TWI763692B - Needle seat - Google Patents
Needle seatInfo
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- TWI763692B TWI763692B TW106125498A TW106125498A TWI763692B TW I763692 B TWI763692 B TW I763692B TW 106125498 A TW106125498 A TW 106125498A TW 106125498 A TW106125498 A TW 106125498A TW I763692 B TWI763692 B TW I763692B
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- pinholes
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- needle
- pinhole
- needle hub
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Abstract
本發明係為一種針座,適用於配合複數個針體進行自動化製作檢測試劑用,其包括一本體部、一延伸部、複數個第一針孔以及複數個第二針孔。延伸部從本體部往上延伸並對應於本體部。第一針孔貫穿設置於本體部。第二針孔設於延伸部並貫穿延伸部。第一針孔與第二針孔的至少部分者彼此對應,以使複數個針體可通過彼此對應的第一針孔與第二針孔,以與位於針體下方的待測物接觸。再者,至少一第一針孔或是至少一第二針孔具與其自身連通並從其邊緣往外延伸的至少一凹槽,進而往外擴張並改變其邊緣的輪廓。藉本發明之針座,可使得針體在進行上下的往返運動時,提升針體移動的順暢度。 The present invention is a needle holder, which is suitable for cooperating with a plurality of needle bodies for automatic production of detection reagents, and comprises a main body part, an extension part, a plurality of first pinholes and a plurality of second pinholes. The extension portion extends upward from the body portion and corresponds to the body portion. The first pinhole is disposed through the body portion. The second pinhole is arranged in the extension part and penetrates the extension part. At least part of the first pinhole and the second pinhole correspond to each other, so that a plurality of needles can pass through the corresponding first and second pinholes to contact the object to be tested under the needles. Furthermore, at least one first pinhole or at least one second pinhole has at least one groove that communicates with itself and extends outward from its edge, thereby expanding outward and changing the contour of its edge. With the needle seat of the present invention, when the needle body performs the up and down reciprocating motion, the smoothness of the needle body movement can be improved.
Description
本發明是關於一種針座,且特別是關於一種適於應用自動化製造作業中供針體通過針孔的針座。 The present invention relates to a needle hub, and more particularly, to a needle hub suitable for applying a needle body through a needle hole in an automated manufacturing operation.
現有用於自動化製造試劑的系統中,大多會透過對應的裝置將試劑透過針體印製於承載物上。在此過程中,為能確實將針體準確點至指定位置,其所應用的裝置大多會對應設置針座,使針體經由針座上對應針體位置的針孔直線往下移動至指定位置。利用針座的設置,可同時大量地進行製造。然而,習知的針座常常針體在針孔內發生沾粘的狀況,通常是因為溼度高、溼氣重等問題所導致,如此,將發生針體未能順暢地在針孔內移動,使得針體未能依照預期碰觸至承載物上,造成點製不完全的情況發生。 In the existing systems for automated manufacturing of reagents, most of the reagents are printed on the carrier through the needle body through a corresponding device. In this process, in order to accurately point the needle body to the specified position, most of the devices used will set a needle seat correspondingly, so that the needle body can move straight down to the specified position through the needle hole corresponding to the position of the needle body on the needle seat. . With the arrangement of the needle hub, it can be manufactured in large quantities at the same time. However, in the conventional needle seat, the needle body often sticks in the pinhole, which is usually caused by problems such as high humidity and heavy moisture. In this case, the needle body cannot move smoothly in the pinhole. As a result, the needle body fails to touch the carrier as expected, resulting in incomplete point control.
本發明的針座適於在應用於自動化點製的過程,用以供針體通過針孔時,避免針因為水氣等因素而被粘在針孔內,維持針體在針孔 內順暢運行的目的。 The needle seat of the present invention is suitable for being applied to the process of automatic ordering, and is used for the needle body to pass through the needle hole, so as to avoid the needle being stuck in the needle hole due to factors such as moisture, and maintain the needle body to run smoothly in the needle hole. the goal of.
本發明的針座適用於自動化點製製作檢測試劑之使用,包括一本體部、一延伸部、複數個第一針孔以及複數個第二針孔。延伸部從本體部往上延伸,並對應於本體部。第一針孔設於本體部上,並貫穿本體部。第二針孔設於延伸部上,並貫穿延伸部。第一針孔與第二針孔的至少部分者彼此對應,以使複數個針體適於對應地直線通過彼此對應的第一針孔與第二針孔並定位,其中第一針孔與第二針孔的至少一者具有與其連通並從其邊緣往外延伸的至少一凹槽,而第一針孔與第二針孔的至少一者透過對應的至少一凹槽往外擴張並改變其邊緣的輪廓。 The needle holder of the present invention is suitable for the use of automated point-made detection reagents, and includes a body portion, an extension portion, a plurality of first pinholes and a plurality of second pinholes. The extension portion extends upward from the body portion and corresponds to the body portion. The first pinhole is arranged on the main body and penetrates through the main body. The second pinhole is arranged on the extension part and penetrates through the extension part. At least part of the first pinhole and the second pinhole correspond to each other, so that the plurality of needle bodies are suitable for correspondingly passing through the first pinhole and the second pinhole corresponding to each other in a straight line and being positioned, wherein the first pinhole and the second pinhole correspond to each other. At least one of the two pinholes has at least one groove that communicates with it and extends outward from its edge, and at least one of the first pinhole and the second pinhole expands outward through the corresponding at least one groove and changes the shape of the edge. contour.
在本發明的一實施例中,第一針孔與第二針孔的至少一者在一基準面上的投影面積大於其所具有的至少一凹槽在基準面上的投影面積。 In an embodiment of the present invention, the projected area of at least one of the first pinhole and the second pinhole on a reference plane is larger than the projected area of at least one groove it has on the reference plane.
在本發明的一實施例中,其中第一針孔與第二針孔的至少一者的容積大於其所具有的至少一凹槽的容積。 In an embodiment of the present invention, the volume of at least one of the first pinhole and the second pinhole is greater than the volume of the at least one groove it has.
在本發明的一實施例中,其中第一針孔與第二針孔的至少一者所具有的凹槽數量為複數個,以透過對應的凹槽朝複數個方向往外擴張並改變其輪廓的形狀。 In an embodiment of the present invention, at least one of the first pinhole and the second pinhole has a plurality of grooves, so as to expand outward in a plurality of directions through the corresponding grooves and change the contour of the grooves shape.
在本發明的一實施例中,其中第一針孔或第二針孔所具有的凹槽的延伸方向彼此不同而呈現放射狀。 In an embodiment of the present invention, the extending directions of the grooves of the first pinhole or the second pinhole are different from each other and present a radial shape.
在本發明的一實施例中,其中第一針孔與第二針孔所具有的凹槽的延伸方向的任相鄰兩者之間的夾角相同。 In an embodiment of the present invention, the included angle between any two adjacent ones in the extending direction of the grooves of the first pinhole and the second pinhole is the same.
在本發明的一實施例中,其中第一針孔與第二針孔的每一 者各自具有與其連通並從其邊緣往外延伸的至少一凹槽,第一針孔與第二針孔的每一者各自透過對應的至少一凹槽往外擴張並改變其邊緣的輪廓。 In an embodiment of the present invention, wherein each of the first pinhole and the second pinhole has at least one groove communicating therewith and extending outward from the edge thereof, each of the first pinhole and the second pinhole Each of them expands outward through the corresponding at least one groove and changes the contour of its edge.
在本發明的一實施例中,其中本體部包括彼此連接且各自沿著不同方向延伸的一第一區段與一第二區段,使本體部大致上呈T字形。 In an embodiment of the present invention, the body portion includes a first segment and a second segment that are connected to each other and extend in different directions, so that the body portion is substantially T-shaped.
在本發明的一實施例中,其中該些第一針孔至少設於第一區段上,且沿著第一區段的延伸方向直線排列。 In an embodiment of the present invention, the first pinholes are disposed on at least the first section and are linearly arranged along the extending direction of the first section.
在本發明的一實施例中,其中該些第一針孔至少設於第二區段上,且沿著第二區段的延伸方向直線排列。 In an embodiment of the present invention, the first pinholes are disposed on at least the second section and are linearly arranged along the extending direction of the second section.
在本發明的一實施例中,其中延伸部包括彼此連接且各自沿著不同方向延伸的一第三區段與一第四區段,使延伸部大致上呈T字形,第三區段大致上對應於第一區段,而第四區段大致上對應於第二區段。 In an embodiment of the present invention, the extension portion includes a third section and a fourth section that are connected to each other and extend in different directions, so that the extension section is substantially T-shaped, and the third section is substantially corresponds to the first segment, and the fourth segment substantially corresponds to the second segment.
在本發明的一實施例中,其中該些第二針孔至少設於第三區段上,且沿著第三區段的延伸方向直線排列。 In an embodiment of the present invention, the second pinholes are disposed on at least the third section, and are linearly arranged along the extending direction of the third section.
在本發明的一實施例中,其中該些第二針孔至少設於第四區段上,且沿著第四區段的延伸方向直線排列。 In an embodiment of the present invention, the second pinholes are disposed on at least the fourth section and are linearly arranged along the extending direction of the fourth section.
在本發明的一實施例中,其中第一針孔貫穿本體部的貫穿方向相同於第二針孔貫穿延伸部的貫穿方向。 In an embodiment of the present invention, the penetrating direction of the first pinhole penetrating the body portion is the same as the penetrating direction of the second pinhole penetrating extension portion.
在本發明的一實施例中,其中第一針孔與第二針孔的每一者的貫穿方向不同於其所具有的至少一凹槽往外延伸的延伸方向。 In an embodiment of the present invention, the penetrating direction of each of the first pinhole and the second pinhole is different from the extending direction of the at least one groove extending outward.
在本發明的一實施例中,其中針座更包括一連接部。本體部與延伸部大致上對應於一基準面而彼此平行,而連接部連接本體部與延伸部。 In an embodiment of the present invention, the needle hub further includes a connecting portion. The body portion and the extension portion are substantially parallel to each other corresponding to a reference plane, and the connecting portion connects the body portion and the extension portion.
在本發明的一實施例中,其中本體部具有多個凹陷,設於其一表面並延伸至其一側邊,以對應地將第一針孔往外連通至其側邊。 In an embodiment of the present invention, the body portion has a plurality of recesses, which are arranged on a surface of the body portion and extend to one side thereof, so as to correspondingly connect the first pinhole to the side thereof.
由此可知,本發明所提供的針座於自動化的點製過程中,彼此連接的本體部及延伸部對應地設置有至少部分者彼此對應以供針體通過並定位的第一針孔及第二針孔,其中第一針孔與第二針孔的至少一者具有與其連通並從其邊緣往外延伸的至少一凹槽,而第一針孔與第二針孔的至少一者透過對應的至少一凹槽往外擴張並改變其邊緣的輪廓。當針體通過具有所述設計的針孔時,針孔邊緣的凹槽可避免粘滯情況的發生,使得針體可以依照設定的進程移動。 It can be seen from this that in the automatic point-making process of the needle hub provided by the present invention, the main body portion and the extension portion connected to each other are correspondingly provided with at least some of the first needle holes and the second needle holes corresponding to each other for the needle body to pass through and locate. Two pinholes, wherein at least one of the first pinhole and the second pinhole has at least one groove that communicates with it and extends outward from its edge, and at least one of the first pinhole and the second pinhole penetrates the corresponding At least one groove expands outward and changes the contour of its edge. When the needle body passes through the pinhole with the described design, the groove on the edge of the pinhole can avoid the occurrence of sticking, so that the needle body can move according to the set course.
100‧‧‧針座 100‧‧‧pin holder
110‧‧‧本體部 110‧‧‧Main body
112‧‧‧第一區段 112‧‧‧First Section
114:第二區段 114: Second Section
116:凹陷 116: Sag
120:延伸部 120: Extensions
122:第三區段 122: The third section
124:第四區段 124: Fourth Section
130:第一針孔 130: The first pinhole
132a至132e、142:凹槽 132a to 132e, 142: grooves
140:第二針孔 140: Second pinhole
150:連接部 150: Connector
D1至D5:延伸方向 D1 to D5: Extension direction
O:圓心 O: center of circle
1101:鎖固孔 1101: Lock hole
1102:對位孔 1102: Alignment hole
圖1是本發明一實施例的針座的立體圖。 FIG. 1 is a perspective view of a needle hub according to an embodiment of the present invention.
圖2是圖1的針座於另一視角的立體圖。 FIG. 2 is a perspective view of the needle hub of FIG. 1 from another perspective.
圖3是圖1的第一針孔的俯視示意圖。 FIG. 3 is a schematic top view of the first pinhole of FIG. 1 .
圖4是第一針孔設置一凹槽之俯視示意圖。 FIG. 4 is a schematic top view of a first pinhole with a groove.
圖1是本發明一實施例的針座的立體圖。圖2是圖1的針座於另一視角的立體圖。請參考圖1與圖2,在本實施例中,針座100包括本體部110、延伸部120、複數個第一針孔130以及複數個第二針孔140。延伸部120從本體部110往上延伸,並對應於本體部110。第一針孔130設於本體部110, 並貫穿本體部110。第二針孔140設於延伸部120上,並貫穿延伸部120。至少部分第一針孔130與第二針孔140彼此對應,以使複數個未繪示的針體可對應地直線通過彼此對應的第一針孔130與第二針孔140,其中第一針孔130與第二針孔140的至少一者具有與其連通並從其邊緣往外延伸的至少一凹槽(即如圖4所示),而第一針孔130與第二針孔140的至少一者透過對應的至少一凹槽往外擴張並改變其邊緣的輪廓。 FIG. 1 is a perspective view of a needle hub according to an embodiment of the present invention. FIG. 2 is a perspective view of the needle hub of FIG. 1 from another perspective. Referring to FIGS. 1 and 2 , in this embodiment, the
具體而言,在本實施例針座100適用於在自動化點製的過程中,供針體通過而準確***預設位置的定位功能。其中,本體部110與延伸部120大致上各自呈現平板狀,例如各自對應於同一基準面(例如圖2中所繪示的XYZ坐標系中的XY平面)而彼此平行,而針座100更包括連接部150(例如是沿著所述XYZ坐標系中之XZ平面延伸的平板狀)連接本體部110與延伸部120。換言之,延伸部120藉由連接部150從本體部110往上延伸,並對應於本體部110。然而,本發明不限制本體部110與延伸部120的形狀與連接方式(即不限制連接部150的設置與否)。 Specifically, in the present embodiment, the
再者,第一針孔130設於本體部110上,並貫穿本體部110。第二針孔140設於延伸部120上,並貫穿延伸部120。第一針孔130貫穿本體部110的貫穿方向相同於第二針孔140貫穿延伸部120的貫穿方向,例如是沿著XYZ坐標系中的Z軸方向各自直線延伸,且第一針孔130與第二針孔140的數量與位置基本上完全對應,但本發明不以此為限(於其他實施例中也可以僅是部分對應)。如此,未繪示的針體適於對應地沿著Z軸方向直線通過彼此對應的第一針孔130與第二針孔140並定位,但本發明不以此為限制。 Furthermore, the
更進一步地說,在本實施例中,本體部110包括彼此連接且 各自沿著不同方向延伸的第一區段112與第二區段114,使本體部110大致上呈T字形。類似地,延伸部120包括彼此連接且各自沿著不同方向延伸的第三區段122與第四區段124,使延伸部120大致上呈T字形。並且,第三區段122大致上對應於第一區段112,而第四區段124大致上對應於第二區段114。其中,第一針孔130分別設於第一區段112及第二區段114上,且分別沿著第一區段112的延伸方向(例如XYZ坐標系中的X軸方向)及第二區段114的延伸方向(例如Y軸方向)直線排列,而大致上呈現T字形。類似地,第二針孔140分別設於第三區段122及第四區段124上,且沿著第三區段122的延伸方向(例如X軸方向)及第四區段124的延伸方向(例如Y軸方向)直線排列,而大致上呈現T字形。然而,本發明不限制本體部110與延伸部120的形狀以及第一針孔130與第二針孔140的排列方式,其可依據需求調整。其中,排列成T字型可符合不同排列方向的針體機台進行上下往返運動用。 More specifically, in this embodiment, the
再者,在本實施例中,本體部110具有多個凹陷116(繪示於圖2),設於其一表面並延伸至其一側邊,以對應地將第一針孔130往外連通至其側邊。詳細而言,所述凹陷116設置於第一區段112,並沿著第一區段112的延伸方向(例如X軸方向)直線排列而對應置同一側邊。其中,設於第一區段112的每一第一針孔130各自對應於一個凹陷116,而設於第二區段114的所有第一針孔130對應於同一凹陷116。亦即,設於第一區段112的所有凹陷116各自對應並涵蓋設於第一區段112的一個第一針孔130,而設於第一區段112的中間的其中一凹陷116更進一步延伸至第二區段114而對應並涵蓋所有設於第二區段114的第一針孔130。所述凹陷116可用於增加針體通過第一針孔130後的空間以避免水氣或是空氣溼度高而使得針體沾粘,影響在 針座100上的移動進程。然而,本發明不限制凹陷116的形狀、位置以及設置與否,其可依據需求調整。 Furthermore, in the present embodiment, the
圖3是圖1的第一針孔的俯視示意圖。請同時參考圖1至圖3,在本實施例中,第一針孔130與第二針孔140的每一者各自具有與其連通並從其邊緣往外延伸的凹槽,而第一針孔130與第二針孔140的每一者透過對應的凹槽往外擴張並改變其邊緣的輪廓。以第一針孔130為例,第一針孔130所具有的凹槽的數量為複數個,例如是圖1與圖3所標示的五個凹槽132a至132e,以透過對應的凹槽132a至132e朝複數個方向往外擴張並改變其輪廓的形狀。其中,第一針孔130的貫穿方向(例如是Z軸方向)不同於其所具有的凹槽132a至132e往外延伸的延伸方向D1至D5(例如位於XY平面上),且第一針孔130所具有的凹槽132a至132e的延伸方向D1至D5彼此不同而呈現放射狀,以使第一針孔130放射狀地往外擴張並改變其輪廓的形狀。 FIG. 3 is a schematic top view of the first pinhole of FIG. 1 . Please refer to FIG. 1 to FIG. 3 at the same time, in this embodiment, each of the
更進一步地說,在本實施例中,第一針孔130所具有的凹槽132a至132e大致上具有相同尺寸,且凹槽132a至132e的延伸方向D1至D5的任相鄰兩者之間的夾角相同,即凹槽132a至132e圍繞著第一針孔130的邊緣等距離排列。再者,第一針孔130在一基準面(例如是XYZ坐標系中的XY平面)上的投影面積大於其所具有的凹槽132a至132e的任一者在基準面上的投影面積,且第一針孔130的容積大於其所具有的凹槽132a至132e的任一者的容積。換言之,第一針孔130用於作為供針體通過的主要通道而佔據較大空間,而凹槽132a至132e用於作為擴展第一針孔130並改變其邊緣的輪廓所增加的較小空間。如此,凹槽132a至132e以大致上呈現圓孔狀的第一針孔130的圓心O為基準而從第一針孔130的邊緣往外放射狀地延伸,使大致上呈現 圓孔狀的第一針孔130放射狀地往外擴張而改變其邊緣,例如是改變其邊緣的輪廓的形狀使其呈現花瓣狀,或者是改變其邊緣的輪廓的曲率使其不同於常見的圓孔型設計,但本發明不限於上述設計,其可依據需求調整。 More specifically, in this embodiment, the
藉由上述設計,當針體挾帶液體通過具有所述設計的第一針孔130時,第一針孔130邊緣的凹槽132a至132e可增加針體周圍的空間,但不影響針體運行的方向與進程,以避免沾住針體影響針體的移動,而凹槽132a至132e等距離排列的放射狀設計與大致上相同的尺寸設計可達到穩定針體的效果。然而,雖然本實施例的第一針孔130是以具有五個凹槽132a至132e為例,但本發明不限制凹槽132a至132e的尺寸、排列方式及數量,只要第一針孔130具有至少一凹槽132a即可達成上述功效,即如圖4所示。 With the above design, when the needle body entrains the liquid through the
另外,在本實施例中,所有第一針孔130都採用了上述設計,並且所有第二針孔140也採用上述設計(例如是如圖2所標示的第二針孔140),即每一第二針孔140具有大致上尺寸相同且等距離排列的五個凹槽142,且所述凹槽142的延伸方向彼此不同而呈現放射狀。如此,凹槽142以大致上呈現圓孔狀的第二針孔140的圓心為基準而從第二針孔140的邊緣往外放射狀地延伸,使大致上呈現圓孔狀的第二針孔140放射狀地往外擴張而改變其邊緣(詳細說明可參考前述有關凹槽132a至132e的描述,在此不多加贅述)。然而,雖然本實施例的第一針孔130與第二針孔140的每一者具有相同設計,但在其他實施例中,第一針孔130與第二針孔140可具有不同設計(例如是各自具有不同數量、尺寸及形狀的凹槽)。並且,雖然本實施例是以所有第一針孔130與所有第二針孔140都具有單一或是複數凹槽的設計為例,但本發明不限於上述實施方式,只要第一針孔130與第二針孔140的其 中至少一者具有至少一凹槽的設計,即可達成上述功效。 In addition, in this embodiment, all the
請再參閱圖1所示,於本體部110上設置一鎖固孔1101與至少一對位孔1102,透過鎖固孔1101的設置,可用以快速地結合於機台設備上,而對位孔1102配合一設置於機台設備的定位銷(圖未示),可使座體在鎖固時,具有對位效果,無需重新量測相對位置,增進更換座體的便利性。 Please refer to FIG. 1 again, a
綜上所述,本發明所提供的針座適用於自動化點製中,其中彼此連接的本體部及延伸部對應地設置有至少部分者彼此對應以供針體通過並定位的第一針孔及第二針孔,其中第一針孔與第二針孔的至少一者具有與其連通並從其邊緣往外延伸的至少一凹槽,而第一針孔與第二針孔的至少一者透過對應的至少一凹槽往外擴張並改變其邊緣的輪廓,例如是改變其邊緣的輪廓的形狀,或者是改變其輪廓的邊緣的曲率,使其不同於常見的圓孔型針孔。當針體挾帶液體通過具有所述設計的針孔時,針孔邊緣的凹槽可增加針體周圍的空間,以避免因針孔內的溼氣而產生沾粘的情況。當第一針孔與第二針孔的至少一者採用複數個凹槽時,所述凹槽可以呈現放射狀。如此,本發明的針座適於在應用於自動化點製試劑時,供針體通過針孔時減少發生沾粘的問題。 To sum up, the needle holder provided by the present invention is suitable for automatic point making, wherein the main body part and the extension part connected to each other are correspondingly provided with at least some of the first needle holes corresponding to each other for the needle body to pass and locate, and The second pinhole, wherein at least one of the first pinhole and the second pinhole has at least one groove that communicates with it and extends outward from its edge, and at least one of the first pinhole and the second pinhole passes through the corresponding At least one of the grooves expands outward and changes the contour of the edge, for example, changing the shape of the contour of the edge, or changing the curvature of the edge of the contour, so that it is different from the common round hole type pinhole. When the needle body carries liquid through the pinhole with the design, the grooves on the edge of the pinhole can increase the space around the needle body to avoid sticking due to moisture in the pinhole. When at least one of the first pinhole and the second pinhole adopts a plurality of grooves, the grooves may be radial. In this way, the needle hub of the present invention is suitable for reducing the problem of sticking when the needle body passes through the needle hole when it is applied to automated dispensing of reagents.
100:針座 100: Needle seat
110:本體部 110: body part
112:第一區段 112: First Section
114:第二區段 114: Second Section
120:延伸部 120: Extensions
122:第三區段 122: The third section
124:第四區段 124: Fourth Section
130:第一針孔 130: The first pinhole
132a至132e:凹槽 132a to 132e: grooves
140:第二針孔 140: Second pinhole
150:連接部 150: Connector
1101:鎖固孔 1101: Lock hole
1102:對位孔 1102: Alignment hole
Claims (18)
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Citations (6)
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TWI300843B (en) * | 2005-12-16 | 2008-09-11 | Dr Chip Biotechnology Inc | Method for spotting biochips and apparatus thereof |
TW200837349A (en) * | 2007-03-07 | 2008-09-16 | Nat Univ Tsing Hua | Biochip and manufacturing method thereof |
TWI360658B (en) * | 2008-03-13 | 2012-03-21 | Mjc Probe Inc | |
CN203458490U (en) * | 2013-09-23 | 2014-03-05 | 王健 | Clamshell bur frame |
TWI442056B (en) * | 2012-12-07 | 2014-06-21 | Kuo Kuang Peng | Tester probe pin having anti-sticking surfaces and probe station assembled with the pin |
US20150030642A1 (en) * | 2012-03-06 | 2015-01-29 | Technical Institute of Physics and Chemistry of the Chinese Academy of Sciences | Polymer micro-needle array chip, preparation process and use thereof |
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TWI300843B (en) * | 2005-12-16 | 2008-09-11 | Dr Chip Biotechnology Inc | Method for spotting biochips and apparatus thereof |
TW200837349A (en) * | 2007-03-07 | 2008-09-16 | Nat Univ Tsing Hua | Biochip and manufacturing method thereof |
TWI360658B (en) * | 2008-03-13 | 2012-03-21 | Mjc Probe Inc | |
US20150030642A1 (en) * | 2012-03-06 | 2015-01-29 | Technical Institute of Physics and Chemistry of the Chinese Academy of Sciences | Polymer micro-needle array chip, preparation process and use thereof |
TWI442056B (en) * | 2012-12-07 | 2014-06-21 | Kuo Kuang Peng | Tester probe pin having anti-sticking surfaces and probe station assembled with the pin |
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