| 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 | 模板上拉设备 | CN97191061.8 | 1997-08-07 | CN1198694A | 1998-11-11 | 森部康生; 松下恭之; 田口尊博 |
| 公开了用来从其中保持有模板并沿输送路径载运此模板的载承板上将模板上拉的设备。此设备包括:具有可向上延伸的活塞杆(5A)且固定地设于输送路径下方的第一起重缸(5);装设于第一起重缸活塞杆(5A)的梢端上的安装(7);以及按分隔开关系安装于安装台(7)上的第二与第三起重缸,此第二与第三起重缸各有可向上延伸的活塞杆(9,9A)、固定于活塞杆(9,9A)梢端上的安装板(10,10A),以及竖立地设定于此安装板上的一批拉销(11,11A)。 | ||||||
| 2 | 一种垂直式射芯机翻转顶模装置 | CN201610456402.1 | 2016-06-22 | CN105880490A | 2016-08-24 | 张耀忠; 李金平 |
| 本发明公开了一种垂直式射芯机翻转顶模装置，由射芯机推拉气缸、连接轴承、翻转机构、固定座、模具、固定气缸座及顶模机构组成。本发明所述的射芯机翻转模顶模装置利用了垂直取模到水平自动化顶模的转化，通过设置在射芯机侧的推拉气缸拉动翻转机构并连接模具进行90°的旋转，将传统垂直射芯机的人工垂直取模的方式转变成自动化的水平取模，解决了开模时型芯容易跌落的缺陷，结构巧妙，操作方便；另外，本设备也安装了相应的顶模机构，通过顶模气缸将模具向上顶起，以方便操作人员取出型芯，有效提高射芯机工作效率。 | ||||||
| 3 | 伺服控制高速多工位制芯机 | CN201410807588.1 | 2014-12-23 | CN104525875A | 2015-04-22 | 李银铭 |
| 本发明涉及一种伺服控制高速多工位制芯机，其结构包括底座、立柱、旋转工作台、伺服电机驱动装置、模具举升机构、下顶芯机构、辅助定位机构、上梁架、上开模机构、射砂机构、吹气机构以及其他辅助机构，芯盒模具安装于回转工作台上，可同时安装三套芯盒模具，下顶件气缸、合模气缸安装于底座中，立柱支撑连接上梁架，上开模机构、储砂料斗、气包、射砂头盒吹气头等设置在上梁架上。本发明结构紧凑，设备操作简便，PLC自动控制，日常维护方便，制芯效率高，一个制芯循环仅需16秒左右。 | ||||||
| 4 | 一种全自动造型机的新式中框机构 | CN201710047804.0 | 2017-01-22 | CN106541087A | 2017-03-29 | 陈吉泳 |
| 本发明公开了一种全自动造型机的新式中框机构，属于造型技术领域，包括中框本体，还包括翻转油缸，翻转油缸的一端固定在所述中框本体的前端，另一端连接有推型板；所述中框本体的上方连接用于中框本体滑动的轨道轴；所述中框本体的后端连接有使中框本体在所述轨道轴上运动的推型油缸。解决了在旧的机构中由于中框推出和砂型推出是两个独立的机构，机构相对复杂，常常出现故障的问题，本发明的中框推出和砂型推出一体化的中框，使得此结构比较简单，工作效率得到了提高。 | ||||||
| 5 | 覆膜砂型取卸装置 | CN201610560132.9 | 2016-07-15 | CN105964951A | 2016-09-28 | 胡忠发; 胡适 |
| 本发明涉及一种用于铸造微球、铸钢、铸铁件覆膜砂型的成型技术，提供一种覆膜砂型取卸装置，包括机架和机架上布置的母模，其特征在于：砂型顶升机构包括顶升覆膜砂型的顶杆，竖向布置的顶杆间隔均匀布置在母模板面的区域内且沿上下方向移动，托移机构包括叉形托板，叉形托板可分别移动至母模和处于抬升位置处的覆膜砂型之间及托着覆膜砂型移动到母模旁侧两种位置状态。该装置无需人工取放高温覆膜砂砂型，避免了工人手持的操作，提高生产效率的同时，消除了人工取放覆膜砂砂型的各种危害。 | ||||||
| 6 | 一种深型腔的脱模清理机构、脱模方法以及清理方法 | CN201510935670.7 | 2015-12-15 | CN105382212A | 2016-03-09 | 陆高春; 李嘉 |
| 本发明公开了一种深型腔的脱模清理机构，包括顶芯杆，所述顶芯杆包括与顶芯板连接的固定部、靠近固定部并且始终位于型腔之外的第一杆段、自由端部、靠近自由端部并且顶芯时进入型腔之内的第二杆段、以及贯通第一杆段和第二杆段的中空通道，第一杆段还设置有与中空通道连通的通道入口，第二杆段还设置有与所述中空通道连通的通道出口。通过在顶芯杆上设置中空通道，在第一杆段上设置通道入口，在第二杆段上设置通道出口，使脱模剂或压缩空气通过顶芯杆很容易的进入深型腔的底部，达到很好的深型腔脱模效果和清理效果。本发明还提供了一种深型腔的脱模方法和一种深型腔的清理方法。 | ||||||
| 7 | 模板上拉设备 | CN97191061.8 | 1997-08-07 | CN1128688C | 2003-11-26 | 森部康生; 松下恭之; 田口尊博 |
| 公开了用来从其中保持有模板并沿输送路径载运此模板的载承板上将模板上拉的设备。此设备包括：具有可向上延伸的活塞杆(5A)且固定地设于输送路径下方的第一起重缸(5)；装设于第一起重缸活塞杆(5A)的梢端上的安装台(7)；以及按分隔开关系安装于安装台(7)上的第二与第三起重缸，此第二与第三起重缸各有可向上延伸的活塞杆(9，9A)、固定于活塞杆(9，9A)梢端上的安装板(10，10A)，以及竖立地设定于此安装板上的一批拉销(11，11A)。 | ||||||
| 8 | Pattern - Npure - To 抜上-up equipment | JP22740196 | 1996-08-09 | JP3304041B2 | 2002-07-22 | 恭之 松下; 康生 森部; 尊博 田口 |
| 9 | Device for pulling up pattern plate | JP22740196 | 1996-08-09 | JPH1052739A | 1998-02-24 | MORIBE YASUO; MATSUSHITA YASUYUKI; TAGUCHI TAKAHIRO |
| PROBLEM TO BE SOLVED: To provide a device which can safely pull up a pattern plate dropping- fitted into a carrier plate in a short time corresponding to various kinds of pattern plates. SOLUTION: A first elevating cylinder 5 is arranged upward below a roller conveyor 3 for carrying the carrier plate 2 and a fitting table 7 is fixed at the tip part of a piston rod 5A. A second elevating cylinder 8 and a third elevating cylinder 8A are fixed upward to the fitting table 7 and fitting plates 10, 10A standing pull-up pins 11, 11A in four corners at the tip part of piston rods 9. | ||||||
| 10 | AIR SET SAND MOLDING APPARATUS | US15853335 | 2017-12-22 | US20190193145A1 | 2019-06-27 | Mark Vohl; Steve Van Ess |
| An air set molding apparatus configured to form a sand mold, the apparatus includes a pattern mounting plate including an ejection pin aperture, a molding flask on the pattern mounting plate, the molding flask having a closed lower end and an open upper end. The molding flask including an ejection pin aperture in the closed lower end, an ejection pin movable relative to the pattern mounting plate and the molding flask, the ejection pin movable through the ejection pin aperture of the pattern mounting plate and the ejection pin aperture of the molding flask between a lowered position and a raised position. As the ejection pin moves from the lowered position to the raised position, the ejection pin lifts the sand mold through the open upper end of the molding flask. | ||||||
| 11 | Casting tool | US12590242 | 2009-11-04 | US08033315B2 | 2011-10-11 | Ivo Herzog |
| A casting tool for the production of castings, particularly cores for sand castings, pressure die-castings, and gravity die-castings is provided. The casting tool has a casting tool unit with a casting mold half having a mold recess the contour of which partly defines the shape of the casting, and an ejecting assembly disposed on that side of the casting mold half which faces away from the mold recess. The ejecting assembly has an ejecting rod which extends through an access bore into the mold recess in the casting mold half. An entrainer unit is attached to the ejecting assembly. The entrainer unit and a contact surface provided on the casting tool unit jointly define the maximum distance of the casting tool unit from the ejecting assembly. | ||||||
| 12 | Mold drawing device for molding machines | US7570349 | 1949-02-10 | US2569580A | 1951-10-02 | JAKOB ROTHSCHILD HANS |
| 13 | Control device for lifting pins on molding machines | US7570649 | 1949-02-10 | US2533960A | 1950-12-12 | JAKOB ROTHSCHILD HANS |
| 14 | Pattern lifter for molding flasks | US32787540 | 1940-04-04 | US2261647A | 1941-11-04 | ERICKSON GARFIELD F |
| 15 | Air set sand molding apparatus | US15853335 | 2017-12-22 | US10307818B1 | 2019-06-04 | Mark Vohl; Steve Van Ess |
| An air set molding apparatus configured to form a sand mold, the apparatus includes a pattern mounting plate including an ejection pin aperture, a molding flask on the pattern mounting plate, the molding flask having a closed lower end and an open upper end. The molding flask including an ejection pin aperture in the closed lower end, an ejection pin movable relative to the pattern mounting plate and the molding flask, the ejection pin movable through the ejection pin aperture of the pattern mounting plate and the ejection pin aperture of the molding flask between a lowered position and a raised position. As the ejection pin moves from the lowered position to the raised position, the ejection pin lifts the sand mold through the open upper end of the molding flask. | ||||||
| 16 | Casting tool | US12590228 | 2009-11-04 | US20100239703A1 | 2010-09-23 | Ivo Herzog |
| The invention relates to a casting tool for the production of castings (20), in particular a sand casting tool, comprising a mold element (12) having a mold recess (14b), which at least partly defines the contour of the casting (20) to be produced, an ejector holding device (40) which is movable in the direction of a Z-axis relatively to the mold element (12) and is disposed on the that side of the mold element (12) which faces away from the mold recess (14b), and at least one ejector rod (50), which is attached to the ejector holding device (40) and is capable of being inserted through an access bore (30) in the mold element (12), oriented in the direction of the Z-axis, so as to protrude into the mold recess (14b) for the purpose of pushing out the finished casting (20) from the mold recess (14b), wherein the attachment of the ejecting rod (50) to the ejector holding device (40) is effected in such a manner that the ejector rod (50) has restricted freedom of movement relatively to the ejector holding device (40) in the direction of an X-axis and/or in the direction of a Y-axis, which axes are orthogonal to each other and to the Z-axis,According to the invention, for the purpose of attaching the ejector rod (50) to the ejector holding device (40) the ejector rod (50) passes through a connection bore (44) in the ejector holding device (40) and at that region of the ejector rod (50) which is disposed on the freely accessible side of the ejector holding device (40) remote from the mold element (12) (40b), a first securing element (52, 54) is releasably connected to the ejector rod (50) to prevent the ejector rod (50) from being pulled out of the ejector holding device (40) toward the mold element (12). | ||||||
| 17 | Casting tool | US12590242 | 2009-11-04 | US20100236746A1 | 2010-09-23 | Ivo Herzog |
| The invention relates to a casting tool for the production of castings, particularly cores for sand castings, pressure die-castings, and gravity diecastings, comprising a first casting tool unit (2) including a first casting mold half (22) having a first mold recess (24) the contour (22b) of which at least partly defines the shape of the casting, an ejecting assembly (6) disposed on that side of the first casting mold half (22) which faces away from the first mold recess (24) and capable of movement in the direction of a Z-axis relatively to the first casting tool unit (2) and having at least one ejecting rod (62) which can extend through an access bore (22a) into the first mold recess (24) in the first casting mold half (22), wherein an entrainer unit (76) is attached to the ejecting assembly (6), to which entrainer a contact surface (30a) provided on the first casting tool unit (2) is assigned for contacting the entrainer (76), wherein the entrainer (76) and the contact surface (30a) jointly define the maximum distance of the first casting tool unit (2) from the ejecting assembly (6).According to the invention the contact surface (30a) is provided on a releasable and/or adjustable spacing element (30) the latter being adjustable in terms of its dimension in the direction of the Z-axis by means of an adjusting device, which spacing element is attached the first casting tool unit (2) and extends away from the ejecting assembly (6) in the direction of the Z-axis. | ||||||
| 18 | Mold separating device | US31349763 | 1963-10-03 | US3193915A | 1965-07-13 | GILLIE DOUGLAS H; JAMES MACKAY RALPH |
| 19 | Casting tool and casting machine comprising a casting tool | US12590202 | 2009-11-04 | US20100276106A1 | 2010-11-04 | Ivo Herzog |
| The invention relates to a casting tool comprising a bottom mold element (20) having a top-open mold recess (28) defining at least part of the shape of a casting to be produced (8), and comprising an ejector assembly (30) which is displaceable relatively to the first mold element in the direction of a vertical Z-axis and which has at least one ejector rod (34), which can be caused to protrude into the mold recess (28) in said bottom mold element (20) by displacement of said ejector assembly (30) relatively to said bottom mold element (20) wherein a base member (32) of the ejector assembly (30) to which the at least one ejector rod (34) is attached, is disposed in an ejector region (70) below the bottom mold element (20) and at least two force transferring members (40, 44) extending in the direction of the Z-axis are provided which are designed to transfer the forces (90a, 90b) downwardly acting on said mold element to a machine bed (6) of the casting machine disposed beneath said casting mold, at least one outer force transferring member (40) being provided which is offset in the horizontal direction and disposed beside said base member (32), while at least one inner force transferring member (44) is provided which passes through an opening (32a) in the base member (32).According to the present invention, provision is made for a tool bed (50) disposed beneath the base member (32), which is permanently attached to at least one of the force transferring members (40), which tool bed (50) is designed such that both the forces (92a; 92b) downwardly transferred to said outer force transferring member (40) and those downwardly transferred to the inner force transferring member (44) are transferred to said tool bed (50). | ||||||
| 20 | Pattern plate drawing apparatus | US51452 | 1998-06-11 | US6024160A | 2000-02-15 | Yasuo Moribe; Mitsuyuki Matsushita; Takahiro Taguchi |
| An apparatus for drawing a pattern plate (1) upward from a carrier plate (2), which pattern plate is held in the carrier plate and transferred along a transport path, is disclosed. The apparatus comprises a first lifting cylinder (5) having an upwardly extendable piston rod (5A) and that is fixedly disposed below the transport path, a mount table (7) secured to the tip end of the first lifting cylinder piston rod (5), and second and third lifting cylinders mounted on the mount table in a spaced-apart relationship, the second and third lifting cylinders each having an upwardly extendable piston rod (9, 9A), a mount plate (10, 10A) secured to the tip end of the piston rod (9, 9A), and a plurality of draw pins (11, 11A) mounted upright on the mount plate. | ||||||
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