TW201800655A - Method for fixing sash frame and method for inspecting fixed state - Google Patents
Method for fixing sash frame and method for inspecting fixed state Download PDFInfo
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- TW201800655A TW201800655A TW105119146A TW105119146A TW201800655A TW 201800655 A TW201800655 A TW 201800655A TW 105119146 A TW105119146 A TW 105119146A TW 105119146 A TW105119146 A TW 105119146A TW 201800655 A TW201800655 A TW 201800655A
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Abstract
Description
本發明係有關用以將窗或門扉之窗框(在本文中，窗框亦包括門框之意)嵌進且固定在被設置在軀體之開口部或由既設窗框所圍繞之開口部的內側的固定方法，以及用以檢查使用該固定方法被固定之窗框的固定狀態之好壞的固定狀態檢查方法。 The present invention relates to a window frame for sashing a window or a sill (in this case, the sash also includes a door frame) and is fixed to the inside of the opening provided at the opening of the body or surrounded by the sash. The fixing method and the fixed state inspection method for checking the quality of the fixed state of the window frame fixed by the fixing method.
作為將窗或門扉的窗框嵌進且固定在被設置在軀體之開口部或由既設窗框所圍繞之開口部的內側的手法之一而言，已知有使用發泡性樹脂之固定方法(例如，參照專利文獻1)。 As one of the methods of inserting a window frame of a window or a sill and fixing it to the opening of the body or the inside of the opening surrounded by the sash, a fixing method using a foamable resin is known. (For example, refer to Patent Document 1).
此固定方法係如第9圖所示，將窗框53嵌進軀體51的開口部52之內側後，分別以密封材料57，將在此窗框53之外周面53a與開口部52的內周面52a之間產生的空間部54之分別形成開口於上述窗框53的表背兩側之一對開口端55、56密封，藉此將上述空間部54密閉。接著，於上述密封材料57穿設樹脂注入口，並使用注入槍從此處將發泡性樹脂注入並發泡於上述空間部54內，藉以 在發泡之樹脂略充滿於整個上述空間部54之狀態下固化，而在該空間部54內形成發泡樹脂層60，且藉由該發泡樹脂層60將上述窗框53固定在上述開口部52的內側。 As shown in Fig. 9, the sash 53 is fitted into the inner side of the opening 52 of the body 51, and the outer peripheral surface 53a of the sash 53 and the inner periphery of the opening 52 are respectively formed by the sealing material 57. The space portion 54 formed between the faces 52a is formed to be sealed to one of the front and back sides of the sash 53 to seal the open ends 55, 56, thereby sealing the space portion 54. Then, the sealing material 57 is inserted through the resin injection port, and the foaming resin is injected and foamed into the space portion 54 from the sealing gun. The foamed resin is solidified in a state of being slightly filled in the entire space portion 54, and a foamed resin layer 60 is formed in the space portion 54, and the sash 53 is fixed to the opening by the foamed resin layer 60. The inside of the portion 52.
依據此種固定方法，發泡性樹脂不會從窗框53與開口部52之間的空間部54溢出外部，而有不會浪費發泡性樹脂而合乎經濟效益，並且可在不因發泡性樹脂弄髒上述開口部52的周圍之情況下進行作業。此外，不必削去從上述開口部52溢出外方且固化之發泡性樹脂，而可將外觀修飾美觀。 According to such a fixing method, the foamable resin does not overflow from the space portion 54 between the window frame 53 and the opening portion 52, and it is economical without wasting the foaming resin, and can be prevented from foaming. When the resin is soiled around the opening 52, the work is performed. Further, it is not necessary to cut off the foamable resin which is externally overflowed from the opening portion 52 and is cured, and the appearance can be beautifully decorated.
[專利文獻1]日本特開2010-156193號公報 [Patent Document 1] Japanese Patent Laid-Open Publication No. 2010-156193
然而，如上述，在略密閉之上述空間部54內使發泡性樹脂發泡時，伴隨著此發泡性樹脂的發泡所引起之膨脹變化，該空間部54內的空氣無處散逸而逐漸被壓縮，而可能在發泡之樹脂內產生內壓高的「空氣積存」。並且，此空氣積存的內壓接近發泡性樹脂之發泡壓(膨脹壓)，或比其更高時，會阻害發泡性樹脂朝空氣積存內之膨脹擴散作用，而使發泡性樹脂變得難以進入空氣積存內。結果，如第9圖所示，上述空氣積存殘留在固化後之發泡樹脂層60內而成為空洞61至63，由於上述空洞61至63 會阻礙窗框固定部的密封性，而有成為漏雨與結露的原因之問題。 However, as described above, when the foamable resin is foamed in the slightly sealed space portion 54, the air in the space portion 54 is not dissipated due to the expansion change due to the foaming of the foamable resin. It is gradually compressed, and it is possible to generate "air accumulation" with a high internal pressure in the foamed resin. Further, the internal pressure of the air is close to the foaming pressure (expansion pressure) of the foaming resin, or higher than this, the expansion and diffusion of the foaming resin into the air reservoir is inhibited, and the foaming resin is caused. It becomes difficult to enter the air accumulation. As a result, as shown in Fig. 9, the air accumulation remains in the foamed resin layer 60 after curing to become voids 61 to 63 due to the above-mentioned voids 61 to 63. This will hinder the sealing property of the sash fixing portion, and may cause a problem of leakage and condensation.
因此，於實施使用發泡性樹脂之窗框的固定方法時，會有採取避免於發泡性樹脂的發泡時產生「空氣積存」之現象的對策之要求。 Therefore, in the case of carrying out the fixing method of the window frame using the foamable resin, there is a demand for countermeasures against the occurrence of "air accumulation" during foaming of the foamable resin.
另一方面，發泡性樹脂係例如於施工時的氣溫低等的情況時，發泡後沒充分固化，可能產生所謂的「固化不良」，而此種固化不良會導致支撐窗框之發泡樹脂層60的強度降低，在確保信頼度之點上不理想。 On the other hand, when the temperature of the foaming resin is low, for example, during the construction, it is not sufficiently cured after foaming, and so-called "cure failure" may occur, and such curing failure may cause foaming of the support window frame. The strength of the resin layer 60 is lowered, which is not preferable at the point of ensuring the reliability.
此外，此種發泡性樹脂之固化不良可能在空間部54之深處中局部性地產生，在此種情況下，於施工後，即使目測觀察外觀亦大多無法發現。此種問題，就起因於上述空氣積存之空洞而言，亦相同。 Further, the curing failure of such a foamable resin may be locally generated in the depth of the space portion 54. In this case, even after visual observation, the appearance is largely undetectable. This problem is also the same because of the voids in which the air is accumulated.
因此，有可簡單且準確地檢查發泡固化後的發泡樹脂層之固化不良及空洞之存在的有無，亦即，窗框之固定狀態的好壞之手段的需求。 Therefore, there is a need to easily and accurately check the presence or absence of the curing failure of the foamed resin layer after foaming and the presence of voids, that is, the means for fixing the state of the window frame.
為此，本發明的目的係在於提供一種窗框的固定方法，在使用發泡性樹脂將窗框固定在開口部的內側時，可確保窗框固定部的密封性，以及提供一種固定狀態檢查方法，可簡單且準確地檢查窗框的固定狀態。 Accordingly, an object of the present invention is to provide a method for fixing a window frame, which can ensure the sealing property of the fixing portion of the window frame when the window frame is fixed inside the opening portion by using the foaming resin, and provides a fixed state inspection. The method can easily and accurately check the fixed state of the window frame.
本案的第1發明中，提供一種窗框的固定方法，係將窗或門扉的窗框嵌進且固定在被設置在軀體之開口部，或由既設窗框所圍繞之開口部的內側，將上述窗框 嵌進上述開口部的內側後，針對於該窗框的外周面與上述開口部的內周面之間產生的空間部之於上述窗框的表背兩側分別形成開口之一對開口端，利用密封材料僅將其中一側的開口端予以密封；接著，將發泡性樹脂從未被密封之另一側的開口端注入到上述空間部內且使之發泡，以發泡之樹脂充滿幾乎整個上述空間部，並且，使該發泡之樹脂的一部分從上述另一側的開口端之幾乎整個區域溢出到外方且使之固化；以及之後，將固化之樹脂中，從上述另一側的開口端溢出到外方之溢出樹脂部予以切除。 According to a first aspect of the invention, there is provided a method of fixing a window frame, wherein a window frame of a window or a door sill is fitted and fixed to an opening provided in a body or an inner side of an opening surrounded by a window frame; The above window frame After being inserted into the inner side of the opening, a space portion formed between the outer circumferential surface of the sash and the inner circumferential surface of the opening is formed on one of the opening and the opposite end of the front and back sides of the sash, respectively. Only one of the open ends is sealed by the sealing material; then, the foamable resin is injected into the space portion from the open end of the other side which is not sealed, and is foamed, and the resin is almost filled with foamed resin. a portion of the space portion, and a portion of the foamed resin is allowed to overflow from the entire entire open end of the other side to the outside and is cured; and thereafter, the cured resin is from the other side The open end of the open end overflows to the outer resin portion of the resin to be removed.
本案之第2發明中，係於上述第1發明之窗框的固定方法中，將發泡性樹脂注入到上述空間部內且使之發泡時，將樹脂注入作業分為複數次來進行；且將之後的樹脂注入所形成之發泡樹脂層依序重疊而形成在由先前的樹脂注入所形成的發泡樹脂層之上，藉此以發泡樹脂層來充滿幾乎整個上述空間部，並且，使最後的樹脂注入所形成的發泡樹脂層之一部分從上述另一側的開口端之幾乎整個區域溢出到外方且使之固化。 According to a second aspect of the invention, in the method of fixing a window frame according to the first aspect of the invention, the foaming resin is injected into the space portion and foamed, and the resin injection operation is performed in plural times; The foamed resin layer formed by the subsequent resin injection is sequentially formed over the foamed resin layer formed by the previous resin injection, whereby the foamed resin layer is filled with almost the entire space portion, and A portion of the foamed resin layer formed by injecting the final resin is overflowed from the entire entire open end of the other side to the outside and is solidified.
本申請案之第3發明係檢查利用上述第1發明或第2發明之窗框的固定方法被固定之窗框的固定狀態之固定狀態檢查方法，係觀察藉由將從上述另一側的開口端溢出到外方而固化之溢出樹脂部予以切除而形成之樹脂剖面，藉此檢查窗框之固定狀態的好壞。 According to a third aspect of the present invention, in a fixed state inspection method for inspecting a fixed state of a window frame fixed by the fixing method of the window frame according to the first aspect or the second aspect of the present invention, an opening from the other side is observed. The resin cross section formed by the overflow of the resin portion which has been solidified by the overflow of the resin is cut out, thereby checking the state of the fixing of the window frame.
依據本申請案第1發明之窗框的固定方法，利用密封材料僅將在上述窗框的外周面與上述開口部的內周面之間所產生之空間部的一側之開口端予以密封，並且，將發泡性樹脂從未被密封之另一側的開口端注入到上述空間部內且使之發泡，以發泡之樹脂來充滿幾乎整個上述空間部並且，使該發泡之樹脂的一部分從上述另一側的開口端之幾乎整個區域溢出到外方且使之固化，故上述空間部內的空氣不會被封入到該空間部內之發泡樹脂層部分，而伴隨發泡性樹脂的發泡膨脹而逐漸從上述空間部之另一側的開口端移動到外側。因此，可確實地防止空氣積存產生在上述空間部內的發泡樹脂層內，以及起因於此空氣積存而在固化後的發泡樹脂層內成為漏雨、結露等的原因之空洞的產生，結果，可得到具有高密封性之信頼度佳的窗框。 According to the method of fixing a window frame according to the first aspect of the present invention, only the opening end of the space portion formed between the outer circumferential surface of the sash and the inner circumferential surface of the opening is sealed by the sealing material. Further, the foamable resin is injected into the space portion from the open end of the other side which is not sealed, and is foamed, and the foamed resin is filled with almost the entire space portion and the foamed resin is made. A part of the foamed resin layer is not sealed in the space portion from the almost entire area of the open end of the other side and is solidified, so that the air in the space portion is not enclosed in the foamed resin layer portion in the space portion, and is accompanied by the foaming resin. The foam expands and gradually moves from the open end on the other side of the space portion to the outside. Therefore, it is possible to surely prevent the occurrence of voids in the foamed resin layer in the space portion and the accumulation of air in the foamed resin layer after curing, which causes leakage or dew condensation. , a window frame with high reliability and high reliability can be obtained.
此外，藉由將從上述空間部之另一側的開口端溢出到外方之溢出樹脂部予以切除，而可在維持上述空間部內的發泡樹脂層之密封性的狀態下，確保窗框之周圍的美觀性。 In addition, by removing the overflow resin portion that has overflowed from the open end on the other side of the space portion to the outside, the sash can be secured while maintaining the sealing property of the foamed resin layer in the space portion. The beauty around.
依據本申請案第2發明之窗框的固定方法，除了上述(a)所記載的效果之外，可得到如以下之特有的效果。亦即，在此發明中，將發泡性樹脂注入到上述空間部內且使之發泡時，將樹脂注入作業分為複數次來進行，且將之後 的樹脂注入所形成之發泡樹脂層依序重疊而形成在由先前的樹脂注入所形成的發泡樹脂層之上，藉此以發泡樹脂層來充滿幾乎整個上述空間部，並且，使最後的樹脂注入所形成的發泡樹脂層之一部分從上述另一側的開口端之幾乎整個區域溢出到外方且使之固化，故發泡樹脂層係重疊為多層狀之方式形成在上述空間部內。因此，萬一，在上述多層狀之發泡樹脂層的任一者產生空氣積存或固化不良時，其他的發泡樹脂層只要為無空氣積存或固化不良之正常的發泡樹脂層，亦可利用此正常的發泡樹脂層來確保窗框固定部分的密封性，可得到無漏雨、結露等之信頼度高的窗框，並且，亦良好地維持該窗框之固定強度。 According to the method for fixing a window frame according to the second aspect of the present invention, in addition to the effects described in the above (a), the following specific effects can be obtained. In other words, in the present invention, when the foamable resin is injected into the space portion and foamed, the resin injection operation is carried out in plural times, and then The resin resin layer formed by the resin injection is sequentially superposed to form a foamed resin layer formed by the previous resin injection, whereby the foamed resin layer is filled with almost the entire space portion, and finally One part of the foamed resin layer formed by the resin injection overflows from the almost entire area of the open end of the other side to the outside and is solidified, so that the foamed resin layer is formed in a plurality of layers in the above space. Inside the department. Therefore, in the case where air accumulation or curing failure occurs in any of the multilayered foamed resin layers, the other foamed resin layer is a normal foamed resin layer which is free from air accumulation or poor curing. The normal foamed resin layer can be used to ensure the sealing property of the fixed portion of the window frame, and a window frame having high reliability such as no rain or dew condensation can be obtained, and the fixing strength of the window frame can be favorably maintained.
依據本申請案第3發明之固定狀態檢查方法，觀察藉由將從上述空間部之另一側的開口端溢出到外方且固化之溢出樹脂部予以切除而形成之樹脂剖面，藉此檢查窗框的固定狀態之好壞，故能高機率地發現在上述發泡樹脂層之較深部產生之固化不良，或起因於空氣積存之空洞的產生，且提高目視檢查精確度及信頼度。再者，藉此可確保窗框之固定部分的信頼度，並且，若透過檢查發現固化不良、空氣積存或空洞等時，可迅速地重新施工，或執行部分的補修等之應付措施。 According to the method for inspecting the state of the third aspect of the present invention, the resin cross section formed by the resin portion which has been overflowed from the open end on the other side of the space portion and which is solidified is cut off, thereby inspecting the window Since the fixing state of the frame is good or bad, it is possible to highly detect the curing failure occurring in the deep portion of the foamed resin layer or the generation of voids due to the accumulation of air, and to improve the visual inspection accuracy and reliability. Further, by this, the reliability of the fixed portion of the window frame can be ensured, and if the curing failure, air accumulation, voids, and the like are found through the inspection, the construction can be quickly re-constructed, or a part of the repair can be performed.
1、51‧‧‧軀體 1, 51‧‧‧ body
2、52‧‧‧開口部 2. 52‧‧‧ openings
2a、52a‧‧‧內周面 2a, 52a‧‧‧ inner circumference
3、53‧‧‧窗框 3, 53‧‧‧ window frame
3a、53a‧‧‧外周面 3a, 53a‧‧‧ outer perimeter
4、60‧‧‧發泡樹脂層 4, 60‧‧‧ foam resin layer
5‧‧‧配件 5‧‧‧Accessories
6‧‧‧注入槍 6‧‧‧Injection gun
7、57‧‧‧密封材料 7, 57‧‧‧ Sealing materials
8‧‧‧既設窗框 8‧‧‧With window frame
10、54‧‧‧空間部 10, 54‧‧‧ Space Department
11、12‧‧‧開口端 11, 12‧‧‧ open end
21‧‧‧第1發泡樹脂層 21‧‧‧1st foamed resin layer
22‧‧‧第2發泡樹脂層 22‧‧‧2nd foamed resin layer
23‧‧‧第3發泡樹脂層 23‧‧‧3rd foamed resin layer
24‧‧‧溢出樹脂部 24‧‧‧ Spilled Resin Department
55、56‧‧‧開口端 55, 56‧‧‧ open end
61、62、63‧‧‧空洞 61, 62, 63 ‧ ‧ hollow
L‧‧‧切除線 L‧‧‧Resection line
第1圖係表示軀體開口部與被安裝在此之窗框的相對關係之分解立體圖。 Fig. 1 is an exploded perspective view showing the relative relationship between the body opening and the window frame mounted thereto.
第2圖係表示窗框朝軀體開口部之安裝結束狀態的立體圖。 Fig. 2 is a perspective view showing a state in which the sash is attached to the opening of the body.
第3圖係第2圖之A-A擴大剖面圖。 Fig. 3 is an enlarged cross-sectional view taken along line A-A of Fig. 2.
第4圖係窗框朝軀體開口部的安裝作業之第1作業步驟說明圖。 Fig. 4 is an explanatory view showing a first working procedure of the mounting operation of the window frame toward the body opening.
第5圖係上述安裝作業之第2作業步驟中，第1發泡樹脂層之形成作業的說明圖。 Fig. 5 is an explanatory view showing the operation of forming the first foamed resin layer in the second working step of the above-described mounting work.
第6圖係上述第2作業步驟中，第2發泡樹脂層之形成作業的說明圖。 Fig. 6 is an explanatory view showing the operation of forming the second foamed resin layer in the second working step.
第7圖係上述第2作業步驟中，第3發泡樹脂層之形成作業的說明圖。 Fig. 7 is an explanatory view showing the operation of forming the third foamed resin layer in the second working step.
第8圖係相對於既有的窗框之改裝用窗框的安裝狀態說明圖。 Fig. 8 is an explanatory view of the mounting state of the sash for modification of the existing window frame.
第9圖係發泡樹脂固化層內之空洞的形成狀態說明圖。 Fig. 9 is an explanatory view showing a state of formation of voids in the cured layer of the foamed resin.
於第1圖，表示適用本發明的固定方法，而將窗或門扉的窗框3固定於被設置在軀體1之開口部2內時之施工前的狀態。此外，於第2圖及第3圖，表示施工結束狀態，亦即表示將上述窗框3嵌進上述軀體1的開口部2內，且在被形成在上述開口部2的內周面2a與上述窗框3的外周面3a之間的空間部10內，形成發泡樹脂層4， 利用此發泡樹脂層4將上述窗框3固定在上述軀體1的開口部2內之狀態。再者，在第3圖中，符號5係上述窗框3的內側之所裝配的窗與門扉等之配件。 Fig. 1 shows a state in which the fixing method of the present invention is applied, and the window frame 3 of the window or the door sill is fixed to the state before the construction in the opening 2 of the body 1. In addition, in the second and third figures, the construction completion state is shown, that is, the sash 3 is fitted into the opening 2 of the body 1, and is formed on the inner circumferential surface 2a of the opening 2 and The foamed resin layer 4 is formed in the space portion 10 between the outer peripheral surfaces 3a of the sash 3, The sash 3 is fixed to the opening 2 of the body 1 by the foamed resin layer 4. Further, in Fig. 3, reference numeral 5 is an accessory such as a window to which the inside of the window frame 3 is attached, a door sill or the like.
以下，一邊參照第4圖至第7圖，一邊說明對上述軀體1的開口部2之上述窗框3的固定方法。 Hereinafter, a method of fixing the window frame 3 to the opening 2 of the body 1 will be described with reference to FIGS. 4 to 7.
第1作業步驟係將上述窗框3裝設在上述軀體1之開口部2的內側之準備步驟，如第4圖所示，將上述窗框3嵌進到上述軀體1之開口部2的內側，且在上述開口部2的內周面2a與上述窗框3的外周面3a之間確保有預定的間隙之狀態下，將上述兩者間暫時接合且固定(圖示省略)。 The first working step is a step of preparing the sash 3 inside the opening 2 of the body 1. As shown in Fig. 4, the sash 3 is fitted inside the opening 2 of the body 1. In a state in which a predetermined gap is secured between the inner circumferential surface 2a of the opening 2 and the outer circumferential surface 3a of the sash 3, the both are temporarily joined and fixed (not shown).
在此暫時接合狀態下，於上述開口部2的內周面2a與上述窗框3的外周面3a之間，遍及該窗框3的全周而延伸，且於上述窗框3的表背兩面，形成有朝外部開放之空間部10。並且，此空間部10之左右一對開口端11、12中，一側之開口端11係由密封材料7密封略全周。此外，作為此密封材料7而言，例如，可適當地使用切割膠帶或平板狀的修飾構件等。 In the temporarily joined state, the inner peripheral surface 2a of the opening 2 and the outer peripheral surface 3a of the sash 3 extend over the entire circumference of the sash 3, and on the front and back sides of the sash 3 A space portion 10 that is open to the outside is formed. Further, of the pair of left and right open ends 11 and 12 of the space portion 10, the open end 11 on one side is sealed by the sealing material 7 for a full circumference. Further, as the sealing material 7, for example, a dicing tape or a flat-shaped decorative member or the like can be suitably used.
另一方面，上述空間部10之另一側的開口端12係遍及略全周而維持開放狀態，將發泡性樹脂注入到上述空間部10內時，從此開口端12將注入槍6***到上述空間部10內。 On the other hand, the open end 12 of the other side of the space portion 10 is maintained in an open state over a full circumference, and when the foamable resin is injected into the space portion 10, the injection gun 6 is inserted from the open end 12 to the inside. In the space portion 10 described above.
第2作業步驟係使用上述注入槍6將發泡性樹脂注入到上述空間部10內，且使之固化之步驟。此發泡性樹脂之注入，可採用一次的注入作業即完成全部量的注入作業之手法惟，在此實施形態中，從使形成在上述空間部10內之發泡樹脂層的密封性更確實(後述)之觀點來看，係以分為3次而階段性地進行注入作業。此外，此發泡性樹脂之注入作業的次數係視需要可任意設定，除了如上述以1次注入之方法、以3次注入之方法之外，例如，亦可設定為2次或4次以上。 In the second working step, the foaming resin is injected into the space portion 10 by the injection gun 6, and is solidified. The injection of the foamable resin can be carried out in a single injection operation, that is, the entire amount of the injection operation can be performed. In this embodiment, the sealing property of the foamed resin layer formed in the space portion 10 is more sure. From the viewpoint of (described later), the injection operation is performed in stages in three stages. In addition, the number of times of the injection work of the foamable resin can be arbitrarily set as needed, and may be set to 2 or more times, for example, by one injection method or three injection methods as described above. .
在此，對於上述發泡性樹脂加以說明時，就此發泡性樹脂而言，如胺酯樹脂、環氧樹脂、丙烯酸樹脂或烯烴樹脂等，可適當地在液體的樹脂原料中導入氮、LPG(Liquefied Petroleum Gas，液化石油氣)或氟氯烷等之氣體而形成氣泡且同時進行固化。再者，就此發泡性樹脂之固化方法而言，可適當地使用化學反應、紫外線照射、加熱或冷卻等之方法。尤其是利用化學反應固化之硬質聚胺酯，因容易處理，固化後的壓縮強度大，故更理想。 Here, when the foamable resin is described, the foamable resin such as an amine ester resin, an epoxy resin, an acrylic resin or an olefin resin can be appropriately introduced into the liquid resin raw material to introduce nitrogen and LPG. (Liquefied Petroleum Gas, liquefied petroleum gas) or a gas such as chlorofluorocarbon forms bubbles and simultaneously cures. In addition, as for the curing method of the foamable resin, a method such as chemical reaction, ultraviolet irradiation, heating or cooling can be suitably used. In particular, a hard polyurethane which is cured by a chemical reaction is more preferable because it is easy to handle and has a large compressive strength after curing.
首先，如第4圖所示，將上述注入槍6從上述另一側之開口端12***到上述空間部10內。然後如第5圖所示，將發泡性樹脂，以所設想之全使用量(足夠將上述空間部10內予以填充且使一部分從上述開口端12溢出到外方之 發泡性樹脂的使用量)之約1/3左右的量注入到上述空間部10內，使之發泡且固化。 First, as shown in Fig. 4, the injection gun 6 is inserted into the space portion 10 from the open end 12 of the other side. Then, as shown in Fig. 5, the foamable resin is used in an intended amount (sufficiently filled in the space portion 10 and partially overflowed from the open end 12 to the outside). An amount of about 1/3 of the amount of the foamable resin is injected into the space portion 10 to be foamed and solidified.
此時，由於上述空間部10係僅該一側之開口端11被上述密封材料7所密封，另一側之開口端12朝外部開放，因此被注入到上述空間部10的內部之發泡性樹脂因發泡膨脹而在上述空間部10的內部形成第1發泡樹脂層21時，該空間部10內的空氣伴隨著上述發泡性樹脂的膨脹，逐漸移動到開放之上述開口端12側。結果，可確實地防止空氣被包進上述第1發泡樹脂層21內而在此形成空氣積存，並且防止在固化之第1發泡樹脂層21內形成起因於上述空氣積存之空洞。 At this time, since the opening portion 11 of the one side of the space portion 10 is sealed by the sealing material 7, and the open end 12 of the other side is opened to the outside, the foaming property is injected into the inside of the space portion 10. When the first foamed resin layer 21 is formed in the space portion 10 by the foam expansion, the air in the space portion 10 gradually moves to the open end 12 side along with the expansion of the foamable resin. . As a result, it is possible to surely prevent air from being trapped in the first foamed resin layer 21, thereby forming air accumulation therein, and preventing formation of voids due to the accumulation of the air in the first foamed resin layer 21 to be solidified.
其次，如第6圖所示，以重疊於第1層之上述第1發泡樹脂層21的上側(亦即，上述窗框3之厚度方向的表面上)之方式，形成第2層之第2發泡樹脂層22。亦即，上述第1發泡樹脂層21固化至某程度之後，再次從上述開口端12側將上述注入槍6***到上述空間部10內，將需要量(全使用量之約1/3左右的量)之發泡性樹脂注入且使之發泡。 Next, as shown in FIG. 6, the second layer is formed so as to overlap the upper side of the first foamed resin layer 21 of the first layer (that is, on the surface in the thickness direction of the sash 3). 2 foamed resin layer 22. In other words, after the first foamed resin layer 21 is cured to a certain extent, the injection gun 6 is inserted into the space portion 10 from the open end 12 side again, and the required amount is about 1/3 of the total usage. The amount of the foaming resin is injected and foamed.
此時，新注入之發泡性樹脂係在密合於上述第1發泡樹脂層21的表面上之狀態下開始發泡，且朝上述開口端12側膨脹，而在上述第1發泡樹脂層21之表面上形成新的第2發泡樹脂層22。於此第2發泡樹脂層22 之發泡形成時，該周邊的空氣伴隨著發泡性樹脂的發泡膨脹而朝開放之上述開口端12側移動，確實地防止被包進到上述第2發泡樹脂層22內而形成空氣積存，因此，亦可確實地防止空洞形成在固化後之第2發泡樹脂層22內。 At this time, the newly injected foaming resin starts to foam in a state of being in close contact with the surface of the first foamed resin layer 21, and expands toward the opening end 12 side, and the first foamed resin is used. A new second foamed resin layer 22 is formed on the surface of the layer 21. Here, the second foamed resin layer 22 When the foaming is formed, the surrounding air moves toward the open end 12 side of the opening along with the foaming expansion of the foamable resin, and is prevented from being trapped in the second foamed resin layer 22 to form air. Since it is accumulated, it is possible to surely prevent voids from being formed in the second foamed resin layer 22 after curing.
其次，如第7圖所示，以重疊在第2層之上述第2發泡樹脂層22的上側之方式，形成第3層第3發泡樹脂層23。亦即，上述第2發泡樹脂層22固化至某程度之後，再次從上述開口端12側將上述注入槍6***到上述空間部10內，將需要量(全使用量之約1/3左右的量)之發泡性樹脂注入且使之發泡。 Then, as shown in Fig. 7, the third layer of the third foamed resin layer 23 is formed so as to overlap the upper side of the second foamed resin layer 22 of the second layer. In other words, after the second foamed resin layer 22 is cured to a certain extent, the injection gun 6 is inserted into the space portion 10 from the open end 12 side again, and the required amount is about 1/3 of the total usage. The amount of the foaming resin is injected and foamed.
此時，新被注入之發泡性樹脂在密合於上述第2發泡樹脂層22的表面上之狀態下開始發泡，且朝上述開口端12側膨脹，而在上述第2發泡樹脂層22的表面上形成新的第3發泡樹脂層23，並且，其一部分從上述開口端12之略整個區域溢出到外方而成為***的狀態。此外，以下，將此上述第3發泡樹脂層23中，從上述開口端12溢出到外方而形成之部分，稱為溢出樹脂部24。 At this time, the newly injected foaming resin starts to foam in a state of being in close contact with the surface of the second foamed resin layer 22, and expands toward the opening end 12 side, and the second foaming resin is formed. A new third foamed resin layer 23 is formed on the surface of the layer 22, and a part thereof overflows from the entire region of the open end 12 to the outside to be in a raised state. In the following, the portion of the third foamed resin layer 23 that is formed by overflowing from the open end 12 to the outside is referred to as an overflow resin portion 24.
於此第3發泡樹脂層23之發泡形成時，周邊的空氣伴隨著發泡性樹脂的發泡膨脹而朝開放之上述開口端12側移動，確實地防止被包進到上述第3發泡樹脂層23內而形成空氣積存，因此，亦可確實地防止空洞形成在固化後之第3發泡樹脂層23內以及上述溢出樹脂部24內。 When the foaming of the third foamed resin layer 23 is formed, the surrounding air moves toward the open end 12 side of the opening along with the foaming expansion of the foamable resin, and is surely prevented from being wrapped in the third hair. Air is accumulated in the foamed resin layer 23, so that voids can be surely prevented from being formed in the third foamed resin layer 23 after curing and in the overflow resin portion 24.
第3作業步驟係將上述第3發泡樹脂層23中從上述開口端12溢出到外部而固化的上述溢出樹脂部24，以二點鎖線表示之切除線L予以切除之步驟。藉由此溢出樹脂部24的切除，而於上述空間部10內形成三層的發泡樹脂層，亦即，形成由相互密合之上述第1發泡樹脂層21、上述第2發泡樹脂層22、及上述第3發泡樹脂層23所形成之發泡樹脂層4，藉此，可得到使用有如第3圖所示之當初預定的發泡樹脂層4的窗框之固定構造。 In the third working step, the overflow resin portion 24 which is solidified by overflowing from the open end 12 to the outside of the third foamed resin layer 23 is cut by a cut line L indicated by a two-dot line. By the removal of the overflow resin portion 24, three layers of the foamed resin layer are formed in the space portion 10, that is, the first foamed resin layer 21 and the second foamed resin are formed to be in close contact with each other. The foamed resin layer 4 formed of the layer 22 and the third foamed resin layer 23 can thereby obtain a fixing structure of a window frame using the foaming resin layer 4 originally defined as shown in Fig. 3.
在經過以上的作業步驟而形成之上述發泡樹脂層4中，形成為由上述第1發泡樹脂層21、第2發泡樹脂層22以及第3發泡樹脂層23所構成之多層狀，而且各發泡樹脂層21至23係於內部無空氣積存，且以在固化狀態下在該內部亦不產生空洞之方式形成，各發泡樹脂層21至23各別的密封性高，因此，將上述各發泡樹脂層21至23重疊成多層狀而得到之上述發泡樹脂層4亦具有高的密封性，而可確實地防止來自該發泡樹脂層4部分之漏雨、結露等。 The foamed resin layer 4 formed through the above-described work steps is formed into a plurality of layers composed of the first foamed resin layer 21, the second foamed resin layer 22, and the third foamed resin layer 23. Further, each of the foamed resin layers 21 to 23 is formed without air inside, and is formed in such a manner that no voids are formed in the inside in a cured state, and each of the foamed resin layers 21 to 23 has a high sealing property. The foamed resin layer 4 obtained by laminating the above-mentioned foamed resin layers 21 to 23 in a plurality of layers also has high sealing property, and can reliably prevent leakage and condensation from the foamed resin layer 4 portion. Wait.
此外，例如，萬一，即使在上述多層狀的發泡樹脂層21至23的任一者(例如，在第1發泡樹脂層21)因任何的原因而產生空氣積存或固化不良時，其他的發泡樹脂層(亦即，第2發泡樹脂層22及第3發泡樹脂層23)若為無空氣積存或固化不良之正常的發泡樹脂層，則透過 此正常的發泡樹脂層22、23亦可確保窗框固定部分(亦即，整個發泡樹脂層4)的密封性，而可得到不產生漏雨、結露等之信頼度高的窗框。 In addition, for example, in any of the above-described multilayered foamed resin layers 21 to 23 (for example, in the first foamed resin layer 21), air accumulation or curing failure occurs for any reason, The other foamed resin layer (that is, the second foamed resin layer 22 and the third foamed resin layer 23) is a normal foamed resin layer which is free from air accumulation or curing failure, and is transmitted through The normal foamed resin layers 22 and 23 can also secure the sealing property of the window frame fixing portion (that is, the entire foamed resin layer 4), and can obtain a window frame having high reliability such as no rain or dew condensation.
第4作業步驟係進行上述發泡樹脂層4對窗框3的固定狀態之檢查步驟。以上已說明了僅將上述空間部10的一側之開口端11予以密封，且將另一側之開口端12設為開放狀態，在此狀態下，於上述空間部10內藉由使發泡性樹脂發泡膨脹，防止周邊的空氣封入到上述各發泡樹脂層21至23內而產生空氣積存，且防止起因於此空氣積存而在固化之發泡樹脂層內產生空洞。但是，亦無法完全排除萬一因任何的原因而產生空氣積存或空洞之可能性。 The fourth working step is a step of inspecting the state in which the foamed resin layer 4 is fixed to the window frame 3. As described above, only the open end 11 of one side of the space portion 10 is sealed, and the open end 12 of the other side is opened, and in this state, foaming is performed in the space portion 10 The resin foam expands and expands, and the surrounding air is prevented from being enclosed in the respective foamed resin layers 21 to 23 to generate air, and voids are generated in the cured foamed resin layer due to the accumulation of air. However, it is impossible to completely rule out the possibility of air accumulation or voids for any reason.
再者，例如，依發泡性樹脂的注入作業時之溫度狀況，亦無法完全排除上述各發泡樹脂層21至23未充分地固化之固化不良產生的可能性。 Further, for example, depending on the temperature condition at the time of the injection operation of the foamable resin, the possibility of occurrence of curing failure in which the respective foamed resin layers 21 to 23 are not sufficiently cured cannot be completely excluded.
並且，此種發泡樹脂層4內的空洞或固化不良的存在之有無，係可成為該發泡樹脂層4之強度性能的適當與否，以及使用該發泡樹脂層4的上述窗框3之對上述開口部2之固定狀態的好壞之判斷要素。 Further, the presence or absence of voids or curing defects in the foamed resin layer 4 is suitable for the strength properties of the foamed resin layer 4, and the above-described window frame 3 using the foamed resin layer 4. The judging element for the quality of the fixed state of the opening portion 2 is determined.
為此，在此實施形態中，適用本發明之固定狀態檢查方法，目視從上述第3發泡樹脂層23切除上述溢出樹脂部24而形成之上述第3發泡樹脂層23側的切除面，來確認在該切除面是否產生空洞或固化不良，此外確 認是否有顯示上述現象存在於發泡樹脂層4的內部之可能性之任何的跡象。 Therefore, in this embodiment, the method of inspecting the fixed state of the present invention is applied, and the cut surface of the third foamed resin layer 23 side formed by cutting the overflow resin portion 24 from the third foamed resin layer 23 is visually observed. To confirm whether there is a void or curing failure on the cut surface, It is recognized whether there is any indication that the above phenomenon exists in the inside of the foamed resin layer 4.
此時，由經驗可知，比起上述空洞或固化不良露出而產生在上述發泡樹脂層4的形成表面(亦即，上述溢出樹脂部24的表面)之可能性，在該形成表面的內部產生之可能性較高。因此，如此實施形態，並非以目視檢查上述發泡樹脂層4形成時的表面(亦即，上述溢出樹脂部24的表面)，而藉由以目視檢查從上述第3發泡樹脂層23切除了上述溢出樹脂部24後的切除面，能以更高的機率確實地發現上述發泡樹脂層4之空洞或固化不良的有無，且可提高目視檢查精確度及信頼度。 In this case, it is known from experience that the surface of the foamed resin layer 4 (that is, the surface of the overflow resin portion 24) is generated in comparison with the void or the poor curing, and the inside of the surface is formed. The possibility is higher. Therefore, in the embodiment, the surface of the foamed resin layer 4 (that is, the surface of the overflow resin portion 24) is not visually inspected, and the third foamed resin layer 23 is removed by visual inspection. The resection surface after the overflow of the resin portion 24 can reliably detect the presence or absence of voids or curing failure of the foamed resin layer 4 at a higher probability, and can improve visual inspection accuracy and reliability.
此外，透過此切除面的目測檢查，例如，確認到空洞或固化不良的存在或其可能性時，係採取發泡樹脂層4的去除及再形成之重新施工，或發泡樹脂層4之部分的補修等之必要的應付措施。 Further, by visual inspection of the cut surface, for example, when the presence of voids or poor curing or the possibility thereof is confirmed, the removal and re-formation of the foamed resin layer 4 is performed, or a part of the foamed resin layer 4 is used. The necessary measures for repairs, etc.
在上述實施形態中，以將上述窗框3固定於被設置在上述軀體1之開口部2的內側之情況為例子作了說明，而本發明不限定於此種構成，例如，如第8圖所示，將新的窗框3固定在已安裝在軀體1的開口部2之既設的窗框8之內側時，亦即，亦可適於用改裝窗或改裝門扉之窗框3的固定。 In the above embodiment, the case where the sash 3 is fixed to the inside of the opening 2 of the body 1 has been described as an example, but the present invention is not limited to such a configuration, for example, as shown in FIG. As shown, the new sash 3 is fixed to the inside of the existing sash 8 which has been mounted on the opening 2 of the body 1, that is, it can also be adapted to the fixing of the sash 3 by the modified window or the modified sill.
本發明之窗框的固定方法及固定狀態檢查方法係可利用在窗框的新安裝作業或改裝時安裝作業中。 The fixing method and the fixed state inspection method of the window frame of the present invention can be utilized in the installation work during the new installation work or modification of the window frame.
1‧‧‧軀體 1‧‧‧ body
2‧‧‧開口部 2‧‧‧ openings
3‧‧‧窗框 3‧‧‧Window frame
3a‧‧‧外周面 3a‧‧‧ outer perimeter
5‧‧‧配件 5‧‧‧Accessories
7‧‧‧密封材料 7‧‧‧ Sealing material
8‧‧‧既設窗框 8‧‧‧With window frame
10‧‧‧空間部 10‧‧‧ Space Department
11、12‧‧‧開口端 11, 12‧‧‧ open end
21‧‧‧第1發泡樹脂層 21‧‧‧1st foamed resin layer
22‧‧‧第2發泡樹脂層 22‧‧‧2nd foamed resin layer
23‧‧‧第3發泡樹脂層 23‧‧‧3rd foamed resin layer
24‧‧‧溢出樹脂部 24‧‧‧ Spilled Resin Department
L‧‧‧切除線 L‧‧‧Resection line
Claims (3)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW105119146A TWI714601B (en) | 2016-06-17 | 2016-06-17 | Method for fixing sash frame and method for inspecting fixed state |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW105119146A TWI714601B (en) | 2016-06-17 | 2016-06-17 | Method for fixing sash frame and method for inspecting fixed state |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| TW201800655A true TW201800655A (en) | 2018-01-01 |
| TWI714601B TWI714601B (en) | 2021-01-01 |
Family
ID=61725395
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW105119146A TWI714601B (en) | 2016-06-17 | 2016-06-17 | Method for fixing sash frame and method for inspecting fixed state |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWI714601B (en) |
Family Cites Families (8)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| SE0100233L (en) * | 2001-01-26 | 2002-09-03 | Bombardier Transp Gmbh | A fixed window and a way to fix a window |
| CN1851224A (en) * | 2006-05-25 | 2006-10-25 | 深圳市啟盛新型建材技术开发有限公司 | Method for mounting door-window |
| TWI479073B (en) * | 2010-09-16 | 2015-04-01 | Chi Mei Corp | Combination device of window frame and building structure and its construction method |
| TWM433451U (en) * | 2012-02-10 | 2012-07-11 | Reiju Constuction Co Ltd | Anti-spill structure for window frame of building |
| CN102777107A (en) * | 2012-06-28 | 2012-11-14 | 大连金房子门窗制造有限公司 | Method for mounting window frame |
| KR101288815B1 (en) * | 2012-10-26 | 2013-07-23 | 한국건설기술연구원 | Filling material, window and filling method |
| CN104213800B (en) * | 2014-08-29 | 2018-02-06 | 中国建筑第八工程局有限公司 | Antiseep Combined aluminium alloy window and its installation method |
| CN104343325B (en) * | 2014-09-02 | 2017-07-28 | 东莞市万科建筑技术研究有限公司 | A kind of building door window frame and the method for blocking in hole gap |
-
2016
- 2016-06-17 TW TW105119146A patent/TWI714601B/en active
Also Published As
| Publication number | Publication date |
|---|---|
| TWI714601B (en) | 2021-01-01 |
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