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 一种垃圾捡拾装置 CN201610368352.1 2016-05-24 CN105862634A 2016-08-17 龚智强; 张进松; 梁三金; 杨汉生
发明公开了一种垃圾捡拾装置,涉及到环保机械设备技术领域,主要用于室外捡拾例如玻璃渣、废纸团、空瓶等体积较大的垃圾,包括车体、捡拾装置、清扫装置、垃圾篓、控制器。利用杠杆原理、V带传动、液压传动等机械零部件组合传动方式,以实现整个垃圾捡拾装置自动捡拾地面的垃圾,减轻了人的工作强度,本发明可以在室外方便、快捷的捡拾不同尺寸、重量的垃圾的装置,以解决现有垃圾清扫机构清扫垃圾单一、效率不高的现状。
2 装载机沙滩过滤属具 CN201510902776.7 2015-12-08 CN105369766A 2016-03-02 郑清
目前市场上出现的沙滩清理设备多采用自行走或牵引行走的方式,该类沙滩清理装置都必须配备复杂的行走与举升卸料机构,结构复杂,成本高,操作保养复杂。本发明公开了一种装载机沙滩过滤属具,通过利用装载机液压系统、行走系统、举升翻转装置使沙滩过滤装置的结构更加简单,成本更低。
3 用于清理沙滩沙的方法及机构 CN200680034411.6 2006-09-15 CN101268233A 2008-09-17 安德烈亚斯·伦佐斯; 帕拉斯凯维·伦祖
一种方法,其具有两个分开的工作阶段,其中在第一工作阶段中,待清洁的沙子由转子(2)翻搅,转子以稳定的转速转动,同时该机构行经待清洁的沙子的表面。在翻搅期间,在整个工作深度内出现的废弃物以及一小部分被搅起的沙子一起被抛到传送带(5)上,然后被引导到滤网,沙子在该处分离,而剩余的废弃物则被排到垃圾桶中。在第二工作阶段,已经是清洁的被翻搅的大部分沙子在楔状铲片(1)和传送带之间流动(12)——没有任何废弃物,并流到地面上。本发明的优点是能耗的经济性以及沙滩沙清洁机械的性能的改进。
4 오존수를 이용한 놀이터 모래밭의 정화방법 및 오존수를 이용한 놀이터 모래밭의 정화방법 KR1020090084030 2009-09-07 KR100959149B1 2010-05-25 한상업
PURPOSE: A cleaning method of a sand bed and a cleaning device of the sand bed using the same are provided, which can directly purify sand. CONSTITUTION: A cleaning device of a sand bed comprises: an operating part(110) equipped with a steering wheel for deciding the direction of the purification device; a sterilization unit(120) equipped with a cover, a first sterilization unit, a second sterilization unit, and a third sterilization unit; a stirring member(130) equipped with a mixer in the shape of a fork or screw; and a power unit(140) equipped with a motor.
5 수성 옥시음이온을 제거하기 위한 개선된 변성 기질 KR1020067021009 2005-03-09 KR1020070016127A 2007-02-07 포드하그서레스트
천연적으로 중간 내지 높은 양이온 교환능을 갖는 미네랄 또는 미네랄 상당물로부터 기질을 선택하고; 승온에서 IIIB족 및 IVB족 원소의 염 1 이상을 물에 용해시키는 것에 의해 IIIB족 및 IVB족 원소의 염으로부터 기질 변성제를 형성하며; 또 기질을 고 전단속도로 기질 변성제와 혼합하는 것에 의해 형성된 수성 옥시음이온을 제거하기 위한 변성 기질이 개시되어 있다. 변성 기질, 양이온 교환능, 미네랄, 기질 변성제, 옥시음이온
6 作業車 JP2012549482 2010-12-22 JPWO2012085972A1 2014-05-22 真二 伊藤; 達夫 増田; 泰次 橋本
周囲の砂の影響を回避しながらコンパクトに配置した車輪ロック機構を備える作業車を提供する。車輪ロック機構201は、車輪53のリム部56Aの内側で車輪53と一体に回転するディスク部202と、リム部56Aの内側でディスク部202と係合自在に車軸52の軸方向に移動するとともに車軸52と一体に回転するスライド部材20Xとを有するようにした。
7 Service vehicle JP2012549482 2010-12-22 JP5315464B2 2013-10-16 真二 伊藤; 達夫 増田; 泰次 橋本
There is provided a work vehicle having a wheel lock mechanism that is compactly disposed while avoiding an effect of surrounding sand. A wheel lock mechanism 201 has a disc portion 202 rotating integrally with a wheel 53 inside a rim portion 56A of the wheel 53, and a slide member 20X that is movable in the axial direction of the wheel 52 so as to be freely engageable with the disc portion 202 inside the rim portion 56A and rotates integrally with the axle 52.
8 Beach cleaner JP2011551574 2010-01-26 JP5244984B2 2013-07-24 良行 佐藤; 達夫 増田; 泰次 橋本; 宏輔 浅尾
A beach cleaner has a frame formed by a longitudinal member and a lateral member, a ski member that is secured to a front portion of the frame and grounded to a sand surface GL, a trailing target portion that is trailed by a trailing vehicle, a separator that is provided at a front lower portion of the frame and scrapes up trash from a sand area while separating the trash from sand, a trash withdrawing member that is provided to the frame at a rear side of the separator to collect the trash scraped up by the separator onto a mesh member, and a wheel at a rear side of the frame. The trash withdrawing member has a fixed withdrawing body that is located at a front end portion and fixed to the frame, and a swing withdrawing body.
9 ビーチクリーナ JP2011551574 2010-01-26 JPWO2011092731A1 2013-05-23 良行 佐藤; 達夫 増田; 泰次 橋本; 宏輔 浅尾
蛇行や砂の除去作業を必要とせずにゴミ回収体に掻き上げられた砂を良好にふるい落とすことのできるビーチクリーナを提供する。ビーチクリーナ50は、縦部材及び横部材によって形成されたフレーム53を有し、このフレーム53の前部に取り付けられ、砂地面GLに接地するスキー部材と、牽引車両に牽引される被牽引部とを設け、フレーム53の前方下部に砂地からゴミを分離して掻き上げる分離機を設け、この分離機より後方のフレーム53に分離機によって掻き上げられたゴミを網部材上に捕集するゴミ回収体100を設け、フレーム53の後部に車輪80を取り付けたビーチクリーナ50において、ゴミ回収体100を、前端部に位置し一段高くフレーム53に固定された固定回収体100aと、固定回収体100aの後方に連なり前端が固定回収体100aよりも低い位置で揺動し、砂とゴミを分離可能に支持された揺動回収体100bとで構成した。
10 Beach cleaner trailer JP2008243936 2008-09-24 JP5018714B2 2012-09-05 淳 中島; 達夫 増田; 宏輔 浅尾
11 Beach cleaner JP2006100480 2006-03-31 JP4549999B2 2010-09-22 正 大島; 明人 平松; 正吉 新井; 哲郎 細田; 英一 酒井
12 Beach cleaner JP2006101616 2006-04-03 JP4545706B2 2010-09-15 正 大島; 明人 平松; 正吉 新井; 哲郎 細田; 英一 酒井
13 Beach Cleaner JP2001163464 2001-05-30 JP4476520B2 2010-06-09 美信 井谷; 勝一 八木澤; 孝 大関; 泰次 橋本; 隆 篠崎; 英一 酒井
14 Beach cleaner JP2006100480 2006-03-31 JP2007270580A 2007-10-18 ARAI MASAYOSHI; SAKAI HIDEKAZU; OSHIMA TADASHI; HOSODA TETSUO; HIRAMATSU AKITO
PROBLEM TO BE SOLVED: To provide a beach cleaner capable of scraping up trash together with sand and catching the trash by a net to facilitate the work for recovering the trash collected in the net. SOLUTION: In the second beach cleaner 50 capable of being towed by a traction vehicle to run on a sandy beach and scraping up the scattered trash together with sand to catch the trash by the net 56, the net 56 has a surrounding part 91 opening at least one side and is turnably attached to a frame 53. COPYRIGHT: (C)2008,JPO&INPIT
15 Beach cleaner JP2000308497 2000-10-06 JP2002115233A 2002-04-19 OZEKI TAKASHI; KIMURA YOSHIHIRO; HASHIMOTO YASUJI; ITANI MINOBU; FURUTA SHINJI; SHINOZAKI TAKASHI
PROBLEM TO BE SOLVED: To provide a beach cleaner which is downsized and simple in structure. SOLUTION: The beach cleaner is towed by a tow car, and collects trash during traveling thereof. The beach cleaner is comprised of a grating section 22, and rotary bodies 39. The grating section 22 functions to scrape up trash present at a frontward location thereof by traveling of the beach cleaner. The rotary bodies 39 are arranged above the grating section 22, and they each are rotated about a rotation shaft 37 extending in a vehicle width direction, such that a lower portion thereof moves rearward, to thereby rearward feed the trash through gaps between the grating section 22 and the rotary bodies 39 per se. By traveling of the beach cleaner, the trash present at the frontward location of the beach cleaner is scraped up and mounted on the grating section 22, whereas sand scraped up together with the trash is dropped through gaps in the grating section 22. COPYRIGHT: (C)2002,JPO
16 JPH04506846A - JP50421690 1990-03-13 JPH04506846A 1992-11-26
17 갯벌양식어장 경운장치 KR1020120155199 2012-12-27 KR101345204B1 2013-12-27 김태운
The present invention relates to a plowing device for a mud fish farm which comprises the following: a main body with a riding space; drive units installed in parallel on left and right lower sides of the main body; an operation unit installed on the main body to be connected to the drive units; and a floating unit installed on the main body to life the main body from the surface of the mud by rotating. A user can easily perform various works while driving the plowing device without being stuck in mud, and easily come out of the mud if the plowing device is stuck in mud.
18 하천 갈퀴 KR1020120064096 2012-06-15 KR1020130141030A 2013-12-26 최광인
The present invention relates to a river rake which helps clean the vicinity of amusement park such as river and beach. An iron rake is used for cleaning the nature environment by recycling and waste-processing waste by comprising: a grid pattern structure (1, 2) formed for easily removing non-biodegradable waste such as empty bottle, PET bottle, plastic bag and et cetera; and a step (3) in both sides of the iron rake to easily pick up the waste from water.
19 빗살 갈퀴 장치 KR1020087015700 2006-08-28 KR101025341B1 2011-03-28 바버존에이치.; 바버제임스피.
빗살 갈퀴 장치는 프레임과 프레임 상에 지지되는 컨베이어 조립체를 포함한다. 컨베이어 조립체는 모래 입자는 통과시키고 토양 표면으로부터 제거되는 더 큰 크기의 쓰레기는 통과시키지 않는 크기를 구비한 복수의 구멍을 형성하는 컨베이어 벨트를 포함한다. 가요성 빗살은 컨베이어 벨트로부터 외향으로 뻗어 있다. 빗살은 컨베이어 벨트의 폭에 걸쳐 줄로 배열된다. 각각의 줄은 컨베이어 벨트를 따라 인접한 줄로부터 종방향으로 오프셋 되어 있어, 컨베이어 벨트의 외측 표면을 따라 전체적으로 방해받지 않는 경로가 형성되어 쓰레기가 관련 줄에 있는 인접한 빗살 사이로 지나갈 수 있다. 컨베이어 조립체는 빗살이 청소되는 토양 표면으로부터 쓰레기와 접촉하여 쓰레기를 제거 가능하게 하는 하단부와, 청소되는 토양 표면으로부터 멀어지는 방향으로 컨베이어 벨트 상에서 쓰레기를 상승시키기 위한 경사부분을 더 포함한다. 빗살 갈퀴, 빗살 갈퀴 청소, 해변 청소, 모래 지역 청소, 빗살 갈퀴 장치
20 FLUIDIZED AGGREGATE SEPARATION SYSTEM US15193534 2016-06-27 US20170080461A1 2017-03-23 Bernard EASTMAN
A fluidized aggregation separation system including an intake assembly having a first and a second end, and a separation assembly configured to separate material larger than a predetermined size from material smaller than the predetermined size. The separation assembly includes a screen assembly configured to prevent the material larger than the predetermined size from passing through the screen assembly and to allow the material smaller than the predetermined size to pass through the screen assembly. The fluidized aggregation separation system also includes an exit assembly configured to direct the material smaller than the predetermined size towards a restoration area,
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