US2015323426(JP)
[0076] As described above, the suction tip 1a in the embodiment is configured such that the extending direction of the tubular passage 11a is converted downward by the converting portion 13a. When in use, the converting portion 13a has a folded shape bulging upward. According to this configuration, an object that has been sucked via the converting portion 13a cannot cross over the converting portion 13a simply by falling in the gravitational direction.
【0053】
以上、本実施形態の吸引チップ1aによれば、管状通路11aの進路が転換部13aにより下方に転換される。使用状態において転換部13aは上に凸の折返し形状を有するため、転換部13aを越えて吸引された対象物は、重力方向に落下するだけでは転換部13aを越えることができず、吸引口121aから吐出されることがない。
Thus, the object is not ejected through the suction port 121a. Further, both of a cell aggregate 2 that has reached the main body portion 16a, and a cell aggregate 2 present within the tubular passage 11a in the connecting portion 18 by the point of time when the suction operation is completed or the suction force is weakened sink in the gravitational direction, and are trapped in the re-converting portion 15a.
また、本体部16aまで到達した細胞凝集塊2や、吸引が完了または弱まった時点において接続部18の管状通路11aに存在する細胞凝集塊2は、重力方向に沈降して、いずれも再転換部15aにおいて捕捉される。
Therefore, when the user observes the trapped cell aggregate 2 by the object observation device 3 to be described later, the user is only required to observe the re-converting portion 15a. This eliminates the need of searching the cell aggregate 2, and allows for the user to easily check the shape of the trapped cell aggregate 2.
そのため、ユーザは、後述する対象物観察装置3により捕捉された細胞凝集塊2を観察する場合には、再転換部15aを観察すればよく、細胞凝集塊2を探索する手間が省けるとともに、捕捉された細胞凝集塊2の形状を容易に確認することができる。
US2019369060(JP)
[0055] Piping devices 1a to 1h of respective examples of FIG. 2 to FIG. 9 described below include a piping 16. The piping 16 includes a diffusion suppression part 18 having a continuously folded shape in which mountains and valleys are alternately continuous. The continuously folded shape of the diffusion suppression part 18 is designed in such a way that an effect of suppressing channel diffusion of fluid flowing in the piping 16 can be sufficiently obtained.
0043】
以下に説明する図2から図9の各実施例の配管デバイス1a~1hは、いずれも配管16を備えている。配管16は山と谷が交互に連続するような連続的な折返し形状が形成された拡散抑制部18を備えている。拡散抑制部18の連続的な折返し形状は、配管16を流れる流体の流路拡散を抑制する効果が十分に得られるように設計されたものである。
In the drawings, although the folded shape of the diffusion suppression part 18 is substantially formed in a plane, the folded shape need not necessarily be substantially formed in a plane, and may be three-dimensionally formed. For example, the piping 16 may exert a substantially equivalent diffusion suppression effect to that of the folded piping by being wound around a rod-shaped member. Note that the folded shape of the diffusion suppression part 18 need not necessarily be continuously provided, and a plurality of folded shapes may be intermittently provided.
図では、拡散抑制部18の折返し形状が略平面的に形成されているが、必ずしも略平面的に形成されている必要はなく、立体的に形成されていてもよい。例えば、配管16が棒状の部材に巻き付けられることによって実質的に折り返されているものと同等の拡散抑制効果を奏するように構成されているものであってもよい。なお、拡散抑制部18の折返し形状は必ずしも連続的に設けられている必要はなく、複数の折返し形状が断続的に設けられていてもよい。
FR2934353
The arrangement of the output lines 612 is such that a side section of the output area 611 at the output lines 612 has an overall shape of "V" with the tip of the "V" directed towards(*を向いた、に凸であるV形)the central area. of the broadcast module 200.
EP3097004
The front portion of the splash guard may comprise a first fold line defining the front end part, such that the front end part is located in front of the first fold line. The first fold line may extend from one lateral side of the front portion to the other, or over just a portion of the transverse width. The first fold line thus has a transverse extension. In addition, it may have a longitudinal extension, e.g. being curved in a rearward longitudinal direction. Suitable curve shapes for the first fold line is e.g. a shape of a V with a rounded apex or an arcuate shape(*頂点が丸い、または曲線のV形).
US9902209
(Ab)
A tread having a plurality of grooves formed on each half of the tread on each side of a midplane X-X′, each opening axially to the outside and extending axially towards the midplane X-X′ so that the plurality of grooves forms a first pattern in the overall shape of a V pointing in a groove direction Xr. The tread includes a plurality of sipes. From a certain degree of wear onwards, all or some of the sipes become enlarged forming cavities extending in an oblique direction forming a second pattern in the overall shape of a V pointing in a cavity direction(*方向を向いた、に凸である、V形)Xc. Each of these cavities opens into just one of the grooves of the tread, the plurality of grooves forming, at this level of wear, the same first pattern.