本創作是關於一種飲料機，特別是關於一種原料分裝飲料機。This creation is about a beverage machine, in particular, a raw material dispensing beverage machine.
飲料機是餐飲業中重要的一種裝置，用以供應飲料。一般的飲料機具有一儲料槽。儲料槽固設於飲料機中，用以盛裝原料。然而儲料槽重複盛裝原料，會有殘留物在儲料槽中引發細菌滋生的可能，進而與新裝入原料相接觸後汙染到原料，造成清潔衛生問題。Beverage machines are an important device in the catering industry, used to supply beverages. Generally, beverage machines have a storage tank. The storage tank is fixed in the beverage machine to hold raw materials. However, if the storage tank is repeatedly filled with raw materials, there is a possibility that residues in the storage tank will cause bacteria to grow, and then contact with newly loaded raw materials and contaminate the raw materials, causing cleaning and hygiene problems.
為解決清潔衛生問題，現有技術中的飲料機具有一抽取裝置、一原料瓶、一出水裝置、及一混和閥。原料瓶具有一開口，並直立設置將開口朝上，並裝有原料。原料瓶為可替換地設置於抽取裝置。抽取裝置由開口深入原料瓶，並能抽取其中的原料。原料瓶混和閥連接出水裝置及抽取裝置。當使用者欲取用飲料時，抽取裝置會抽取原料瓶中的原料，並將原料送往混和閥。與此同時出水裝置會將水送往混和閥與原料混和。To solve the problem of cleanliness and hygiene, the beverage machine in the prior art has an extraction device, a raw material bottle, a water outlet device, and a mixing valve. The raw material bottle has an opening, and is upright with the opening facing upward, and is filled with raw materials. The raw material bottle is replaceably arranged on the extraction device. The extraction device goes deep into the raw material bottle from the opening and can extract the raw materials therein. The raw material bottle mixing valve connects the water outlet device and the extraction device. When the user wants to take a beverage, the extraction device will extract the raw materials in the raw material bottle and send the raw materials to the mixing valve. At the same time, the water outlet device will send water to the mixing valve to mix with the raw materials.
然而，由於原料瓶直立設置並將開口朝上。抽取裝置可能無法將瓶中底層的原料完全抽出。並且當原料是包含固體原料及液體原料時，例如含有果肉的果汁，固體原料會沉積於原料瓶底部，使抽取裝置不易將沉積的固體原料抽取出，不但使送出的飲料中固體原料及液體原料混和不均勻，並且固體原料沉積於瓶底而造成浪費。However, since the raw material bottle is placed upright with the opening facing upward, the extraction device may not be able to completely extract the raw materials at the bottom of the bottle. Moreover, when the raw materials include solid raw materials and liquid raw materials, such as juice containing pulp, the solid raw materials will settle at the bottom of the raw material bottle, making it difficult for the extraction device to extract the deposited solid raw materials, not only causing the solid raw materials and liquid raw materials in the delivered beverage to be mixed unevenly, but also the solid raw materials will settle at the bottom of the bottle, causing waste.
本創作提出一種原料分裝飲料機，主要能使固體原料及液體原料完全倒出，以解決原料殘留問題，更能使飲料中的固體原料及液體原料混合均勻。This invention proposes a raw material dispensing beverage machine, which can mainly pour out solid raw materials and liquid raw materials completely to solve the problem of raw material residue, and can also make the solid raw materials and liquid raw materials in the beverage mix evenly.
為達以上目的，本創作提出一種原料分裝飲料機，其具有：一連接裝置，其具有：一連通道，其具有相對的一第一端口及一第二端口；一入料部，其連接於該第一端口，並垂直向上延伸；一出料部，其連接於該第二端口；一進氣部，其設置於該入料部中，並延伸至外界；一氣體導管，其連接於該進氣部；一原料瓶，其可拆卸式地且垂直地裝設於該入料部，該原料瓶位於該入料部的上方且其中裝有一原料；該氣體導管位於該原料瓶中；當該原料瓶內部氣壓降低時，外界的空氣能通過該進氣部及該氣體導管進入到該原料瓶當中。To achieve the above purpose, this invention proposes a raw material dispensing beverage machine, which has: a connecting device, which has: a connecting channel, which has a first port and a second port opposite to each other; a feed part, which is connected to the first port and extends vertically upward; a discharge part, which is connected to the second port; an air inlet, which is arranged in the feed part and extends to the outside; a gas duct, which is connected to the air inlet; a raw material bottle, which is detachably and vertically installed in the feed part, the raw material bottle is located above the feed part and contains a raw material; the gas duct is located in the raw material bottle; when the internal air pressure of the raw material bottle is reduced, the external air can enter the raw material bottle through the air inlet and the gas duct.
藉由以上結構，將原料瓶垂直並開口向下設置於連接裝置上方，使得原料瓶中的原料能夠完全流出，不會再有殘留液體原料或是沉積固體原料，更能使包含固體原料及液體原料的原料能夠均勻地流出並混和成飲料。With the above structure, the raw material bottle is placed vertically with the opening downward above the connecting device, so that the raw materials in the raw material bottle can flow out completely without any residual liquid raw materials or precipitated solid raw materials. Moreover, the raw materials including solid raw materials and liquid raw materials can flow out evenly and be mixed into beverages.
如前所述之原料分裝飲料機，其中該氣體導管具有：一管體，其具有相對的一第三端口及一第四端口；該第三端口連通於該進氣部；該第四端口設置於該原料瓶中；一擋片，其環繞設置於該第四端口；一活動片，其選擇性地覆蓋於該第四端口及該擋片。As described above, the gas conduit has: a tube body having a third port and a fourth port opposite to each other; the third port is connected to the air inlet; the fourth port is arranged in the raw material bottle; a baffle is arranged around the fourth port; and a movable plate selectively covers the fourth port and the baffle.
如前所述之原料分裝飲料機，該原料分裝飲料機具有：一泵浦，其連接於該出料部，並具有：一送料孔，其連通於該出料部；該泵浦能控制該原料流出該送料孔的流量。As described above, the raw material dispensing beverage machine has: a pump connected to the discharge portion, and has:a feed hole connected to the discharge portion; the pump can control the flow rate of the raw material out of the feed hole.
如前所述之原料分裝飲料機，該原料分裝飲料機具有：一混和裝置，其連接於該送料孔，且該混和裝置用以接受一清水。As described above, the raw material dispensing beverage machine has: a mixing device connected to the feeding hole, and the mixing device is used to receive clean water.
如前所述之原料分裝飲料機，其中該連接裝置具有：一第一開關件，其設置於該第一端口及該第二端口之間，並能選擇性地關閉該連通道或開放該連通道。As described above, the raw material dispensing beverage machine, wherein the connecting device has: a first switch, which is arranged between the first port and the second port and can selectively close the connecting channel or open the connecting channel.
如前所述之原料分裝飲料機，其中該第一開關件包含：一第一阻塞件，其設置於該連通道，並能選擇性的封閉該第二端口；一第一彈性件，其設置於該連通道，並以恢復力對該第一阻塞件向該第二端口推抵。As described above, the first switch member includes: a first blocking member, which is arranged in the connecting channel and can selectively close the second port; a first elastic member, which is arranged in the connecting channel and pushes the first blocking member toward the second port with a restoring force.
如前所述之原料分裝飲料機，其中該出料部具有：一頂桿，其向該第一彈性件之方向抵靠該第一阻塞件，使該第一開關件開放該連通道。As described above, the raw material dispensing beverage machine, wherein the discharging part has: a top rod, which abuts against the first blocking member in the direction of the first elastic member, so that the first switch member opens the connecting channel.
如前所述之原料分裝飲料機，其中該混和裝置具有：一收料部，其連接於該送料孔；一混和通道，其連接於該收料部；一進水部，其用以接受該清水，並連接於該混和通道；一第二開關件，其設置於該混和通道中，並能選擇性的關閉或開放該混和通道與該收料部的交界處。As described above, the raw material dispensing beverage machine, wherein the mixing device has: a material receiving portion connected to the material feeding hole; a mixing channel connected to the material receiving portion; a water inlet portion for receiving the clean water and connected to the mixing channel; a second switch, which is arranged in the mixing channel and can selectively close or open the junction between the mixing channel and the material receiving portion.
如前所述之原料分裝飲料機，其中該第二開關件包含：一第二阻塞件，其設置於該混和通道，並能選擇性的封閉該收料部與該混和通道的交界處；一第二彈性件，其設置於該連通道，並以恢復力對該第二阻塞件向該收料部推抵。The raw material dispensing beverage machine as described above, wherein the second switch member comprises: a second blocking member, which is arranged in the mixing channel and can selectively close the junction between the receiving portion and the mixing channel; a second elastic member, which is arranged in the connecting channel and pushes the second blocking member toward the receiving portion with a restoring force.
A:原料分裝飲料機A: Raw material packaging beverage machine
1:原料瓶1: Raw material bottle
2:連接裝置2: Connecting device
20:連通道20: Connecting channel
201:第一端口201: First port
202:第二端口202: Second port
21:入料部21: Feeding section
22:出料部22: Discharging department
221:頂桿221: Top bar
23:進氣部23: Air intake
24:氣體導管24: Gas catheter
241:管體241: Tube body
2411:第三端口2411: The third port
2412:第四端口2412: Fourth port
242:擋片242: Baffle
243:活動片243:Activity video
244:夾片244: Clip
245:固定孔245:Fixing hole
25:第一開關件25: First switch
251:第一阻塞件251: First blocking member
252:第一彈性件252: First elastic member
26:缺料偵測裝置26: Material shortage detection device
27:環形凸出部27: Ring-shaped protrusion
3:泵浦3: Pumping
4:混和裝置4: Mixing device
40:收料部40: Material receiving department
41:混和通道41: Mixing channel
42:進水部42: Water intake department
43:第二開關件43: Second switch
431:第二阻塞件431: Second blocking member
432:第二彈性件432: Second elastic member
圖1為本創作之立體示意圖。Figure 1 is a three-dimensional diagram of this work.
圖2為本創作之正視示意圖。Figure 2 is a front view of this work.
圖3為本創作之立體示意圖。Figure 3 is a three-dimensional diagram of this creation.
圖4為本創作之局部側視示意圖。Figure 4 is a partial side view of this creation.
圖5為本創作之連接裝置及氣體導管之立體示意圖。Figure 5 is a three-dimensional schematic diagram of the connection device and gas duct of this creation.
圖6為本創作之分解示意圖。Figure 6 is a schematic diagram of the decomposition of this creation.
圖7為本創作之連接裝置之分解示意圖。Figure 7 is a schematic diagram of the exploded connection device of this invention.
圖8為本創作之局部剖面示意圖。Figure 8 is a partial cross-sectional diagram of this work.
圖9為本創作之氣體導管之分解示意圖。Figure 9 is a schematic diagram of the decomposition of the gas duct in this creation.
圖10為本創作之混合裝置之立體示意圖。Figure 10 is a three-dimensional schematic diagram of the hybrid device of this creation.
圖11為本創作之混合裝置之分解示意圖。Figure 11 is a schematic diagram of the disassembled mixing device of this invention.
圖12為本創作之混合裝置之剖面示意圖。Figure 12 is a cross-sectional diagram of the mixing device of this invention.
請參考圖1至4。本創作提出一種原料分裝飲料機A，其具有一原料瓶1、一連接裝置2、一泵浦3、及一混和裝置4。Please refer to Figures 1 to 4. This invention proposes a raw material dispensing beverage machine A, which has a raw material bottle 1, a connecting device 2, a pump 3, and a mixing device 4.
原料瓶1可拆卸式地且垂直地裝設於連接裝置2。原料瓶1位於連接裝置2的上方且其中裝有一原料。原料瓶1為可替換的容器，並且不會重複盛裝原料，以確保衛生清潔。The raw material bottle 1 is detachably and vertically mounted on the connecting device 2. The raw material bottle 1 is located above the connecting device 2 and contains a raw material. The raw material bottle 1 is a replaceable container and will not be repeatedly filled with raw materials to ensure hygiene and cleanliness.
請參考圖5至8。連接裝置2具有一連通道20、一入料部21、一出料部22、一進氣部23、一氣體導管24、一第一開關件25、及一缺料偵測裝置26。Please refer to Figures 5 to 8. The connecting device 2 has a connecting channel 20, a material inlet 21, a material outlet 22, an air inlet 23, a gas conduit 24, a first switch 25, and a material shortage detection device 26.
連通道20具有相對的一第一端口201及一第二端口202。入料部21連接於第一端口201，並垂直向上延伸。原料瓶1垂直地裝設於入料部21且位於入料部21的上方。藉此原料瓶1不會再有原料殘留於原料瓶1底，或是顆粒物質沉積於原料瓶1底。出料部22連接於第二端口202，並具有一頂桿221。頂桿221由連通道20的第二端口202向連通道20的第一端口201延伸。於本實施例中，連通道20由兩分離的元件螺合而成，主要用以安裝第一開關件25。於其他實施例中，連通道20可以是一體成形，但不限於此。The connecting channel 20 has a first port 201 and a second port 202 opposite to each other. The feed portion 21 is connected to the first port 201 and extends vertically upward. The raw material bottle 1 is vertically installed on the feed portion 21 and is located above the feed portion 21. Thereby, the raw material bottle 1 will no longer have raw material residues at the bottom of the raw material bottle 1, or particulate matter will be deposited at the bottom of the raw material bottle 1. The discharge portion 22 is connected to the second port 202 and has a top rod 221. The top rod 221 extends from the second port 202 of the connecting channel 20 to the first port 201 of the connecting channel 20. In this embodiment, the connecting channel 20 is formed by screwing two separate components, mainly for installing the first switch 25. In other embodiments, the connecting channel 20 can be formed in one piece, but is not limited to this.
請參考圖5、圖6、圖8、及圖9。於本實施例中，進氣部23設置於入料部21中，並延伸至外界。氣體導管24連接於進氣部23，並位於原料瓶1中。氣體導管24具有一管體241、一擋片242、一活動片243、及一夾片244。管體241具有相對的一第三端口2411及一第四端口2412。第三端口2411連通於進氣部23。第四端口2412設置於原料瓶1中。擋片242環繞設置於第四端口2412。活動片243選擇性地覆蓋於第四端口2412並設置於擋片242。夾片244與擋片242共同夾持活動片243，以限制活動片243活動範圍。Please refer to Figures 5, 6, 8, and 9. In this embodiment, the air inlet 23 is disposed in the feed part 21 and extends to the outside. The gas conduit 24 is connected to the air inlet 23 and is located in the raw material bottle 1. The gas conduit 24 has a tube body 241, a baffle 242, a movable plate 243, and a clamping plate 244. The tube body 241 has a third port 2411 and a fourth port 2412 opposite to each other. The third port 2411 is connected to the air inlet 23. The fourth port 2412 is disposed in the raw material bottle 1. The baffle 242 is disposed around the fourth port 2412. The movable plate 243 selectively covers the fourth port 2412 and is disposed on the baffle 242. The clamping piece 244 and the blocking piece 242 jointly clamp the movable piece 243 to limit the range of motion of the movable piece 243.
於本實施例中，活動片243為一軟性材質組成的片體，並以一固定孔245單點固設於擋片242上。活動片243可以遠離管體241的第四端口2412進行彎摺，藉此活動片243與擋片242組成一單向閥，使氣體能由進氣部23進入氣體導管24，並通過管體241的第三端口2411向管體241的第四端口2412，進一步將活動片243以遠離管體241的第四端口2412進行彎摺，而流至原料瓶1中。反之原料瓶1中的原料因為活動片243被擋片242阻擋而無法向管體241的第四端口2412彎摺，使得原料不會由第四端口2412進入到氣體導管24當中。於其他實施例中，可以是其他種類的單向氣閥形成於氣體導管24之管體241中，但不限於此。In this embodiment, the movable sheet 243 is a sheet body made of a soft material, and is fixed to the baffle 242 at a single point through a fixing hole 245. The movable sheet 243 can be bent away from the fourth port 2412 of the tube body 241, whereby the movable sheet 243 and the baffle 242 form a one-way valve, so that the gas can enter the gas conduit 24 from the air inlet 23, and pass through the third port 2411 of the tube body 241 to the fourth port 2412 of the tube body 241, and further bend the movable sheet 243 away from the fourth port 2412 of the tube body 241, and flow into the raw material bottle 1. On the contrary, the raw material in the raw material bottle 1 cannot bend toward the fourth port 2412 of the tube body 241 because the movable sheet 243 is blocked by the baffle 242, so that the raw material will not enter the gas conduit 24 through the fourth port 2412. In other embodiments, other types of one-way gas valves may be formed in the tube body 241 of the gas conduit 24, but are not limited thereto.
當原料瓶1將其中的原料流出時，原料瓶1內部的氣會因此降低，而使外界的空氣能通過進氣部23及氣體導管24進入到原料瓶1當中，使得原料能夠順利地持續流出原料瓶1。When the raw material bottle 1 flows out the raw material, the air inside the raw material bottle 1 will be reduced, so that the outside air can enter the raw material bottle 1 through the air inlet 23 and the gas conduit 24, so that the raw material can continue to flow out of the raw material bottle 1 smoothly.
於其他實施例中，進氣部23可不設置在入料部21中，原料分裝飲料機可不具有氣體導管24。進氣部23可設至於原料瓶1上，並連通原料瓶1的內部空間及外界。藉此當原料流出時，空氣可通過進氣部23進入原料瓶1，以維持原料瓶1中的壓力。In other embodiments, the air inlet 23 may not be disposed in the feed part 21, and the raw material beverage dispensing machine may not have the gas duct 24. The air inlet 23 may be disposed on the raw material bottle 1, and connect the internal space of the raw material bottle 1 and the outside. Thus, when the raw material flows out, air can enter the raw material bottle 1 through the air inlet 23 to maintain the pressure in the raw material bottle 1.
第一開關件25設置於連通道20的第一端口201及連通道20的第二端口202之間。第一開關件25包含第一阻塞件251及第一彈性件252。第一阻塞件251設置於連通道20，並能選擇性的封閉第二端口202。第一彈性件252設置於連通道20，並以恢復力對第一阻塞件251向第二端口202推抵。於一般運作狀態時，出料部22的頂桿221向第一彈性件252之方向抵靠第一阻塞件251，使第一開關件25開放連通道20。The first switch 25 is disposed between the first port 201 of the connecting channel 20 and the second port 202 of the connecting channel 20. The first switch 25 includes a first blocking member 251 and a first elastic member 252. The first blocking member 251 is disposed in the connecting channel 20 and can selectively close the second port 202. The first elastic member 252 is disposed in the connecting channel 20 and pushes the first blocking member 251 toward the second port 202 with a restoring force. In the normal operating state, the top rod 221 of the discharge portion 22 abuts against the first blocking member 251 in the direction of the first elastic member 252, so that the first switch 25 opens the connecting channel 20.
具體而言，第一阻塞件251之截面積向連通道20的第二端口202漸縮。連通道20於第一端口201到第二端口202之間的內徑大於第一阻塞件251，連通道20的第二端口202形成一環形凸出部27，向連通道20的中軸凸出。環狀凸出部的內徑小於第一阻塞件251之最大截面積。藉此當第一阻塞件251被頂桿221推抵時，第一阻塞件251與環形凸出部27相間隔，使得原料能夠從連通道20流至出料部22。當出料部22從連通道20上拆卸下來時，第一彈性件252恢復力對第一阻塞件251向第二端口202推抵，使第一阻塞件251完整地抵靠環形凸出部27，進而使得連通道20的第二端口202完全密封住，而讓原料無法流出第二端口202。Specifically, the cross-sectional area of the first blocking member 251 gradually decreases toward the second port 202 of the connecting channel 20. The inner diameter of the connecting channel 20 between the first port 201 and the second port 202 is larger than the first blocking member 251, and the second port 202 of the connecting channel 20 forms an annular protrusion 27 that protrudes toward the central axis of the connecting channel 20. The inner diameter of the annular protrusion is smaller than the maximum cross-sectional area of the first blocking member 251. Thus, when the first blocking member 251 is pushed by the top rod 221, the first blocking member 251 is spaced from the annular protrusion 27, so that the raw material can flow from the connecting channel 20 to the discharge portion 22. When the discharge portion 22 is removed from the connecting channel 20, the first elastic member 252 restores the force to push the first blocking member 251 toward the second port 202, so that the first blocking member 251 completely abuts against the annular protrusion 27, thereby completely sealing the second port 202 of the connecting channel 20, and preventing the raw material from flowing out of the second port 202.
缺料偵測裝置26設置於連通道20的外壁面，並且面相原料瓶1。缺料偵測裝置26能夠偵測原料瓶中原料容量，並且提供缺料的警示訊息。The material shortage detection device 26 is arranged on the outer wall of the connecting channel 20 and faces the raw material bottle 1. The material shortage detection device 26 can detect the raw material volume in the raw material bottle and provide a warning message of material shortage.
請參考圖2至4。泵浦3連接於出料部22，連通於出料部22，並具有一送料孔(圖中未示)。泵浦3能控制原料流出送料孔的流量。Please refer to Figures 2 to 4. The pump 3 is connected to the discharge portion 22, is connected to the discharge portion 22, and has a feed hole (not shown in the figure). The pump 3 can control the flow rate of the raw material flowing out of the feed hole.
請參考圖10至12。混和裝置4連接於送料孔，且混和裝置4用以接受一清水，使清水能與原料能夠混和成指定濃度的飲料。混和裝置4具有一收料部40、一混和通道41、一進水部42、及一第二開關件43。Please refer to Figures 10 to 12. The mixing device 4 is connected to the feeding hole, and the mixing device 4 is used to receive clean water so that the clean water can be mixed with the raw materials into a beverage of a specified concentration. The mixing device 4 has a material receiving portion 40, a mixing channel 41, a water inlet portion 42, and a second switch 43.
收料部40連接於送料孔。混和通道41連接於收料部40。進水部42用以接受清水，並連接於混和通道41。第二開關件43設置於混和通道41中，並能選擇性的關閉或開放混和通道41與收料部40的交界處。第二開關件43包含一第二阻塞件431及一第二彈性件432。第二阻塞件431設置於混和通道41，並能選擇性的封閉收料部40與混和通道41的交界處。第二彈性件432設置於連通道20，並以恢復力對第二阻塞件431向收料部40推抵。The receiving part 40 is connected to the feeding hole. The mixing channel 41 is connected to the receiving part 40. The water inlet 42 is used to receive clean water and is connected to the mixing channel 41. The second switch 43 is arranged in the mixing channel 41 and can selectively close or open the junction between the mixing channel 41 and the receiving part 40. The second switch 43 includes a second blocking member 431 and a second elastic member 432. The second blocking member 431 is arranged in the mixing channel 41 and can selectively close the junction between the receiving part 40 and the mixing channel 41. The second elastic member 432 is arranged in the connecting channel 20 and pushes the second blocking member 431 toward the receiving part 40 with a restoring force.
具體而言，第二阻塞件431之截面積向連通道20的收料部40漸縮。收料部40之內徑小於第二阻塞件431的最大截面積。當泵浦3向收料部40輸送原料時，原料能夠抵抗第二彈性件432的恢復力將第二阻塞件431推離收料部40，使原料能夠進入混和通道41。當泵浦3不向收料部40輸送原料時，第二阻塞件431能夠阻塞收料部40與混和通道41的交界處，使混和通道41中的混和溶液不會逆流至收料部40及泵浦3中，而污染到原料。Specifically, the cross-sectional area of the second blocking member 431 gradually decreases toward the receiving portion 40 connected to the channel 20. The inner diameter of the receiving portion 40 is smaller than the maximum cross-sectional area of the second blocking member 431. When the pump 3 delivers raw materials to the receiving portion 40, the raw materials can resist the restoring force of the second elastic member 432 to push the second blocking member 431 away from the receiving portion 40, so that the raw materials can enter the mixing channel 41. When the pump 3 does not deliver raw materials to the receiving portion 40, the second blocking member 431 can block the junction between the receiving portion 40 and the mixing channel 41, so that the mixed solution in the mixing channel 41 will not flow back to the receiving portion 40 and the pump 3, and contaminate the raw materials.
本創作的優點在於，將原料瓶1垂直並開口向下設置於連接裝置2上方，使得原料瓶1中的原料能夠完全流出，不會再有殘留液體原料或是沉積固體原料，更能使包含固體原料及液體原料的原料能夠均勻地流出並混和成飲料。The advantage of this invention is that the raw material bottle 1 is placed vertically and with its opening downward above the connecting device 2, so that the raw materials in the raw material bottle 1 can flow out completely without any residual liquid raw materials or precipitated solid raw materials, and the raw materials including solid raw materials and liquid raw materials can flow out evenly and be mixed into a beverage.
A:原料分裝飲料機A: Raw material packaging beverage machine
1:原料瓶1: Raw material bottle
2:連接裝置2: Connecting device
3:泵浦3: Pumping
4:混和裝置4: Mixing device
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW112134723ATWI856813B (en) | 2023-09-12 | 2023-09-12 | Raw material packaging beverage machine |
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW112134723ATWI856813B (en) | 2023-09-12 | 2023-09-12 | Raw material packaging beverage machine |
| Publication Number | Publication Date |
|---|---|
| TWI856813Btrue TWI856813B (en) | 2024-09-21 |
| TW202510782A TW202510782A (en) | 2025-03-16 |
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW112134723ATWI856813B (en) | 2023-09-12 | 2023-09-12 | Raw material packaging beverage machine |
| Country | Link |
|---|---|
| TW (1) | TWI856813B (en) |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1751636A (en)* | 2004-09-22 | 2006-03-29 | 黄跃明 | Energy saving drinking water apparatus |
| TWM352973U (en)* | 2008-11-13 | 2009-03-21 | Ling Yang Frozen Machine Co Ltd | Fructose quantitative dispenser |
| US20220071439A1 (en)* | 2018-12-24 | 2022-03-10 | Koninklijke Douwe Egberts B.V. | A system and method for heating and frothing a beverage |
| TW202310752A (en)* | 2021-05-10 | 2023-03-16 | 義大利商銳玡自動販賣機工業股份有限公司 | Choke device and an assembly to supply a granular or powder product provided with the choke device, in particular for an automatic beverage vending machine |
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN1751636A (en)* | 2004-09-22 | 2006-03-29 | 黄跃明 | Energy saving drinking water apparatus |
| TWM352973U (en)* | 2008-11-13 | 2009-03-21 | Ling Yang Frozen Machine Co Ltd | Fructose quantitative dispenser |
| US20220071439A1 (en)* | 2018-12-24 | 2022-03-10 | Koninklijke Douwe Egberts B.V. | A system and method for heating and frothing a beverage |
| TW202310752A (en)* | 2021-05-10 | 2023-03-16 | 義大利商銳玡自動販賣機工業股份有限公司 | Choke device and an assembly to supply a granular or powder product provided with the choke device, in particular for an automatic beverage vending machine |
| Publication number | Publication date |
|---|---|
| TW202510782A (en) | 2025-03-16 |
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