TWI707114B - Ice making device and ice shaver - Google Patents
Ice making device and ice shaver Download PDFInfo
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Abstract
一種製冰裝置適用於連接製冷裝置,製冷裝置提供製冷流體,製冰裝置包含製冰滾筒、供料盤及第一刀具。製冰滾筒界定出製冷空間,及分別位於兩相反端且彼此不連通的第一導流通道與第二導流通道。供料盤位於製冰滾筒的底側且容置至少一原料以被製冰滾筒沾附。第一刀具位於供料盤的前側。製冷流體經由第一導流通道進入製冷空間,將使沾附於製冰滾筒的原料凝固成冰層,且製冷流體將蒸發成氣體並沿第二導流通道排出,同時,製冰滾筒受驅動而朝向第一刀體的上緣轉動,將使冰層被第一刀體刨除。藉此,提供一種能即時製冰及刨冰的刨冰機。An ice making device is suitable for connecting with a refrigeration device. The refrigeration device provides refrigerating fluid. The ice making device includes an ice making drum, a supply tray and a first cutter. The ice making drum defines a refrigeration space, and a first diversion channel and a second diversion channel that are located at two opposite ends and are not connected to each other. The supply tray is located on the bottom side of the ice making drum and contains at least one raw material to be adhered by the ice making drum. The first tool is located on the front side of the supply tray. The refrigerating fluid enters the refrigerating space through the first diversion channel, and the raw material adhering to the ice making drum will be solidified into an ice layer, and the refrigeration fluid will evaporate into gas and be discharged along the second diversion channel. At the same time, the ice making drum is driven Rotating toward the upper edge of the first knife body will remove the ice layer by the first knife body. Thereby, an ice shaver machine capable of making ice and shaved ice immediately is provided.
Description
本發明是有關於一種製冰裝置,特別是指一種可即時製冰且可即時刨冰之製冰裝置,以及一種具有該製冰裝置的刨冰機。 The present invention relates to an ice-making device, in particular to an ice-making device that can make and shave ice instantly, and an ice-shaper having the ice-making device.
在現今社會中,冰品(例如刨冰或雪花冰)仍然是夏季時節民眾熱愛的消暑品,而以往製作冰品是將冰磚置放於一刨冰機上並對該冰磚進行刨除,如果要製作其他口味的冰品則更換不同口味的冰磚即可完成。然而,在使用冰磚作為原料時,使用者必須得從冷凍櫃中將冰磚取出,若是未用完還得將冰磚放回冷凍櫃,避免浪費,這樣一來一往不僅費力且不衛生。再者,若要同時製作多種口味時仍得依序自冷凍櫃取放,非常不便,對於冷凍櫃因溫度上升而必須增加電力製冷,如此造成電力的浪費。 In today's society, ice products (such as shaved ice or snow ice) are still popular summer products, but in the past, ice cubes were placed on a shaver machine and removed. If you want to To make ice products of other flavors, replace the ice cubes with different flavors to complete. However, when using ice bricks as raw materials, the user must take the ice bricks out of the freezer, and if they are not used up, they have to put the ice bricks back into the freezer to avoid waste, which is laborious and unsanitary. . Moreover, if you want to make multiple flavors at the same time, you still have to take them from the freezer in order, which is very inconvenient. For the freezer, the temperature rises and the electric cooling must be increased, which causes a waste of electricity.
因此,本發明之目的,即在提供一種不須使用冰磚且能即時製冰之製冰裝置,大幅提升使用便利性進而達到省力功效。 Therefore, the object of the present invention is to provide an ice making device that does not need to use ice bricks and can make ice immediately, which greatly improves the convenience of use and achieves the effect of saving labor.
因此,本發明之目的,即在提供一種能解決上述問題之刨冰機。 Therefore, the object of the present invention is to provide an ice shaver that can solve the above-mentioned problems.
於是,本發明製冰裝置,適用於設置於一機殼並連接一製冷裝置,該製冷裝置提供製冷流體,該製冰裝置包含一製冰滾筒、一供料盤及一第一刀具。該製冰滾筒環繞一中心軸線,該中心軸線沿一長度方向延伸,該製冰滾筒包括一滾筒本體,及一穿設於該滾筒本體的軸桿本體,該滾筒本體具有一外表面、一相反於該外表面的內表面,在該長度方向的兩相反側且沿徑向延伸的一第一端面及一第二端面,且該內表面界定出一製冷空間,該軸桿本體界定出一第一導流通道與一第二導流通道,該第一導流通道具有一鄰近該第一端面且連通於製冷裝置的第一導流入口,及一個兩相反端分別連通該製冷空間與該第一導流入口的第一導流出口,該第二導流通道具有一間隔該第一導流出口且連通該製冷空間的第二導流入口,及一鄰近該第二端面且連通於該製冷裝置與該第二導流入口的第二導流出口。該供料盤位於該滾筒本體的底側且容置至少一原料以被該外表面沾附。該第一刀具位於該供料盤的前側,並包括一沿該長度方向延伸且可朝向該滾筒本體的該外表面移動的第一刀體。該製冷流體經由該第一導流入口進入該第一導流通道並沿該第一導流出口進入該製冷空間,將使沾附於該外表面的原料凝固成冰層,且製冷流體將蒸發成氣體並沿該第二導流入口進入該第二導流 通道,進而由該第二導流出口排出,同時,該滾筒本體受驅動而朝向該第一刀體的上緣轉動,將使該冰層被該第一刀體刨除而自該外表面分離。 Therefore, the ice making device of the present invention is suitable for being installed in a casing and connected to a refrigerating device, the refrigerating device provides refrigerating fluid, and the ice making device includes an ice making drum, a supply tray and a first cutter. The ice making drum surrounds a central axis extending along a length direction. The ice making drum includes a drum body and a shaft body passing through the drum body. The drum body has an outer surface and an opposite surface. On the inner surface of the outer surface, a first end surface and a second end surface extending radially on opposite sides of the length direction, and the inner surface defines a refrigeration space, and the shaft body defines a first A diversion passage and a second diversion passage, the first diversion passage has a first diversion inlet adjacent to the first end surface and connected to the refrigeration device, and two opposite ends respectively communicate the refrigeration space and the first diversion inlet A first diversion outlet of a diversion inlet, the second diversion passage has a second diversion inlet spaced apart from the first diversion outlet and connected to the refrigeration space, and a second diversion inlet adjacent to the second end surface and connected to the refrigeration The second diversion outlet of the device and the second diversion inlet. The supply tray is located on the bottom side of the drum body and contains at least one raw material to be adhered to the outer surface. The first cutter is located on the front side of the supply tray, and includes a first cutter body extending along the length direction and movable toward the outer surface of the drum body. The refrigerating fluid enters the first diversion channel through the first diversion inlet and enters the refrigeration space along the first diversion outlet, which will solidify the raw material adhering to the outer surface into an ice layer, and the refrigerant fluid will evaporate Into gas and enter the second diversion inlet along the second diversion inlet The channel is then discharged from the second diversion outlet. At the same time, the drum body is driven to rotate toward the upper edge of the first knife body, so that the ice layer will be shaved off by the first knife body and separated from the outer surface.
在一些實施態樣中,該軸桿本體具有一穿設於該滾筒本體且環繞該中心軸線的外軸桿,及一穿設於該外軸桿且環繞該中心軸線的內軸桿,該外軸桿與該內軸桿共同界定出彼此不連通的該第一導流通道與該第二導流通道;該製冰滾筒還包括一第一支撐組合件及一第二支撐組合件,該第一支撐組合件套設於該外軸桿與該內軸桿之間且靠近該第一端面;該第二支撐組合件套設於該外軸桿與該內軸桿之間且靠近該第二端面。 In some embodiments, the shaft body has an outer shaft passing through the drum body and surrounding the central axis, and an inner shaft passing through the outer shaft and surrounding the central axis, the outer shaft The shaft and the inner shaft jointly define the first diversion channel and the second diversion channel that are not connected to each other; the ice making drum also includes a first support assembly and a second support assembly. A support assembly is sleeved between the outer shaft and the inner shaft and is close to the first end surface; the second support assembly is sleeved between the outer shaft and the inner shaft and is close to the second End face.
在一些實施態樣中,該第一支撐組合件具有一環繞於該內軸桿與該外軸桿間且在徑向上的兩相反端分別緊抵於該內軸桿與該外軸桿的第一軸承、二個在該長度方向上位於該第一軸承的兩相反側的第一密封件,及至少一第一密封層,該第一密封層填充於該等第一密封件的其中一者與該外軸桿的間隙以及與該內軸桿間的間隙;該第二支撐組合件具有一環繞於該內軸桿與該外軸桿間且在徑向上的兩相反端分別緊抵於該內軸桿與該外軸桿的第二軸承、二個在該長度方向上位於該第二軸承的兩相反側的第二密封件,及至少一第二密封層,該第二密封層填充於該等第二密封件的其中一者與該外軸桿的間隙以及與該內軸桿間的間隙。 In some embodiments, the first support assembly has a first support assembly that surrounds the inner shaft and the outer shaft and has two opposite ends in the radial direction that abut against the inner shaft and the outer shaft, respectively. A bearing, two first seals located on opposite sides of the first bearing in the length direction, and at least one first seal layer, the first seal layer being filled in one of the first seals The gap with the outer shaft and the gap with the inner shaft; the second supporting assembly has a radially opposite end that surrounds the inner shaft and the outer shaft and abuts against the The second bearing of the inner shaft and the outer shaft, two second seals located on opposite sides of the second bearing in the length direction, and at least one second sealing layer, which is filled in The gap between one of the second seals and the outer shaft and the gap between the inner shaft.
在一些實施態樣中,該製冰滾筒還包括一第一固定片及一第二固定片,該第一固定片的一端固定於該內軸桿凸出於該外軸桿靠近該第一端面的部分,另一端固定於該機殼;該第二固定片的一端固定於該內軸桿凸出於該外軸桿靠近該第二端面的部分,另一端固定於該機殼,藉此使該內軸桿保持靜止狀態。 In some embodiments, the ice making drum further includes a first fixing piece and a second fixing piece, one end of the first fixing piece is fixed to the inner shaft and protrudes from the outer shaft close to the first end surface The other end is fixed to the casing; one end of the second fixing piece is fixed to the part of the inner shaft protruding from the outer shaft near the second end surface, and the other end is fixed to the casing, thereby making The inner shaft remains stationary.
在一些實施態樣中,該供料盤具有一朝向該滾筒本體的內頂面,及至少一貫穿該內頂面的供料孔,用於供該原料流入該內頂面。 In some embodiments, the feeding tray has an inner top surface facing the drum body, and at least one feeding hole penetrating the inner top surface for the raw material to flow into the inner top surface.
在一些實施態樣中,該供料盤具有多個貫穿該內頂面且沿該長度方向間隔排列的供料孔,且該等供料孔分別供多個原料流入該內頂面。 In some embodiments, the feeding tray has a plurality of feeding holes that penetrate the inner top surface and are arranged at intervals along the length direction, and the feeding holes respectively allow a plurality of raw materials to flow into the inner top surface.
在一些實施態樣中,該供料盤具有一內盤結構,及至少一擋止結構,該內盤結構具有一朝向該滾筒本體的內頂面,且該擋止結構設置於該內頂面以使該內頂面間隔於該外表面。 In some embodiments, the supply tray has an inner tray structure and at least one stop structure, the inner tray structure has an inner top surface facing the drum body, and the stop structure is disposed on the inner top surface to make The inner top surface is spaced from the outer surface.
在一些實施態樣中,該供料盤具有一內盤結構,該內盤結構具有一內頂面及至少一供料孔,該內頂面具有一內凹面部及二導流面部,該內凹面部界定出一沿該長度方向延伸的集料槽,該等導流面部自該內凹面部在一垂直於該長度方向的寬度方向的兩相反側沿著該滾筒本體的該外表面延伸;該供料孔貫穿該內凹面部且連通於該集料槽,該供料孔用於供該原料流入該集料槽。 In some embodiments, the supply tray has an inner tray structure, the inner tray structure has an inner top surface and at least one feed hole, the inner top surface has an inner concave surface and two diversion surfaces, the inner concave surface A collecting trough extending along the length is defined, and the guide surface portions extend along the outer surface of the drum body from opposite sides of the inner concave surface in a width direction perpendicular to the length direction; The material hole penetrates the inner concave surface and communicates with the collecting trough, and the feeding hole is used for supplying the raw material to flow into the collecting trough.
在一些實施態樣中,該供料盤具有一內盤結構及一外盤結構,該內盤結構具有一朝向該滾筒本體的內頂面及一由該內頂面的周緣朝遠離該滾筒本體方向延伸的圍繞面;該外盤結構具有一自該圍繞面的底端緣沿徑向延伸的外底壁,及一自該外底壁的周緣向上延伸的外圍壁,該圍繞面、該外底壁及該外圍壁共同界定出一回收槽,該回收槽用於承接來自該內頂面溢出或該外表面滴落的該原料。 In some embodiments, the supply tray has an inner tray structure and an outer tray structure, and the inner tray structure has an inner top surface facing the drum body and a peripheral edge of the inner top surface extending away from the drum body The surrounding surface; the outer disk structure has an outer bottom wall extending radially from the bottom edge of the surrounding surface, and a peripheral wall extending upward from the periphery of the outer bottom wall, the surrounding surface, the outer bottom wall Together with the peripheral wall, a recovery tank is defined, and the recovery tank is used for receiving the raw material overflowing from the inner top surface or dripping from the outer surface.
在一些實施態樣中,該供料盤具有一內盤結構、一外盤結構及一第二刀具,該第二刀具設置於該外盤結構且位於該第一刀具對側以使該內盤結構位於其間,該第二刀具沿該長度方向延伸,並具有一鄰近該外表面的第二刀體,該第二刀體用於將位於該外表面上未凝固成該冰層的該原料刮除,以使該冰層的厚度一致。 In some embodiments, the feeding tray has an inner disk structure, an outer disk structure, and a second cutter, and the second cutter is disposed on the outer disk structure and located opposite to the first cutter so that the inner disk structure is located Meanwhile, the second cutter extends along the length direction and has a second cutter body adjacent to the outer surface. The second cutter body is used to scrape off the raw material on the outer surface that has not solidified into the ice layer, In order to make the thickness of the ice layer uniform.
在一些實施態樣中,該第一刀具還具有二個分別固定於該機殼且位於該滾筒本體的兩相反側的可調式穿射件、一個兩相反端分別固定於該可調式穿設件的連接板,及固定於該連接板的該第一刀體,該等可調式穿設件能相對於該機殼移動,並帶動該連接板與該第一刀體朝靠近或遠離該外表面方向移動。 In some embodiments, the first cutter further has two adjustable penetrating members respectively fixed to the casing and located on two opposite sides of the drum body, and two opposite ends are respectively fixed to the adjustable penetrating member The connecting plate, and the first knife body fixed to the connecting plate, the adjustable penetrating pieces can move relative to the casing, and drive the connecting plate and the first knife body toward or away from the outer surface Move in direction.
於是,本發明刨冰機,包含一機殼、一製冷裝置及一製冰裝置。該製冷裝置設置於該機殼並提供製冷流體。該製冰裝置設置於該機殼。 Therefore, the ice shaver of the present invention includes a casing, a refrigeration device and an ice making device. The refrigeration device is arranged on the casing and provides refrigeration fluid. The ice making device is arranged on the casing.
在一些實施態樣中,該軸桿本體具有一凸出於該第一端面的第一端部,及一凸出於該第二端面的第二端部;該刨冰機還包含一設置於該機殼的驅動裝置,該驅動裝置包括一馬達,及至少一傳動單元,該傳動單元的一端連接該馬達,另一端連接於該第一端部和該第二端部的其中一者。 In some embodiments, the shaft body has a first end protruding from the first end surface, and a second end protruding from the second end surface; the ice shaver further includes a The driving device of the casing includes a motor and at least one transmission unit. One end of the transmission unit is connected to the motor, and the other end is connected to one of the first end and the second end.
在一些實施態樣中,該刨冰機還包含一設置於該機殼的供應裝置,該供應裝置包括至少一容器及至少一計量泵,該容器用於容置該原料,該計量泵的兩相反端分別連通該容器與該供料盤,該計量泵用於將該容器內的該原料以一預定速度供應至該供料盤。 In some embodiments, the ice shaving machine further includes a supply device disposed on the casing. The supply device includes at least one container and at least one metering pump. The container is used to contain the raw material. The two opposite sides of the metering pump The ends are respectively connected with the container and the supply tray, and the metering pump is used to supply the raw material in the container to the supply tray at a predetermined speed.
本發明之功效在於:刨冰機藉由該內軸桿所形成的彼此不連通的該第一導流通道與該第二導流通道,以及該第一導流通道與該第二導流通道皆連通於該製冷空間,以使得製冷流體能流入並達到該滾筒本體的外表面能即時形成冰層之功效。再者,由於該滾筒本體本身必須有軸支撐,而本案是直接在該內軸桿形成該第一導流通道與該第二導流通道,藉此能減少空間的佔用及簡化該製冷流體複雜的迴路設計。此外,藉由該供料盤能先容置該原料,以使得該滾筒本體的該外表面皆能沾附該原料,且溢出的原料亦可透過該回收槽集中,而確保環境衛生。另一方面,透過設定該滾筒本體的轉動方向,使沾附於該滾筒本體的原料先通過該第二刀具,藉由 該第二刀具將剛沾附於該外表面的原料整平,同時將沾附於冰層上但仍為液體的原料刮除,進而使該冰層的厚度較為一致,接著當該第一刀具在刨除時的細緻度較為平均,有效提升口感。 The effect of the present invention is that the first diversion channel and the second diversion channel, and the first diversion channel and the second diversion channel formed by the inner shaft of the ice shaver are not connected to each other. It is connected to the refrigerating space so that the refrigerating fluid can flow in and reach the effect of instantly forming an ice layer on the outer surface of the drum body. Furthermore, since the drum body itself must be supported by a shaft, and in this case, the first diversion channel and the second diversion channel are directly formed on the inner shaft, thereby reducing space occupation and simplifying the complexity of the refrigerant fluid Circuit design. In addition, the supply tray can first contain the raw material, so that the outer surface of the drum body can adhere to the raw material, and the overflowing raw material can also be collected through the recovery tank to ensure environmental sanitation. On the other hand, by setting the rotation direction of the drum body, the raw material adhering to the drum body passes through the second cutter first. The second cutter flattens the raw material that has just adhered to the outer surface, and at the same time scrapes off the raw material that has adhered to the ice layer but is still liquid, so that the thickness of the ice layer is more consistent, and then the first cutter The fineness during removal is more even, which effectively enhances the taste.
1:機殼 1: chassis
11:箱體 11: Cabinet
111:前側板 111: front side panel
112:支撐板 112: Support plate
113:容置空間 113: accommodation space
12:座體 12: Seat
121:置放面 121: Placement Surface
122:轉動盤 122: Rotating disc
13:燈箱 13: light box
2:製冷裝置 2: refrigeration device
21:儲存罐 21: storage tank
3:製冰裝置 3: Ice making device
31:製冰滾筒 31: Ice making drum
311:滾筒本體 311: Drum body
352:第一軸承 352: The first bearing
353:第一密封件 353: first seal
354:第一密封層 354: first sealing layer
355:第二支撐組合件 355: second support assembly
356:第二軸承 356: second bearing
357:第二密封件 357: second seal
358:第二密封層 358: second sealing layer
36:第一刀具 36: First tool
361:可調式穿設件 361: Adjustable wear parts
362:連接板 362: connecting plate
363:第一刀體 363: first knife body
37:供料盤 37: supply tray
371:內盤結構 371: Internal Disk Structure
372:內頂面 372: inner top surface
312:外表面 312: Outer surface
313:內表面 313: inner surface
314:第一端面 314: first end face
315:第二端面 315: second end face
316:製冷空間 316: Cooling space
317:第一開口 317: The first opening
318:第二開口 318: second opening
319:軸桿本體 319: Shaft body
321:外軸桿 321: Outer shaft
322:內軸桿 322: inner shaft
323:第一導流通道 323: The first diversion channel
324:第二導流通道 324: Second diversion channel
325:外軸部 325: Outer shaft
326:第一端部 326: first end
327:第二端部 327: second end
328:第一殼體結構 328: first shell structure
329:第二殼體結構 329: Second shell structure
331:第一內軸部 331: first inner shaft
332:第一端塞部 332: first end plug
333:第一插銷 333: first bolt
334:第二內軸部 334: second inner shaft
335:第二端塞部 335: second end plug
336:第二插銷 336: second bolt
337:第一基軸結構 337: The first base shaft structure
373:圍繞面 373: Surround
374:供料孔 374: feed hole
375:內凹面部 375: Concave Face
376:導流面部 376: Diversion Face
377:集料槽 377: Collection trough
378:擋止結構 378: Stop Structure
379:外盤結構 379: Outer Disk Structure
381:外底壁 381: Outer Bottom Wall
382:外圍壁 382: Outer Wall
383:回收槽 383: Recovery Slot
384:第二刀具 384: second tool
385:固定座 385: fixed seat
386:彈性件 386: Elastic
387:第二刀體 387: second knife body
388:限位槽 388: limit slot
391:第一固定片 391: first fixed piece
392:第二固定片 392: second fixing piece
4:供應裝置 4: Supply device
41:計量泵 41: Metering pump
42:容器 42: container
5:驅動裝置 5: Drive
51:馬達 51: Motor
52:傳動單元 52: drive unit
521:齒輪組 521: Gear Set
338:第一延伸軸結構 338: The first extension shaft structure
339:第二基軸結構 339: Second base shaft structure
341:第二延伸軸結構 341: Second extension shaft structure
342:第一前通道部 342: first front channel part
343:第一後通道部 343: first rear channel part
344:第一導流入口 344: first diversion inlet
345:第一導流出口 345: First diversion outlet
346:第二前通道部 346: second front channel part
347:第二後通道部 347: second rear channel part
348:第二導流出口 348: Second Diversion Outlet
349:第二導流入口 349: second diversion inlet
351:第一支撐組合件 351: The first support assembly
522:第一皮帶 522: first belt
523:第二皮帶 523: second belt
524:第一前齒輪 524: first front gear
525:第一後齒輪 525: first rear gear
526:第二前齒輪 526: second front gear
527:第二後齒輪 527: second rear gear
9:碗盤 9: bowls and plates
L:中心軸線 L: central axis
D1:長度方向 D1: length direction
D2:寬度方向 D2: width direction
D3:高度方向 D3: height direction
本發明之其他的特徵及功效,將於參照圖式的實施方式中清楚地呈現,其中:圖1是本發明刨冰機的一實施例的一立體圖;圖2是該實施例省略一燈箱的一正視示意圖;圖3是該實施例省略一背板的一後視示意圖;圖4是該實施例之製冰裝置的一立體示意圖;圖5是該實施例之製冰裝置的一立體分解示意圖;圖6是該實施例之製冰裝置的一局部分解示意圖;圖7是該實施例之製冰裝置的一立體分解示意圖;圖8是沿圖4線Ⅷ-Ⅷ所截取之一剖視示意圖;圖9是沿圖4線Ⅸ-Ⅸ所截取之一剖視示意圖;圖10是圖8的一不完整的局部示意圖;圖11是圖9的一不完整的局部示意圖;圖12是圖8的一不完整的局部示意圖;圖13是圖9的一不完整的局部示意圖; 圖14是該實施例之第一刀具及供料盤的一立體分解示意圖;及圖15是沿圖4線XV-XV所截取之一剖視示意圖。 Other features and effects of the present invention will be clearly presented in the embodiment with reference to the drawings, in which: FIG. 1 is a perspective view of an embodiment of the ice shaver of the present invention; FIG. 2 is a perspective view of the embodiment omitting a light box Fig. 3 is a schematic rear view of this embodiment with a back plate omitted; Fig. 4 is a perspective schematic view of the ice making device of this embodiment; Fig. 5 is a perspective exploded schematic view of the ice making device of this embodiment; Figure 6 is a partial exploded schematic view of the ice making device of this embodiment; Figure 7 is a three-dimensional exploded schematic view of the ice making device of this embodiment; Figure 8 is a schematic cross-sectional view taken along the line Ⅷ-Ⅷ of Figure 4; Fig. 9 is a schematic cross-sectional view taken along line IX-IX of Fig. 4; Fig. 10 is an incomplete partial schematic view of Fig. 8; Fig. 11 is an incomplete partial schematic view of Fig. 9; Fig. 12 is a schematic view of Fig. 8 An incomplete partial schematic diagram; FIG. 13 is an incomplete partial schematic diagram of FIG. 9; 14 is a perspective exploded schematic view of the first cutter and the feeding tray of this embodiment; and FIG. 15 is a schematic cross-sectional view taken along line XV-XV in FIG. 4.
參閱圖1至圖3,本發明刨冰機之一實施例,包含一機殼1、一製冷裝置2、一製冰裝置3、一供應裝置4及一驅動裝置5。在本實施例中,為便於說明其結構,將以該刨冰機位於一空間座標中舉例,該空間座標具有彼此垂直的一長度方向D1、一寬度方向D2及一高度方向D3。
1 to 3, an embodiment of the ice shaver of the present invention includes a
參閱圖1至圖3,該機殼1包括一箱體11、一座體12及一燈箱13。在本實施例中,該箱體11呈長方體且直立延伸,該箱體11具有一前側板111及二支撐板112,該箱體11界定出一容置空間113,其中,該等支撐板112連接於該前側板111背向該容置空間113的一側面,而且該等支撐板112在該長度方向D1相間隔且顏該寬度方向D2延伸。該座體12連接於該前側板111背向該容置空間113的一側面並固定於該前側板111的底側且高度低於該等支撐板112,該座體12具有一置放面121及一設置於該置放面121且可受馬達驅動而旋轉的轉動盤122,用於盛接冰品的碗盤9能置放於該轉動盤122上,透過轉動轉動盤122使冰能均勻的容置於該碗盤9內。該燈箱13連接於該前側板111背向該容置空間113的一側面並
固定於該前側板111的頂側且高度高於該等支撐板112,該燈箱13用於容置一發光面板(圖未示)及一揚聲器(圖未示),用以透過聲光效果吸引消費者的注視。其中,該燈箱13是以頂側樞接於該前側板111,因此能經由扳動底側相對於該前側板111向上翻轉。
Referring to FIGS. 1 to 3, the
參閱圖3,該製冷裝置2設置於該機殼1並提供製冷流體。在本實施例中,該製冷裝置2固定於該容置空間113,該製冷裝置2為一般用於產生低溫冷風之機構。該製冷裝置2還包括一儲存罐21,用於預儲製冷流體,以因應不時之需。該製冷流體舉例為冷媒。
Referring to Fig. 3, the refrigerating
參閱圖1與圖4,該製冰裝置3設置於該機殼1。該製冰裝置3包含一製冰滾筒31、一第一刀具36及一供料盤37。
Referring to FIG. 1 and FIG. 4, the
參閱圖5,該製冰滾筒31環繞一中心軸線L並位於該等支撐板112之間,而該中心軸線L平行延伸於該長度方向D1。該製冰滾筒31具有一滾筒本體311、一軸桿本體319、一第一支撐組合件351、一第二支撐組合件355、一第一固定片391及一第二固定片392。在本實施例中,該滾筒本體311呈中空圓柱狀,其具有一外表面312、一相反於該外表面312的內表面313、在該長度方向D1的兩相反側且沿徑向延伸的一第一端面314及一第二端面315。該內表面313界定出一環繞該中心軸線L的製冷空間316,其中,該第一端面314界定出一連通外部與該製冷空間316的第一開口317。該
第二端面315界定出一連通外部與該製冷空間316的第二開口318。
Referring to FIG. 5, the
參閱圖5至圖7,該軸桿本體319具體具有一穿設於該滾筒本體311且環繞該中心軸線L的外軸桿321,及一穿設於該外軸桿321且環繞該中心軸線L的內軸桿322。其中,該外軸桿321與該內軸桿322共同界定出彼此不連通的一第一導流通道323與一第二導流通道324。具體而言,該外軸桿321沿該長度方向D1穿設於該第一開口317與該第二開口318並與該滾筒本體311連接,且該外軸桿321具有一外軸部325、一連接於該外軸部325的一端且凸出於該第一端面314的第一端部326,以及一連接於該外軸部325的另一端且凸出於該第二端面315的第二端部327,其中,該第一端部326具有一環繞該中心軸線L的第一殼體結構328。該第二端部327具有一環繞該中心軸線L的第二殼體結構329。而且該外軸桿321還界定出多個位於該外軸部325的中間處且環繞該中心軸線L的第一導流出口345,以及多個位於該外軸部325的中間處且環繞該中心軸線L的第二導流入口349,其中,該等第一導流出口345較該等第二導流入口349靠近該第一端部326,該等第二導流入口349較該等第一導流出口345靠近該第二端部327。
Referring to FIGS. 5 to 7, the
參閱圖8與圖9,該內軸桿322具體具有一第一內軸部331、一第一端塞部332、一第一插銷333、一第二內軸部334、一第二端塞部335及一第二插銷336。在本實施例中,配合參閱圖10
與圖11,該第一內軸部331穿伸於該外軸桿321,並具有一第一基軸結構337,及一第一延伸軸結構338,其中,該第一基軸結構337沿該長度方向D1延伸且一端凸出於該外軸桿321之外,另一端位於該外軸桿321內。再者,該第一基軸結構337的外面間隔於該外軸桿321的內面。而該第一延伸軸結構338自該第一基軸結構337位於該外軸桿321內的一端沿徑向延伸並連接該外軸桿321。另外,該第一端塞部332呈圓柱狀鄰接於該第一基軸結構337的另一端。該第一內軸部331與該第一端塞部332共同形成一沿該長度方向D1延伸且連通於該製冷裝置2(參閱圖3)的第一前通道部342,而該第一延伸軸結構338界定出三個間隔環繞該中心軸線L且沿徑向延伸的第一後通道部343,而且每一第一後通道部343的兩相反端分別連通該第一前通道部342與該等第一導流出口345,進一步來說,該第一前通道部342具有一連通於該製冷裝置2的第一導流入口344,而每一第一導流出口345連通於該製冷空間316,藉此使來自該製冷裝置2提供的製冷流體能經由該第一導流入口344進入該第一導流通道323,並沿該等第一導流出口345進入該製冷空間316,當呈液體狀的製冷流體流入該製冷空間316後將因吸收該滾筒本體311及其周圍物質的熱能而蒸發。在本實施例中,該第一導流通道323包含該第一前通道部342及該等第一後通道部343。
8 and 9, the
參閱圖10與圖11,該第一插銷333穿設於該第一端塞
部332、該第一前通道部342以及該等第一後通道部343,藉此使該第一內軸部331的中心與該第一端塞部332的中心保持位於該中心軸線L上,同時該第一插銷333與該第一基軸結構337的內壁相間隔以維持供製冷流體流通的間隙。而該第一基軸結構337與該第一端塞部332之間,以及該第一端塞部332與該第一插銷333之間皆設有止洩墊圈,以確保該第一導流通道323內的製冷流體不會外漏。
10 and 11, the
參閱圖8、圖9、圖12與圖13,該第二內軸部334穿伸於該外軸桿321,並具有一第二基軸結構339,及一第二延伸軸結構341,其中,該第二基軸結構339沿該長度方向D1延伸且一端凸出於該外軸桿321之外,另一端位於該外軸桿321內並與該第一基軸結構337一體連接。再者,該第二基軸結構339的外面間隔於該外軸桿321的內面。而該第二延伸軸結構341自該第二基軸結構339位於該外軸桿321內的一端沿徑向延伸並連接該外軸桿321。另外,該第二端塞部335呈圓柱狀鄰接於該第二基軸結構339的另一端。該第二內軸部334與該第二端塞部335共同形成一沿該長度方向D1延伸且連通於該製冷裝置2(參閱圖3)的第二前通道部346,而該第二延伸軸結構341界定出四個間隔環繞該中心軸線L且沿徑向延伸的第二後通道部347,而且每一第二後通道部347的兩相反端分別連通該第二前通道部346與該等第二導流入口349,進一步來說,該第二前通道部346具有一連通於該製冷裝置2的第二導流出
口348,而每一第二導流入口349連通於該製冷空間316,藉此使來自該製冷空間316蒸發的製冷流體能經由該等第二導流入口349進入該第二導流通道324,並沿該第二導流出口348進入該製冷裝置2。在本實施例中,該第二導流通道324包含該第二前通道部346及該等第二後通道部347。
Referring to Figure 8, Figure 9, Figure 12 and Figure 13, the second
參閱圖12與圖13,該第二插銷336穿設於該第二端塞部335、該第二前通道部346以及該第二後通道部347,藉此使該第二內軸部334與該第二端塞部335保持環繞該中心軸線L,同時該第二插銷336與該第二基軸結構339的內壁相間隔以維持供蒸發後的製冷流體流通的間隙。而該第二基軸結構339與該第二端塞部335之間,以及該第二端塞部335與該第二插銷336之間皆設有止洩墊圈,以確保該第二導流通道324內的製冷流體不會外漏。
12 and 13, the
參閱圖8至圖11,該第一支撐組合件351套設於該內軸桿322,並位於該外軸桿321與該內軸桿322之間且靠近該第一端面314。進一步來說,該第一支撐組合件351設置於該第一基軸結構337與該外軸桿321之間,具體具有一第一軸承352、二第一密封件353及一第一密封層354,其中,該第一軸承352套設於該第一基軸結構337且徑向上的兩相反端分別靠抵於該第一基軸結構337與該外軸桿321。該等第一密封件353分別舉例為一旋轉油封及一機械軸封。作為機械軸封的該第一密封件353位於該第一軸承352與該
第一延伸軸結構338之間且可動的部分連接於該外軸桿321,透過機械軸封的該第一密封件353初步達到密封該製冷流體流向該第一軸承352之功效。作為旋轉油封的該第一密封件353則位於該第一軸承352與該第一殼體結構328之間,並受該第一殼體結構328的擋止而避免脫離該內軸桿322,而且該第一密封件353在徑向上的兩相反端分別靠抵於該第一基軸結構337與該外軸桿321,藉此進一步防止該製冷流體及機械摩擦產生的碎屑流出於外部,同時也可防止外部的灰塵進入該第一導流通道323。藉由該等第一密封件353以達到完整密封之效。然而,由於機械與機械的接觸面間仍會形成微小的隙縫,因此,本案透過該第一密封層354填充於該等第一密封件353與該內軸桿322之間的間隙,以及該等第一密封件353與該外軸桿321之間的間隙,該第一密封層354舉例為高分子黃油,藉此進一步加強密封效果,以防止位於該等第一後通道部343的製冷流體經由隙縫滲入該第一軸承352進而洩漏於外,同時還可達到潤滑該機械軸封之功效。
Referring to FIGS. 8 to 11, the
參閱圖8、圖9、圖12與圖13,該第二支撐組合件355與該第一支撐組合件351為對稱設置,套設於該外軸桿321與該內軸桿322之間且靠近該第二端面315。進一步來說,該第二支撐組合件355設置於該第二基軸結構339與該外軸桿321之間,具體具有一第二軸承356、二第二密封件357及一第二密封層358,其中,該
第二軸承356套設於該第二基軸結構339且徑向上的兩相反端分別靠抵於該第二基軸結構339與該外軸桿321。該等第二密封件357分別舉例為一旋轉油封及一機械軸封。作為機械軸封的該第二密封件357位於該第二軸承356與該第二延伸軸結構341之間且可動的部分連接於該外軸桿321,透過機械軸封的該第二密封件357初步達到密封該製冷流體流向該第二軸承356之功效。作為旋轉油封的該第二密封件357則位於該第二軸承356與該第二殼體結構329之間,並受該第二殼體結構329的擋止而避免脫離該內軸桿322,而且該第二密封件357在徑向上的兩相反端分別靠抵於該第二基軸結構339與該外軸桿321,藉此進一步防止氣體狀的該製冷流體及機械摩擦產生的碎屑流出於外部,同時也可防止外部的灰塵進入該第二導流通道324。藉由該等第二密封件357以達到完整密封之效。然而,由於機械與機械的接觸面間仍會形成微小的隙縫,因此,本案透過該第二密封層358填充於該等第二密封件357與該內軸桿322之間的間隙,以及該等第二密封件357與該外軸桿321之間的間隙,該第二密封層358舉例為高分子黃油,藉此進一步加強密封效果,以防止位於該等第二後通道部347的製冷流體經由隙縫滲入該第二軸承356進而洩漏於外,同時還可達到潤滑該機械軸封之功效。
Referring to Figure 8, Figure 9, Figure 12 and Figure 13, the
此外,參閱圖5至圖7,該第一固定片391的一端固定於該第一基軸結構337介於該外軸桿321與該第一端塞部332之間的
部分,另一端則螺固於對應的該支撐板112。該第二固定片392的一端固定於該第二基軸結構339介於該外軸桿321與該第二端塞部335之間的部分,另一端則螺固於對應的該支撐板112。透過該第一固定片391與該第二固定片392將使該內軸桿322的該第一內軸部331與該第二內軸部334靜止不動,而該外軸桿321能相對於該內軸桿322轉動。
In addition, referring to FIGS. 5 to 7, one end of the
藉由上述由兩相反端分別供製冷流體一進一出的設計,能有效簡化整體結構,以利於後續維護及保養,同時亦降低維護成本。 With the above-mentioned design in which the refrigerating fluid is supplied from two opposite ends to one input and one output, the overall structure can be effectively simplified, which facilitates subsequent maintenance and maintenance, and also reduces maintenance costs.
參閱圖5、圖14與圖15,該第一刀具36位於該供料盤37的前側且位於該等支撐板112之間,其上刀緣略高於該滾筒本體311的最低側緣且朝向該滾筒本體311的該外表面312。在本實施例中,該第一刀具36具有二個可調式穿設件361、一連接板362及一第一刀體363。具體而言,該等可調式穿設件361舉例為可調螺絲,該等可調式穿設件361分別固定於該等支撐板112且位於該滾筒本體311的兩相反側,更清楚地說,每一可調式穿設件361是沿該高度方向D3穿伸於對應的該支撐板112且能相對於該支撐板112上下移動。該連接板362呈矩形且沿長度方向D1延伸,該連接板362的兩相反端分別固定於該等可調式穿設件361。該第一刀體363舉例為矩形不鏽鋼刀片,其固定於該連接板362背向於該滾筒本體
311的一側面且凸出於該連接板362的上緣,而用於刨除的上刀緣則朝向上方且是朝向該滾筒本體311的該外表面312,並且間隔於該滾筒本體311的外表面312,藉此能避免該第一刀體363與該滾筒本體311的該外表面312長期摩擦而受損,同時又可達到刨除之功效。進一步來說,該第一刀體363的下刀緣亦具有刨除功能,一旦上刀緣鈍化後使用者能直接將該第一刀體363翻面,使下刀緣朝向上方繼續使用,藉此大幅提升使用便利性。經由上述結構可知,由於該等可調式穿設件361的位置能相對於該等支撐板112移動,將帶動該連接板362與該第一刀體363朝靠近或遠離該外表面312方向移動,進而控制冰品被刨除的厚度及細緻度。
5, 14 and 15, the
參閱圖5、圖14與圖15,該供料盤37位於該滾筒本體311的底側且容置至少一原料,該原料適用於被該外表面312沾附。該供料盤37具體具有一內盤結構371、多個擋止結構378、一外盤結構379及一第二刀具384。該內盤結構371與該滾筒本體311的長度相同或略大於該滾筒本體311,該內盤結構371具有一內頂面372、一圍繞面373及至少一供料孔374,其中,該內頂面372朝向該滾筒本體311,並具有一沿該長度方向D1延伸且向下凹陷的內凹面部375,及二個分別自該內凹面部375在該寬度方向D2上的兩側緣沿反向延伸的導流面部376。該內凹面部375界定出一呈矩形且沿該長度方向D1延伸的集料槽377。每一導流面部376是自該內
凹面部375對應的側緣沿著該滾筒本體311的該外表面312形狀延伸。該圍繞面373自該內頂面372的周緣向下延伸。該等供料孔374舉例為五個,且該等供料孔374皆貫穿該內凹面部375的底面且沿該長度方向D1間隔排列。當然,該等供料孔374的數量並不以多個為限,在另一實施態樣中,也可以是一個。
Referring to FIGS. 5, 14 and 15, the
參閱圖14與圖15,該等擋止結構378舉例為十八個,九個九個為一組分別設置於該等內凹面部375。每一組的九個擋止結構378沿該長度方向D1間隔排列於該對應的該內凹面部375,且每一擋止結構378沿寬度方向D2延伸,具體來說是自內凹面部375的側緣沿著對應的該導流面部376的表面延伸至連接該圍繞面373的側緣。據此,透過該等擋止結構378使該內頂面372能間隔於該滾筒本體311的該外表面312,藉此減少該內頂面372與該外表面312間的摩擦情形。
Referring to FIG. 14 and FIG. 15, there are eighteen blocking
參閱圖14與圖15,在本實施例中,該外盤結構379具有一自該圍繞面373的底端緣沿徑向延伸的外底壁381,及一自該外底壁381的周緣向上延伸的外圍壁382,其中,該外圍壁382的頂緣高度與該內頂面372的最高點等高,據此,該圍繞面373、該外底壁381及該外圍壁382共同界定出一環繞該內盤結構371的回收槽383,該回收槽383的槽口即朝向上方且對應該滾筒本體311的該外表面312。
14 and 15, in this embodiment, the
參閱圖14與圖15,該第二刀具384設置於該回收槽383位於該第一刀具36對側的槽部,也就是該第二刀具384與該第一刀具36分別位於該內盤結構371的兩相反側。該第二刀具384具有多個固定座385、多個彈性件386及一第二刀體387。該等固定座385舉例為三個,該等固定座385沿該長度方向D1間隔排列於該槽部,且每一固定座385的底端緣固定於該外底壁381,且自頂端緣凹陷形成一沿該高度方向D3延伸的限位槽388,該等彈性件386舉例為3個螺旋彈簧且分別安裝於該限位槽388,其一端靠抵於該限位槽388的槽壁,另一端凸出於該限位槽388外。該第二刀體387舉例為聚氨酯(Polyurethane,PU)製的刮刀且亦沿該長度方向D1延伸,並套接於該等彈性件386凸出於該限位槽388之一端,該第二刀體387由頂側緣間隔於該滾筒本體311的該外表面312。藉此,當沾附於該外表面312的原料已經結成冰層且到達一定的厚度時,該第二刀體387的頂端緣將能觸抵於該冰層的表面,當該冰層的表面有部分突出同時又有液體的原料時,在通過該第二刀體387將會把液體的原料刮除,而冰層突出的部分可壓抵該第二刀體387,被該第二刀體387刮除的原料將順流至該回收槽383內,以此保持環境衛生。
14 and 15, the
參閱圖2、圖3與圖15,該供應裝置4包括多個計量泵41及多個容器42,該等計量泵41的數量舉例為5個,且該等容器42的數量也舉例為5個,且該等計量泵41分別連通該等供料孔374。
在本實施例中,每一計量泵41未連接於該供料孔374的一端連通於對應的該容器42,該等容器42分別容裝不同原料,該等計量泵41分別連通該等容器42,五種原料分別舉例為清水、芒果汁、胡蘿蔔汁、木瓜牛奶、鳳梨汁等,當然,容裝的原料可依據實際需求對應調整。藉由該等計量泵41將對應的原料以一預設速度經由對應的供料孔374注入該供料盤37,進而供該滾筒本體311的該外表面312沾附。當然,原料供應的流速及流量可透過該等計量泵41來控制。
2, 3 and 15, the
參閱圖3、圖5與圖6,該驅動裝置5包括一馬達51及一傳動單元52,其中,該馬達51固定於該容置空間113。該傳動單元52具有二齒輪組521、一第一皮帶522及一第二皮帶523,該等齒輪組521分別設置於該滾筒本體311在該長度方向D1上的兩相反側,而且該等齒輪組521的其中一者具有一鄰接於該第一端面314且固定於該外軸桿321的該第一端部326的第一前齒輪524,及一與該馬達51連接且與該第一前齒輪524同側的第一後齒輪525。該等齒輪組521的另一者具有一鄰接於該第二端面315且固定於該外軸桿321的該第二端部327的第二前齒輪526,及一與該馬達51連接且與該第二前齒輪526同側的第二後齒輪527。該第一皮帶522的兩相反端分別連接於該第一前齒輪524與該第一後齒輪525。該第二皮帶523的兩相反端分別連接於該第二前齒輪526與該第二後齒輪527。藉此,隨著驅動該馬達51,將連動該傳動單元52運轉,進而
帶動該製冰裝置3運作。透過將該等齒輪組521與該等皮帶分別對應設置於該製冰滾筒31的兩相反側,以使得該製冰滾筒31的兩端受力均勻進而達到穩定轉動。當然,在另一實施態樣中,也可以以一齒輪組521配置一皮帶的方式使該製冰滾筒31轉動。
Referring to FIGS. 3, 5 and 6, the driving
參閱圖15,經由上述結構可知,隨著原料進入至該內頂面372,以及透過驅動該馬達51(參閱圖3)進而使該滾筒本體311轉動將能使該滾筒本體311的該外表面312沾附該原料。另外,隨著製冷流體進入該滾筒本體311的該製冷空間316將能使沾附於該外表面312的原料凝固成冰層,而在持續轉動的過程中該冰層會被該第一刀體363刨除成雪花或雪片。
Referring to FIG. 15, it can be seen from the above structure that as raw materials enter the inner
參閱圖8、圖10與圖15,以下以製作芒果口味的雪花冰舉例,由於該軸桿本體319兩邊連動順序及步驟相同,故在此以其中一邊舉例說明,製作時,首先驅動該馬達51(參閱圖3)而使該馬達51連動該第一後齒輪525,進而連動該第一皮帶522並帶動該第一前齒輪524轉動。隨後,該第一前齒輪524將連動該第一端部326而帶動該滾筒本體311轉動,在本實施例中,該滾筒本體311轉動的方向如圖15中箭頭所示,是沿逆時針方向轉動,同時,該第一端部326還受該第一軸承352支撐而能穩定的繞著該中心軸線L轉動,且還以該第一軸承352作為中間介質相對於該內軸桿322轉動,意即動態轉動的該外軸桿321是相對於靜止的該內軸桿322轉
動,而且,該第一軸承352也減少該外軸桿321與該內軸桿322間的摩擦損耗。
Referring to Figure 8, Figure 10 and Figure 15, the following is an example of making mango-flavored snow ice. Since the two sides of the
參閱圖3與圖15,另一方面,用於連通該芒果汁的該計量泵41將該芒果汁自該容器42經由該供料孔374抽取至該內頂面372上,更清楚地說,該芒果汁將充滿於該集料槽377及該等導流面部376,以供該滾筒本體311的該外表面312完整沾附。而即使芒果汁滲出於該內頂面372外也會流入至該回收槽383,藉此確保環境整潔。
3 and 15, on the other hand, the
參閱圖8至圖10、圖15,再一方面,在驅動該滾筒本體311轉動的同一時間,該製冷裝置2提供製冷流體,該製冷流體經由該第一導流入口344進入該第一導流通道323,並沿該等第一導流出口345進入該製冷空間316,隨著該製冷流體接觸於該滾筒本體311的該內表面313將會因熱傳導吸收該芒果汁的熱能而蒸發成氣體,而被吸收熱能的芒果汁將凝固成芒果冰,隨著該滾筒本體311轉動且該芒果冰層達到預設的厚度時將會被該第一刀體363刨除以形成芒果雪花冰,刨除的芒果雪花冰隨即掉落至下方用於承接的碗盤9內。此外,當該滾筒本體311的該外表面312沾附該內頂面372的芒果汁後會持續朝向該第二刀具384移動,在通過該第二刀體387時,未結成冰的芒果汁會被該第二刀體387刮除,並順流至該回收槽383內,藉由該第二刀體387達到芒果冰層均勻形成於該外
表面312,以便於後續刨除步驟。而蒸發的製冷流體將沿該等第二導流入口349進入該第二導流通道324,進而由該第二導流出口348排出。
Referring to FIGS. 8-10 and 15, on the other hand, at the same time when the
參閱圖15,如果要接著製作其他口味的雪花冰時,可以先抽取清水將該供料盤37與該滾筒本體311的該外表面312上殘留的芒果汁清洗乾淨,接著再重複上述製作雪花冰的步驟,製作對應口味的雪花冰。
Referring to FIG. 15, if you want to make other flavors of snowflake ice, you can first extract clean water to clean the
綜上所述,本發明刨冰機藉由該內軸桿322所形成的彼此不連通的該第一導流通道323與該第二導流通道324,以及該第一導流通道323與該第二導流通道324皆連通於該製冷空間316,以使得製冷流體能流入並達到該滾筒本體311的外表面312能即時形成冰層之功效。再者,由於該滾筒本體311本身必須有軸支撐,而本案是直接在該內軸桿322形成該第一導流通道323與該第二導流通道324,藉此能減少空間的佔用及簡化該製冷流體複雜的迴路設計。此外,藉由該供料盤37能先容置該原料,以使得該滾筒本體的該外表面皆能沾附該原料,且溢出的原料亦可透過該回收槽集中,而確保環境衛生。另一方面,透過設定該滾筒本體311的轉動方向,使沾附於該滾筒本體311的原料先通過該第二刀具384,藉由該第二刀具384將剛沾附於該外表面312的原料整平,同時將沾附於冰層上但仍為液體的原料刮除,進而使該冰層的厚度較為一致,接著
當該第一刀具36在刨除時的細緻度較為平均,有效提升口感,故確實能達成本發明之目的。
In summary, the
惟以上所述者,僅為本發明之實施例而已,當不能以此限定本發明實施之範圍,凡是依本發明申請專利範圍及專利說明書內容所作之簡單的等效變化與修飾,皆仍屬本發明專利涵蓋之範圍內。 However, the above are only examples of the present invention. When the scope of implementation of the present invention cannot be limited by this, all simple equivalent changes and modifications made in accordance with the scope of the patent application of the present invention and the content of the patent specification still belong to This invention patent covers the scope.
112:支撐板 112: Support plate
3:製冰裝置 3: Ice making device
31:製冰滾筒 31: Ice making drum
311:滾筒本體 311: Drum body
312:外表面 312: Outer surface
313:內表面 313: inner surface
314:第一端面 314: first end face
355:第二支撐組合件 355: second support assembly
36:第一刀具 36: First tool
37:供料盤 37: supply tray
391:第一固定片 391: first fixed piece
392:第二固定片 392: second fixing piece
522:第一皮帶 522: first belt
523:第二皮帶 523: second belt
315:第二端面 315: second end face
316:製冷空間 316: Cooling space
317:第一開口 317: The first opening
318:第二開口 318: second opening
319:軸桿本體 319: Shaft body
351:第一支撐組合件 351: The first support assembly
524:第一前齒輪 524: first front gear
526:第二前齒輪 526: second front gear
L:中心軸線 L: central axis
D1:長度方向 D1: length direction
D2:寬度方向 D2: width direction
D3:高度方向 D3: height direction
Claims (14)
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TW296787U (en) * | 1996-06-28 | 1997-01-21 | Jin-Fu Yu | An improved structure of ice maker |
TW341645B (en) * | 1996-07-01 | 1998-10-01 | Seng Won Jong | Apparatus for making scraped-ice |
TWM569410U (en) * | 2018-06-20 | 2018-11-01 | 池建志 | Ice-making device |
CN208520053U (en) * | 2018-04-28 | 2019-02-19 | 张斌 | A kind of automatic access jam Mein mein ice maker with freezing, cold storage function |
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2020
- 2020-01-07 TW TW109100416A patent/TWI707114B/en active
Patent Citations (4)
Publication number | Priority date | Publication date | Assignee | Title |
---|---|---|---|---|
TW296787U (en) * | 1996-06-28 | 1997-01-21 | Jin-Fu Yu | An improved structure of ice maker |
TW341645B (en) * | 1996-07-01 | 1998-10-01 | Seng Won Jong | Apparatus for making scraped-ice |
CN208520053U (en) * | 2018-04-28 | 2019-02-19 | 张斌 | A kind of automatic access jam Mein mein ice maker with freezing, cold storage function |
TWM569410U (en) * | 2018-06-20 | 2018-11-01 | 池建志 | Ice-making device |
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