1. The focus of expression is different. The focus of the transmission schematic diagram is to show how many parts the machine tool needs to meet the surface of the workpiece. The key point of the transmission system diagram is to be more refined on the basis of the transmission schematic diagram to express the relationship between the parts.
2. Hydraulic system diagram, system schematic diagram, hydraulic schematic diagram are all schematics, which are symbols to represent hydraulic components. Generally, if the system is added in front, it must be a complete system diagram. If it is not added, it may also represent a schematic diagram of a hydraulic component or a part of the loop.
3. The machine tool transmission system diagram is a schematic diagram showing the all or part of the motion transmission relationship of the machine tool. The various transmission components in the figure are drawn with the specified standard symbols.The transmission chain is a series of transmission parts that constitute a transmission connection. Their similarities indicate the movement of the machine tool and its transmission connection.
4. The boiler system diagram is the real system of the whole furnace, which should be fully consistent with the actual equipment, up to the proportion, the relative position of the components, etc. The schematic diagram is a diagram of the boiler's own working principle. In order to illustrate the principle, some parts can be changed in the relative position.
5. The transmission system diagram only shows the transmission relationship, not the actual size and spatial position of each component. The transmission system diagram is a comprehensive diagram showing the movement and transmission relationship of the machine tool, and it is the concrete embodiment of the transmission schematic diagram. The transmission block diagram can show the relationship between the parts and links of the complex transmission system diagram.
6. The system diagram generally describes a system.The overall composition diagram, such as a DCS system, which servers, what control cabinets, what network structures, etc. are in it.
Electrical system diagram refers to graphical drawings that use symbols and lines to represent circuit connection methods, component layout, functions and parameters. It has the characteristics of intuition, accuracy, conciseness, etc., which can help people quickly understand and analyze the structure and performance of electrical systems.
The system diagram is to analyze the purpose - method or result - cause layer by layer in order to achieve the goal or solve the problem to find the most appropriate method and the most fundamental reason. System diagrams are currently widely used in the business community. The topology diagram is a network structure diagram composed of network node equipment and communication media.
The electrical system diagram is the electrical system control diagram. It is an expression used to show the working principle and function of power supply lines and various equipment. It is an integral part of the electrical construction drawing in the building installation project.
Hello! The system diagram on the drawing generally refers to the assembly diagram or the overall diagram, which mainly expresses the overall structure. The floor plan mostly refers to the 2D diagram of the parts, which mainly expresses the size and shape. It only represents my personal opinion. If you don't like it, don't comment. Thank you.
System diagrams can generally be divided into two types, one is a countermeasure system diagram and the other is a cause-type system diagram. The system diagram is simple and intuitive. It can vividly show the complicated processes at a glance. System structure diagram is the descriptive method used in structured design methods, also known as structure diagram or control structure diagram.
Floor plan: Express the plane positioning relationship, such as pipe plane positioning, pipe diameter, etc., which is equivalent to X-Y plane positioning. System diagram: Express the vertical relationship of the pipeline, and the vertical height positioning is equivalent to the Z-axis positioning.
The system diagram is three-dimensional, the oblique projection diagram, the floor plan is a vertical projection diagram, and the first two are generally the whole floor. The house type diagram is the layout diagram of the room of a household, the strong current diagram is the layout diagram and wiring diagram of lighting and sockets, and the weak diagram is the wiring and output diagram of the network, telephone, television and intercom.
The system diagram is a rough process diagram, which only shows the routing of water supply and drainage processes and equipment. The floor plan is the layout of on-site water supply and drainage, and the direction will be expressed specifically, which is more suitable for the site.
The system diagram is drawn according to the principle of the circuit and has no relationship with the actual layout.The floor plan is drawn completely according to the actual distribution of power equipment, which shows the relative position and distribution of power equipment on the plane.
1. The system diagram is to achieve the goal or solve the problem, and analyze the purpose - method or result - cause layer by layer to find the most appropriate method and the most fundamental cause. System diagrams are currently widely used in the business community. System diagrams can generally be divided into two types, one is a countermeasure system diagram, and the other is a cause-type system diagram.
2. Hello! The system diagram on the drawing generally refers to the assembly diagram or the overall diagram, which mainly expresses the overall structure. The floor plan mostly refers to the 2D diagram of the parts, which mainly expresses the size and shape. It only represents my personal opinion. If you don't like it, don't comment. Thank you.
3. System diagram is the most ideal way to systematically analyze and explore to achieve the goal. The system diagram is composed of squares and arrows, shaped like a branch, also known as branch system diagram, genealogy diagram, organization diagram, etc. It is a graphical method that applies the functional system factor used in value engineering to quality management.
4. The electrical system diagram is the electrical system control diagram. It is an expression used to show the working principle and function of power supply lines and various equipment. It is an integral part of the electrical construction drawing in the building installation project.
5. [Answer]: D Tree diagram. It is also called a system diagram, which can be used to show hierarchical decomposition structures such as WBS, RBS (risk decomposition structure) and OBS (organizational decomposition structure). Related diagram.
6. Generally, it is a full circuit diagram. For example, the circuit diagram of a TV is a schematic diagram. A system diagram generally refers to a schematic diagram that connects a group of related parts, individuals or structures to form a working group. For example, the power supply system diagram does not indicate the specific connection of wires between components, but only shows the connection of each related parts.
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1. The focus of expression is different. The focus of the transmission schematic diagram is to show how many parts the machine tool needs to meet the surface of the workpiece. The key point of the transmission system diagram is to be more refined on the basis of the transmission schematic diagram to express the relationship between the parts.
2. Hydraulic system diagram, system schematic diagram, hydraulic schematic diagram are all schematics, which are symbols to represent hydraulic components. Generally, if the system is added in front, it must be a complete system diagram. If it is not added, it may also represent a schematic diagram of a hydraulic component or a part of the loop.
3. The machine tool transmission system diagram is a schematic diagram showing the all or part of the motion transmission relationship of the machine tool. The various transmission components in the figure are drawn with the specified standard symbols.The transmission chain is a series of transmission parts that constitute a transmission connection. Their similarities indicate the movement of the machine tool and its transmission connection.
4. The boiler system diagram is the real system of the whole furnace, which should be fully consistent with the actual equipment, up to the proportion, the relative position of the components, etc. The schematic diagram is a diagram of the boiler's own working principle. In order to illustrate the principle, some parts can be changed in the relative position.
5. The transmission system diagram only shows the transmission relationship, not the actual size and spatial position of each component. The transmission system diagram is a comprehensive diagram showing the movement and transmission relationship of the machine tool, and it is the concrete embodiment of the transmission schematic diagram. The transmission block diagram can show the relationship between the parts and links of the complex transmission system diagram.
6. The system diagram generally describes a system.The overall composition diagram, such as a DCS system, which servers, what control cabinets, what network structures, etc. are in it.
Electrical system diagram refers to graphical drawings that use symbols and lines to represent circuit connection methods, component layout, functions and parameters. It has the characteristics of intuition, accuracy, conciseness, etc., which can help people quickly understand and analyze the structure and performance of electrical systems.
The system diagram is to analyze the purpose - method or result - cause layer by layer in order to achieve the goal or solve the problem to find the most appropriate method and the most fundamental reason. System diagrams are currently widely used in the business community. The topology diagram is a network structure diagram composed of network node equipment and communication media.
The electrical system diagram is the electrical system control diagram. It is an expression used to show the working principle and function of power supply lines and various equipment. It is an integral part of the electrical construction drawing in the building installation project.
Hello! The system diagram on the drawing generally refers to the assembly diagram or the overall diagram, which mainly expresses the overall structure. The floor plan mostly refers to the 2D diagram of the parts, which mainly expresses the size and shape. It only represents my personal opinion. If you don't like it, don't comment. Thank you.
System diagrams can generally be divided into two types, one is a countermeasure system diagram and the other is a cause-type system diagram. The system diagram is simple and intuitive. It can vividly show the complicated processes at a glance. System structure diagram is the descriptive method used in structured design methods, also known as structure diagram or control structure diagram.
Floor plan: Express the plane positioning relationship, such as pipe plane positioning, pipe diameter, etc., which is equivalent to X-Y plane positioning. System diagram: Express the vertical relationship of the pipeline, and the vertical height positioning is equivalent to the Z-axis positioning.
The system diagram is three-dimensional, the oblique projection diagram, the floor plan is a vertical projection diagram, and the first two are generally the whole floor. The house type diagram is the layout diagram of the room of a household, the strong current diagram is the layout diagram and wiring diagram of lighting and sockets, and the weak diagram is the wiring and output diagram of the network, telephone, television and intercom.
The system diagram is a rough process diagram, which only shows the routing of water supply and drainage processes and equipment. The floor plan is the layout of on-site water supply and drainage, and the direction will be expressed specifically, which is more suitable for the site.
The system diagram is drawn according to the principle of the circuit and has no relationship with the actual layout.The floor plan is drawn completely according to the actual distribution of power equipment, which shows the relative position and distribution of power equipment on the plane.
1. The system diagram is to achieve the goal or solve the problem, and analyze the purpose - method or result - cause layer by layer to find the most appropriate method and the most fundamental cause. System diagrams are currently widely used in the business community. System diagrams can generally be divided into two types, one is a countermeasure system diagram, and the other is a cause-type system diagram.
2. Hello! The system diagram on the drawing generally refers to the assembly diagram or the overall diagram, which mainly expresses the overall structure. The floor plan mostly refers to the 2D diagram of the parts, which mainly expresses the size and shape. It only represents my personal opinion. If you don't like it, don't comment. Thank you.
3. System diagram is the most ideal way to systematically analyze and explore to achieve the goal. The system diagram is composed of squares and arrows, shaped like a branch, also known as branch system diagram, genealogy diagram, organization diagram, etc. It is a graphical method that applies the functional system factor used in value engineering to quality management.
4. The electrical system diagram is the electrical system control diagram. It is an expression used to show the working principle and function of power supply lines and various equipment. It is an integral part of the electrical construction drawing in the building installation project.
5. [Answer]: D Tree diagram. It is also called a system diagram, which can be used to show hierarchical decomposition structures such as WBS, RBS (risk decomposition structure) and OBS (organizational decomposition structure). Related diagram.
6. Generally, it is a full circuit diagram. For example, the circuit diagram of a TV is a schematic diagram. A system diagram generally refers to a schematic diagram that connects a group of related parts, individuals or structures to form a working group. For example, the power supply system diagram does not indicate the specific connection of wires between components, but only shows the connection of each related parts.
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