五、新型說明： 【新型所屬之技術領域】 [0001] 本創作係有關於一種飲水機，特別是一種具有冷凍系統 模組之飲水機。 【先前技術】 [0002] 水是人類維持生命不可或缺的重要元素，飲水機是現代 非常常見的機器，舉凡辦公室、政府機關、公共場所， 甚至個人住家都可見飲水機的擺設；飲水機可將生水煮 沸殺菌消毒後保溫或冰涼，以供人飲用。 [0003] 然而目前的飲水機存在著一個缺點，那就是當飲水機的 冷涞循環系統（遘常包含壓縮機、散熱裝置及循環管路 等等元件）的其中一元件故障時，維修員要直接在客戶 端現場檢查維修是非常困難的，而必須將整台飲水機搬 運回工廠才能較為順利地進行檢查維修；因此非常的費 時費力。 [0004] 例如台灣專利號M305322係揭露一種飲水機，包含：一機 體、一過濾單元、一冷熱交換桶、一加熱裝置、一冷卻 裝置，及一電解水裝置，藉由將該過濾單元、該加熱裝 置、該冷熱交換筒、該冷卻裝置與該電解水裝置結合， 該過濾單元過濾的生水供應該加熱裝置加熱煮沸，該冷 熱交換桶進行冷、熱水的熱交換，該冷卻裝置進行水的 冷卻，因此可提供熱、溫、冰的飲用水，而該過濾單元 過濾的生水供應該電解水裝置進行水的電解，因此可供 應電解水。然而台灣專利號M305322存在著上述當飲水機 的冷凍循環系統的其中一元件故障時，維修員必須將整 表單编號A0101 第3頁/共14頁 [0005]M427550 台飲水機搬運回工廠才能較為順利地進行檢查維修的缺 又例如台灣專利號M41 3837係揭露一種程控飲水機，其係 包含一殼體、一熱缸、一溫缸、一組出水閥件、一電路 板、一切換開關及一濾水模組。該溫缸藉由一管路連通 該熱缸。該組出水閥件則分別連通該熱缸及該溫缸。該 切換開關設於該殼體内，並電性連接該電路基板。該濾 水模組設於該殼體内，為一非逆滲透濾水模組或一逆滲 透濾水模組，當該濾水模組為逆滲透濾水模組時，則該 逆滲透濾水模組抵壓該切換開關，以切換該電路基板之 濾水模式設定。然而台灣專利號M413837存在著上述當飲 水機的冷凍循環系統的其中一元件故障時，維修員必^ 將整台飲水機搬運回工廠才能較為順利地進行檢查維修 的缺點〇 ' [0006] 再例如台灣專利號M4131Q2係揭露_種連網式飲水機旨 在藉由操作顯示單元以及網路連接的方式來主動即時地 通報故障或維修訊息，關應未來各種智慧型管控模式 ，使飲水機的適用範圍更廣泛，其係於機台内設置一^ 制，分別連接一儲水單元、一組控制閥、一操作： :早-、以及-連接網路之網控模組，其中，操作顯示 II可供操作，並且在網控模組上設定至少—組網路郵 (e mail ) ’當飲水機儲水單元控制間等相關 疋出現故障或維修等訊息時，通過控制單元可將上述 訊息顯示於操作 網 顯不單元，同時經由網控模組主動地經 路傳輪至遠端控制中心，俾能讓使用者及管理者 同時 表單編號Α0101 第4頁/共14頁 掌握該等資訊。然而台灣專利號M41310 2存在著上述當飲 水機的冷凍循環系統的其中一元件故障時，維修員必須 將整台飲水機搬運回工廠才能較為順利地進行檢查維修 的缺點。 [0007] 综上所述，目前飲水機的產品或專利均存在著上述當飲 水機的冷凍循環系統的其中一元件故障時，維修員必須 將整台飲水機搬運回工廠才能較為順利地進行檢查維修 的缺點；如此將非常的費時費力。 【新型内容】 [0008] 為改善上述習知技術之缺點，本創作之目的在於提供一 種具有冷凍系統模組之飲水機。 [0009] 為達成本創作之上述目的，本創作之具有冷凍系統模組 之飲水機包含：一冷凍系統模組。其中該冷凍系統模組 包含：一載物單元；一儲水單元，該儲水單元固設於該 載物單元之上；及一冷凍循環系統，該冷凍循環系統固 設於該載物單元之上。其中該冷凍循環系統包含：一壓 縮機單元，該壓縮機單元固設於該載物單元之上；一散 熱單元，該散熱單元固設於該載物單元之上；及一管路 單元，該管路單元連接於該壓縮機單元及該散熱單元， 並環繞於該儲水單元。 【實施方式】 [0010] 請參考第一圖，其係為本創作之具有冷凍系統模組之飲 水機方塊圖。本創作之具有冷凍系統模組之飲水機10包 含一冷凍系統模組102及一主體外殼104。該冷凍系統模 組102固設於該主體外殼104之内。須知本創作之該具有 表單编號A0101 第5頁/共14頁 冷凍系統模組之飲水機1 ο之内部部件不僅只有該冷康系 統模組102，更包含一般習知之飲水機之内其餘部件然 該些其餘部件並非本創作所論述之重點，故為簡化說明 予以省略。 [0011] 該冷凍系統模組102包含一儲水單元106、一冷凍循環系 統108及一載物單元11〇❶該儲水單元丨〇6固設於該载物 單元110之上；該冷涞循環系統1〇8固設於該载物單元之 上110 ;該截物單元11〇固設於該主體外殼1〇4之内。 [0012] 該冷康循環系統108包含一壓縮機單元112、一散熱單元 114、一管路單元116及一膨脹閥（未圖示）。該壓縮機 單元112固設於該載物單元no之上；該散熱單元114固 設於該載物單元110之上；該管路單元116連接於該壓縮 機單元112及該散熱單元114，並環繞於該儲水單元1〇6 〇 [0013] 該儲水單元106可為例如一冷水膽，並包含一出水管（未 圖示）及一排水管（未圖示），當欲清洗該健水單元106 時，可使殘餘之水直接從該排水管排空；該主體外殼104 的外面具有至少一出水開關（未圖示），連接至該儲水 單元106之該出水管，以供使用者取水飲用。 [0014] 該載物單元110可為例如一載物架；該壓縮機單元112可 為例如一壓縮機；該散熱單元114可為例如一散熱襄置（ 包含一風扇）；該管路單元116可為例如一猶環管路，内 含冷媒。 [0015] 該冷凍系統模組102固設於該主體外殼104之内之方式， 表單编號A0101 第6頁/共14頁 可以螺絲螺孔的固定手段達成；例如該冷凍系統模組102 之外部包含複數之螺孔，該主體外殼104亦包含複數之螺 孔，兩者之間再以複數之螺絲螺固。 [0016] 該儲水單元106固設於該載物單元110之上之方式，可以 螺絲螺孔的固定手段達成；例如該載物單元110之上包含 複數之螺孔，該儲水單元106的外部亦包含複數之螺孔， 兩者之間再以複數之螺絲螺固。 [0017] 該冷凍循環系統i08固設於該載物單元110之上之方式， 可以螺絲螺孔的0定手段達成；例如該載物單元110之上 包含複數之螺孔，該冷凍循環系統108的外部亦包含複數 之螺孔，兩者之間再以複數之螺絲螺固。 [0018] 該壓縮機單元112固設於該載物單元110之上之方式，可 以螺絲螺孔的固定手段達成；例如該載物單元110之上包 含複數之螺孔，該壓縮機單元112的外部亦包含複數之螺 孔，兩者之間再以複數之螺絲螺固。 [0019] 該散熱單元114固設於該載物單元110之上之方式，可以 螺絲螺孔的固定手段達成；例如該載物單元110之上包含 複數之螺孔，該散熱單元Π4的外部亦包含複數之螺孔， 兩者之間再以複數之螺絲螺固。 [0020] 該載物單元110固設於該主體外殼104之内之方式，可以 螺絲螺孔的固定手段達成；例如該載物單元110包含複數 之螺孔，該主體外殼104亦包含複數之螺孔，兩者之間再 以複數之螺絲螺固。 [0021] 請參考第二圖，其係為本創作之具有冷凍系統模組之飲 表單編號A0101 第7頁/共14頁 M427550 水機之一實施例示意圖。請參考第三圖，其係為本創作 之具有冷凍系統模組之飲水機之一實施例示意圖。 [0022] 本創作係在當冷凍循環系統其中一元件故障時，僅需將 冷凍系統模組自飲水機之主體外殼移出後，將冷凍系統 模組運送至工廠檢查維修，而不必將整台飲水機連同主 體外殼一併運送至工廠維修，因此省時省力。 [0023] 綜上所述，當知本創作已具有產業利用性、新穎性與進 步性，又本創作之構造亦未曾見於同類產品及公開使用 ，完全符合新型專利申請要件，爰依專利法提出申請。 【圖式簡單說明】 [0024] 第一圖為本創作之具有冷凍系統模組之飲水機方塊圖。 [0025] 第二圖為本創作之具有冷凍系統模組之飲水機之一實施 例示意圖。 [0026] 第三圖為本創作之具有冷凍系統模組之飲水機之一實施 例示意圖。 【主要元件符號說明】 [0027] 具有冷凍系統模組之飲水機10 [0028] 冷凍系統模組102 [0029] 主體外殼104 [0030] 儲水單元106 [0031] 冷凍循環系統108 [0032] 載物單元110 表單編號A0101 第8頁/共14頁 M427550 [0033] 壓縮棒單元II2 [0034] 散熱單元114 [0035] 管路單元116 ΰV. New Description: [New Technology Field] [0001] This creation is about a water dispenser, especially a water dispenser with a refrigeration system module. [Prior Art] [0002] Water is an indispensable element of human life. Drinking fountains are very common machines in modern times. Water dispensers can be seen in offices, government agencies, public places, and even in personal homes. Drinking fountains can be used. The raw water is boiled and sterilized, and then kept warm or cold for human consumption. [0003] However, the current water dispenser has a disadvantage, that is, when one of the components of the cold water circulation system of the water dispenser (which often includes components such as a compressor, a heat sink, and a circulation line) fails, the maintenance personnel must It is very difficult to check the repairs directly on the customer's site, and the entire water dispenser must be transported back to the factory for smoother inspection and maintenance; therefore, it is very time-consuming and labor-intensive. [0004] For example, Taiwan Patent No. M305322 discloses a water dispenser comprising: a body, a filter unit, a cold heat exchange barrel, a heating device, a cooling device, and an electrolysis device, by using the filter unit, the The heating device, the cold heat exchange cylinder, the cooling device is combined with the electrolyzed water device, the raw water supplied by the filtering unit is supplied to the heating device to be heated and boiled, and the cold heat exchange barrel performs heat exchange between cold and hot water, and the cooling device performs water The cooling can provide hot, warm, and iced drinking water, and the raw water filtered by the filtering unit supplies the electrolyzed water device for electrolysis of water, so that electrolyzed water can be supplied. However, in Taiwan Patent No. M305322, when one of the components of the refrigerating cycle system of the water dispenser is faulty, the maintenanceman must carry the entire form number A0101, page 3 of 14 [0005] M427550 water dispenser to the factory. For example, Taiwan Patent No. M41 3837 discloses a program-controlled water dispenser comprising a casing, a hot cylinder, a temperature cylinder, a set of water outlet valve members, a circuit board, a switch and A water filter module. The warm cylinder is connected to the hot cylinder by a pipe. The set of outlet valve members respectively communicate with the hot cylinder and the temperature cylinder. The switch is disposed in the housing and electrically connected to the circuit substrate. The water filter module is disposed in the casing, and is a non-reverse osmosis water filter module or a reverse osmosis water filter module. When the water filter module is a reverse osmosis water filter module, the reverse osmosis filter The water module presses the switch to switch the water filter mode setting of the circuit board. However, Taiwan Patent No. M413837 has the above disadvantages when one of the components of the refrigerating cycle system of the water dispenser is faulty, and the maintenance personnel must transport the entire water dispenser back to the factory to perform the inspection and maintenance smoothly. [0006] Taiwan Patent No. M4131Q2 reveals that the networked water dispenser is designed to actively notify the fault or repair message in real time by operating the display unit and the network connection, and to adapt to various intelligent control modes in the future to make the water dispenser applicable. The scope is more extensive, which is set in the machine platform, respectively connected to a water storage unit, a set of control valves, an operation: early-, and - network control module connected to the network, wherein the operation display II It is available for operation, and at least one set of e-mails is set on the network control module. When the information such as the malfunction or maintenance of the water storage unit control room is displayed, the above message can be displayed through the control unit. In the operation network display unit, and actively through the network control module through the road to the remote control center, the user and the manager can simultaneously form the number Α 0101 page 4 / Total 14 pages Master the information. However, in Taiwan Patent No. M41310 2, when one of the components of the refrigeration cycle system of the water dispenser fails, the maintenance personnel must carry the entire water dispenser back to the factory in order to perform the inspection and maintenance smoothly. [0007] In summary, at present, the product or patent of the water dispenser has the above-mentioned one component failure of the refrigeration cycle system of the water dispenser, and the maintenance personnel must carry the whole water dispenser back to the factory to perform the inspection smoothly. Disadvantages of repair; this will be very time consuming and laborious. [New Content] [0008] In order to improve the disadvantages of the above-mentioned prior art, the purpose of the present invention is to provide a water dispenser having a refrigeration system module. [0009] In order to achieve the above object of the present creation, the water dispenser having the refrigeration system module of the present invention comprises: a refrigeration system module. The refrigeration system module includes: a load unit; a water storage unit, the water storage unit is fixed on the load unit; and a refrigeration cycle system, the refrigeration cycle system is fixed to the load unit on. The refrigeration cycle system includes: a compressor unit fixed to the load unit; a heat dissipation unit, the heat dissipation unit is fixed on the load unit; and a pipeline unit, the The pipeline unit is connected to the compressor unit and the heat dissipation unit, and surrounds the water storage unit. [Embodiment] [0010] Please refer to the first figure, which is a block diagram of a water dispenser having a refrigeration system module. The water dispenser 10 of the present invention having a refrigeration system module includes a refrigeration system module 102 and a main body casing 104. The refrigeration system module 102 is secured within the body housing 104. It should be noted that the internal components of the water dispenser 1 having the form number A0101 and the 14th page of the refrigeration system module are not only the cold-war system module 102 but also the remaining components of the conventional water dispenser. However, these remaining components are not the focus of this creation, and are omitted for simplicity of explanation. [0011] The refrigeration system module 102 includes a water storage unit 106, a refrigeration cycle system 108, and a load unit 11 that is fixed on the load unit 110; The circulation system 1〇8 is fixed on the loading unit 110; the cutting unit 11〇 is fixed in the main body casing 1〇4. [0012] The cold cycle system 108 includes a compressor unit 112, a heat sink unit 114, a line unit 116, and an expansion valve (not shown). The compressor unit 112 is fixed on the load unit no; the heat dissipation unit 114 is fixed on the load unit 110; the pipeline unit 116 is connected to the compressor unit 112 and the heat dissipation unit 114, and Surrounding the water storage unit 1〇6 〇[0013] The water storage unit 106 can be, for example, a cold water bladder, and includes an outlet pipe (not shown) and a drain pipe (not shown) when the nut is to be cleaned. When the water unit 106 is used, the residual water can be drained directly from the drain pipe; the outer surface of the main body casing 104 has at least one water outlet switch (not shown) connected to the water outlet pipe of the water storage unit 106 for use. Drink water. [0014] The load unit 110 can be, for example, a carrier; the compressor unit 112 can be, for example, a compressor; the heat dissipation unit 114 can be, for example, a heat dissipation device (including a fan); the pipeline unit 116 It can be, for example, a helium loop pipeline containing a refrigerant. [0015] The freezing system module 102 is fixed in the main body casing 104, and the form number A0101 can be achieved by the fixing means of the screw screw hole; for example, the outside of the freezing system module 102 The plurality of screw holes are included, and the main body casing 104 also includes a plurality of screw holes, and the two are screwed together by a plurality of screws. [0016] The manner in which the water storage unit 106 is fixed on the load unit 110 can be achieved by a screw screw hole fixing means; for example, the load unit 110 includes a plurality of screw holes, and the water storage unit 106 The outer part also contains a plurality of screw holes, and the two are screwed together by a plurality of screws. [0017] The manner in which the refrigeration cycle system i08 is fixed on the load unit 110 can be achieved by means of a screw screw hole; for example, the load unit 110 includes a plurality of screw holes, and the refrigeration cycle system 108 The outer part also contains a plurality of screw holes, and the two are screwed together by a plurality of screws. [0018] The manner in which the compressor unit 112 is fixed on the load unit 110 can be achieved by a screw screw hole fixing means; for example, the load unit 110 includes a plurality of screw holes on the compressor unit 112. The outer part also contains a plurality of screw holes, and the two are screwed together by a plurality of screws. [0019] The heat dissipating unit 114 is fixed on the loading unit 110, and can be achieved by a screw screw hole fixing method; for example, the loading unit 110 includes a plurality of screw holes, and the heat dissipating unit 的4 is also externally It contains a plurality of screw holes, and the two are screwed together by a plurality of screws. [0020] The manner in which the loading unit 110 is fixed in the main body casing 104 can be achieved by means of fixing a screw hole; for example, the loading unit 110 includes a plurality of screw holes, and the main body casing 104 also includes a plurality of screws. Holes, and then screwed together with a plurality of screws. [0021] Please refer to the second figure, which is a schematic diagram of an embodiment of the M427550 water machine of the present invention having a refrigeration system module. Form No. A0101, page 7/14. Please refer to the third figure, which is a schematic diagram of one embodiment of the water dispenser with the refrigeration system module. [0022] The present invention is that when one of the components of the refrigeration cycle system fails, the refrigeration system module is only required to be removed from the main body of the water dispenser, and the refrigeration system module is transported to the factory for inspection and maintenance without having to drink the entire water. The machine is shipped to the factory for repair along with the main body casing, thus saving time and effort. [0023] In summary, when the knowledge creation has industrial utilization, novelty and progress, and the structure of the creation has not been seen in similar products and public use, fully comply with the requirements of the new patent application, according to the patent law Application. BRIEF DESCRIPTION OF THE DRAWINGS [0024] The first figure is a block diagram of a water dispenser having a refrigeration system module. [0025] The second figure is a schematic diagram of one embodiment of a water dispenser having a refrigeration system module. The third figure is a schematic diagram of an embodiment of a water dispenser having a refrigeration system module. [Main component symbol description] [0027] Water dispenser 10 having a refrigeration system module [0028] Freezer system module 102 [0029] Main body casing 104 [0030] Water storage unit 106 [0031] Refrigeration cycle system 108 [0032] Item Unit 110 Form No. A0101 Page 8 of 14 M427550 [0033] Compression Rod Unit II2 [0034] Heat Dissipating Unit 114 [0035] Piping Unit 116 ΰ
表單編號Α0101 第9頁/共14頁Form number Α0101 Page 9 of 14