TWM477370U - Mold core cooling structure of optical lens mold - Google Patents
Mold core cooling structure of optical lens mold Download PDFInfo
- Publication number
- TWM477370U TWM477370U TW102216319U TW102216319U TWM477370U TW M477370 U TWM477370 U TW M477370U TW 102216319 U TW102216319 U TW 102216319U TW 102216319 U TW102216319 U TW 102216319U TW M477370 U TWM477370 U TW M477370U
- Authority
- TW
- Taiwan
- Prior art keywords
- mold
- cooling water
- water passage
- male
- male mold
- Prior art date
Links
- 230000003287 optical effect Effects 0.000 title claims description 47
- 238000001816 cooling Methods 0.000 title claims description 26
- 239000000498 cooling water Substances 0.000 claims description 168
- XLYOFNOQVPJJNP-UHFFFAOYSA-N water Substances O XLYOFNOQVPJJNP-UHFFFAOYSA-N 0.000 claims description 27
- 238000000465 moulding Methods 0.000 claims description 15
- 238000005192 partition Methods 0.000 claims description 5
- 238000004891 communication Methods 0.000 claims description 4
- 230000013011 mating Effects 0.000 claims 1
- 230000000694 effects Effects 0.000 description 8
- 239000002826 coolant Substances 0.000 description 5
- 125000006850 spacer group Chemical group 0.000 description 5
- 238000009434 installation Methods 0.000 description 4
- 238000009415 formwork Methods 0.000 description 3
- 230000017525 heat dissipation Effects 0.000 description 3
- 230000002093 peripheral effect Effects 0.000 description 3
- 238000001746 injection moulding Methods 0.000 description 2
- 238000002347 injection Methods 0.000 description 1
- 239000007924 injection Substances 0.000 description 1
Landscapes
- Moulds For Moulding Plastics Or The Like (AREA)
Description
本創作係有關一種光學鏡片模具的模仁冷卻構造，尤指一種提供可令該光學鏡片模具的模仁獲得均溫及恆溫之效果，進而可提升模具之使用功效之光學鏡片模具的模仁冷卻構造。The present invention relates to a mold cooling structure for an optical lens mold, and more particularly to a mold cooling for an optical lens mold which can provide a uniform temperature and a constant temperature for the mold of the optical lens mold, thereby improving the use efficiency of the mold. structure.
按、光學鏡片模具1，如圖一所示，該光學鏡片模具1具有母模11及公模12，該母模11內設有複數個母模仁穴111，該母模仁穴111內插設有母模仁112，該母模仁112的端頭設有成型腔室113，該母模11係鎖付於母模取付板11a上；該公模12對應於母模11也設有複數個公模仁穴121，該公模仁穴121內插設有公模仁122，該公模仁122的端頭亦相對設有成型腔室123，該成型腔室113、123內可供該光學鏡片注射成型，該公模12的背面依序設有公模承板12a、公模間隔板12b及公模取付板12c。According to the optical lens mold 1, as shown in FIG. 1, the optical lens mold 1 has a female mold 11 and a male mold 12, and the female mold 11 is provided with a plurality of female mold core holes 111, and the female mold core holes 111 are interposed. The female mold core 112 is provided, and the end of the female mold core 112 is provided with a molding chamber 113, and the female mold 11 is locked on the female mold take-up board 11a; the male mold 12 is also provided with a plurality of corresponding to the female mold 11. a male mold hole 121, the male mold core 121 is inserted with a male mold core 122, and the end of the male mold core 122 is also oppositely provided with a molding chamber 123, which is available in the molding chamber 113, 123 The optical lens is injection molded, and the back side of the male mold 12 is provided with a male mold carrier 12a, a male mold spacer 12b, and a male mold take-up board 12c.
習用生產光學鏡片模具1，藉由上述的構造固然已能達到注射成型光學鏡片之目的。上述習用的光學鏡片模具1係以氣冷方式來冷卻，然而隨著光學鏡片的大型化，生產該較大型之光學鏡片其注射成型時間也相對的變長，因此經常會造成冷卻之速度不均，進而造成該較大型的光學鏡片良率不佳，習用以氣冷方式來進行冷卻的光學鏡片模具1明顯的已無法用來生產較大型之光學鏡片。是以，如何提供一種較佳冷卻效果之光學鏡片模具的冷卻構造，已為光學鏡片模具製造業者亟待解決之課題。The optical lens mold 1 is conventionally produced, and the above-described structure can certainly achieve the purpose of injection molding an optical lens. The conventional optical lens mold 1 is cooled by air cooling. However, as the size of the optical lens is increased, the injection molding time for producing the larger optical lens is relatively longer, so that the cooling speed is often uneven. Moreover, the yield of the larger optical lens is not good, and the optical lens mold 1 which is conventionally used for cooling by air cooling is obviously not available for producing a larger optical lens. Therefore, how to provide a cooling structure of an optical lens mold with better cooling effect has been an urgent problem for optical lens mold manufacturers.
本創作主要目的在於提供一種光學鏡片模具的模仁冷卻構造，藉此可克服習用光學鏡片的模具於注射較大型光學鏡片時，該模仁因散熱不良所肇生光學鏡片良率不佳之缺失。The main purpose of the present invention is to provide a mold cooling structure for an optical lens mold, thereby overcoming the lack of good optical lens yield due to poor heat dissipation when the mold of the conventional optical lens is injected into a larger optical lens.
本創作為達上述目的，所採用之主要技術手段在於：提供一種光學鏡片模具的模仁冷卻構造，該光學鏡片模具包括有母模及公模；該母模具有母模取付板、母模型板及母模襯塊；該母模型板係鎖固於該母模取付板上，該母模型板中央處設有透空之安裝部，該安裝部可供母模襯塊容置，該母模襯塊上設有母模仁穴，該母模仁穴內設有母模仁及母模冷水套件，該母模冷水套件係套設於該母模仁之外周緣，該母模仁的端面設有成型腔室；該公模具有公模取付板、公模間隔板、公模承板、公模型板及公模襯塊，該公模間隔板、公模承板、公模型板係鎖固於該公模取付板上，該公模型板中央處設有透空之安裝部，該安裝部可供該公模襯塊容置，該公模襯塊設有公模仁穴，該公模仁穴內設有公模仁及公模冷水套件，該公模冷水套件係套設於該公模仁之外周緣，該公模仁的端面設有成型腔室；該母模內設有母模冷卻水通路，該母模冷卻水通路具有主冷卻水通道、次冷卻水通道及冷卻水環道，該主冷卻水通道具有一冷卻水入口、冷卻水出口及連接冷卻水通道，該次冷卻水通道藉由該連接冷卻水通道來與該主冷卻水通道連通，該冷卻水環道係與該次冷卻水通道連通，該冷卻水環道藉由該次冷卻水通道來與該主冷卻水通道連通；該公模內設有公模冷卻水通路，該公模冷卻水通路具有主冷卻水通道、次冷卻水通道及冷卻水環道，該主冷卻水通道具有一冷卻水入口、冷卻水出口及連接冷卻水通道，該次冷卻水通道藉由該連接冷卻水通道來與該主冷卻水通道連通，該冷卻水環道係與該次冷卻水通道連通，該冷卻水環道藉由該次冷卻水通道來與該主冷卻水通道連通。The main technical means adopted for the above purpose is to provide a mold cooling structure of an optical lens mold, the optical lens mold comprising a mother mold and a male mold; the mother mold has a mother mold take-off board and a mother model board And a mother mold pad; the mother model plate is locked on the mother die take-up plate, and a central portion is provided with a hollow mounting portion, the mounting portion is for receiving the mother die pad, the female mold The mat has a female mold acupoint, and the female mold has a female mold and a female mold cold water kit, and the female cold water kit is sleeved on the outer periphery of the female mold, and the end surface of the female mold is provided. There is a molding chamber; the male mold has a male mold take-up board, a male mold partition board, a male mold board, a male model board and a male mold pad, and the male mold partition board, the male mold board, and the male model board are locked. And a mounting portion for the male mold pad is disposed at the center of the male mold plate, and the male mold pad is provided with a male mold hole, the male mold There is a male mold and a male mold cold water kit in the acupoint. The male mold cold water kit is set on the outer periphery of the male mold. The end surface of the male mold core is provided with a molding chamber; the mother mold is provided with a mother mold cooling water passage, and the mother mold cooling water passage has a main cooling water passage, a secondary cooling water passage and a cooling water loop, the main cooling water passage Having a cooling water inlet, a cooling water outlet, and a connecting cooling water passage, the secondary cooling water passage is connected to the main cooling water passage by the connecting cooling water passage, and the cooling water circulation system is connected to the secondary cooling water passage. The cooling water loop is connected to the main cooling water passage by the cooling water passage; the male mold is provided with a male cooling water passage, and the male cooling water passage has a main cooling water passage and a secondary cooling water passage. a cooling water loop having a cooling water inlet, a cooling water outlet, and a connecting cooling water passage, wherein the cooling water passage communicates with the main cooling water passage by the connecting cooling water passage, the cooling water ring The lanyard is in communication with the secondary cooling water passage, and the cooling water passage communicates with the main cooling water passage by the secondary cooling water passage.
本創作藉由上述技術手段所能達成之功效在於：藉由於該母模內設置母模冷卻水通路，以及於該公模內設置公模冷卻水通路，藉此來對該母模仁及公模仁進行冷卻散熱，俾可使該母模仁及公模仁可以獲得均溫及恆溫之效果，進而來使該光學鏡片模具生產較大型光學鏡片時可提高良率，而能提升該光學鏡片模具的使用功效。The effect that the present invention can achieve by the above technical means is that the mother mold and the public are provided by the male mold cooling water passage in the master mold and the male mold cooling water passage in the male mold. The mold core is cooled and dissipated, so that the mother mold and the male mold can obtain the effect of uniform temperature and constant temperature, so that the optical lens mold can increase the yield when producing a larger optical lens, and the optical lens can be improved. The effectiveness of the mold.
1‧‧‧光學鏡片模具1‧‧‧Optical lens mould
11‧‧‧母模11‧‧‧Female model
111‧‧‧母模仁穴111‧‧‧Female model
112‧‧‧母模仁112‧‧‧Female model
113‧‧‧成型腔室113‧‧‧Molding chamber
11a‧‧‧母模取付板11a‧‧‧Female model payment board
12‧‧‧公模12‧‧‧Male model
121‧‧‧公模仁穴121‧‧‧Male model
122‧‧‧公模仁122‧‧‧Male model
123‧‧‧成型腔室123‧‧‧Molding chamber
12a‧‧‧公模承板12a‧‧‧Mold formwork board
12b‧‧‧公模間隔板12b‧‧‧Mold spacer
12c‧‧‧公模取付板12c‧‧‧Mold take-off board
2‧‧‧光學鏡片模具2‧‧‧Optical lens mould
3‧‧‧母模3‧‧‧Female model
31‧‧‧母模取付板31‧‧‧Female model payment board
32‧‧‧母模型板32‧‧‧Female model board
321‧‧‧安裝部321‧‧‧Installation Department
33‧‧‧母模襯塊33‧‧‧ mother mold pad
331‧‧‧母模仁穴331‧‧‧Female model
34‧‧‧母模仁34‧‧‧Female model
341‧‧‧成型腔室341‧‧‧Molding chamber
35‧‧‧母模冷水套件35‧‧‧Female mold cold water kit
4‧‧‧公模4‧‧‧Male model
41‧‧‧公模取付板41‧‧‧Mold take-off board
42‧‧‧公模間隔板42‧‧‧Mold spacer
43‧‧‧公模承板43‧‧‧Mold formwork board
44‧‧‧公模型板44‧‧‧public model board
441‧‧‧安裝部441‧‧‧Installation Department
45‧‧‧公模襯塊45‧‧‧Mold inserts
451‧‧‧公模仁穴451‧‧‧Male model
46‧‧‧公模仁46‧‧‧Male model
461‧‧‧成型腔室461‧‧‧Molding chamber
47‧‧‧公模冷水套件47‧‧‧Male mold cold water kit
5‧‧‧母模冷卻水通路5‧‧‧Female mold cooling water passage
51‧‧‧主冷卻水通道51‧‧‧Main cooling water channel
511‧‧‧冷卻水入口511‧‧‧Cooling water inlet
512‧‧‧冷卻水出口512‧‧‧Cooling water outlet
513‧‧‧連接冷卻水通道513‧‧‧Connected cooling water channel
52‧‧‧次冷卻水通道52‧‧‧ cooling water passages
53‧‧‧冷卻水環道53‧‧‧Cooling water loop
6‧‧‧公模冷卻水通路6‧‧‧Male mold cooling water passage
61‧‧‧主冷卻水通道61‧‧‧Main cooling water channel
611‧‧‧冷卻水入口611‧‧‧Cooling water inlet
612‧‧‧冷卻水出口612‧‧‧Cooling water outlet
613‧‧‧連接冷卻水通道613‧‧‧Connected cooling water channel
62‧‧‧次冷卻水通道62‧‧‧ cooling water passages
63‧‧‧冷卻水環道63‧‧‧Cooling water loop
圖一係習用光學鏡片模具剖視示意圖。Figure 1 is a schematic cross-sectional view of a conventional optical lens mold.
圖二係本創作光學鏡片模具前視示意圖。Figure 2 is a front view of the optical lens mold of the present invention.
圖三係本創作光學鏡片模具之側視示意圖。Figure 3 is a side view of the optical lens mold of the present invention.
圖四係本創作光學鏡片模具之母模冷卻水通路俯視示意圖。Figure 4 is a top view of the cooling water passage of the master mold of the optical lens mold.
為使 貴審查員更容易了解本創作之結構及所能達成之功效，茲配合圖式說明如下；首先，請參閱圖二所示，本創作之光學鏡片模具2包括有母模3及公模4，該母模3及該公模4係以相對應設置。In order to make it easier for your examiner to understand the structure of the creation and the effect it can achieve, the following is a description of the following; first, as shown in Figure 2, the optical lens mold 2 of the present invention includes a female mold 3 and a male mold. 4. The master mold 3 and the male mold 4 are arranged correspondingly.
請參閱圖二、三、四所示，該母模3具有母模取付板31、母模型板32及母模襯塊33；其中該母模型板32係鎖固於該母模取付板31上，該母模型板32中央處設有透空之安裝部321，該安裝部321可供該母模襯塊33容置。Referring to FIG. 2, FIG. 3 and FIG. 4, the master mold 3 has a master mold take-up board 31, a mother model board 32 and a mother mold pad 33. The mother model board 32 is locked on the master mold take-up board 31. A mounting portion 321 is provided in the center of the mother model plate 32, and the mounting portion 321 is received by the female mold pad 33.
該母模襯塊33上設有母模仁穴331，該母模仁穴331內設有母模仁34及母模冷水套件35，該母模冷水套件35係套設於該母模仁34外周，該母模仁34的端面設有成型腔室341。The master mold pad 33 is provided with a female mold core hole 331. The female mold core hole 331 is provided with a female mold core 34 and a mother mold cold water kit 35. The female mold cold water kit 35 is sleeved on the female mold core 34. On the outer circumference, the end surface of the female mold core 34 is provided with a molding chamber 341.
其中，該母模3內設有母模冷卻水通路5，該母模冷卻水通路5具有主冷卻水通道51、次冷卻水通道52及冷卻水環道53，該主冷卻水通道51係設於母模取付板31內，該主冷卻水通道51具有一冷卻水入口511及冷卻水出口512，該主冷卻水通道51朝母模襯塊33方向設有連接冷卻水通道513；該次冷卻水通道52係設於該母模襯塊33內，該次冷卻水通道52藉由該連接冷卻水通道513來與該主冷卻水通道51連通；該冷卻水環道53係環設於該母模冷水套件35的外周緣，該冷卻水環道53係與該次冷卻水通道52連通，亦即該冷卻水環道53藉由該次冷卻水通道52來與該主冷卻水通道51連通。The master mold 3 is provided with a mother mold cooling water passage 5 having a main cooling water passage 51, a secondary cooling water passage 52 and a cooling water passage 53, and the main cooling water passage 51 is provided. In the master mold take-up plate 31, the main cooling water passage 51 has a cooling water inlet 511 and a cooling water outlet 512. The main cooling water passage 51 is provided with a connecting cooling water passage 513 toward the female mold pad 33; The water passage 52 is disposed in the mother mold pad 33, and the secondary cooling water passage 52 communicates with the main cooling water passage 51 through the connecting cooling water passage 513; the cooling water passage 53 is looped on the mother The outer peripheral edge of the mold cold water kit 35 is in communication with the secondary cooling water passage 52, that is, the cooling water passage 53 communicates with the main cooling water passage 51 by the secondary cooling water passage 52.
再請配合圖二、三共同參閱，該公模4具有公模取付板41、公模間隔板42、公模承板43、公模型板44及公模襯塊45；其中該公模間隔板42、公模承板43、公模型板44係鎖固於該公模取付板41上；該公模型板44中央處設有透空之安裝部441，該安裝部441可供該公模襯塊45容置。Referring to FIG. 2 and FIG. 3 together, the male mold 4 has a male mold take-up board 41, a male mold partition plate 42, a male mold support plate 43, a male mold plate 44 and a male mold pad 45; wherein the male mold spacer 42. The male mold plate 43 and the male mold plate 44 are locked on the male mold take-up plate 41. The male mold plate 44 is provided with a hollow mounting portion 441 at the center, and the mounting portion 441 is provided for the male mold lining. Block 45 is accommodated.
該公模襯塊45設有公模仁穴451，該公模仁穴451內設有公模仁46及公模冷水套件47，該公模冷水套件47係套設於該公模仁46之外周緣，該公模仁46的端面設有成型腔室461。The male mold pad 45 is provided with a male mold acupoint 451. The male mold cold hole 451 is provided with a male mold core 46 and a male mold cold water kit 47. The male mold cold water kit 47 is sleeved on the male mold core 46. The outer peripheral edge of the male mold core 46 is provided with a molding chamber 461.
其中，該公模4內設有公模冷卻水通路6，該公模冷卻水通路6具有主冷卻水通道61、次冷卻水通道62及冷卻水環道63，該主冷卻水通道61係設於公模承板43內，該主冷卻水通道61具有一冷卻水入口611及冷卻水出口612，該主冷卻水通道61朝公模襯塊45方向設有連接冷卻水通道613；該次冷卻水通道62係設於該公模襯塊45內，該次冷卻水通道62藉由該連接冷卻水通道613來與該主冷卻水通道61連通；該冷卻水環道63係環設於該公模冷水套件47外周緣，該冷卻水環道63係與該次冷卻水通道62連通，亦即該冷卻水環道63藉由該次冷卻水通道62來與該主冷卻水通道61連通。The male mold cooling water passage 6 has a main cooling water passage 61, a secondary cooling water passage 62 and a cooling water passage 63, and the main cooling water passage 61 is provided. In the male mold plate 43, the main cooling water passage 61 has a cooling water inlet 611 and a cooling water outlet 612. The main cooling water passage 61 is provided with a connecting cooling water passage 613 toward the male mold pad 45; The water passage 62 is disposed in the male mold pad 45, and the secondary cooling water passage 62 communicates with the main cooling water passage 61 through the connecting cooling water passage 613; the cooling water passage 63 is ring-shaped in the public The outer peripheral edge of the mold cold water package 47 is in communication with the secondary cooling water passage 62, that is, the cooling water passage 63 communicates with the main cooling water passage 61 by the secondary cooling water passage 62.
本創作光學鏡片模具2之實施，請同時配合三、四共同參閱，該光學鏡片模具2之冷卻方式，於母模3部份主要係將冷卻介質(冷卻水或冷卻油)經由該母模冷卻水通路5主冷卻水通道51的冷卻水入口511流入，再經連接冷卻水通道513流入該次冷卻水通道52內，而後再流入該冷卻水環道53內，該冷卻介質流經上述之母模冷卻水通路5後再由該冷卻水出口512流出，藉此該母模仁34的熱傳遞方式，經由該母模冷水套件35後，再由該冷卻介質以熱交換方式將由母模仁34傳遞到該母模冷水套件35上的高溫予以帶走，藉此來對母模仁34進行冷卻動作，進而可使該母模仁34獲得良好的散熱效果。該公模4的冷卻部份，主要係將冷卻介質(冷卻水或冷卻油)經由該公模冷卻水通路6主冷卻水通道61的冷卻水入口611流入，再經連接冷卻水通道613流入該次冷卻水通道62內，而後再流入該冷卻水環道63內，該冷卻介質流經上述之公模冷卻水通路6後再由該冷卻水出口612流出，藉此公模仁46的熱傳遞方式，經由該公模冷水套件47後，再由該冷卻介質以熱交換方式將由公模仁46傳遞到該公模冷水套件47上的高溫予以帶走，藉此來對公模仁46進行冷卻動作，進而可使該公模仁46獲得良好的散熱效果。For the implementation of the optical lens mold 2, please refer to the third and fourth joints. The cooling method of the optical lens mold 2 is mainly to cool the cooling medium (cooling water or cooling oil) through the master mold in the mother mold 3. The cooling water inlet 511 of the water passage 5 main cooling water passage 51 flows into the cooling water passage 52 through the connecting cooling water passage 513, and then flows into the cooling water passage 53 to flow through the above-mentioned mother. The mold cooling water passage 5 is then discharged from the cooling water outlet 512, whereby the heat transfer mode of the female mold core 34 is passed through the mother mold cold water kit 35, and then the cooling medium is heat exchanged by the female mold core 34. The high temperature transmitted to the master mold cold water kit 35 is taken away, thereby cooling the female mold core 34, so that the female mold core 34 can obtain a good heat dissipation effect. The cooling portion of the male mold 4 mainly flows a cooling medium (cooling water or cooling oil) through the cooling water inlet 611 of the main cooling water passage 6 of the male mold cooling water passage 6, and flows into the cooling water passage 613 through the connection. The secondary cooling water passage 62 flows into the cooling water passage 63, and the cooling medium flows through the above-mentioned male mold cooling water passage 6 and then flows out through the cooling water outlet 612, whereby the heat transfer of the male mold core 46 is performed. After passing through the male mold cold water kit 47, the high temperature of the male mold core 46 transferred to the male mold cold water kit 47 is carried away by the cooling medium in a heat exchange manner, thereby cooling the male mold core 46. The action, in turn, allows the male mold core 46 to achieve a good heat dissipation effect.
本創作之功效在於，藉由於該母模3內設置母模冷卻水通路5，以及於該公模4內設置公模冷卻水通路6，藉此來對該母模仁34及公模仁46進行冷卻散熱，俾可使該母模仁34及公模仁46可以獲得均溫及恆溫之效果，進而來使該光學鏡片模具2生產較大型光學鏡片時可提高良率，而能提升該光學鏡片模具2的使用功效。The effect of the present invention is that the male mold cooling water passage 5 is provided in the female mold 3, and the male mold cooling water passage 6 is provided in the male mold 4, whereby the female mold core 34 and the male mold core 46 are provided. By cooling and dissipating heat, the mother mold core 34 and the male mold core 46 can obtain the effects of uniform temperature and constant temperature, thereby enabling the optical lens mold 2 to increase the yield when producing a larger optical lens, and the optical can be improved. The efficacy of the lens mold 2.
2‧‧‧光學鏡片模具2‧‧‧Optical lens mould
3‧‧‧母模3‧‧‧Female model
31‧‧‧母模取付板31‧‧‧Female model payment board
32‧‧‧母模型板32‧‧‧Female model board
321‧‧‧安裝部321‧‧‧Installation Department
33‧‧‧母模襯塊33‧‧‧ mother mold pad
331‧‧‧母模仁穴331‧‧‧Female model
34‧‧‧母模仁34‧‧‧Female model
341‧‧‧成型腔室341‧‧‧Molding chamber
35‧‧‧母模冷水套件35‧‧‧Female mold cold water kit
4‧‧‧公模4‧‧‧Male model
41‧‧‧公模取付板41‧‧‧Mold take-off board
42‧‧‧公模間隔板42‧‧‧Mold spacer
43‧‧‧公模承板43‧‧‧Mold formwork board
44‧‧‧公模型板44‧‧‧public model board
441‧‧‧安裝部441‧‧‧Installation Department
45‧‧‧公模襯塊45‧‧‧Mold inserts
451‧‧‧公模仁穴451‧‧‧Male model
46‧‧‧公模仁46‧‧‧Male model
461‧‧‧成型腔室461‧‧‧Molding chamber
47‧‧‧公模冷水套件47‧‧‧Male mold cold water kit
5‧‧‧母模冷卻水通路5‧‧‧Female mold cooling water passage
51‧‧‧主冷卻水通道51‧‧‧Main cooling water channel
511‧‧‧冷卻水入口511‧‧‧Cooling water inlet
512‧‧‧冷卻水出口512‧‧‧Cooling water outlet
513‧‧‧連接冷卻水通道513‧‧‧Connected cooling water channel
52‧‧‧次冷卻水通道52‧‧‧ cooling water passages
53‧‧‧冷卻水環道53‧‧‧Cooling water loop
6‧‧‧公模冷卻水通路6‧‧‧Male mold cooling water passage
61‧‧‧主冷卻水通道61‧‧‧Main cooling water channel
611‧‧‧冷卻水入口611‧‧‧Cooling water inlet
612‧‧‧冷卻水出口612‧‧‧Cooling water outlet
613‧‧‧連接冷卻水通道613‧‧‧Connected cooling water channel
62‧‧‧次冷卻水通道62‧‧‧ cooling water passages
63‧‧‧冷卻水環道63‧‧‧Cooling water loop
Claims (7)
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102216319U TWM477370U (en) | 2013-08-30 | 2013-08-30 | Mold core cooling structure of optical lens mold |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| TW102216319U TWM477370U (en) | 2013-08-30 | 2013-08-30 | Mold core cooling structure of optical lens mold |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| TWM477370U true TWM477370U (en) | 2014-05-01 |
Family
ID=51294791
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| TW102216319U TWM477370U (en) | 2013-08-30 | 2013-08-30 | Mold core cooling structure of optical lens mold |
Country Status (1)
| Country | Link |
|---|---|
| TW (1) | TWM477370U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109397727A (en) * | 2017-08-18 | 2019-03-01 | 双莹科技股份有限公司 | Fresnel lens manufacturing method, injection molding die device used by same and manufactured Fresnel lens |
| TWI763149B (en) * | 2020-11-26 | 2022-05-01 | 國立臺東專科學校 | Monitoring method of the injection molding process |
-
2013
- 2013-08-30 TW TW102216319U patent/TWM477370U/en not_active IP Right Cessation
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN109397727A (en) * | 2017-08-18 | 2019-03-01 | 双莹科技股份有限公司 | Fresnel lens manufacturing method, injection molding die device used by same and manufactured Fresnel lens |
| CN109397727B (en) * | 2017-08-18 | 2022-02-11 | 双莹科技股份有限公司 | Manufacturing method of Fresnel lens, injection molding die device used, and Fresnel lens obtained |
| TWI763149B (en) * | 2020-11-26 | 2022-05-01 | 國立臺東專科學校 | Monitoring method of the injection molding process |
Similar Documents
| Publication | Publication Date | Title |
|---|---|---|
| KR100963191B1 (en) | Baffle pipe and core cooling apparatus of injection mold | |
| TWM477370U (en) | Mold core cooling structure of optical lens mold | |
| CN104890263A (en) | Cooling device for injection molding automotive components | |
| CN215468002U (en) | A back door lower guard plate formwork | |
| CN202616918U (en) | Cooling device of motor | |
| CN208452159U (en) | A kind of injection mold of good heat dissipation effect | |
| CN210379753U (en) | High heat dissipation fiber optic water cooling plate | |
| CN203105033U (en) | Heat radiation device | |
| CN107399061A (en) | It is a kind of to cool down the injection mold being combined with automatic demoulding | |
| CN201553757U (en) | Quenching die of clutch diaphragm spring | |
| CN105364018A (en) | Process for manufacturing flywheels through precoated sand | |
| CN214687675U (en) | Cooling device is used in production of goggles buckle | |
| CN202952509U (en) | Water route structure | |
| CN209094510U (en) | A kind of cooled charging barrel of die casting machine component | |
| CN206578202U (en) | A kind of water-cooled battery steel shell stretches cavity plate | |
| CN209062109U (en) | A die-casting mold structure | |
| CN112475235A (en) | Electronic water pump impeller dynamic balance adjustment manufacturing die | |
| CN203722995U (en) | heat sink | |
| CN210362095U (en) | Quick fashioned self-cooling formula computer fan base mould benevolence | |
| CN207247968U (en) | A water-cooled plate with good heat dissipation function | |
| CN223147684U (en) | Cooling equipment for cooling silica gel mold | |
| CN206139809U (en) | Die | |
| CN223543913U (en) | Cooling device for stretching dies and stretching dies | |
| CN206465413U (en) | A kind of injection mould cooling system | |
| CN204398262U (en) | A kind of Water cooling type single-point needle valve cylinder head |
Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| MK4K | Expiration of patent term of a granted utility model |