M284366 八、新型說明： 【新型所屬之技術頜城】 本創作係有關/種’水數器，特別是關於一種攜帶蜇的 _冰敷器。 【先前技術】 在曰常生活中，人們可能因身體不適或受傷等原因而 需要冰敷來減緩痛苦或做緊急處理，例如發燒或烫傷，然 而，目前冰敷的方式不是使用冰塊就是用冰水，而常人家 中不了此時時都備有冰塊或冰水，特別是到戶外遊玩時， 二傷而要冰敷時，更是無法即時取得冰 進行 緊急處理。 因此種可長期擺放且可攜帶的冰敷器，乃為所冀。 【新型内容】 本創作的目的，/ 根據本創作，出—種瞬間冰敷器。 器，其藉由-控制機:間冰敷—括—可裝填冷媒的容 一冷卻頭的溫度，降、制該容μ的‘冷媒釋出，以降低 效果 牛〉皿後的冷卻頭接觸患部可達到冰敷的 L貫施万式】M284366 VIII. New Description: [New Technology Jaw City] This creation is related to the kind of water meter, especially for a kind of ice packer that carries cockroaches. [Prior Art] In normal life, people may need ice to relieve pain or urgent treatment, such as fever or burns, due to physical discomfort or injury. However, the current method of ice application is not to use ice or to use it. Ice water, but ordinary people can not have ice or ice water at this time, especially when going to the outdoor play, when the second injury and ice, it is impossible to obtain ice for emergency treatment. Therefore, an ice pack that can be placed and carried for a long time is a shackle. [New content] The purpose of this creation, / According to this creation, a kind of instant ice pack. , by means of - control machine: inter-ice coating - can fill the temperature of the cooling head of the cooling medium, reduce, make the capacity of the 'refrigerant release, to reduce the effect of the cattle after the cooling head contact the affected part Can reach the ice of the L-Schwan type]
弟圖係根據本創作的一個實 包括冷卻頭+ + J擗間冰I $卟固又在容器102上，較佳者 M284366 包含導熱係數極高的金屬。典型地，該冷卻頭1〇6係螺合 在該容器102上。容器1〇2具有一開口 1〇3，其上設有一 閥門104以防止容器1〇2内的液態冷媒1〇5中的部份或全 部成份散逸，引出管1〇8具有孔洞110的一端抵住閥門 104 ’而另一端則在冷卻頭1〇6的穿孔112中，在引出管 108的周圍有一密封機構U4 ,例如橡皮圈套或金屬套環， 以密封引出管108與穿孔112之間的間隙，低點引出管1〇7 的一端連接閥門104，另一端延伸到冷媒1〇5的液面下。 蓋子116設有一按壓機構118，其包括圓筒12〇及122以 及彈簧124,如第二圖所示，其中具有孔洞126的圓筒12〇 在圓筒122中，兩者之間留有一間隙，而彈簧124環繞在 圓筒122的外側，在蓋子116卡合在冷卻頭1〇6上時，圓 筒120抵住引管1〇8。閥門1〇4、低點引出管1〇7、引出管 108及按壓機構ns的組合，當作控制機構控制容器1〇2 中冷媒105的釋出。典型地，冷媒1〇5包含液化丁烧。在 不同的實施例中，冷媒105的成份可以改變或更換。當使 用者對按壓機構118施壓時’如第三圖所示，弓丨出管 被向下推動而打開閥門1 〇4 ’因此使容器1 〇2中的冷媒1 〇5 被低點引出管107抽上來後經孔洞130進入引管1〇8及圓 筒124中’再由孔洞128及圓筒122及124之間的間隙釋 放至冷卻頭106的外表面，因而降低冷卻頭1〇6的溫度。 在對按壓機構118施壓一段時間後，打開蓋子112，即可 用冷卻後的冷卻頭106對患部進行冰敷。 在此實施例中，冷媒105係釋放至冷卻頭的外表 M284366 =，因此可以在容器102中添加藥用酒精（乙醇）以達到殺 菌的效果，也可以添加一些防止肌膚老化、肌膚保濕、增 加肌膚彈性、收斂傷口及促進疤痕癒合的成份，例如蘆薈 油及油容性維生素E等。此外，當容器1〇2内的冷媒1〇5 用盡時，可以使用裝有冷煤的補充罐，例如打火機專用的 純丁烷瓦斯罐或卡式爐使用的卡式爐瓦斯罐，由閥門1〇4 注入容器102中。在其他的實施例中，冷媒1〇5的釋出及 注入並不一定是從同一個開口 103，例如第四圖所示，容 器102上可另外設置一冷媒填充口 132供補充罐注入冷 媒。冷媒填充口 132也可以用來注入其他的添加劑。 第五圖係本創作另一實施例的分解圖。在瞬間冰敷器 200中，容器202包括開口 203及冷媒填充口 206分別用 來釋出及注入冷媒，開口 203上設有一閥門204以防止冷 媒散逸，引出管208抵住閥門204，C型扣環210用以將隔 艙墊圈212固定在冷卻頭214上，隔艙墊圈212抵住引管 208的另一端。當要使用瞬間冰敷器200時，先將瞬間冰 敷器200倒放後下壓，如第六圖所示，使引出管208打開 閥門204中，讓冷媒205經引出管208及隔艙墊圈212釋 放至冷卻頭214的内表面，冷媒205附著在冷卻頭214上 後將迅速蒸發，並因而帶走冷卻頭214上的熱量，使其溫 度降低，待冷卻頭214冷卻後即可用以冰敷患部。當容器 202内的冷媒205用盡時，可以使用裝有冷媒205的補充 罐由閥門206補充冷媒205。容器202中也可以加入香料， 該瞬間冰敷器200在使用時因為冷媒205的揮發而產生氣 M284366 味。 第七圖係根據本創作的又一實施例。在瞬間冰敷器3〇〇 中，谷器302的開口 303上裝有引出管3〇4俾供將冷媒3〇5 從容器302中釋出，喷頭31〇連接引出管304，其上具有 噴官312 ,外殼306卡合在容器3〇2上，其上裝有冷卻頭 ，外殼306上留有一缺口 314供使用者按壓喷頭31〇。 當要使用瞬間冰敷器300時，先平放瞬間冰敷器3〇〇使冷 部頭308朝下，如第八圖所示，跟著按壓喷頭31〇使容器 3〇2中的冷媒305經引出管3〇4及喷管312釋放至冷卻頭 〇8的内表面，冷媒305附著在冷卻頭308上後將迅速蒸 發，因此降低冷卻頭308上的溫度，待冷卻頭3〇8冷卻後 即可用以冰敷患部。此外，在容器3〇2上可以像前述的實 =例一樣設置一閥門，在容器3〇2内的冷媒3〇5用盡時， 可以使用裝有冷媒305的補充罐進行補充。 【圖式簡單說明】 第一圖係根據本創作的第一實施例； 第二圖係第一圖中按壓機構的放大示意圖； 第三圖係第一圖瞬間冰敷器的操作示意圖； 第四圖係第一圖瞬間冰敷器的另一實施例； 第五圖係根據本創作的第二實施例； 弟/、圖係弟五圖瞬間冰敷器的操作示意圖； 第七圖係根據本創作的第三實施例以及 第八圖係第七圖瞬間冰敷器的操作示意圖。 M284366 【主要元件符號說明】 100 瞬間冰敷器 102 容器 103 開口 104 閥門 105 冷媒 106 冷卻頭 107 低點引出管 108 引出管 110 孔洞 112 穿孔 114 密封機構 116 蓋子 118 按壓機構 120 圓筒 122 圓筒 124 彈簧 126 孑L洞 128 孔洞 130 子U同 132 冷媒填充口 200 瞬間冰敷器 202 容器 M284366 203 開口 204 閥門 205 冷媒 206 冷媒填充口 208 引出管 210 C型扣環 212 隔艙墊圈 214 冷卻頭 300 瞬間冰敷器 302 容器 303 開口 304 引出管 305 冷媒 306 外殼 308 冷卻頭 310 喷頭 312 喷管 314 缺口According to one of the creations of the present invention, the cooling head + + J inter-ice ice I 卟 is fixed on the container 102. Preferably, the M284366 contains a metal having a very high thermal conductivity. Typically, the cooling head 1 6 is screwed onto the container 102. The container 1〇2 has an opening 1〇3, and a valve 104 is disposed thereon to prevent some or all of the liquid refrigerant 1〇5 in the container 1〇2 from being dissipated, and the outlet tube 1〇8 has one end of the hole 110 The valve 104' is housed and the other end is in the perforation 112 of the cooling head 1〇6. A sealing mechanism U4, such as a rubber band or a metal collar, is provided around the outlet pipe 108 to seal the gap between the outlet pipe 108 and the perforation 112. One end of the low-point take-out pipe 1〇7 is connected to the valve 104, and the other end extends to the liquid surface of the refrigerant 1〇5. The cover 116 is provided with a pressing mechanism 118 including cylinders 12 and 122 and a spring 124, as shown in the second figure, wherein the cylinder 12 having the hole 126 is hung in the cylinder 122 with a gap therebetween. The spring 124 surrounds the outside of the cylinder 122, and when the cover 116 is engaged with the cooling head 1〇6, the cylinder 120 abuts the guide tube 1〇8. The combination of the valve 1〇4, the low-point take-out pipe 1〇7, the lead-out pipe 108, and the pressing mechanism ns serves as a control mechanism for controlling the release of the refrigerant 105 in the container 1〇2. Typically, the refrigerant 1〇5 contains liquefied butadiene. In various embodiments, the composition of the refrigerant 105 can be changed or replaced. When the user applies pressure to the pressing mechanism 118, as shown in the third figure, the bowing pipe is pushed downward to open the valve 1 〇 4 ' so that the refrigerant 1 〇 5 in the container 1 〇 2 is taken out of the low point pipe After being drawn up, 107 is introduced into the lead pipe 1〇8 and the cylinder 124 through the hole 130. The gap between the hole 128 and the cylinders 122 and 124 is released to the outer surface of the cooling head 106, thereby lowering the cooling head 1〇6. temperature. After the pressing mechanism 118 is pressed for a while, the lid 112 is opened, and the affected portion can be iced with the cooled cooling head 106. In this embodiment, the refrigerant 105 is released to the outer surface of the cooling head M284366 =, so that medicinal alcohol (ethanol) can be added to the container 102 to achieve the sterilization effect, and some anti-aging, skin moisturizing and skin growth can be added. Elastic, astringent wounds and ingredients that promote scar healing, such as aloe vera oil and oil-soluble vitamin E. In addition, when the refrigerant 1〇5 in the container 1〇2 is used up, a replenishing tank containing cold coal, such as a pure butane gas tank for a lighter or a cassette furnace gas tank used in a cassette furnace, may be used. 1〇4 is injected into the container 102. In other embodiments, the release and injection of the refrigerant 1〇5 are not necessarily from the same opening 103. For example, as shown in the fourth figure, a refrigerant filling port 132 may be additionally provided in the container 102 for the replenishing tank to inject the refrigerant. The refrigerant fill port 132 can also be used to inject other additives. The fifth figure is an exploded view of another embodiment of the present creation. In the instant ice packer 200, the container 202 includes an opening 203 and a refrigerant filling port 206 for releasing and injecting the refrigerant, respectively. The opening 203 is provided with a valve 204 to prevent the refrigerant from dissipating, and the take-up tube 208 is pressed against the valve 204. The ring 210 is used to secure the compartment gasket 212 to the cooling head 214, which is placed against the other end of the header 208. When the instant ice packer 200 is to be used, the instant ice packer 200 is first placed upside down and then pressed down. As shown in the sixth figure, the outlet tube 208 is opened in the valve 204, and the refrigerant 205 is passed through the take-off tube 208 and the compartment gasket. 212 is released to the inner surface of the cooling head 214. After the refrigerant 205 is attached to the cooling head 214, it will evaporate rapidly, and thus the heat on the cooling head 214 is taken away to lower the temperature. After the cooling head 214 is cooled, it can be used for ice application. The affected part. When the refrigerant 205 in the container 202 is used up, the refrigerant 205 may be replenished by the valve 206 using a replenishing tank containing the refrigerant 205. A fragrance may also be added to the container 202, and the instant ice coater 200 generates a gas M284366 flavor due to volatilization of the refrigerant 205 during use. The seventh drawing is a further embodiment according to the present creation. In the instant ice pack 3, the opening 303 of the trough 302 is provided with a take-up tube 3〇4俾 for releasing the refrigerant 3〇5 from the container 302, and the head 31〇 is connected to the take-up tube 304, which has The spray 312, the outer casing 306 is engaged with the container 3〇2, and is provided with a cooling head, and a notch 314 is left on the outer casing 306 for the user to press the spray head 31〇. When the instant ice packer 300 is to be used, the ice packer 3 is placed first to make the cold head 308 face downward. As shown in the eighth figure, the refrigerant 305 in the container 3〇2 is pressed along with the press head 31. After the outlet pipe 3〇4 and the nozzle 312 are released to the inner surface of the cooling head 〇8, the refrigerant 305 will quickly evaporate after being attached to the cooling head 308, thereby lowering the temperature on the cooling head 308, after the cooling head 3〇8 is cooled. It can be used to apply ice to the affected area. Further, a valve may be provided on the container 3〇2 as in the above-described example, and when the refrigerant 3〇5 in the container 3〇2 is used up, it may be replenished using a replenishing tank containing the refrigerant 305. BRIEF DESCRIPTION OF THE DRAWINGS The first drawing is a first embodiment according to the present invention; the second drawing is an enlarged schematic view of the pressing mechanism in the first drawing; the third drawing is a schematic view of the operation of the first embodiment instantaneous ice applicator; The figure is a first embodiment of the instant ice packer; the fifth figure is a second embodiment according to the present creation; the schematic diagram of the operation of the instant ice packer of the younger brother, and the fifth figure is based on the present invention; The third embodiment of the creation and the eighth diagram are the schematic diagrams of the operation of the instant ice packer. M284366 [Description of main components] 100 Instant ice pack 102 Container 103 Opening 104 Valve 105 Refrigerant 106 Cooling head 107 Low-point outlet pipe 108 Lead-out pipe 110 Hole 112 Perforation 114 Sealing mechanism 116 Cover 118 Pressing mechanism 120 Cylinder 122 Cylinder 124 Spring 126 孑L hole 128 Hole 130 Sub-U with 132 Refrigerant filling port 200 Instant ice applicator 202 Container M284366 203 Opening 204 Valve 205 Refrigerant 206 Refrigerant filling port 208 Lead-out tube 210 C-ring 212 Spacer gasket 214 Cooling head 300 Instant Ice applicator 302 container 303 opening 304 extraction tube 305 refrigerant 306 housing 308 cooling head 310 nozzle 312 nozzle 314 notch