TWI557036B - Press-open type storage device with prestressed to open closure - Google Patents
Press-open type storage device with prestressed to open closure Download PDFInfo
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- TWI557036B TWI557036B TW098112954A TW98112954A TWI557036B TW I557036 B TWI557036 B TW I557036B TW 098112954 A TW098112954 A TW 098112954A TW 98112954 A TW98112954 A TW 98112954A TW I557036 B TWI557036 B TW I557036B
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D83/00—Containers or packages with special means for dispensing contents
- B65D83/0094—Containers having an external wall formed as, or with, a diaphragm or the like which is deformed to expel the contents
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- B—PERFORMING OPERATIONS; TRANSPORTING
- B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
- B65D—CONTAINERS FOR STORAGE OR TRANSPORT OF ARTICLES OR MATERIALS, e.g. BAGS, BARRELS, BOTTLES, BOXES, CANS, CARTONS, CRATES, DRUMS, JARS, TANKS, HOPPERS, FORWARDING CONTAINERS; ACCESSORIES, CLOSURES, OR FITTINGS THEREFOR; PACKAGING ELEMENTS; PACKAGES
- B65D47/00—Closures with filling and discharging, or with discharging, devices
- B65D47/04—Closures with discharging devices other than pumps
- B65D47/06—Closures with discharging devices other than pumps with pouring spouts or tubes; with discharge nozzles or passages
- B65D47/12—Closures with discharging devices other than pumps with pouring spouts or tubes; with discharge nozzles or passages having removable closures
- B65D47/14—Closures with discharging devices other than pumps with pouring spouts or tubes; with discharge nozzles or passages having removable closures and closure-retaining means
- B65D47/141—Closures with discharging devices other than pumps with pouring spouts or tubes; with discharge nozzles or passages having removable closures and closure-retaining means for stoppers
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- Engineering & Computer Science (AREA)
- Mechanical Engineering (AREA)
- Containers And Packaging Bodies Having A Special Means To Remove Contents (AREA)
- Packages (AREA)
Description
本發明為關於手持式或機構夾持式供儲存粒狀、粉狀、漿狀或糊狀或液狀內容物之圓筒形、或近似圓筒形、或多面筒形中空容器結構之創新,本發明筒形殼體週邊為供人手握持或機構夾持,其供由中空容器之殼體外部加壓掀開封蓋之受力面位置、及內容物釋出口之位置,為分別設置於筒形中空容器之殼體軸向兩端,封蓋為供結合於內容物釋出口,以供由一端受力面加壓以掀開另一端之封蓋以釋出內容物,或以手掀開另一端之封蓋而由受力面加壓以釋出內容物或直接倒出內容物,封蓋與中空容器殼體之間具有撓性片狀結構供維繫封蓋與殼體不分散,封蓋與殼體之相對穩態關係為於封蓋對儲存裝置呈封閉狀態時,維繫之片狀結構被彎曲而呈往掀開方向之預力狀態,而於封蓋受壓掀開後,可維持封蓋呈掀開之安定狀態,避免妨礙中空容器之殼體內部內容物之釋出,封蓋掀開後與殼體不分散,不致混入釋放物中,且有利於回收為本發明創新設計之進步性所在。The present invention relates to a hand-held or mechanism-clamping innovation for a cylindrical, or approximately cylindrical, or multi-faceted cylindrical hollow container structure for storing granular, powdery, syrupy or pasty or liquid contents, The periphery of the cylindrical casing of the present invention is for holding by a hand or a mechanism for clamping, and the position of the force surface of the cover of the hollow container is pressed and opened, and the position of the content release outlet is respectively set in the cylinder The axial ends of the casing of the hollow container, the cover is for being coupled to the content release outlet for pressing by the force receiving surface at one end to open the cover of the other end to release the contents, or to open the hand The other end of the cover is pressed by the force receiving surface to release the contents or directly pour out the contents, and the flexible sheet-like structure between the cover and the hollow container casing is used to maintain the cover and the casing without dispersing, and sealing The relative steady state relationship between the cover and the housing is such that when the cover is closed to the storage device, the maintained sheet structure is bent to assume a pre-stress state in the opening direction, and after the cover is pressed and opened, Maintaining the capping in a stable state to avoid obstructing the internal contents of the hollow container The release, after the housing cover open is not dispersed, was released without mixing, and is advantageous where progressive recovery of the innovative design of the present invention.
傳統手持式或機構夾持式供裝入粒狀、粉狀、漿狀或糊狀或液狀內容物之中空容器,通常其封蓋為獨立設置,而具有至少一種缺失含:1)開啟後容器及封蓋呈分件狀態回收較麻煩;或2)若加壓釋出方式為由側面加壓,則側向之受壓面較廣容易誤壓;或3)封蓋開啟後與殼體之位置關係不安定而妨礙內容物之釋出為其缺失。Conventional hand-held or mechanism-clamped hollow containers for loading granular, powdered, syrupy or pasty or liquid contents, usually with their closures set up independently, with at least one missing inclusion: 1) after opening It is troublesome to recycle the container and the cover in a piece state; or 2) if the pressurized release mode is pressurized from the side, the lateral pressure receiving surface is wider and easy to be pressure-activated; or 3) the cover is opened and the casing is opened The positional relationship is unsettled and prevents the release of the contents from being missing.
本發明為一種手持式或機構夾持式供裝入粒狀、粉狀、漿狀或糊狀或液狀內容物之圓筒形、或近似圓筒形、或多面筒形中空容器,並特定製作為筒形殼體週邊為供以人手握持或機構夾持,其供由中空容器之殼體外部加壓掀開封蓋之受力面及內容物釋出口之位置,為分別設置於筒形中空容器之殼體軸向兩端,封蓋為供結合於內容物釋出口,以供由一端之受力面加壓以掀開另一端之封蓋以釋出內容物,或以手掀開另一端之封蓋而由受力面加壓以釋出內容物或直接倒出內容物,其封蓋與儲存裝置之間具有撓性片狀結構,供維繫掀開後之封蓋與殼體不分散,封蓋與殼體之相對穩態關係為於封蓋對儲存裝置呈封閉狀態時,維繫之片狀結構被彎曲而呈往掀開方向之預力狀態,而於封蓋受壓掀開後,可維持封蓋呈掀開之安定狀態,避免妨礙中空容器之殼體內部內容物之釋出,封蓋掀開後與殼體不分散,不致混入釋放物中,且有利於回收者。The present invention is a hand-held or mechanism-clamping cylindrical, or approximately cylindrical, or multi-faceted hollow container for loading granular, powdery, syrupy or pasty or liquid contents, and is specified The periphery of the cylindrical casing is made by hand holding or mechanism clamping, and the force receiving surface of the sealing cover and the content release opening are pressed by the outside of the casing of the hollow container, and are respectively arranged in the cylindrical shape. The axial ends of the casing of the hollow container, the cover is for being coupled to the content release outlet for pressing by the force receiving surface of one end to open the cover of the other end to release the contents, or to open the hand The other end of the cover is pressed by the force surface to release the contents or directly pour out the contents, and the cover and the storage device have a flexible sheet structure for maintaining the cover and the shell after being opened Without dispersing, the relative steady state relationship between the closure and the casing is such that when the closure is closed to the storage device, the maintained sheet-like structure is bent to assume a pre-stress state in the opening direction, and the closure is compressed. After opening, the cover can be kept in a stable state to avoid obstructing the inside of the hollow container. Was released, the dispersion is not opened after the closure of the housing, without the release was mixed, and is conducive to recyclers.
傳統受壓開啟型儲存裝置含以下三種方式並各呈相對缺失:Traditional pressure-opening storage devices contain the following three methods and are each relatively missing:
1.受壓掀開型封蓋受壓後與儲存裝置脫離,而混入儲存內容物;1. The pressure-opening type cover is detached from the storage device after being pressed, and mixed into the stored contents;
2.受壓掀開型封蓋於受壓開啟後呈不完全脫離,當受壓壓力消失,封蓋會彈回而阻礙內容物之釋出;2. The pressure-opening type cap is incompletely detached after being pressed, and when the pressure is lost, the cap will bounce back and hinder the release of the contents;
3.受壓掀開型封蓋若以外加瞬間壓力使儲存裝置變形掀開封蓋,則因封蓋受壓部分開啟時,壓力即被釋放,封蓋仍會彈回。3. If the pressure is opened and the cover is deformed and the cover is deformed, the pressure will be released and the cover will bounce back when the cover is opened.
本發明關於手持式或機構夾持式供儲存粒狀、粉狀、漿狀或糊狀或液狀內容物之圓筒形、或近似圓筒形、或多面筒形中空容器結構之創新,本發明筒形殼體週邊為供人手握持或機構夾持,其供由中空容器之殼體外部加壓掀開封蓋之受力面位置、及內容物釋出口之位置,為分別設置於筒形中空容器之殼體軸向兩端,封蓋為供結合於內容物釋出口,以供由一端受力面加壓以掀開另一端之封蓋以釋出內容物,或以手掀開另一端之封蓋而由受力面加壓以釋出內容物或直接倒出內容物,封蓋與中空容器殼體之間具有撓性片狀結構供維繫封蓋與殼體不分散,封蓋與殼體之相對穩態關係為於封蓋對儲存裝置呈封閉狀態時,維繫之片狀結構被彎曲而呈往掀開方向之預力狀態,而於封蓋受壓掀開後,可維持封蓋呈掀開之安定狀態,避免妨礙中空容器之殼體內部內容物之釋出,封蓋掀開後與殼體不分散,不致混入釋放物中,且有利於回收為本發明創新設計者。The present invention relates to a hand-held or mechanism-clamping type of cylindrical, or approximately cylindrical, or multi-faceted hollow container structure for storing granular, powdery, syrupy or pasty or liquid contents, The periphery of the tubular casing is designed to be gripped by a human hand or clamped by a mechanism, and the position of the force receiving surface of the outer cover of the hollow container is pressed and opened, and the position of the content release opening is respectively set in the cylindrical shape. The axial ends of the casing of the hollow container, the cover is for being coupled to the content release outlet for pressing by the force receiving surface at one end to open the cover of the other end to release the contents, or to open the other by hand The cover of one end is pressed by the force receiving surface to release the content or directly pour out the content, and the flexible sheet-like structure between the cover and the hollow container shell is used to maintain the cover and the shell without dispersing, and the cover is closed. The relative steady state relationship with the housing is such that when the closure is closed to the storage device, the maintained sheet-like structure is bent to assume a pre-stress state in the opening direction, and can be maintained after the closure is opened and compressed. The cover is in a stable state to avoid obstructing the contents of the hollow container Released, after the housing cover open is not dispersed, was released without mixing, and facilitate recovery innovative designer present invention.
如圖1所示為本發明主要結構之剖示圖。Figure 1 is a cross-sectional view showing the main structure of the present invention.
圖1所示中,其主要構成含:In Figure 1, the main components include:
--殼體(101):為由塑料或金屬所製成之手持式或機構夾持式之圓筒形,或近似圓筒形,或多面筒形之中空容器,供裝入粒狀、粉狀、漿狀或糊狀或液狀之內容物(107),殼體(101)軸向之下端設有釋出口(105),於釋出口(105)結合封蓋(102)時作為封閉狀態,於封蓋(102)開啟時供釋出內容物(107)者;中空容器之殼體藉所連結撓性片狀結構(103),以維繫封蓋(102)於常態時封蓋(102)之位置為呈掀開之狀態,於結合於釋出口(105)時則呈向掀開方向之預力狀態者,中空容器之殼體軸向之上端可依需要選擇設有受力結構(104),以在人手握持或以機構夾持而受力結構(104)接受外加壓力時,使封蓋(102)受壓掀開以釋出內容物者,或以人手掀開封蓋(102)而以受力面加壓以釋出內容物,或直接倒出內容物者;-- Housing (101): a hand-held or mechanism-clamped cylindrical shape made of plastic or metal, or a nearly cylindrical or multi-faceted hollow container for granules and powder a content, a slurry or a paste or liquid content (107), a lower end of the casing (101) is provided with a discharge port (105), and is closed when the discharge port (105) is combined with the cover (102). The cover (102) is released when the content (107) is released; the hollow container is connected to the flexible sheet structure (103) to maintain the cover (102) in the normal state when the cover (102) The position is in a state of being opened, and when it is combined with the release port (105), it is in a state of pre-stress in the direction of the opening, and the upper end of the axial direction of the casing of the hollow container may be optionally provided with a force-receiving structure ( 104), when the external pressure is received by the force-holding structure (104) while being held by a hand or held by a mechanism, the cover (102) is pressed apart to release the contents, or the cover is opened by a hand (102). And pressurizing the force surface to release the contents, or directly pour out the contents;
--封蓋(102):為呈封蓋結構,供配合殼體(101)下端之釋出口(105)而設置,兩者可呈結合之封閉狀態,而於受力結構(104)受外加壓力時,封蓋(102)受壓而脫離釋出口(105)以釋出內容物者,或以人手掀開封蓋而以受力面加壓以釋出內容物,或直接倒出內容物者;封蓋(102)與殼體(101)之封閉結合方式含:藉1)塞合2)嵌合3)扣合4)黏合5)溶合,或以外加輔助扣件夾合等方式作封閉結合者;- Cap (102): is a capping structure for accommodating the outlet (105) of the lower end of the casing (101), and the two may be in a closed state, and the force-receiving structure (104) is externally applied. When pressure is applied, the cover (102) is pressed to release the outlet (105) to release the contents, or the cover is manually opened to pressurize the force surface to release the contents, or directly pour out the contents. The closed combination of the cover (102) and the casing (101) includes: 1) plugging 2) fitting 3) snapping 4) bonding 5) bonding, or adding auxiliary fasteners, etc. Closed bond
上述由封蓋(102)與殼體(101)之釋出口(105)呈封閉結合之定義,含全封閉狀態或半封閉狀態,依裝入於殼體(101)之內容物之性質與保存需要而定;The above definition of the closure (102) and the outlet (105) of the casing (101) is closed, including a fully enclosed state or a semi-closed state, depending on the nature and preservation of the contents of the casing (101). Need to be determined;
--撓性片狀結構(103):為由具撓性物質所構成之片狀撓性維繫結構,供連結於殼體(101)與封蓋(102)之間,其維繫殼體(101)及封蓋(102)之狀態,包括於封蓋(102)結合於殼體(101)下端釋出口(105),而使作為容器之殼體(101)呈封閉之狀態時,撓性片狀結構(103)為呈彎曲而具有向外掀開之預力狀態,當封蓋(102)脫離殼體(101)時,撓性片狀結構(103)之撓性預力協助掀開封蓋(102),而使殼體(101)下端之釋出口(105)呈打開之安定狀態,以利於釋出內容物(107),而封蓋(102)仍藉撓性片狀結構(103)維繫於殼體(101)而不掉落者。- Flexible sheet structure (103): a sheet-like flexible structure composed of a flexible material for connection between a casing (101) and a cover (102), which maintains a casing (101) And the state of the cover (102), including when the cover (102) is coupled to the lower end release port (105) of the casing (101), and the casing (101) as the container is closed, the flexible piece The shape-like structure (103) is in a pre-stress state with a curvature and an outward cleavage. When the cover (102) is detached from the casing (101), the flexible pre-force of the flexible sheet-like structure (103) assists in opening the cover. (102), the release port (105) of the lower end of the casing (101) is in an open state to facilitate release of the contents (107), and the cover (102) is still borrowed from the flexible sheet structure (103) It is held in the casing (101) without falling.
此項封蓋具掀開預力之受壓開啟型儲存裝置,其殼體(101)與封蓋(102)及撓性片狀結構(103)之結構關係含:The cover has a pre-stressed open-type storage device, and the structural relationship between the casing (101) and the cover (102) and the flexible sheet structure (103) includes:
1. 撓性片狀結構(103)、封蓋(102)、殼體(101)為使用同材料並為一體構成者;或1. The flexible sheet structure (103), the cover (102), and the housing (101) are made of the same material and integrated; or
2. 封蓋(102)及撓性片狀結構(103)為使用同材料並為一體構成,再結合由相同材料構成之殼體(101)者;或2. The cover (102) and the flexible sheet structure (103) are made of the same material and integrated, and then combined with the same material (101); or
3. 封蓋(102)與撓性片狀結構(103)為使用同材料並為一體構成,再結合由不同材料製成之殼體(101)者;或3. The cover (102) and the flexible sheet structure (103) are made of the same material and integrated, and then combined with the shell (101) made of different materials; or
4. 殼體(101)、撓性片狀結構(103)為使用同材料並為一體構成,再結合由相同材料構成之封蓋(102)者;或4. The housing (101) and the flexible sheet structure (103) are made of the same material and integrated, and then combined with a cover (102) made of the same material; or
5. 殼體(101)、撓性片狀結構(103)為使用相同材料並為一體構成,再結合由不同材料構成之封蓋(102)者;或5. The housing (101) and the flexible sheet structure (103) are made of the same material and integrated, and then combined with a cover (102) composed of different materials; or
6. 殼體(101)、封蓋(102)、撓性片狀結構(103)為使用相同材料並為個別製成再結合者;或6. The housing (101), the cover (102), and the flexible sheet structure (103) are made of the same material and are individually assembled; or
7. 殼體(101)、封蓋(102)、撓性片狀結構(103)為使用不同材料並為個別製成再結合者。7. The housing (101), the cover (102), and the flexible sheet structure (103) are made of different materials and are individually assembled.
前述殼體(101)與封蓋(102)之結合方式,及封蓋(102)與撓性片狀結構(103)之結合方式含:藉溶合、或黏合、或鉚合,或呈機構屬性之嵌合或扣合,或以外加輔助扣件夾合或縫合等方式作結合者。The combination of the casing (101) and the cover (102), and the combination of the cover (102) and the flexible sheet structure (103) include: by means of fusion, or bonding, or riveting, or a mechanism The fitting or fastening of the attributes, or the addition of auxiliary fasteners or stitching, etc.
此項封蓋具掀開預力之受壓開啟型儲存裝置之受力結構(104)可依應用需要配置如下:The force-receiving structure (104) of the pressure-opening type storage device with the pre-stressed opening can be configured as follows:
1.受力結構(104)之受力面,為由較殼體(101)柔軟之撓性材料所構成之受力結構而與殼體(101)結合者,或由與殼體(101)同材質之材料所構成,而具有較薄之撓性結構所構成之受力結構(104),而與殼體(101)結合者,或由較具撓性之結構形狀形成受力結構(104)而與殼體(101)結合者;或受力結構(104)由與殼體(101)同材質之材料所構成,包括可為與殼體(101)由同材料一體製成或分別製造再結合者;或以不同材料製成再結合者;於殼體內部為填入液狀或漿狀或糊狀內容物(107)時,藉前述受力結構(104)受壓變形時產生之內部壓力掀開封蓋(102),封蓋(102)可藉維繫封蓋(102)與殼體(101)之撓性片狀結構(103)之預力協助掀開,及於壓力消失時保持封蓋(102)為掀開狀態,而利於殼體(101)內部所填充之內容物(107)之釋出者;如圖2所示為圖1結構中之受力結構由較殼體柔軟材料所構成實施例之剖示圖;圖3所示為圖2實施例殼體之受力結構受壓釋出殼體內容物之剖示圖;1. The force receiving surface of the force-receiving structure (104) is a force-bearing structure composed of a flexible material softer than the casing (101) and is combined with the casing (101), or by the casing (101) A force-bearing structure (104) composed of a material having the same material and having a thin flexible structure, and being combined with the casing (101) or forming a force-receiving structure by a more flexible structural shape (104) And the bearing structure (104) is combined with the material of the same material as the casing (101), and may be made of the same material as the casing (101) or separately manufactured. Re-bonding; or re-bonding with different materials; when the liquid or slurry or paste-like content (107) is filled inside the casing, when the force-receiving structure (104) is compressed and deformed The internal pressure splits the cover (102), and the cover (102) can be assisted by the pre-force of the flexible sheet structure (103) of the cover (102) and the housing (101), and is maintained when the pressure disappears. The cover (102) is in a cleaved state, and facilitates the release of the contents (107) filled inside the casing (101); as shown in Fig. 2, the structure in the structure of Fig. 1 is softer than the casing. Material constitutes an embodiment Figure 3 is a cross-sectional view showing the contents of the pressure-receiving housing of the housing of the embodiment of Figure 2;
2.受力結構(104)可為內設推動結構(106)所構成,係由較殼體(101)柔軟之撓性材料製成受力結構(104)而結合於殼體(101)上部,受力結構(104)結合於殼體(101)之內部指向封蓋(102)之方向,具有延伸推動結構(106),以在受力結構(104)被施加壓力時,推動結構(106)被推向封蓋(102),以觸壓並推開結合於殼體(101)釋出口(105)之封蓋(102);封蓋(102)可藉維繫封蓋(102)與殼體(101)之撓性片狀結構(103)之預力協助掀開,及於壓力消失時保持封蓋(102)為掀開狀態,而利於殼體(101)內部所填充之內容物(107)之釋出者;如圖4所示為圖2結構中其受力結構結合於殼體內部指向封蓋之方向具有延伸性推動結構之實施例剖示圖;圖5所示為圖4實施例殼體受力結構受壓釋出殼體內容物之剖示圖。2. The force-receiving structure (104) may be formed by a built-in pushing structure (106), which is made of a flexible structure (104) which is softer than the casing (101) and is coupled to the upper part of the casing (101). The force-receiving structure (104) is coupled to the inner portion of the housing (101) in the direction of the cover (102) and has an extended push structure (106) to push the structure (106) when the stressed structure (104) is pressurized. ) is pushed toward the cover (102) to contact and push open the cover (102) coupled to the outlet (105) of the housing (101); the cover (102) can be used to hold the cover (102) and the cover The pre-force of the flexible sheet structure (103) of the body (101) assists in splitting, and keeps the cover (102) in a cleaved state when the pressure disappears, thereby facilitating the contents filled in the interior of the casing (101) ( 107) is a releaser; as shown in FIG. 4 is a cross-sectional view of an embodiment in which the force-bearing structure is coupled to the inside of the casing and has an extended pushing structure in the direction of the cover; FIG. 5 is a view of FIG. Embodiments of the housing are subjected to a compression configuration to release the contents of the housing.
上述封蓋具掀開預力之受壓開啟型儲存裝置之受力結構(104)與殼體(101)可為由同材質或不同材質之材料所構成,包括:The force receiving structure (104) and the housing (101) of the pressure-opening type storage device with the pre-opening force may be made of materials of the same material or different materials, including:
1).受力結構(104)與殼體(101)以同材料呈一體結構構成;或1) The force-receiving structure (104) and the casing (101) are integrally formed of the same material; or
2).受力結構(104)與殼體(101)以同材料分別製造再結合者;或2) The force-receiving structure (104) and the casing (101) are respectively made of the same material as a recombiner; or
3).受力結構(104)與殼體(101)以不同材料製成再結合者;3) The force structure (104) and the shell (101) are made of different materials and are combined;
3.受力結構(104)可為由習用之活塞式結構所構成,為設有可推動活塞結構(108),於活塞結構(108)受力推進時,藉對填入殼體(101)之粒狀、粉狀、或液狀或漿狀或糊狀內容物(107)施壓以掀開封蓋(102),而藉撓性片狀結構(103)之預力使封蓋(102)維持於被掀開之狀態而不掉落者;圖6所示為圖1結構中其受力結構由活塞式結構所構成實施例剖示圖;圖7所示為圖6實施例殼體之受力結構受壓釋出殼體內容物之剖示圖;3. The force-receiving structure (104) may be formed by a conventional piston-type structure, and is provided with a pushable piston structure (108). When the piston structure (108) is forced to advance, the housing (101) is filled in by force. The granular, powdery, or liquid or slurry or paste content (107) is pressed to pry open the closure (102), and the cover (102) is pre-stressed by the flexible sheet structure (103) It is maintained in a state of being opened without falling; FIG. 6 is a cross-sectional view showing an embodiment in which the force structure of FIG. 1 is constituted by a piston structure; FIG. 7 is a casing of the embodiment of FIG. A cross-sectional view of the stressed structure releasing the contents of the housing;
4.受力結構(104)可為由習用之活塞式結構所構成,除設有可推動活塞結構(108)外,活塞結構(108)沿迎向封蓋(102)之方向延伸設置推動結構(106),於活塞結構(108)受力推進時藉推動結構(106)推開封蓋(102),而藉撓性片狀結構(103)之預力使封蓋(102)維持於被掀開狀態及不掉落者;圖8為圖6所示結構中其受力結構結合於殼體內部指向封蓋之方向具有延伸推動結構之實施例剖示圖;圖9為圖8實施例殼體受力結構受壓釋出殼體內容物剖示圖。4. The force-receiving structure (104) may be constituted by a conventional piston-type structure. Except that a pushable piston structure (108) is provided, the piston structure (108) extends in a direction toward the cover (102) to provide a pushing structure. (106), pushing the cover (102) by pushing the structure (106) when the piston structure (108) is pushed forward, and maintaining the cover (102) in the bedding by the pre-force of the flexible sheet structure (103) FIG. 8 is a cross-sectional view showing an embodiment in which the force-receiving structure is coupled to the inside of the casing and directed to the cover in the structure shown in FIG. 6; FIG. 9 is the embodiment of FIG. The body-stressed structure is compressed to release the contents of the housing.
如前述圖1~圖9所示,此項封蓋具掀開預力之受壓開啟型儲存裝置,其對殼體(101)受力結構(104)施加壓力之方式及相對配合之外部結構,亦依應用場合之不同而可作以下選擇,其可供選擇如下:As shown in FIG. 1 to FIG. 9 above, the cover has a pre-stressed open-type storage device, and the pressure applied to the housing (101) and the external structure are relatively matched. The following options are also available depending on the application. The options are as follows:
1.此項封蓋具掀開預力之受壓開啟型儲存裝置,可為獨立使用裝置,於殼體內部為填入液狀或漿狀或糊狀內容物(107),當殼體被人手握持或被機構夾持,而以人手或外力對受力結構(104)施壓時,藉前述受力結構(104)受壓變形時產生之內部壓力掀開封蓋(102),封蓋(102)可藉維繫封蓋(102)與殼體(101)之撓性片狀結構(103)之預力協助掀開,及於壓力消失時保持封蓋(102)為安定之掀開狀態,以對不特定之開放空間中釋出殼體(101)之內容物(107)者,而藉撓性片狀結構(103)之預力使封蓋(102)維持於被掀開狀態及不掉落者;1. The cover has a pre-stressed open-type storage device, which can be a stand-alone device, and is filled with liquid or slurry or paste content (107) inside the casing, when the casing is When the hand is held or clamped by the mechanism, and the force is applied to the force-receiving structure (104) by the hand or the external force, the internal pressure generated by the pressure-deformation of the force-receiving structure (104) is opened to close the cover (102), and the cover is closed. (102) The pre-force of the flexible sheet structure (103) of the cover (102) and the casing (101) can be assisted to open, and the cover (102) can be kept in a stable state when the pressure disappears. By releasing the contents (107) of the casing (101) in an unspecified open space, and by the pre-stress of the flexible sheet structure (103), the cover (102) is maintained in the opened state and Not falling;
2.此項封蓋具掀開預力之受壓開啟型儲存裝置,可為獨立使用裝置,受力結構(104)可為內設推動結構(106)所構成,係由較殼體(101)柔軟之撓性材料製成受力結構(104)而結合於殼體(101)上部,受力結構(104)結合於殼體(101)之內部指向封蓋(102)之方向,具有延伸推動結構(106),於殼體內部為填入粒狀、粉狀或液狀或漿狀或糊狀內容物(107),當殼體被人手握持或被機構夾持,而以人手或外力對受力結構(104)施壓時,推動結構(106)被推向封蓋(102),以觸壓並推開結合於殼體(101)釋出口(105)之封蓋(102);封蓋(102)可藉維繫封蓋(102)與殼體(101)之撓性片狀結構(103)之預力協助掀開,及於壓力消失時保持封蓋(102)為安定之掀開狀態,以對不特定之開放空間中釋出殼體(101)之內容物(107)者,而藉撓性片狀結構(103)之預力使封蓋(102)維持於被掀開狀態及不掉落者。2. The cover has a pre-stressed open-type storage device, which can be a stand-alone device, and the force-receiving structure (104) can be composed of a built-in push structure (106), which is composed of a relatively shell (101). The flexible flexible material is formed into a force receiving structure (104) coupled to the upper portion of the casing (101), and the force receiving structure (104) is coupled to the inner portion of the casing (101) to point in the direction of the cover (102), and has an extension. The pushing structure (106) is filled with a granular, powdery or liquid or slurry or paste content (107) inside the casing. When the casing is held by a hand or clamped by a mechanism, it is manually or When the external force presses the force-receiving structure (104), the pushing structure (106) is pushed toward the cover (102) to touch and push open the cover (102) coupled to the discharge port (105) of the casing (101). The cover (102) can be assisted by the pre-force of the flexible sheet structure (103) of the cover (102) and the housing (101), and keep the cover (102) stable when the pressure disappears. In the open state, in order to release the contents (107) of the casing (101) in an unspecified open space, the cover (102) is maintained in the bedding by the pre-stress of the flexible sheet structure (103). Open state and no drop.
本發明進一步可為一種呈封蓋具掀開預力而不設置受力結構之儲存裝置,其為呈手持式或機構夾持式供裝入粒狀、粉狀、漿狀或糊狀或液狀內容物之圓筒形、或近似圓筒形、或多面筒形中空容器,並特定製作為筒形殼體週邊為供以人手握持或機構夾持,其供內容物釋出口之位置,為設置於筒形中空容器之軸向殼體一端,封蓋為供結合於內容物釋出口,以供以手掀開一端之封蓋以釋出內容物或直接倒出內容物,其封蓋與儲存裝置之間具有撓性片狀結構,供維繫掀開後之封蓋與殼體不分散,封蓋與殼體之相對穩態關係為於封蓋對儲存裝置呈封閉狀態時,維繫之片狀結構被彎曲而呈往掀開方向之預力狀態,而於封蓋受壓掀開後,可維持封蓋呈掀開之安定狀態者;The invention may further be a storage device which has a pre-stressing force without a force-receiving structure, and is provided in a hand-held or mechanism-clamping manner for loading into a granular, powder, slurry or paste or liquid. a cylindrical shape, or a substantially cylindrical shape, or a multi-faceted cylindrical hollow container, and is specifically made into a cylindrical casing periphery for holding by a hand or a mechanism for releasing the contents, In order to be disposed at one end of the axial casing of the cylindrical hollow container, the cover is for being coupled to the content release outlet for opening the end of the cover to release the contents or directly pouring the contents, the cover thereof Between the storage device and the storage device, there is a flexible sheet-like structure, and the cover and the casing are not dispersed after being opened, and the relative steady state relationship between the cover and the casing is maintained when the cover is closed to the storage device. The sheet-like structure is bent to assume a pre-stress state in the direction of opening, and after the lid is pressed and opened, the lid can be kept in a stable state;
如圖10所示為本發明封蓋具掀開預力而不設置受力結構之儲存裝置實施例剖示圖。FIG. 10 is a cross-sectional view showing an embodiment of a storage device in which the cover member of the present invention has a pre-tensioning force without providing a force-receiving structure.
圖10所示中,其主要構成含:In Figure 10, its main components include:
--殼體(101):為由塑料或金屬所製成之手持式或機構夾持式之圓筒形,或近似圓筒形,或多面筒形以供構成中空容器,供裝入粒狀、粉狀、漿狀或糊狀或液狀之內容物(107),殼體(101)軸向之一端設有釋出口(105),於釋出口(105)結合封蓋(102)時作為封閉狀態,於封蓋(102)開啟時供釋出內容物(107)者;中空容器之殼體藉所連結撓性片.狀結構(103),以維繫封蓋(102)於常態時,封蓋(102)之位置為呈掀開之狀態,於結合於釋出口(105)時則呈向掀開方向之預力狀態者;-- Housing (101): a hand-held or mechanism-clamped cylindrical shape made of plastic or metal, or a substantially cylindrical shape, or a multi-faceted cylindrical shape for constituting a hollow container for granules a powdery, syrupy or pasty or liquid content (107), one of the axial ends of the casing (101) is provided with a discharge port (105), and when the discharge port (105) is combined with the cover (102) In a closed state, when the cover (102) is opened, the content (107) is released; when the cover of the hollow container is connected to the flexible sheet-like structure (103), in order to maintain the cover (102) in a normal state, The position of the cover (102) is in a state of being opened, and when it is coupled to the release port (105), it is in a pre-stress state toward the opening direction;
上述殼體(101)不設置受力結構(104),其釋出口(105)供設置封蓋(102)而由人手掀開封蓋(102)者;The housing (101) is not provided with a force receiving structure (104), and the outlet (105) is provided for providing the cover (102) and the cover (102) is manually opened;
--封蓋(102):為呈封蓋結構,供配合殼體(101)下端之釋出口(105)而設置,兩者可呈結合之封閉狀態,而於以人手掀開封蓋以釋出內容物,或直接倒出內容物者;封蓋(102)與殼體(101)之封閉結合方式含:藉1)塞合2)嵌合3)扣合4)黏合5)溶合,或以外加輔助扣件夾合等方式作封閉結合者;- Cap (102): is a capping structure, which is provided for fitting the outlet (105) of the lower end of the casing (101), and the two can be closed in a combined state, and the cap is opened by hand to release The contents, or the contents directly poured out; the closed combination of the cover (102) and the casing (101) includes: 1) plugging 2) fitting 3) fastening 4) bonding 5) fusion, or In addition to the auxiliary fastener clamping, etc. as a closed combination;
上述由封蓋(102)與殼體(101)之釋出口(105)呈封閉結合之定義,含全封閉狀態或半封閉狀態,依裝入於殼體(101)之內容物之性質與保存需要而定;The above definition of the closure (102) and the outlet (105) of the casing (101) is closed, including a fully enclosed state or a semi-closed state, depending on the nature and preservation of the contents of the casing (101). Need to be determined;
--撓性片狀結構(103):為由具撓性物質所構成之片狀撓性維繫結構,供連結於殼體(101)與封蓋(102)之間,其維繫殼體(101)及封蓋(102)之狀態,包括於封蓋(102)結合於殼體(101)下端釋出口(105),而使作為容器之殼體(101)呈封閉之狀態時,撓性片狀結構(103)為呈彎曲而具有向外掀開之預力狀態,當封蓋(102)脫離殼體(101)時,撓性片狀結構(103)之撓性預力協助掀開封蓋(102),而使殼體(101)下端之釋出口(105)呈打開之安定狀態,以利於釋出內容物(107),而封蓋(102)仍藉撓性片狀結構(103)維繫於殼體(101)而不掉落者。- Flexible sheet structure (103): a sheet-like flexible structure composed of a flexible material for connection between a casing (101) and a cover (102), which maintains a casing (101) And the state of the cover (102), including when the cover (102) is coupled to the lower end release port (105) of the casing (101), and the casing (101) as the container is closed, the flexible piece The shape-like structure (103) is in a pre-stress state with a curvature and an outward cleavage. When the cover (102) is detached from the casing (101), the flexible pre-force of the flexible sheet-like structure (103) assists in opening the cover. (102), the release port (105) of the lower end of the casing (101) is in an open state to facilitate release of the contents (107), and the cover (102) is still borrowed from the flexible sheet structure (103) It is held in the casing (101) without falling.
圖10所示之本發明封蓋具掀開預力而不設置受力結構之儲存裝置實施例剖示圖,其殼體(101)與封蓋(102)及撓性片狀結構(103)之結構關係含:Figure 10 is a cross-sectional view showing a storage device embodiment of the present invention having a pre-stressed force without a force-receiving structure, the housing (101) and the cover (102) and the flexible sheet structure (103) The structural relationship includes:
1.撓性片狀結構(103)、封蓋(102)、殼體(101)為使用同材料並為一體構成者;或1. The flexible sheet structure (103), the cover (102), and the housing (101) are made of the same material and integrated; or
2.封蓋(102)及撓性片狀結構(103)為使用同材料並為一體構成,再結合由相同材料構成之殼體(101)者;或2. The cover (102) and the flexible sheet structure (103) are made of the same material and integrated, and then combined with the same material (101); or
3.封蓋(102)與撓性片狀結構(103)為使用同材料並為一體構成,再結合由不同材料製成之殼體(101)者;或3. The cover (102) and the flexible sheet structure (103) are made of the same material and integrated, and then combined with the shell (101) made of different materials; or
4.殼體(101)、撓性片狀結構(103)為使用同材料並為一體構成,再結合由相同材料構成之封蓋(102)者;或4. The housing (101) and the flexible sheet structure (103) are made of the same material and integrated, and then combined with a cover (102) made of the same material; or
5.殼體(101)、撓性片狀結構(103)為使用相同材料並為一體構成,再結合由不同材料構成之封蓋(102)者;或5. The housing (101) and the flexible sheet structure (103) are made of the same material and integrated, and then combined with a cover (102) composed of different materials; or
6.殼體(101)、封蓋(102)、撓性片狀結構(103)為使用相同材料並為個別製成再結合者;或6. The housing (101), the cover (102), and the flexible sheet structure (103) are made of the same material and are individually assembled; or
7.殼體(101)、封蓋(102)、撓性片狀結構(103)為使用不同材料並為個別製成再結合者。7. The housing (101), the cover (102), and the flexible sheet structure (103) are made of different materials and are individually assembled.
前述殼體(101)與封蓋(102)之結合方式,及封蓋(102)與撓性片狀結構(103)之結合方式含:藉溶合、或黏合、或鉚合,或呈機構屬性之嵌合或扣合,或以外加輔助扣件夾合或縫合等方式作結合者。The combination of the casing (101) and the cover (102), and the combination of the cover (102) and the flexible sheet structure (103) include: by means of fusion, or bonding, or riveting, or a mechanism The fitting or fastening of the attributes, or the addition of auxiliary fasteners or stitching, etc.
綜合上述,本發明為揭示一種受壓開啟型儲存裝置,其封蓋(102)與儲存裝置之一側設有供作為維繫之撓性片狀結構(103),其相對穩態關係為於封蓋(102)對儲存裝置之釋出口(105)封閉時,維繫之撓性片狀結構(103)被彎曲而呈往掀開方向之預力狀態,而於封蓋(102)受壓開啟後維繫之撓性片狀結構(103)可釋放預力,以維持封蓋(102)為安定之掀開狀態為特徵者。In summary, the present invention discloses a pressure-opening type storage device in which a cover (102) and a side of a storage device are provided with a flexible sheet-like structure (103) for maintaining, and the relative steady state relationship is sealed. When the cover (102) is closed to the release opening (105) of the storage device, the maintained flexible sheet structure (103) is bent to assume a pre-stress state in the opening direction, and after the cover (102) is pressed and opened The maintained flexible sheet structure (103) can release the pre-stress to maintain the closure (102) as a stable open state.
101...殼體101. . . case
102...封蓋102. . . Cover
103...撓性片狀結構103. . . Flexible sheet structure
104...受力結構104. . . Force structure
105...釋出口105. . . Release
106...推動結構106. . . Push structure
107...內容物107. . . Content
108...活塞結構108. . . Piston structure
圖1為本發明主要結構之剖示圖。Figure 1 is a cross-sectional view showing the main structure of the present invention.
圖2為圖1結構中之受力結構由較殼體柔軟材料所構成實施例之剖示圖。2 is a cross-sectional view of an embodiment in which the force-bearing structure of the structure of FIG. 1 is constructed of a softer material than the casing.
圖3為圖2實施例殼體之受力結構受壓釋出殼體內容物之剖示圖。Figure 3 is a cross-sectional view showing the contents of the housing of the embodiment of Figure 2 under pressure to release the contents of the housing.
圖4為圖2結構中其受力結構結合於殼體內部指向封蓋之方向具有延伸性推動結構之實施例剖示圖。4 is a cross-sectional view showing an embodiment in which the force-bearing structure is coupled to the inside of the casing and directed to the cover in the structure of FIG.
圖5為圖4實施例殼體受力結構受壓釋出殼體內容物之剖示圖。Figure 5 is a cross-sectional view showing the contents of the housing of the embodiment of Figure 4 under pressure to release the contents of the housing.
圖6為圖1結構中其受力結構由活塞式結構所構成實施例剖示圖。Fig. 6 is a cross-sectional view showing an embodiment in which the force-receiving structure of the structure of Fig. 1 is constituted by a piston type structure.
圖7為圖6實施例殼體之受力結構受壓釋出殼體內容物之剖示圖。Figure 7 is a cross-sectional view showing the contents of the housing of the embodiment of Figure 6 under pressure to release the contents of the housing.
圖8為圖6所示結構中其受力結構結合於殼體內部指向封蓋之方向具有延伸推動結構之實施例剖示圖。Figure 8 is a cross-sectional view showing an embodiment in which the force-bearing structure is coupled to the inside of the casing and directed to the cover in the structure shown in Figure 6 with an extended push structure.
圖9為圖8實施例殼體受力結構受壓釋出殼體內容物剖示圖。Figure 9 is a cross-sectional view showing the contents of the pressure-receiving casing of the casing of the embodiment of Figure 8;
圖10為本發明封蓋具掀開預力而不設置受力結構之儲存裝置實施例剖示圖。Figure 10 is a cross-sectional view showing an embodiment of a storage device in which the closure has a pre-tensioning force without providing a force-bearing structure.
101...殼體101. . . case
102...封蓋102. . . Cover
103...撓性片狀結構103. . . Flexible sheet structure
104...受力結構104. . . Force structure
105...釋出口105. . . Release
107...內容物107. . . Content
Claims (14)
Applications Claiming Priority (1)
Application Number | Priority Date | Filing Date | Title |
---|---|---|---|
US12/081,519 US20090261126A1 (en) | 2008-04-17 | 2008-04-17 | Press-open type storage device with prestressed to open closure |
Publications (2)
Publication Number | Publication Date |
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TW200944439A TW200944439A (en) | 2009-11-01 |
TWI557036B true TWI557036B (en) | 2016-11-11 |
Family
ID=41200276
Family Applications (1)
Application Number | Title | Priority Date | Filing Date |
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TW098112954A TWI557036B (en) | 2008-04-17 | 2009-04-17 | Press-open type storage device with prestressed to open closure |
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US (1) | US20090261126A1 (en) |
TW (1) | TWI557036B (en) |
Families Citing this family (3)
Publication number | Priority date | Publication date | Assignee | Title |
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FR3009289B1 (en) * | 2013-08-05 | 2016-03-04 | Oreal | DEVICE FOR PACKAGING AND APPLYING A COSMETIC PRODUCT |
JP7193305B2 (en) * | 2018-10-30 | 2022-12-20 | 藤森工業株式会社 | pouring spout |
CN111685035A (en) * | 2020-06-10 | 2020-09-22 | 中国农业科学院蜜蜂研究所 | Preparation device and preparation method of pollen for pollination |
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US3347410A (en) * | 1966-08-31 | 1967-10-17 | Schwartzman Gilbert | Mixing assemblies for applicators |
JPH10273161A (en) * | 1997-03-26 | 1998-10-13 | Mitsubishi Materials Corp | Container cap and container |
US6302268B1 (en) * | 2000-11-24 | 2001-10-16 | Daniel Reuven Michaeli | Salad container having insert chamber |
US20010032643A1 (en) * | 1998-10-17 | 2001-10-25 | Dieter Hochrainer | Closure-cap and container as a two-chamber cartridge for nebulisers for producing aerosols and active substance formulations, suitable for storage |
JP2004106888A (en) * | 2002-09-18 | 2004-04-08 | Masayuki Makita | Bottle cap |
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US6390292B2 (en) * | 1997-06-11 | 2002-05-21 | Carlton And United Breweries Limited | Container for separately storing flowable materials but allowing mixing of materials when required |
US5927549A (en) * | 1998-03-20 | 1999-07-27 | Aptargroup, Inc. | Dispensing structure with frangible membrane for separating two products |
AU6066799A (en) * | 1999-11-26 | 2001-05-31 | Lily Hsu | Container device for separately enclosing two different substances |
WO2005051775A2 (en) * | 2003-11-28 | 2005-06-09 | Young-Kook Cho | Bottle |
US20050263414A1 (en) * | 2004-05-28 | 2005-12-01 | David Harilela | Dispensing capsule |
DK1814794T3 (en) * | 2004-11-04 | 2011-09-19 | Viz Enterprise Llc | Multi-chamber container and hood for this |
US7635012B2 (en) * | 2006-06-12 | 2009-12-22 | Jpro Dairy International, Inc. | Sealed storage container with a coupling assembly |
US7568576B2 (en) * | 2006-08-25 | 2009-08-04 | Theodore Sweeney & Company, Inc. | Infusion cap |
US8590700B2 (en) * | 2008-04-17 | 2013-11-26 | Tai-Her Yang | Sleeved to press-open type storage device with a prestressed to open closure |
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2008
- 2008-04-17 US US12/081,519 patent/US20090261126A1/en not_active Abandoned
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2009
- 2009-04-17 TW TW098112954A patent/TWI557036B/en not_active IP Right Cessation
Patent Citations (5)
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US3347410A (en) * | 1966-08-31 | 1967-10-17 | Schwartzman Gilbert | Mixing assemblies for applicators |
JPH10273161A (en) * | 1997-03-26 | 1998-10-13 | Mitsubishi Materials Corp | Container cap and container |
US20010032643A1 (en) * | 1998-10-17 | 2001-10-25 | Dieter Hochrainer | Closure-cap and container as a two-chamber cartridge for nebulisers for producing aerosols and active substance formulations, suitable for storage |
US6302268B1 (en) * | 2000-11-24 | 2001-10-16 | Daniel Reuven Michaeli | Salad container having insert chamber |
JP2004106888A (en) * | 2002-09-18 | 2004-04-08 | Masayuki Makita | Bottle cap |
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US20090261126A1 (en) | 2009-10-22 |
TW200944439A (en) | 2009-11-01 |
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