M270142 八、新型說明： 【新型所屬之技術領域】 本創作係關於一種内附吸振封件控制液體流動之容器，係用 於控制儲存在容器内液體之流動及在運送液體過程中吸收振動。 【先前技術】 按，於容器中儲存封裝有液體時，若於運送該容器之過程， 該容器係必須具有防渗漏功用，且該容器並需易於開啟，以利於 取出儲存於容器内之内容物。 然而，習用容器在運送過程中，該容器内之液體會遭受振 因該振動所產生之麼力，將會造成容器破裂及/或造成液 —合器内/參漏出。另外’當容器開啟，欲取出儲存於容器内之 内容物時，並無法控制内容物流出容科之流動速率。目前對於 :出谷器外之液體’可說欠缺暨經濟又準確的預設流動速率之方 【新型内容】 按’於谷n中儲存封裝有液體時，若於運送該容器之過程， ::::必ί具有防滲漏功用，且該容器並需易於開啟，以利於 取出儲存於容器内之内容物。 然而’習用容器在運送過 咬疋過私中，5亥谷器内之液體會遭受振 動’且因該振動所產生之懕六 β ^ ^ ^ , 力將曰以成谷器破裂及/或造成液 内衮铷拄^ ^ , 田谷器開啟，欲取出儲存於容器内之 円谷物時，並無法控制内容物流 流出容器外之評流動速率。目前對於 法。》 液體，可說人缺暨經濟又準確的預設流動速率之方 【實施方式】 其二係顯示吸振封件1之較佳具體實例；主要包含有一, 吕狀各器，該細長管狀容5|且右 、、、 管狀宏^杯 搶封之端部4、5,並於食 吕狀谷内插入一吸振封件〗， 該及振封件1係接近容器之部 M270142 4 長管並狀與容該 ^ 2,該液二5療 =，透過吸振封件i之阻隔，致使液體2與預‘氣 =Γ:Γ之密封，使裝填於容器内之液體2無法渗漏出， 部5之外側周邊上設有一預定開啟機構6,該 2導弓 =:痕，以易於將容器折斷開啟，進而將液體 在運送細長管狀容器之過程中，該据 τ忒及搌封件1將抵擋液體2 =移動，並將所承受之壓力傳送至預設氣室3中，以透過預設氣 至3分散壓力，進而抑止液體產生之振動，並保持預設氣室3與 液體2之隔阻；當欲將裝填於容器内之液體2取出時，係將容器 上之預定開啟機構6之刻痕折斷，即可將容器開啟，_旦容器被 開啟，該液體2可由預先貼放在容器已開啟端部5處之制者口 部，以產生真空力吸出容器外。 該細長管狀容器可在高於正常空氣壓力之環境中被密封，即 可產生一加壓氣室3 ;而該液體2係為不可壓縮；在氣室3中的 空氣，將被加壓至相同於其被密封時加壓環境之壓力；吸振封件 1將最為氣室3與液體2之分隔，且該吸振封件丨亦可將所承受 之壓力傳送至氣室3中，透過氣室3内之的空氣抑止在運送期 間，液體2所歷經之振動；該容器之二端部4、5係被密封，以 致液體2無法滲漏出；該預定開啟機構6可刻劃在容器之外側周 邊處，以將容器在液體2部分的預定開啟機構6處予以打斷開啟。 在運送過程中，吸振封件丨將抵擋液體2之移動，並將所承 又之壓力傳送至氣室3,使該氣室中之空氣可分散壓力，以抑止 液體所產生之振動’並可保持對於液體2之隔阻；當要由容器取 出液體2時，係將容器上之預定開啟機構6之刻痕折斷，以將容 器開啟；若容器被開啟時，液體2將依據空氣壓力、黏度、及吸 M270142 振封件1之長度所決定之速率， 體流出容器外。 ❹透過乳至3中之空氣愿力強迫液 將在若吸㈣件1係為-較高點度及/或長度較長時，該液體2 預疋延遲之後，及在-控制下以較慢速度流出容器。 右吸振封件1料—較低㈣及/或長 即可迅速流出容器外。 了农㈣2 :所，液體2流量，係可以折斷内部裝填有液體2之容 啟機構6處之端部5所決定。該㈣裝填有液體2 由容器折斷開啟時，將在其内留持液體2,因液體2被 被封在端部5,且大氣麼力將防止被容裝在其中之液體2流出。 写且ft不吸振封件1、U之另一具體實例。該細長管狀容 、有兩在封之端冑4、5,並於細長管狀容器内插入二吸振封 、1 11 ’該吸振封件卜u係分別插入接近容器之兩端部4、5， 並=兩端部4、5皆保持一距離，以形成一預設氣室7、8，該 預。又氣至7、8内存放有线，並於該細長管狀容器内之兩吸振 封件1、局部的裝填有所需之液體2，該液體2可為醫療藥 劑m薄荷、或任何其他化學#劑，透過吸振封件卜 11之▲阻隔，致使液體2與預設氣室7、8相分隔，並透過端部4、 5之密封’使裝填於容器内之液體2無法滲漏出，並於容器之接 近端部4、5之外側周邊上各設有一預定開啟機構9、ι〇，該預 定開啟機構9、1〇可為—刻痕，卩易於將容器折斷開啟。μ 在運送過程中，該二吸振封件丨、η將抵擋液體2之移動， 並將所承受之壓力傳送至氣室7、8中，透過氣室7、8内之空氣 分散壓力，以抑止液體2所產生之振動，並穩定保持氣室 與液體2之隔阻。當欲將液體2自容器内取出時，係將容器上之 預定開啟機構9、1〇之刻痕折斷，以將容器開啟。一旦容器之二 端部4、5被開啟時，該液體2即會依據黏度及吸振封件1、u 之長度決定之速率下流出容器外。 M270142 若吸振封件1、11係為一較高黏度及/或長度較長時，該流體 2將在一預定延遲之後，及在一控制下，以較慢速度流出容器外。 若吸振封件1、11係為一較低黏度及/或長度較短時，該液體 2將以最快速度下流出容器外。 人‘ 另外，該液體2並不會被浪費或滲漏出，因該容器兩端部4、 5之開啟口位於氣室7、8處，且該液體2係容置於兩吸振封件卜 11間，若容器之二端部4、5被開啟時，該液體2即會藉由本身 之重里強迫其通路流過吸振封件1或1 1。 該容器可在高於正常空氣壓力之環境中被密封，其將產生加 壓氣室7、8。液體2為不可壓縮。在氣室7、8中的空氣將被加 壓至相同於其被密封時之加壓環境的壓力。因在容器之二個端部 4、5皆設有氣室7、8，並將液體2保持位於容器之中間處；該 吸振封件1、11將保持氣室7、8與液體2之分隔，致使吸振封 件1、11可傳送壓力至氣室7、8中的空氣處，以抑止在運送過 程中液體所歷經之振動。 當欲將液體2自容器内取出時，該容器之二個端部4、$的 任一者皆可被開啟；一旦容器之其中一端被開啟時，在容器未開 啟端之氣室7或8中的空氣壓力，將迫使液體2於一預定延遲 後’以預定之速率下離開容H;該液體2將依據黏度及吸振封件 1、11之長度所決定之速率下流出容器。 圖三係顯示吸振封件12之另一具體實例；主要係將一吸振 封件12插入一細長管狀容器中’容器可由二個端部4、5被開啟； -預設氣室13、14被形成在容器之二個端部4、5處並透過吸 振封件U將兩預設氣室13、14隔開；容器之二個端部…於 局部真^或負壓環境中被密封，在容器之二個端部4、5被密封 後，軋室13、14將具有局部真空或負壓，並可於容器之兩端之 外侧周邊上各s又置-預定開啟機冑15、i 6，該預^開啟機構可 為一刻痕’以易於將容器折斷，使其可在氣室13、14中的預定 M270142 開啟機構15、16處’將容器開啟。 所完成之容器可用以收集液體之樣本，使用該容器收集諸 如：唾液或其他人體液體，以供醫療檢驗之液體樣本；折斷在容 器上，且位於將被收集液體處之數個刻痕所決定的數個預定開啟 機構之一將容器開啟，由其是密封開啟端4，·當容器之端部4被 開啟時，該谷器之另一端部5之氣室14中的真空力，會在一預 定延遲之後緩慢將吸振封件12朝向封閉端部5移動，^具有足 夠時間將欲收集之液體吸入容器中；而該吸振封件12之移動， 係需在容器之被開啟端4處產生一真空，以將液體吸入容器並將 液體保存在容器中。當要將所收集之液體由容器中取出時，係將 没置在封閉端部5之預定開啟機構16折斷開啟，以允許空氣進 入氣室14，以平衡在氣室14中的局部真空或負壓；當大氣空氣 進入氣至14後，所收集之液體將在一預定延遲之後緩慢地流出 容器外。 再者，所收集之液體將依據黏度與吸振封件12之長度所決 定之速率下流進容器内或流出容器外。若吸振封件12係為一較 高黏度及/或長度較長時，該所收集之液體將在一預定延遲之 後’及在一控制下，以較慢速度流進容器内或流出容器外。若吸 振封件12係為一較低黏度及/或長度較短時，該所收集之液體幾 乎以最快速度流進容器内或流出容器外。 【圖式簡單說明】 圖一為本創作内附吸振封件控制液體流動之容器之第 一實施示意圖； 圖二為本創作内附吸振封件控制液體流動之容器之第 二實施示意圖；以及 圖二為本創作内附吸振封件控制液體流動之容器之第 二實施不意圖。 【主要元件符號說明】 M270142 1吸振封件 2液體 3氣室 4端部 5端部 6預定開啟機構 7吸振封件 8液體 9氣室 10端部 1 1端部 1 2預定開啟機構 13氣室 14氣室 1 5預定開啟機構 1 6預定開啟機構 1 7吸振封件 1 8吸振封件 19氣室 20氣室 21預定開啟機構 22預定開啟機構M270142 8. Description of the new type: [Technical field to which the new type belongs] This creation relates to a container with a vibration-absorbing seal inside to control the flow of liquid. It is used to control the flow of liquid stored in the container and to absorb vibration during the transportation of liquid. [Previous technology] Press, when the container is stored with the liquid sealed, if the container is transported, the container must have the function of preventing leakage, and the container must be easy to open to facilitate the removal of the contents stored in the container. Thing. However, during the transportation of the conventional container, the liquid in the container will be subjected to vibration due to the force generated by the vibration, which will cause the container to rupture and / or cause leakage of the liquid-in-the-coupling / parameter. In addition, when the container is opened and the content stored in the container is to be taken out, the flow rate of the content out of Rongke cannot be controlled. At present, the liquid outside the trough device can be said to be lacking and an economical and accurate method of presetting the flow rate. [New content] When the liquid is stored in the trough n, if the container is transported, ::: : It must have anti-leakage function, and the container must be easy to open to facilitate the removal of the contents stored in the container. However, 'conventional containers have been subjected to vibrations during transportation, and the liquid in the 5th valley device will be subject to vibrations', and due to this vibration, the force of β6 ^^^^^ will break and / or cause In the liquid 衮 铷 拄 ^ ^, the tarmac is turned on. When you want to remove the 円 grains stored in the container, you cannot control the flow rate of the content stream flowing out of the container. Currently for France. 》 Liquid, it can be said that the lack of people and the economic and accurate preset flow rate [Embodiment] The second series shows a better specific example of the vibration-absorbing seal 1; mainly includes a lug-shaped container, the slender tubular container 5 | And the right ,,, and tubular macro ^ cups grab the sealed ends 4,5, and insert a vibration-absorbing seal in the food valley. The vibration seal 1 is close to the container M270142 4 long tube and shaped like Let the ^ 2, the liquid 2 and the 5 treatment =, through the barrier of the vibration absorbing seal i, so that the liquid 2 and the pre-gas = Γ: Γ seal, so that the liquid 2 filled in the container can not leak out, part 5 A predetermined opening mechanism 6 is provided on the outer periphery, and the 2 guide bow =: marks are used to easily break the container and open it, and then the liquid is transported in the process of the elongated tubular container. The seal τ 忒 and the seal 1 will resist the liquid 2 = Move and transmit the pressure to the preset air chamber 3 to disperse the pressure through the preset air to 3, thereby suppressing the vibration of the liquid and maintaining the barrier between the preset air chamber 3 and the liquid 2; When the liquid 2 filled in the container is to be taken out, the nick of the predetermined opening mechanism 6 on the container is folded. When the container is broken, the container can be opened. Once the container is opened, the liquid 2 can be affixed to the mouth of the manufacturer at the opened end 5 of the container in advance to generate a vacuum force and suck it out of the container. The slender tubular container can be sealed in an environment higher than normal air pressure, and a pressurized air chamber 3 can be generated; the liquid 2 is incompressible; the air in the air chamber 3 will be pressurized to the same The pressure of the pressurized environment when it is sealed; the vibration-absorbing seal 1 separates the air chamber 3 from the liquid 2 and the vibration-absorbing seal 丨 can also transmit the pressure it receives to the air chamber 3 and pass through the air chamber 3 The air inside suppresses the vibration experienced by the liquid 2 during transportation; the two ends 4, 5 of the container are sealed so that the liquid 2 cannot leak out; the predetermined opening mechanism 6 can be marked on the periphery of the outer side of the container To interrupt the opening of the container at the predetermined opening mechanism 6 of the liquid 2 portion. During transportation, the vibration-absorbing seal 丨 will resist the movement of liquid 2 and transmit the pressure it bears to the air chamber 3, so that the air in the air chamber can disperse the pressure to suppress the vibration generated by the liquid. Keep the barrier against liquid 2; when the liquid 2 is to be taken out from the container, the nick of the predetermined opening mechanism 6 on the container is broken to open the container; if the container is opened, the liquid 2 will be based on the air pressure and viscosity , And the rate determined by the length of the suction M270142 vibration seal 1, the body flows out of the container. The liquid forced through the milk to 3 will force the liquid 2 after the pre-dialysis of the liquid 2 is delayed if the suction element 1 is -higher and / or the length is longer, and slower under -control Speed out of container. Right Shock Absorptive Material 1—lower ㈣ and / or long to quickly flow out of the container. The farmhouse 2: So, the flow of liquid 2 is determined by breaking the end 5 of the capacity opening mechanism 6 filled with liquid 2 inside. When the container is filled with liquid 2 when it is broken and opened by the container, the liquid 2 will be held in it, because the liquid 2 is sealed at the end 5 and the atmospheric force will prevent the liquid 2 contained in it from flowing out. Another specific example of writing and ft does not absorb vibration seals 1, U. The slender tubular container has two ends 封 4 and 5 in the seal, and two vibration absorbing seals 111 are inserted into the slender tubular container. The vibration absorbing seals bu are respectively inserted near the two ends 4,5 of the container, and = Both ends 4, 5 are kept at a distance to form a preset air chamber 7, 8 which should be preset. It is stored in the wire until 7 and 8, and the two vibration-absorbing seals 1 in the elongated tubular container are partially filled with the required liquid 2. The liquid 2 can be a medical agent, mint, or any other chemical agent. Through the ▲ block of the vibration-absorbing seal 11, the liquid 2 is separated from the preset air chambers 7 and 8, and the sealing of the ends 4 and 5 makes the liquid 2 filled in the container unable to leak out, and A predetermined opening mechanism 9, 10 is provided on the periphery of the container near the end portions 4, 5 on the outer side, and the predetermined opening mechanism 9, 10 may be a nick, which is easy to break and open the container. μ During the transportation process, the two vibration-absorbing seals 丨 and η will resist the movement of liquid 2 and transmit the pressure to the air chambers 7 and 8 to disperse the pressure through the air in the air chambers 7 and 8 to suppress The vibration generated by the liquid 2 stably maintains the barrier between the air chamber and the liquid 2. When the liquid 2 is to be taken out of the container, the nicks of the predetermined opening mechanisms 9, 10 on the container are broken to open the container. Once the two ends 4 and 5 of the container are opened, the liquid 2 will flow out of the container at a rate determined by the viscosity and the length of the vibration-absorbing seals 1, u. M270142 If the vibration-absorbing seals 1 and 11 have a higher viscosity and / or a longer length, the fluid 2 will flow out of the container at a slower speed after a predetermined delay and under a control. If the vibration absorbing seals 1 and 11 have a lower viscosity and / or a shorter length, the liquid 2 will flow out of the container at the fastest speed. In addition, the liquid 2 will not be wasted or leaked out, because the openings at the two ends 4, 5 of the container are located at the air chambers 7, 8 and the liquid 2 is contained in two vibration-absorbing seals. In 11 rooms, if the two end portions 4 and 5 of the container are opened, the liquid 2 will force its path to flow through the vibration-absorbing seal 1 or 11 by its own weight. The container can be sealed in an environment above normal air pressure, which will create pressurized air chambers 7,8. Liquid 2 is incompressible. The air in the air chambers 7, 8 will be pressurized to the same pressure as the pressurized environment when it is sealed. Because the two ends 4 and 5 of the container are provided with air chambers 7 and 8 and the liquid 2 is kept at the middle of the container; the vibration-absorbing seals 1 and 11 keep the air chambers 7 and 8 separated from the liquid 2 , So that the vibration-absorbing seals 1 and 11 can transmit pressure to the air in the air chambers 7 and 8 to suppress the vibration experienced by the liquid during the transportation process. When the liquid 2 is to be taken out of the container, any one of the two ends 4, $ of the container can be opened; once one end of the container is opened, the air chamber 7 or 8 at the unopened end of the container The air pressure in the liquid will force the liquid 2 to leave the container H at a predetermined rate after a predetermined delay; the liquid 2 will flow out of the container at a rate determined by the viscosity and the length of the vibration-absorbing seals 1, 11. Figure 3 shows another specific example of the vibration-absorbing seal 12; it mainly inserts a vibration-absorbing seal 12 into an elongated tubular container. The container can be opened by two ends 4, 5;-the preset air chambers 13, 14 are It is formed at the two end portions 4 and 5 of the container and separates the two preset air chambers 13 and 14 through the vibration-absorbing seal U. The two end portions of the container are sealed in a local true or negative pressure environment. After the two ends 4, 5 of the container are sealed, the rolling chambers 13, 14 will have a partial vacuum or negative pressure, and can be placed on the outer periphery of the two sides of the two sides of the container-predetermined opening machines 胄 15, i 6 The pre-opening mechanism may be a notch 'to easily break the container, so that it can open the container at the predetermined M270142 opening mechanism 15, 16 in the air chambers 13,14'. The completed container can be used to collect a sample of liquid. Use the container to collect liquid samples such as: saliva or other human fluids for medical examination; broken on the container and located by a number of scores where the liquid will be collected One of the several predetermined opening mechanisms opens the container, which is the sealed open end 4, when the end portion 4 of the container is opened, the vacuum force in the air chamber 14 of the other end portion 5 of the trough device will be in After a predetermined delay, slowly move the vibration-absorbing seal 12 toward the closed end 5 and have sufficient time to suck the liquid to be collected into the container; and the movement of the vibration-absorbing seal 12 needs to be generated at the opened end 4 of the container A vacuum is drawn into the container and the liquid is kept in the container. When the collected liquid is to be taken out of the container, the predetermined opening mechanism 16 not placed on the closed end 5 is broken and opened to allow air to enter the air chamber 14 to balance the partial vacuum or negative pressure in the air chamber 14 After the atmospheric air enters the air to 14, the collected liquid will slowly flow out of the container after a predetermined delay. Furthermore, the collected liquid will flow down into the container or out of the container at a rate determined by the viscosity and the length of the vibration-absorbing seal 12. If the vibration absorbing seal 12 is of a higher viscosity and / or a longer length, the collected liquid will flow into or out of the container at a slower speed after a predetermined delay 'and under a control. If the vibration absorbing seal 12 has a lower viscosity and / or a shorter length, the collected liquid flows into or out of the container at the fastest speed. [Schematic description] Figure 1 is a schematic diagram of the first implementation of a container with a vibration-absorbing seal to control liquid flow; Figure 2 is a schematic diagram of a second implementation of a container with a vibration-absorbing seal to control liquid flow; and The second is not intended for the second implementation of a container with a vibration-absorbing seal to control liquid flow. [Description of main component symbols] M270142 1 Vibration absorbing seal 2 Liquid 3 Air chamber 4 End 5 End 6 Scheduled opening mechanism 7 Vibration seal 8 Liquid 9 Air chamber 10 End 1 1 End 1 2 Scheduled opening mechanism 13 Air chamber 14 Air chamber 1 5 Scheduled opening mechanism 1 6 Scheduled opening mechanism 1 7 Vibration-absorbing seal 1 8 Vibration-absorbing seal 19 Air chamber 20 Air chamber 21 Scheduled opening mechanism 22 Scheduled opening mechanism