass. The instrument base is generally symmetrical from top to bottom, with a thickness of 1.0mm. There is a square hole on the instrument base, with a size of 3.5mm. In addition, there is a notch bending part. Therefore, the instrument pedestal can adopt the compound blanking die with multiple processes. The compound blanking die is processed by blanking and punching at the same time, and the precision of the compound blanking die is high, and the instrument base needs -
Design of Injection Mold for Instrument Rear Cover The injection mold design of the instrument rear cover is a thin-walled shell part. We use the slider mechanism to form the instrument rear cover. Considering the actual use, the external surface of the product must have a high smoothness. Here we use the ejector pin ejection device. Working process: after the mold is opened, the compressed spring returns to the original state. During mold closing, the slider mechanism is reset under the guidance of the inclined guide pillar, -
Design of Plastic Mould for Instrument Bottom Shell Longji two plate mold base has a large product. It adopts one mold and two cavities to design a complete set of molds. There is an inverted buckle inside, and it can be ejected with a slant jack. The mold design includes cooling system, ejection system and pouring system! Including CAD assembly drawings and 3D complete sets of molds! -
Design of plastic mould for instrument shell The use of plastics in today's society is more and more extensive, therefore, the importance of injection mold is more prominent. This design is for the injection mold of plastic bowl. The design content mainly includes the overall structure of the mold and the design of the parts, as well as the calculation and verification of each part of the mold. With the help of software UG, the rationality of the mold structure was analyzed, and the design cycle was shortened in order to design -
Design of the Plastic Mould for the Front Shell of the Instrument Because the product has assembly requirements and high dimensional accuracy requirements, the number of cavities decides to adopt the structure of one mold and two cavities, and the cavity layout adopts a straight line arrangement. In this design, the parting surface is located at the maximum contour surface formed along the bottom surface of the product. Because the product surface requirements are not high, the side gate gate type is selected, The ejector rod demoulding mode is selected for the demoulding mechanism designed this time. -
Design of plastic mould for instrument box cover This plastic mold design process: draw a 3D product drawing, analyze the product whether there is a undercut position, and then split the product to get the cavity and core, and then complete the entire mold design with the layout of the waterway, the design of the gate, and the call of the positioning ring! -
Design of Stamping Die for Instrument Connecting Arm Process analysis and summary: the instrument connecting arm parts are designed with multi station continuous compound die. The instrument connecting arm parts are simple in structure and small in size. The strength of the mold must be considered in the design process. In order to ensure the strength of the mold, the main processes include punching, blanking and flanging. The part size is small and can only be completed through the progressive die -
Formulate stamping die design for instrument pointer Based on the analysis of punching, blanking and other forming processes of the instrument pointer, the stamping scheme of multi position progressive die for the part was proposed; According to the small shape of the parts, the requirements for dimensional accuracy are not high, and mass production is required. In the design process, "single vertical and horizontal layout" is comprehensively considered, and the forming side edge is positioned to ensure the size and shape of the workpiece -
Design of Stamping Die for Instrument Connector Instrument connecting buckle parts are widely used, and are produced by multi-purpose progressive die stamping. The structure of the instrument connecting buckle parts is relatively simple, and the main processes include punching, blanking and bending. Because the 08 steel strip is directly used to produce such a long and narrow part, in order to increase the strip strength, it is suitable to use the straight layout scheme, so the side edge lap is designed, and the part is small. In order to ensure the die strength during stamping, it is necessary to -
Design of Plastic Mould for Instrument Upper Shell In the process of die structure design, the principles that should be referred to in the design of each part are listed, and specific analysis is carried out in combination with this topic. On the selection of parting surface, three schemes are listed in this design. Through analysis and comparison, the best scheme is selected. The main parameters of the side core pulling mechanism are determined by referring to the calculation method of the inclined guide pillar, and the design points of the side core pulling mechanism are pointed out. -
Design of auxiliary instrument panel for new energy vehicles With the rapid development of the domestic economy, the manufacturing industry, especially the automobile manufacturing industry, has also ushered in the spring of development. At present, energy and environmental problems are becoming increasingly serious. Developing new energy vehicles is an effective way to solve energy and environmental problems. Therefore, it is very meaningful to design and research them. This paper combines the structural layout scheme of existing models in China to
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one Power meter -
two Force measuring instrument -
three Field instruments -
four Level instrument -
five explosion-proof instrument -
six Measurement and control instrument -
seven Wireless instrument -
eight Imported instrument