マインドマップギャラリー 人骨206個
これは人体の 206 個の骨に関するマインド マップです。主な内容には、126 個の付属骨と 80 個の軸骨が含まれます。お役に立てれば!
2024-02-04 15:53:31 に編集されましたThis template, created with EdrawMind, provides a structured workflow for weekly coordination meetings focused on MEP (Mechanical, Electrical, Plumbing) pipeline layout. It follows a four-stage cycle: starting with Issue Identification (Clash Detection) to detect pipeline conflicts, moving to Meeting Agenda preparation to define discussion topics, then On-site Discussion to review and resolve issues on the construction site, and finally Resolution & Update to document solutions and track progress. This template can be reused to standardize MEP coordination processes, ensuring clear communication, efficient problem-solving, and smooth construction progress.
This template, created with EdrawMind, outlines a quarterly checklist for preparing materials for green building certification. It is divided into four sequential quarters: Q1 focuses on Basic Material Preparation, including collecting project approval documents and compiling self-assessment reports; Q2 covers Technical Data Improvement, such as organizing energy consumption calculation books and preparing green construction proof materials; Q3 involves On-site Inspection Preparation, including organizing construction process materials and verifying certification standards; and Q4 is for Formal Application, which includes completing online reporting and cooperating with expert on-site reviews. This template can be reused to systematically prepare for green building certification, ensuring all requirements are met and the process is efficient.
This template, created with EdrawMind, provides a comprehensive framework for daily monitoring of deep foundation pit construction. It covers six key monitoring areas: Retaining Wall Top Displacement, Settlement of Surrounding Buildings, Groundwater Level, Pit Bottom Heave, Support Axial Force, and Data Summary & Analysis. Each section specifies monitoring points, frequency, and warning values to ensure safety. The template can be reused to standardize monitoring practices, track structural stability, and trigger immediate alarms if warning thresholds are exceeded, thus mitigating risks during foundation pit construction.
This template, created with EdrawMind, provides a structured workflow for weekly coordination meetings focused on MEP (Mechanical, Electrical, Plumbing) pipeline layout. It follows a four-stage cycle: starting with Issue Identification (Clash Detection) to detect pipeline conflicts, moving to Meeting Agenda preparation to define discussion topics, then On-site Discussion to review and resolve issues on the construction site, and finally Resolution & Update to document solutions and track progress. This template can be reused to standardize MEP coordination processes, ensuring clear communication, efficient problem-solving, and smooth construction progress.
This template, created with EdrawMind, outlines a quarterly checklist for preparing materials for green building certification. It is divided into four sequential quarters: Q1 focuses on Basic Material Preparation, including collecting project approval documents and compiling self-assessment reports; Q2 covers Technical Data Improvement, such as organizing energy consumption calculation books and preparing green construction proof materials; Q3 involves On-site Inspection Preparation, including organizing construction process materials and verifying certification standards; and Q4 is for Formal Application, which includes completing online reporting and cooperating with expert on-site reviews. This template can be reused to systematically prepare for green building certification, ensuring all requirements are met and the process is efficient.
This template, created with EdrawMind, provides a comprehensive framework for daily monitoring of deep foundation pit construction. It covers six key monitoring areas: Retaining Wall Top Displacement, Settlement of Surrounding Buildings, Groundwater Level, Pit Bottom Heave, Support Axial Force, and Data Summary & Analysis. Each section specifies monitoring points, frequency, and warning values to ensure safety. The template can be reused to standardize monitoring practices, track structural stability, and trigger immediate alarms if warning thresholds are exceeded, thus mitigating risks during foundation pit construction.
人骨206個
軸骨80個
51本の体幹の骨
背表紙:大人用26枚(子供用33枚)
頸椎7個
胸椎12個
腰椎5個
仙骨:大人用1個、子供用5個
尾てい骨:大人用1個、子供用4個
リブ12対(24本)
R1~R7 リアルリブ (軟骨を介して胸骨に付着しています)
R8-R10 人工骨 (第7肋軟骨を介して胸骨に接続されています)
R11-R12 フローティングボーン (胸骨とは繋がっていない)
胸骨(1個)
胸骨マヌブリウム (R1-R2間)
胸骨本体 (R2R7間)
剣状突起 (最後にちょっとしたヒント)
頭蓋骨の破片 29 個
フェイシャルスカル 15個
脳8個
1対の頭頂骨(頭頂部)
1. 前頭骨(額)
蝶形骨(こめかみを左から右に回す)
側頭骨 1対(耳の後ろから頭のてっぺんまで)
後頭骨(後頭部)
篩骨(鼻の後ろ)
6つの小骨
左右耳用(中耳内)各3個
126本の付属骨
上肢の骨 (64元)
上肢には 4 つの骨があります
2 鎖骨 (長骨 S 字型)
肩甲骨2枚 (扁平骨、逆三角形)
60 個の自由な上肢ボーン (左右各30個)
上腕:上腕骨1本
前腕 2: 尺骨 1 つ、橈骨 1 つ (内側定規と外側半径)
手首の骨は8本あり、2列に並んでいます。 (船、月、三角、豆 大、小、頭の形、構造)
5つの中手骨
14指骨 (Tumb には 2 つのセクションがあり、残りは 3 つのセクションがあります)
下肢の骨 (62元)
骨のある下肢 (2個)
1対の腰骨 (について)
男性16名、女性13名
イリウム (上前腸骨棘、下前腸骨棘(鼠径部)、腸骨 上後脊椎、下後腸骨棘、腸骨稜(エッジ)、 腸骨窩、閉鎖孔、寛骨臼)
坐骨
陰部 (恥骨結合)
自由な下肢の骨 (60元)
大腿骨 1 (太もも)
膝蓋骨 1 (膝)
ふくらはぎ 2 (脛骨 1 腓骨 1)
26 の足の骨
7つの足根骨 根骨 1、距骨 1、立方骨 1、 (足) 舟状骨 1、楔状骨 3
5つの中足骨
ファランクス14 (足の親指は2つのセクション、その他はそれぞれ3つのセクションがあります)