M249002 五、創作說明（l) 【新型所屬之技術領域】 本創作係有關於一種熱交換循 工作流體升溫而氣化後之氣體壓力輿:f^指一種利用 體之流動加快’藉以提昇其熱交：；埶二：使工作流 。 双手之熱父換循環裝置 【先前技術】 按，常見之熱交換循環裝置或系統， 1 封狀態，⑨通常可藉由液相與氣相變化來達到：：係^密 。惟，當此等裝置或系統中之工作流”、、里之傳遞 呈現飽和日寺，由於經冷卻m作化現象過遽而 速度常致使以往熱交換循環裝置或系統之 熱父換效率無法提昇。 有鑑於此，本創作人為改善並解決上述之缺失，乃特 :心研究並配合學理之運用’終於提出一種設計合理且有 攻改善上述缺失之本創作。 【新型内容】 本創作之主要目的’在於可提供一種熱交換循環裝置 ，其係為促進熱交換循環裝置之液態工作流體的流回速度 ’以提昇其熱交換效率。 為了達成上述之目的’本創作係提供一種熱交換循環 裝置，包括一受熱體、一流體迴路及一增壓單元；其中， 文熱體内部係呈中空狀而注入有工作流體，並具有入口與 出口，而流體迴路則具有連接於該受熱體出口處之第一端 D、以及穿入該受熱體入口並伸入該受熱體内部之第二端 第5頁 M249002 五、創作說明（2) 口，以使流體迴路與受熱體構成〜 增壓單元裝設於流體迴路近其第〜閉之循環系統；俾令 内部，且與第二端口為順向&置，端口處上並位在受熱體 流體可帶動液態工作流體之流動j =供部份氣化後之工作 【實施方式】 藉以達成上述之目的。 為了使貴審查委員能更進〜半 技術内容，請參閱以下有關本創作步瞭解本創作之特徵及 而所附圖式僅提供參考與說明用下之詳細說明與附圖，然 限制者。 ’並非用來對本創作加以 請參閱第一圖，係為本創作楚 。本創作係提供-種熱交換循環穿：“:例之剖面示意圖 一流體迴路2及一增壓單元3 ;其^ . ，〇括一受熱體1、 該受熱體1係以導熱性佳之材質制 以裝配於一發熱源4 (如第三“。，古如”，並用 舉之實施例中，該受熱體1#包1不）上方。在本創作所 底座11形成有-内凹之容室110、以及與該容室11〇之 與出口m，八口⑴為液態工作流體⑴流人受妖 體山13^人口處’而出口 112則為氣態玉作流體113排出時、 之出口處，且出口m係較入口 Ul所位於之處 寺 座η上方則供頂蓋10密合蓋設，以藉由該底㈣ 110而使受熱體1内部呈中空狀者。 該流體迴路2係、可呈迁迴狀而旋繞於上述受熱體丨外， 並可於該^迴路2上穿設複數片散熱籍㈣或更 其它具有冷卻功能之裝置，如散熱風扇（圖略）等。該流 ι^·πι 第6頁 M249002 第二端口 22，其中之第 五、創作說明（3) 體迴路2係具有一第一端口 21與 一端口 21乃連接於受熱體丨之出口 I12處，而流體迴路2繞 過受熱體1外圍後，即可使其第二口 22由該义熱體1之入 口 111穿入並延伸至其底座11之容室110中，以令該流體迴 路2與受熱體1構成一封閉之循環系統，並進而於該受熱體 1内部注入適量之工作流體1 1 3。 請一併參閱第二圖所示，本創作主要/系在於上述流體 迴路2近其第二端口 22處裝設所述之增麼單元3。該增壓單 元3係位於上述受熱體1内部，f為 [」子型之、彎曲管 狀體，並具有彼此相通之一進氣端3 〇與一出氣端31。如第 二圖所示，當該增壓管3裝設於流體迴路2近其第二端口 22 處後，其出氣端31即因穿入流體迴路2内而朝向該流體迴 路2之第二端口 22，意即增壓管3之第二端口 22與流體迴路 2之第二端口 2 2為順向設置；而該增壓單元3之進氣端3 〇則 延伸於流體迴路2之外，並高於受熱體丨内之工作流體u3 的表面而位於其上方處。 是以，藉由上述之構造組成，即可得到本創作埶交換 循環裝置。 ..... 如第三圖所示，本創作於使用時，係將上述受熱體工 裝配於發熱源4上並相互貼附，而當發熱源4產生熱量後， 受熱體1内部之工作流體113即逐漸開始氣化（以實線箭頭 表示），並由受熱體丨之出口 112上升至流體迴路2内，經 由流體迴4 2外之散熱鰭片20等冷卻裝置進行散熱後，即 可逐漸回恢成液態（以虛線箭頭表示），並隨著流體迴路M249002 V. Creation instructions (l) [Technical field to which the new type belongs] This creation relates to a gas pressure after heat exchange and vaporization of the working fluid: f ^ refers to the use of a body to speed up 'to increase its heat Due :; second: make the workflow. Two-handed heat-father cycle-changing device [Prior technology] Press, common heat-exchange cycle device or system, 1 seal state, can usually be achieved by liquid phase and gas phase change :: ^ dense. However, when the work flow in these devices or systems is saturated, the temperature is often too high due to the excessive cooling phenomenon and the speed often makes it impossible to improve the heat exchange efficiency of previous heat exchange cycle devices or systems. In view of this, in order to improve and solve the above-mentioned shortcomings, the creator of this creative is: special research and the use of scientific theory 'finally proposed a rationally designed and attacked to improve the above-mentioned original creation. [New content] The main purpose of this creation 'In order to provide a heat exchange cycle device, which is to promote the flow back speed of the liquid working fluid of the heat exchange cycle device' in order to improve its heat exchange efficiency. In order to achieve the above-mentioned purpose, 'this creative system provides a heat exchange cycle device, It includes a heating body, a fluid circuit, and a booster unit. The inside of the heating body is hollow and filled with working fluid, and has an inlet and an outlet. The fluid circuit has a first part connected to the outlet of the heating body. One end D, and the second end that penetrates the inlet of the heating body and extends into the inside of the heating body. Page 5 M249002 5. Creation instructions 2) port, so that the fluid circuit and the heating body constitute ~ the booster unit is installed in the fluid circuit near its first ~ closed circulation system; order inside, and the second port is forward & The fluid located in the heated body can drive the flow of the liquid working fluid j = work for partial gasification [implementation] to achieve the above purpose. In order to make your review committee more advanced ~ semi-technical content, please refer to the following about this Creative steps understand the characteristics of this creative and the drawings provided are only for reference and explanation. The detailed description and drawings are used below, but it is limited. 'It is not used to refer to the first figure for this creative, it is the original creative. This creation provides a kind of heat exchange cycle wear: ": a schematic cross-section of an example-a fluid circuit 2 and a booster unit 3; its ^., 〇 includes a heating body 1, the heating body 1 is made of a material with good thermal conductivity It is assembled on a heat source 4 (such as the third "., Ancient as", and in the embodiment, the heat receiving body 1 # package 1 is not). On the base 11 of this workshop, a recessed container 110 and an outlet m with the container 11 are formed. Hachiguchi is a liquid working fluid that flows into the receiving body of the monster body 13 and the exit 112. When the gaseous jade fluid 113 is discharged, the outlet is at the outlet m, and the outlet m is located above the temple η where the inlet Ul is located, and the top cover 10 is tightly placed to cover the heated body through the bottom ridge 110. 1 The inside is hollow. The fluid circuit 2 can be looped around the above-mentioned heat receiving body, and a plurality of cooling devices or other cooling devices such as a cooling fan (figure omitted) )Wait. The flow ^ · πι Page 6 M249002 The second port 22, the fifth of which is the creation description (3) The body circuit 2 has a first port 21 and a port 21 which are connected to the outlet I12 of the heating body 丨After the fluid circuit 2 bypasses the periphery of the heat receiving body 1, the second port 22 can be penetrated from the inlet 111 of the heat-receiving body 1 and extended into the receiving chamber 110 of the base 11 so that the fluid circuit 2 and the The heated body 1 constitutes a closed circulation system, and an appropriate amount of working fluid 1 1 3 is further injected into the heated body 1. Please refer to the second figure together. This creation is mainly based on the above-mentioned fluid circuit 2 being installed with the additional unit 3 near the second port 22 thereof. The supercharging unit 3 is located inside the above-mentioned heat receiving body 1, and f is a sub-shaped, curved tube-shaped body, and has an inlet end 30 and an outlet end 31 communicating with each other. As shown in the second figure, when the booster pipe 3 is installed near the second port 22 of the fluid circuit 2, its outlet end 31 faces the second port of the fluid circuit 2 because it penetrates into the fluid circuit 2 22, which means that the second port 22 of the booster pipe 3 and the second port 22 of the fluid circuit 2 are arranged in a forward direction; and the intake end 30 of the booster unit 3 extends outside the fluid circuit 2 and It is higher than the surface of the working fluid u3 inside the heating body. Therefore, with the above-mentioned structure and composition, this creative / exchange cycle device can be obtained. ..... As shown in the third picture, when this work is used, the above heat sink is assembled on the heat source 4 and attached to each other. After the heat source 4 generates heat, the work inside the heat sink 1 The fluid 113 gradually begins to vaporize (indicated by a solid arrow), and rises from the outlet 112 of the heated body into the fluid circuit 2, and is cooled by the cooling device such as the heat dissipation fins 20 outside the fluid 42. Gradually return to the liquid state (indicated by the dashed arrow) and follow the fluid circuit
M249002 五、創作說明（4) 受熱體1内部，以再次遇熱產生相變 2而由第二端口 22流至辱 化而循環散熱 、：而、☆田&熱源4持續產生熱量，並使氣化後之工作 流體11 3於夂熱體1内部呈現飽和狀態時，有部份氣化後之 工作流體113即會被迫使由進氣端3〇進入增壓單元3中；此 時’由於氣體壓力與流動之故，而可形成一推波力， =帶動流體，路2内之液態工作流體113更快速地朝向第二 t 口 2 t 3 ί體1内部，進而促使工作流體11 3之流動加 快，並有效提昇其熱交換之效率。 此外，該增壓i 4 η 供氣化之工作流體C氣端30亦可呈一擴孔狀，以 流體迴路2之第二易進入增壓單元3中…亦可令 作流體11 3之流速。A 呈一縮孔狀，此亦可加速液態工 路2中之流動可更為丨’為使液悲工作流體11 3於流體迴 1之入口 111外—^員利與順暢，該流體迴路2於近受熱體 以利於液態工作流’亦可令其呈由上而下之傾斜狀’ 如第四圖及第五同13可順勢流入受熱體1内部。 增壓單元3係包含一 ^所示，在本創作第二實施例中，該 氣管3a之一端為所诚ΐ氣管3a與一節流管扑所構成；該進 30a，且該進氣管3a内^進軋端3〇，另一端則為一連接端 連接端30a相通；而^穿設一通孔31a ’以令進氣端30與 ，另-端則為管徑縮郎流條之—端為所述之出氣端31 向上方處開設-與封閉端3〇b，該封閉端綱於其侧 ，且節流管3b内更^^之連接端3〇&密接的連接孔31b μ連接孔3 1 b至出氣端3 1穿設一向下 M249002 五、創作說明（5) 傾斜之流道3 2 b，而封閉端3 0 b上又穿設一與該流道3 2 b相 通之入水孔3 3 b。 請一併參閱第六圖所示，而欲將該增壓單元3裝設於 流體迴路2上時，係先於流體迴路2近其第二端口 22處上開 設一穿孔2 2 0，以供進氣管3 a之連接端3 0 a穿入，而節流管 3b之封閉端3 〇b則套置於流體迴路2之第二端口 22上，並使 其連接孔31b與第二端口 22之穿孔22 0相對，以令該連接孔 31b可與進氣管3a之連接端30a密合連結。 —至此，如第六圖及第七圖所示，當液態工作流體i j 3 隨著流體迴路2流至其第二端口22時，由於節流管扑之封 = 30b為管徑縮小狀，故會與第二端心形成間隙⑽（ *、s七ΐ所不），且該間隙34b更與節流管3b之入水孔33b ώ疋以，液態工作流體11 3將透過此間隙34b而由入水 二 節流管3b之流道321)内；另-方面，當受埶體1 氣流體113氣化並呈飽和狀態後，部份氣體由進 端3。進入增壓單元3中，即可加壓於流継 相同之：的113〉夜面上’以達到與上述第-實施例 綜上所述 確可達到預期 新穎性及進步 法提出申請， 權利。 ’本創作實為不可多得之新型創作產品，其 之使用目的，而解決習知之缺失，又因極具 性’完全符合新型專利申請要件，爰依專利 破凊詳查並賜准本案專利，以保障創作人之 惟以上所 述僅為本創作 之較佳可行實施例，非因此即M249002 V. Creation instructions (4) Inside the heat receiving body 1, the phase change 2 occurs again when it encounters heat, and the heat is circulated from the second port 22 to the disgrace, and the heat is continuously generated by the ☆ Tian & heat source 4 and When the gasified working fluid 11 3 is saturated in the hot body 1, a part of the gasified working fluid 113 will be forced to enter the supercharging unit 3 from the air inlet 30; Because of the pressure and flow of the gas, a thrust force can be formed, = driving the fluid, the liquid working fluid 113 in the path 2 is more rapidly directed toward the inside of the second t port 2 t 3 ί body 1, and then the working fluid 11 3 Speed up the flow and effectively improve its heat exchange efficiency. In addition, the gas end 30 of the pressurized i 4 η gasified working fluid C can also have a reamed shape, and the second circuit of the fluid circuit 2 can easily enter the supercharging unit 3. . A is in the form of a shrinkage hole, which can also accelerate the flow in the liquid working path 2. It is possible to make the fluid working fluid 11 3 outside the inlet 111 of the fluid return 1-the benefit and smoothness of the fluid circuit 2 Near the heating body to facilitate the liquid work flow 'it can also make it inclined from top to bottom', as shown in the fourth figure and the fifth and the thirteenth, it can flow into the heating body 1 inside. The supercharging unit 3 is shown in Figure 1. In the second embodiment of the present invention, one end of the air pipe 3a is composed of the air pipe 3a and the throttle pipe; the inlet 30a, and the inside of the air pipe 3a. ^ The rolled end 30 is connected to the other end by a connecting end connecting end 30a; and ^ is provided with a through hole 31a 'to make the air inlet end 30 and the other end is the diameter of the condensed flow bar-the end is The outlet end 31 is opened upwards and closed end 30b, the closed end is on its side, and the connection end 30 in the throttle tube 3b is more tightly connected 31b μ connection hole 3 1 b to the air outlet end 3 1 penetrating a downward M249002 5. Creation instructions (5) Inclined flow passage 3 2 b, and the closed end 3 0 b is provided with a water inlet hole communicating with the flow passage 3 2 b 3 3 b. Please refer to the sixth figure together, and when the booster unit 3 is to be installed on the fluid circuit 2, a perforation 2 2 0 is opened before the fluid circuit 2 near its second port 22 for The connection end 30a of the intake pipe 3a penetrates, and the closed end 3ob of the throttle pipe 3b is sleeved on the second port 22 of the fluid circuit 2, and its connection hole 31b and the second port 22 The perforations 22 0 are opposite, so that the connection hole 31 b can be tightly connected with the connection end 30 a of the air intake pipe 3 a. — At this point, as shown in the sixth and seventh figures, when the liquid working fluid ij 3 flows to its second port 22 along with the fluid circuit 2, the choke of the throttling pipe = 30b is a reduced diameter, so It will form a gap with the second end center (*, s seven), and the gap 34b is more connected with the water inlet 33b of the throttle pipe 3b. The liquid working fluid 11 3 will pass through this gap 34b and enter the water. In the flow channel 321) of the second throttle pipe 3b; on the other hand, when the gas 1 and the gas 113 in the receiver 1 are vaporized and saturated, a part of the gas flows from the inlet 3. Entering the supercharging unit 3, you can pressurize the flow of the same: 113> on the night surface to achieve the same as the above-mentioned embodiment. In summary, the expected novelty and progress method can be applied for, right. 'This creation is a rare new type of creative product. Its purpose of use is to solve the lack of knowledge, and because it is very strong.' It is fully in line with the requirements for new patent applications. Based on the patent analysis, we can investigate and grant the patent in this case. In order to protect the creator, the above is only a good and feasible embodiment of this creation,
第9頁 M249002 五、創作說明（6) 拘限本創作之專利範圍，故舉凡運用本創作說明書及圖式 内容所為之等效結構變化，均同理皆包含於本創作之範圍 内，合予陳明。 ΙΙϋΙΙΙΙ 第10頁 M249002 圖式簡單說明 【圖式簡單說明】 第一圖 係本創作第一實施例之剖面示意圖。 第二圖 係第一圖之A部份放大詳圖。 第三圖 係本創作第一實施例之使用狀態示意圖。 第四圖 係本創作第二實施例增壓單元與流體迴路之 立體分解圖。 第五圖 係本創作第二實施例之剖面示意圖。 第六圖 係第五圖之A部份放大詳圖。 第七圖 係第六圖之俯視不意圖。 〔元件代表符號〕 <本創作> 受熱體 1 頂蓋 10 底座 11 容室 110 入口 111 出口 112 工作流體 113 流體迴路 2 散熱鰭片 20 第一端口 21 第二端口 22 穿孔 220 增壓單元 3 進氣管 3a 進氣端 30 連接端 3 0a 通孔 31aPage 9 M249002 V. Creation Instructions (6) The patent scope of this creation is limited. Therefore, all equivalent structural changes made by using this creation description and the contents of the drawings are included in the scope of this creation, and shall be given together. Chen Ming. ΙΙϋΙΙΙΙ page 10 M249002 Brief description of the drawings [Simplified description of the drawings] The first diagram is a schematic cross-sectional view of the first embodiment of this creation. The second picture is an enlarged detailed view of part A of the first picture. The third figure is a schematic diagram of the use state of the first embodiment of this creation. The fourth figure is an exploded perspective view of the pressure increasing unit and the fluid circuit in the second embodiment of the present invention. The fifth figure is a schematic cross-sectional view of the second embodiment of this creation. The sixth figure is an enlarged detailed view of part A of the fifth figure. The seventh figure is the top view of the sixth figure. [Representative Symbols of Components] < This creation > Heat receiving body 1 Top cover 10 Base 11 Container 110 Inlet 111 Outlet 112 Working fluid 113 Fluid circuit 2 Radiating fin 20 First port 21 Second port 22 Perforation 220 Booster unit 3 Intake pipe 3a Intake end 30 Connection end 3 0a Through hole 31a
M249002 圖式簡單說明 節流管 3b 出氣端 31 封閉端 30b 連接孔 31b 流道 32b 入水孑L 33b 間隙 34b 發熱源 4M249002 Brief description of the illustration Throttle 3b Air outlet 31 Closed end 30b Connection hole 31b Flow channel 32b Water inlet L 33b Clearance 34b Heating source 4
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