| 序号 | 专利名 | 申请号 | 申请日 | 公开（公告）号 | 公开（公告）日 | 发明人 |
|---|---|---|---|---|---|---|
| 1 | APPARATUS FOR CONVEYING PREFORMS | US14406484 | 2013-06-15 | US20150136565A1 | 2015-05-21 | Alexander Heller; Dieter Holler |
| An apparatus for conveying preforms to a blow molding machine, including a sorter that sorts and uniformly orients the preforms. A gravity conveyor feeds the preforms from the sorter to the blow molding machine. A transfer device between the sorter and the conveyor transfers the preforms from the sorter to the conveyor. The sorter, the conveyor, and the transfer device all have stepless adjoined guiding surfaces with specific contours that guide the preforms through the apparatus. The transfer device is an element with a curved guiding surface adjusted to the contour of the guiding surface of the sorter at the end facing the sorter, while being adjusted to the contour of the guiding surface of the gravity conveyor at the end facing the gravity conveyor. The two contours of the guiding surfaces facing the ends of the two devices are different, the guiding surface is stepless between the two ends. | ||||||
| 2 | Apparatus for conveying preforms | US14406484 | 2013-06-15 | US09199405B2 | 2015-12-01 | Alexander Heller; Dieter Holler |
| An apparatus for conveying preforms to a blow molding machine, including a sorter that sorts and uniformly orients the preforms. A gravity conveyor feeds the preforms from the sorter to the blow molding machine. A transfer device between the sorter and the conveyor transfers the preforms from the sorter to the conveyor. The sorter, the conveyor, and the transfer device all have stepless adjoined guiding surfaces with specific contours that guide the preforms through the apparatus. The transfer device is an element with a curved guiding surface adjusted to the contour of the guiding surface of the sorter at the end facing the sorter, while being adjusted to the contour of the guiding surface of the gravity conveyor at the end facing the gravity conveyor. The two contours of the guiding surfaces facing the ends of the two devices are different, the guiding surface is stepless between the two ends. | ||||||
| 3 | VORRICHTUNG ZUM TRANSPORT VON VORFORMLINGEN | EP13730807.8 | 2013-06-15 | EP2861404A1 | 2015-04-22 | HELLER, Alexander; HOLLER, Dieter |
| The invention relates to an apparatus (1) for conveying preforms (12), for example to a blow molding machine for producing containers from a thermoplastic material. Said apparatus comprises a sorting device (5) in which the preforms (12) are sorted in such a way as to have the same orientation, a gravity conveyor device (8) which is located at the discharge end of the sorting device (5) and via which the preforms (12) are fed to the blow molding machine, and a transfer device (11, 13) which is disposed between the sorting device (5) and the gravity conveyor device (8) and in which the preforms (12) are transferred from the sorting device (5) to the gravity conveyor device (8). The sorting device (5), the conveyor device (8), and the transfer device all have guiding surfaces with specific contours, by means of which the preforms (12) are guided through the apparatus (1). The invention is characterized in that the guiding surfaces adjoin each other essentially in a stepless manner, the transfer device being designed as a transfer element (13) that has a curved guiding surface (22) which is adjusted to the shape of the contour of the guiding surface of the sorting device (5) at the end facing the sorting device while being adjusted to the shape of the contour of the guiding surface of the gravity conveyor device (8) at the end facing the gravity conveyor device. Said two contours of the guiding surfaces facing the ends of the two devices are different, and the guiding surface (22) is stepless between said two ends. | ||||||
| 4 | VORRICHTUNG ZUM TRANSPORT VON VORFORMLINGEN | EP13730807.8 | 2013-06-15 | EP2861404B1 | 2016-08-10 | HELLER, Alexander; HOLLER, Dieter |
| 5 | 크로우형 스커트 장치 | KR2019960052955 | 1996-12-20 | KR2019980039882U | 1998-09-15 | 정광흠 |
| 본고안은벨트콘베어로부터수송되는광석물의낙하시발생되는분진비산방지및 낙광을방지하기위한스커트장치에관한것으로서, 보다상세히는벨트콘베어의끝단에설치된슈트내로의광석물낙하시발생되는분진비산및 낙광을완전히방지할수 있도록기밀을항상유지할수 있고, 스커트플레이트의마모를방지할수 있어설비수명을연장하고, 수송효율을극대화시킬수 있는크로우형스커트장치에관한것이다. 본고안은슈트의양측에설치된스커트플레이트에끼워지는내측홈을형성한 'U'자형크로우를복수개갖추고, 상기 'U'자형크로우의외측면에는관통공을형성하여이에나사체결되는고정부재를갖추며, 상기 'U'자형크로우의하단부에는상부면에미끄럼방지스톱퍼를다수개돌출형성한판부재를갖추어상기스커트플레이트에고정되는지지부; 상기판부재와일체형으로부착되고, 수평면에대하여일정각도바람직하게는 28° 이하로갖추어져상부외측이올라간형태의스커트부재를복수개갖추고, 상기스커트부재의하부면에는길이방향으로일정깊이함몰된더스트홈을복수개나란히형성하여벨트부재와의기밀을유지하는스커트부;를포함하는크로우형스커트장치를제공한다. | ||||||
| 6 | 우레탄 재질의 라이너와 이것을 이용한 슈터 | KR1020170048498 | 2017-04-14 | KR101773895B1 | 2017-09-04 | 김용우; 김인영; 박정선; 이은준 |
| 본발명은재료의운반에사용되는운반기구로재료가낙하할때, 운반기구의경사벽에가해지는충격및 마모를완화시키고, 운반기구의경사벽표면에고착화되는재료를간편하게제거할수 있는우레탄재질의라이너에관한것이다. 이를위해우레탄재질의라이너는상기재료의낙하에따른충격또는마모를완화시키는라이너부재및 라이너부재를경사벽에결합시키는결합부재를포함한다. 이때, 라이너부재는경사벽과마주보도록배치되는경질의지지플레이트와, 지지플레이트가내장되도록지지플레이트를감싸는연질의충격흡수부재와, 상기충격흡수부재의일측면에서돌출되어상기재료의낙하에따른충격으로탄성변형되는탄성돌부를포함한다. 재료가경사벽으로낙하되면, 충격흡수부재는재료와지지플레이트사이에서탄성변형되고, 지지플레이트와경사벽사이에서탄성변형된다. | ||||||
| 7 | 하부폭 변형이 가능한 슈트장치 | KR1020010073703 | 2001-11-26 | KR1020030042887A | 2003-06-02 | 김회수; 이태연; 임원식 |
| PURPOSE: A chute device is provided to prevent the damage of an equipment, the environmental pollution and to improve the operating efficiency of the equipment by preventing the skew of a belt conveyor. CONSTITUTION: An upper chute portion is installed to pass a material fallen from a discharging portion of an upper belt conveyor(10). A damper(13) is installed in the upper chute portion. A folding portion comprises a circular chute(27), plural square plates(17) and an elastic member(19). The circular chute is located under the upper chute portion to pass the material through the upper chute portion. The square plates form the discharging portion by continuously overlapping in a fixing ring(18) to be formed through the circular chute. The elastic member is fixed under the square plates. A lower chute portion is installed between the folding portion and a lower belt conveyor(10-1) and has a groove to insert the lower parts of the square plates. The diameter of the discharging portion is extended when the fallen materials from the upper belt conveyor is large. Otherwise, the diameter of the discharging portion is shrunken by the elastic member. Thereby, the skew of the lower belt conveyor is prevented. | ||||||
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