Types of industrial tape

Industrial tape is a general term for tapes used in various industrial occasions. Mainly used to fix and protect various products, and to provide protection for the production process. Industrial tapes are widely used in China in industries, transportation, electronic communications, security, commerce, medical, personal care, electronics, electrical, construction, culture, education and consumption.

Talk about user value

Due to the current user’s active interaction with other users or high-quality content output, the retention rate of other users increases. The overall stickiness of the product is enhanced, which is the stickiness value of current users.

Safety Design of Stacker

When the cargo platform exceeds the upper limit or lower limit of the working stroke during the lifting process, the main circuit contactor is automatically cut off, and the lifting frequency converter and the lifting motor are forcibly cut off.

Why do we need a “retractable” product idea method?

The product manager is the leader of a product, and the experience and philosophy of the product manager determine what the product “grows” into. Including the product design bibliography “Sprint” written by Jake Knapp, who works in venture capital at Google, and a series of design methods and design principles advocated by the Stanford School of Design, they have inspired many product creators today.

The product manager is the leader of a product, and the experience and philosophy of the product manager determine what the product “grows” into. Including the product design bibliography “Sprint” written by Jake Knapp, who works in venture capital at Google, and a series of design methods and design principles advocated by the Stanford School of Design, they have inspired many product creators today.

The “zoom in” and “zoom out” (ZIZO) methodology introduced here also further borrows these methods, and allows entrepreneurs, product managers, and designers to use effective dialogue and structured design processes to stimulate creativity and focus on User needs.

You can design products from two levels: strategy and details.

Product ideation is a hasty and “chaotic” process-it’s like an artistic creativity. You will find that you have other innovative ideas in the conception process, which will disrupt your previous planning.

However, when making an idea, you need to switch modes-through strategic thinking and established guiding principles, to optimize and sequence your ideas and finally discuss a conclusion. Especially for team leaders, it is necessary to balance the energy of the team and find the priority options from clues. The product owner should have the ability to zoom in and out of the macro strategy, and constantly and frequently in-depth study the details of the user experience-this task is not easy, but through practice you will gradually master it better.

What exactly is ZIZO’s product conception methodology for zooming in and out?

ZIZO’s product conception method is like a framework that allows you to zoom in and zoom out product design to different levels at the same time.

You can design in three different layers:

1. Process design (Flow)

2. Interface design (Interface)

3. Operation design (Action)

Designers need to switch and iterate between these three different levels of user experience.

Usually start from the process design, that is, the process of the user using the product. This is the highest level view of product design. You can in-depth study and design the detailed information of the user interface, and understand the actions taken by each user on each screen/interface. However, like any design process, there is no absolutely correct starting point or ending point. The overall beauty of product design lies in the ability of leaders and their teams to switch between their favorite modes.

Before you start thinking, ask yourself: What needs to be clear to the team?

Before you start building features and details, you need to clarify two key things:

  • Who is the target user?
  • What is the problem to be solved?

You need to have a clear understanding of these two issues. Try to make this process simple and clear when designing. You can write your design on three drawings-process, interface and operation three levels.

The first step is to “shrink”: design the user process

This step is the highest level design in the ZIZO framework. It doesn’t require any artistic skills—all you need to do is ask yourself to think about the steps they will take when using the product or service from the user’s perspective. You can ask some questions, such as where the user starts the journey after opening the App, where the journey may end, and what kind of retention mechanism allows users to reuse the product.

Two strategies can be adopted to design the user process: a list or a flowchart. For engineers or programmers, this is the natural choice to solve any problem, in other words, this is the step of building an algorithm.

Take Uber as an example. The user process design example of the application is as follows.

Note: This is just a simplified process design, you can expand to more steps as the application grows.

Now let’s use the “zoom in” method: design your user interface and screen

After sketching the initial user flow, you can zoom in and delve into the details. Each step should be explained using one or more user interfaces. If you are designing a mobile application, then it is a screen. If you want to produce a physical product, you need a product display in the current position or state (such as open position or folded position).

It’s worth mentioning that you don’t need to complete all screen designs at a specific time. Put the three layers in front, you can zoom in or zoom out at any time-return to continuous addition, modification or removal of these functions.

Because the product idea is not a linear task, but an iterative task.

Sometimes investing too much detail on a particular screen may trigger changes in other higher-level strategic concepts. As a product owner, your job is not to invest too much in details but to maintain a big picture throughout the process.

Continue to use Uber as an example. The following is an example of the “zoom in” interface:

Interface design-user registration

Interface design-user experience process

Continue to “zoom in”: design the operation interface

As a product designer, you can design the user process with the same operating mentality as playing a game.

The goal here is to make users attracted like playing a game, and continue to operate the product you build step by step. In order to pass the customs, the user must take action-click a button, enter text, select an item from a list, etc. You need to motivate users to take this action by designing value and benefits. If you want to study the user experience in depth, you need to think about it at the operational level.

The following sketch lists the operations that the user will perform, and the total number of operations for each screen. This can help track whether there are too many operation buttons added to each screen of the product, and these experiences will affect the product run-in degree, thereby increasing the possibility of user loss.

Operational design-registration

Operational design-user experience process

The operation interface should use very simple vocabulary, such as “input user name” or “press the submit button”. Not every product design is the case, but you need to minimize the steps that users have to perform. For example, in the registration process, do users really need to operate separately for the last name and first name? Whether your product can combine the last name and first name together, and then the system background will automatically separate, thus making users easier.

One question I ask the team every time I develop a product idea is, what do you think of each successful interface? If the user spends a few minutes on a certain interface, is it successful? Do you want users to switch to another interface, share content, or press the “Like” button? In order to concentrate and simplify the initial product design, I like to start with a hypothetical operation of a single user on each screen.

This is not only directly related to product goals and various indicators, but also helps the team carefully consider whether the built product really solves the problem that it wanted to solve in the first place.

Conclusion:

No matter what stage of the product, product managers often design at three levels: process, interface, and operation. Which part of the three levels of work goes well or not will affect the work of the entire team and cause delays. At the beginning, with this kind of “Zoom-In-Zoom-Out (ZIZO)” thinking, product development is carried out, and problems are confronted directly, and different problems are solved more actively. Only by reaping the growth of the entire team and creating more for the company Great value.

Green plant design full of creativity and art

The green plant design full of creativity and art is guaranteed to make your eyes shine.

The green plant design full of creativity and art is guaranteed to make your eyes shine

Green plant design full of creativity and art

As an important module of interior furnishings, floral and green plant design has attracted more and more attention from designers and individuals.

Green plant design full of creativity and art

Facing the living space made of reinforced concrete, and the fast-paced life makes us more and more detached from nature,

All kinds of indoor environmental pollution are affecting our lives, and we are increasingly eager to get close to and integrate into nature.

Green plant design full of creativity and art

This is not only a fashionable attitude to life, but also a healthy lifestyle.

In addition to the functions of absorbing toxic substances, purifying the air, and repelling mosquitoes, floral green plants will also greatly influence or even determine the overall style of the home.

Creative Bonsai

Green plant design full of creativity and art

Green plant decoration

Green plant design full of creativity and art

Creative decoration

Green plant design full of creativity and art

Creative Bonsai

Green plant design full of creativity and art

New diaphragm compressor design

In order to make the purpose, technical scheme and advantages of the utility model diaphragm compressor more clear, the following will be a detailed description of the utility model’s acetylene automation technology scheme. Obviously, the embodiment described is only a part of the embodiment of the utility model, not the full embodiment. Based on the embodiments in the utility model, all other embodiments obtained by ordinary technical personnel in the art without making creative labor fall into the scope of protection of the utility model.

Classic machine tool fixture design tutorial

Fixture is a kind of technological equipment for clamping workpieces, which is widely used in the cutting process, heat treatment, assembly, welding and inspection of mechanical manufacturing process. The fixtures used on metal cutting machine tools are collectively called machine tool fixtures.

Design a hexagonal cushion with SolidWorks

This picture is modeled with SolidWorks2019 and rendered with KeyShot 9.0

Design a hexagonal cushion with SolidWorks
Design a hexagonal cushion with SolidWorks

This picture is modeled with SolidWorks2019 and rendered with KeyShot 9.0 (the two pictures above).

Modeling process

1. Draw two hexagons on the plane above.

Design a hexagonal cushion with SolidWorks

2. Connect the end points of the two hexagons with splines.

Design a hexagonal cushion with SolidWorks

2-1. Mark the spline curve, the handle of the curve is perpendicular to the center line.

Design a hexagonal cushion with SolidWorks

3. Still sketch on the upper plane, convert the entity reference, as long as the sketch in the lower left corner.

Design a hexagonal cushion with SolidWorks

4. Draw a spline curve on the right-view datum plane.

Design a hexagonal cushion with SolidWorks

4-1. Observe from another direction.

Design a hexagonal cushion with SolidWorks

6. Create a new datum.

Design a hexagonal cushion with SolidWorks

7. Sketch on the new plane.

Design a hexagonal cushion with SolidWorks

8. New reference plane 2.

Design a hexagonal cushion with SolidWorks

9. Draw a spline curve on datum 2.

Design a hexagonal cushion with SolidWorks

10. Videos 3D sketch, a painting at the top point .

Design a hexagonal cushion with SolidWorks

11. Complete the following figure with three extruded surfaces.

Design a hexagonal cushion with SolidWorks

12. Boundary surface, direction one: the points of the 3D sketch, the edges of the blue surface.

Design a hexagonal cushion with SolidWorks

12-1. Direction two: the edge of the purple surface and the spline in the middle. (Note to add tangent) (Uncheck merge cut)

Design a hexagonal cushion with SolidWorks

13. Create a new reference axis. (If the merge section is checked in the previous step, it will be as shown in the figure, with no border in the middle)

Design a hexagonal cushion with SolidWorks

14. Circular array-entities: 6

Design a hexagonal cushion with SolidWorks

15. Draw a circle on the upper reference plane.

Design a hexagonal cushion with SolidWorks

16. Cut the curved surface and remove the purple surface.

Design a hexagonal cushion with SolidWorks

17. In the cropped area, draw 12 12D curves with 12 3D sketches. (Can also be unnecessary)

Design a hexagonal cushion with SolidWorks

18. Fill the surface, select the edges of one week, tangent-apply to all edges.

Design a hexagonal cushion with SolidWorks

18-1. Select the 12-segment curve in the constraint curve.

Design a hexagonal cushion with SolidWorks

19. Surface stitching.

Design a hexagonal cushion with SolidWorks

20. Thicken.

Design a hexagonal cushion with SolidWorks

21. Mirror below.

Design a hexagonal cushion with SolidWorks

22. Add appearance.

Design a hexagonal cushion with SolidWorks

23. Complete.

Design a hexagonal cushion with SolidWorks
Design a hexagonal cushion with SolidWorks