TWI769947B - Expansion method of delicate and delicate mechanism system - Google Patents

Abstract

A method for deploying a compact mechanism system of the present invention includes the following steps: (a) type selection, selecting the type of compact mechanism according to one's own site and required functions; (b) specification designation, specifying various specifications of the selected compact mechanism Data; (c) Parts selection, the computer will automatically list the required parts according to the selected delicate mechanism; (d) Assemble, assemble the selected accessories; (e) Finished product, the assembly will be the selected delicate mechanism immediately ; (f) System composition, set up several delicate mechanisms, and use the several delicate mechanisms to form a production line; by this, it can easily and quickly construct the required delicate mechanisms, so as to meet various requirements. need.

Description

Expansion method of delicate and delicate mechanism system

The present invention relates to an unfolding method of a mechanism system, in particular to an unfolding method of an exquisite and delicate mechanism system.

Due to climate change and energy price volatility caused by global warming, countries around the world are actively promoting energy conservation measures, and the international market has also brought a wave of green consumption. As the green trend continues to rise, major international companies have successively formulated various green procurement standards, requiring the supply chain system to meet the needs of the green market. Taiwanese manufacturers mainly focus on export trade. In order to develop international trade opportunities, they are bound to face the pressure of being required to save energy and reduce carbon emissions. In response to the global trend of industrial automation and Industry 4.0, high-cost equipment investment and energy acquisition have become the current challenges faced by the industry.

"(Karakuri)的發音，其原意是"精巧機構"，強調利用大自然的力量(例如重力、水力、風力、彈力、磁極等)做為主要元素，再結合機巧的連結機構(例如槓桿原理、齒輪、擋桿、滾輪滾筒、滑輪等)，進行現場作業的改善，為節能省力之最佳技法。在工業4.0時代，自動化正變得益發重要。然而，「自動化」這個術語的涵蓋面甚廣，並不僅僅是複雜的高科技機器人(與現代工業有著千絲萬縷的聯繫)而已。機巧法改善(Karakuri Kaizen)的原理是精益理念的核心組成部分，注重於輕鬆執行在純機械基礎上操作的自動化解決方案。這種方法的收效明顯，因為它可以即時巧妙地使用被釋放的動能和始終如 一地避免浪費，為高耗能且高成本的全自動化設備以外，另一個高端的選項。 The word "karakuli" comes from the Japanese word for ""

The pronunciation of "(Karakuri), whose original meaning is "exquisite mechanism", emphasizes the use of natural forces (such as gravity, water, wind, elasticity, magnetic poles, etc.) as the main element, combined with ingenious connecting mechanisms (such as lever principle, Gears, levers, roller rollers, pulleys, etc.) to improve on-site operations is the best way to save energy and effort. In the era of Industry 4.0, automation is becoming more and more important. However, the term "automation" covers a wide range of , and not just complex high-tech robots (inextricably linked to modern industry). The principle of Karakuri Kaizen is a core component of the lean philosophy, focusing on the easy execution of automated solutions that operate on a purely mechanical basis. The benefits of this approach are obvious, as it enables instant and clever use of released kinetic energy and consistently avoids waste, another high-end option for energy-intensive and costly fully automated equipment.

However, each industry has production sites with different attributes. Even in the same industry, the products are not necessarily the same. Even if the products are the same, the production process may vary with the culture of the company. To put it bluntly, there are hundreds of various production lines, and the production process is ever-changing. How to easily and quickly build a suitable Karakuri exquisite mechanism to meet various needs is urgent in the industry. Those who want to think are also the issues that this creation intends to solve.

In view of the above-mentioned shortcomings of the conventional ingenious mechanism, the inventor of the present invention came up with the present invention after many discussions and sample tests, as well as many revisions and improvements, with the idea of creating.

The present invention provides a method for deploying an ingenious mechanism system, comprising the following steps: (a) type selection, displaying multiple types of ingenious mechanisms for consumers to select the type of ingenious mechanism according to their own site and required functions; (b) specifications Specify, specify various specifications of the selected delicate mechanism; (c) Parts selection, automatically list the required accessories through the computer according to the type of the selected delicate mechanism and various specifications data; (d) Assemble, the selected The accessories are assembled to form the selected delicate mechanism; (e) the finished product, the assembly will become the desired selected delicate mechanism; (f) the system is composed, repeating steps (a) to (e) to form several delicate mechanisms , and use the several delicate mechanisms to form a production line.

The main purpose of the deployment method of the delicate and delicate mechanism system of the present invention is that it can provide consumers with simple and rapid construction of the required delicate mechanism, and use several delicate mechanisms to form one production line to meet various needs.

The following descriptions are further described below in conjunction with the drawings of the preferred embodiments of the present invention, in order to enable those who are familiar with the related art of the present invention to implement according to the statements in this specification.

Please refer to Figures 1 to 5. The present invention is a method for deploying a compact and delicate mechanism system, which includes the following steps:

(a) Type selection S01, multiple types of ingenious mechanisms 10 are displayed for consumers to select the types of ingenious mechanisms 10 according to their own site and required functions. A trolley, various tortoise vehicles, a conveying table, a flow rack or others, the ingenious mechanism 10 in this embodiment is a trolley.

(b) Specification designation S02, specifying that various specification data of the selected delicate mechanism 10 include size, load and material, etc. The various specification data of the trolley in this embodiment are table size, table load, required number of layers, table material, The size of the load, etc. The size of the table includes the length and width. The material of the table can be selected from pipe, wood, wood veneer, PVC table mat, anti-static table mat, varnished steel plate, galvanized steel plate or stainless steel plate, and the size of the load can be fixed. size, common size or otherwise.

(c) Accessory selection S03, the computer automatically lists the required accessories 20 according to the type of the selected compact mechanism 10 and various specifications data. As shown in the second figure, the accessories 20 include various types of pipes and joints 21, various Roller balls 22 and actuating basic elements 23 (such as spring tensioners, pulleys and nitrogen rods, etc.).

(d) Assembling S04, assembling the selected accessories 20, and assembling the selected delicate mechanism 10.

(e) The finished product S05, which is the selected ingenious mechanism 10 immediately after the assembly is completed. As shown in the third and fourth figures, the ingenious mechanism 10 includes a first trolley core mechanism 11, a second trolley core mechanism 12 and A third trolley core mechanism 13 .

(f) System composition S06, repeating steps (a) to (e) to form several ingenious mechanisms 10, the several ingenious mechanisms 10 may be of the same or different types, and a production line ( as shown in Figure 5).

The commonly used principles of the above-mentioned ingenious mechanism 10 include:

1. Gravity: Use gravity as a (free) power source.

2. Leverage principle: flexible use of the fulcrum position can achieve the effect of four or two fortunes.

3. Self-weight transfer: use the weight of the object to control the moving speed by adjusting the angle.

4. Friction Relief: Use friction to control the moving speed of objects.

5. Cam follower: The exquisite cam design can cause the object to make intermittent and repeated movements with different effects.

6. Reciprocating spring force: use the spring to accumulate energy to generate push or pull force.

7. Roller roller: Appropriate application of roller roller to meet the requirements of object transfer.

8. Magnetic pole interaction: use the principle of repulsion of the same sex and attraction of the opposite sex to achieve the effect of non-contact mutual pushing or pulling.

9. Gear linkage: The comprehensive design of gears, racks, chains, or belts is used to achieve transmission power or control the direction of movement.

10. Directional control: use the structural design to limit the direction and rotational freedom of the object's movement.

11. Pulley mechanism: The combination of movable pulley and fixed pulley is used to achieve the purpose of saving effort and controlling the movement stroke.

From the structure of the above-mentioned specific embodiment, the following benefits can be obtained: the deployment method of the delicate and delicate mechanism system of the present invention can provide consumers to easily and quickly construct the required delicate mechanism 10, and use several delicate mechanisms 10 to form In a production line, the ingenious mechanism 10 makes use of physical principles such as gravity, levers or mechanics without using electricity, gas and hydraulic pressure as much as possible, so as to make the parts move ingeniously, so as to meet various needs.

10: Sophisticated Mechanisms

11: The first car core mechanism

12: The second car core mechanism

13: The core mechanism of the third car

20: Accessories

21: All kinds of pipes and joints

22: All kinds of roller roller balls 23: Activate basic elements S01: Type selection S02: Specification designation S03: Accessories selection S04: Assembly S05: Finished product S06: System composition

The first figure is a block flow diagram of the present invention.

The second figure is a schematic diagram of the accessories of the present invention.

The third figure is a schematic diagram of the structure of the trolley of the present invention.

The fourth figure is a perspective view of the trolley of the present invention.

The fifth figure is a plan view of the production line of the present invention.

S01: Type selection

S02: Specification designation

S03: Accessories selection

S04: Assembly

S05: Finished product

S06: System composition

Claims (6)

A method for deploying a compact mechanism system, comprising the following steps: (a) type selection, displaying multiple types of compact mechanisms for consumers to select the type of compact mechanism according to their own site and required functions; (b) specification designation, specifying Various specification data of the selected compact mechanism; (c) Parts selection, automatically list the required accessories through the computer according to the type of the selected compact mechanism and various specifications data; (d) Assemble, assemble the selected accessories , assemble the selected ingenious mechanism; (e) the finished product, the selected ingenious mechanism is immediately completed; (f) the system is composed, repeating steps (a) to (e) to assemble several ingenious mechanisms, using the number of An exquisite organization forms a production line. The unfolding method of the delicate and delicate mechanism system according to claim 1, wherein the delicate mechanism is a work table, a workbench, a shelf, a trolley, a tortoise car, a conveying table or a flow rack. The method for deploying a compact and delicate mechanism system according to claim 1, wherein in the step (b) specification specification, the specified specification data includes size, load and material. The method for unfolding a compact and delicate mechanism system as claimed in claim 1, wherein the step (c) selects accessories, the accessories include various types of pipes and joints, various types of roller balls and basic actuating elements. The method for deploying a compact and delicate mechanism system according to claim 1, wherein the delicate mechanism comprises a first cart core mechanism, a second cart core mechanism and a third cart core mechanism. The unfolding method of the delicate and delicate mechanism system as claimed in claim 1, wherein the step (f) is composed of a system, and the plurality of delicate mechanisms can be of the same or different types.

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