专利检索_ 用非旋转带齿工具对木料进行其他切割;所用的工具专利检索_ 用非旋转带齿工具对木料进行其他切割;所用的工具专利检索查询

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	一种自动吸屑木材切割装置	CN201610762482.3	2016-08-30	CN106166767A	2016-11-30	王生义
本发明公开了一种自动吸屑木材切割装置，包括：工作台，用于放置木材；横向支架，设置在工作台上，与木材的宽度方向平行；纵向切刀，固定设置在横向支架一端，用于切割木材；宽度标尺，设置在横向支架上；宽度挡板，设置在横向支架上，并能在支架上滑动；纵向支架，设置在工作台上，与木材的长度方向平行；长度标尺，设置在纵向支架上；长度挡板，设置在纵向支架上，并能在支架上滑动；切刀支架，设置在工作台上，与木材的宽度方向平行；横向切刀，设置在切刀支架上，并能在驱动机构作用下在切刀支架上滑动并切割木材，长度挡板和宽度挡板上均设有锁紧螺钉，还包括吸屑机构，自动确定长度和宽度，工作效率高。
2	一种半自动木板切割机	CN201610602856.5	2016-07-28	CN106042071A	2016-10-26	叶乔
本发明公开了一种半自动木板切割，包括固定座，固定座的正面开设有夹槽，固定座的上表面开设有切刀孔，固定座的上表面通过辅助腿与顶座的底部固定连接，顶座的上表面设有液压缸，液压缸的底部设有液压伸缩杆，且液压伸缩杆的一端贯穿顶座的顶部，液压伸缩杆的一端设于切刀，液压伸缩杆表面的底部与连接杆的一端被第一转轴的一端依次贯穿。该半自动木板切割机，将木板放入夹槽内，开启液压伸缩杆，通过第一转轴带动连接杆将推动板移动，而将木板切割好后，由于推动板是通过弹簧与固定座连接的，使液压伸缩杆急剧收缩时在弹簧的压力下会使推动板急剧推动夹槽内的木板，将切割好的木板从夹槽内推出，无需人们自己去将切割好的木板卸下。
3	一种新型结构的木工截锯	CN201611267311.X	2016-12-31	CN106738083A	2017-05-31	齐艳霞
本发明公开了一种新型结构的木工截锯，涉及木工加工设备技术领域，其特征在于：包括金属材料制成的支架；该支架由四根支腿和两根横梁组成；两根横梁之间彼此平行，每根横梁的两端分别与一根支腿的顶部焊接；在两根横梁之间等间距焊接有M个彼此平行的连接杆，且连接杆为圆柱形，连接杆与横梁之间为垂直关系，在每个连接杆的外层套接有一个滚轴，在支架的下方设置有液压箱；该液压箱内安装有液压缸，在所述液压箱上方的两根横梁上焊接有矩形结构的截锯平台；所述液压缸活塞杆的运动方向与截锯平台为垂直关系，在该液压缸活塞杆的端部固定有截锯刀头，在该截锯平台上开设有一条便于截锯刀头进出的出刀缝；在所述截锯平台上焊接有门形框架。
4	一种木材加工用自动化输送系统	CN201610852115.2	2016-09-26	CN106276042A	2017-01-04	蒙泽喜
本发明公开了一种木材加工用自动化输送系统，包括输送台主体和木材加工装置，所述输送台主体上方左侧安装有切割刀，所述切割刀正下方设置有操作平台，所述操作台左侧连接第一传送带，所述操作台右侧连接第三传送带，所述第三传送带上方设置有第二传送带，所述输送台主体内部下方左侧安装有变速器，所述输送台主体内部下方右侧安装有电动机，所述电动机上设置有动力轴，所述输送台主体左侧连接有输送道，所述输送道左右两侧设置有升降伸缩杆，所述升降伸缩杆之间设置有出料口，所述输送带右侧连接木材加工装置。该木材加工用自动化输送系统结构简单，设计合理，其全程自动化设计减少了工人的劳动强度，提高了工作效率。
5	Tree and stalk girdler	US17709262	1962-03-02	US3090159A	1963-05-21	JOHN WIMBERLEY

6	Timber-felling apparatus	US58905122	1922-09-19	US1457761A	1923-06-05	WILSON JOHN D

7	Manual table saw and blade therefor	US12920376	2009-03-04	US08544372B2	2013-10-01	John J. Economaki
A cutting device (10) includes a sled (12) guided on a base (14) for reciprocating linear movement along a blade (20) that is supported on the base below the sled and includes an inclined working edge (28) projecting beyond the sled. The sled is manually movable while the blade is held stationary, so that a workpiece supported on the sled is conveyed against and along the working edge for cutting the workpiece. Mechanisms for adjusting the blade height, inclination angle, and bevel angle are also disclosed. Novel saw blades are also disclosed, and preferably include a blade extension extending from the working edge beyond the maximum travel of the sled. The blade extension may remain in the kerf at the end of a cutting stroke, preventing the blade from jamming against the workpiece upon a return stroke and may also provide an unobstructed means by which to gage blade angle relative to the sled.
8	Portable cable saw	US3587679D	1969-05-05	US3587679A	1971-06-28	CONTE JOSEPH
A PORTABLE POWER SAW, SIMILAR IN FUNCTION TO A CHAIN SAW, BUT COMPRISING AN ENDLESS STEEL CABLE WITH CUTTING TEETH THEREON INSTEAD OF AN ENDLESS CHAIN. THE TEETH MAY BE SPOT WELDED TO THE FLEXIBLE CABLE, AND THE INSIDE OF THE LOOP OF CABLE IS PROVIDED WITH A PLURALITY OF INWARDLY EXTENDING COG MEMBERS WHICH FIT INTO RECESSES ON A DRIVE WHEEL.
9	Cutter cable	US37722241	1941-02-03	US2349573A	1944-05-23	EDWARD ANDERSON FRED

10	電動工具	JP2015203949	2015-10-15	JP2017074726A	2017-04-20	川上高弘; 水谷彰良
【課題】鋸刃部材を微小角度で往復動させて被加工材を切断する電動工具において、切断により生ずる切断粉が作業者に降りかからないようにし、このような切断時の作業性を高める。【解決手段】出力軸31の下端には、カットソー90を取り付けるためのツールホルダ32が設けられている。出力軸31により出力させる工具本体11には軸カバー42が取り付けられている。軸カバー42は、カットソー90の刃先部95側となる前側を開口させてツールホルダ32の外周を覆う。この軸カバー42は、平面視半円形で互いに対面する半円上壁44および半円下壁45と、円弧の端縁同士を連接する円弧周壁46とを有する。ここで、円弧周壁46は工具本体11のハンドル部17側に向いて配置されるので、切断により生じた切断粉は、ハンドル部17を握る持ち手側に向かってきても円弧周壁46にて遮られることとなる。【選択図】図5
11	Schneidevorrichtung für Holzfaserplatten	EP13003554.6	2013-07-15	EP2826607A1	2015-01-21	Mosch, Martin; Brombacher, Volker
Die Erfindung betrifft eine mobile Zerspanvorrichtung (1) für eine Holzfaserplatte (99). Die Zerspanvorrichtung (1) weist neben einer Antriebsvorrichtung (11) ein Sägeschwert (13) als Teil einer Führungsvorrichtung (12) zur Führung eines endlos umlaufenden Sägedrahts (10) auf. Da das Sägeschwert (13) dünner ausgebildet ist als ein Durchmesser des Sägedrahts (10), kann das Sägeschwert (13) in einen Schnittbereich eingeführt werden. Da der Sägedraht (10) als allseitig zerspanender Sägedraht (10) ausgebildet ist, wird die Schnittqualität verbessert.
12	MANUAL TABLE SAW AND BLADE THEREFOR	US12920376	2009-03-04	US20110000353A1	2011-01-06	John J. Economaki
A cutting device (10) includes a sled (12) guided on a base (14) for reciprocating linear movement along a blade (20) that is supported on the base below the sled and includes an inclined working edge (28) projecting beyond the sled. The sled is manually movable while the blade is held stationary, so that a workpiece supported on the sled is conveyed against and along the working edge for cutting the workpiece. Mechanisms for adjusting the blade height, inclination angle, and bevel angle are also disclosed. Novel saw blades are also disclosed, and preferably include a blade extension extending from the working edge beyond the maximum travel of the sled. The blade extension may remain in the kerf at the end of a cutting stroke, preventing the blade from jamming against the workpiece upon a return stroke and may also provide an unobstructed means by which to gage blade angle relative to the sled.
13	Drag saw	US41969764	1964-12-21	US3301285A	1967-01-31	CLINE EUGENE W

14	Heavy duty tree cutter	US23290051	1951-06-22	US2633880A	1953-04-07	WILLIAM MATTSON

15	Vehicle-carried single-pass tree cutter	US67393946	1946-06-03	US2512666A	1950-06-27	MESKE LLOYD E

16	Cable saw for trees	US67763323	1923-11-30	US1537953A	1925-05-19	JOHN LUCICH PETAR

17	목재 데크 어셈블리 및 그 목재 데크 어셈블리의 제조방법	KR1020100085903	2010-09-02	KR1020120022365A	2012-03-12	최고은
PURPOSE: A wood deck assembly and a manufacturing method thereof are provided to efficiently form a designed deck by processing a single wide timber placed on a lathe. CONSTITUTION: A wood deck assembly comprises a designed deck(1) and base decks(2). The designed deck is formed into a specific shape by processing a single wide timber and has a plurality of grooves arranged for slip prevention. The base decks are arranged adjacent to each other and have respective through holes that form a slit corresponding to the shape of the designed deck. The designed deck is arranged in the slit.
18	가지치기용 칼	KR1020130052692	2013-05-09	KR1020140117239A	2014-10-07	전운
A band saw of a saw machine, which cuts metal as a material for construction or mechanical parts, is usually disposed after use for a long period of time. According to the present invention, the band saw can be reused to be a product. A knife of the present invention is manufactured with a wasted band saw, a disposed material. A grip of the band saw and a cylindrical pipe are welded to be assembled. A blade can be easily obtained from the band saw treated with heat. The knife can be provided at a low price because the disposed material is used.
19	목재용 패널의 가공 방법 및 제품	KR1020100140256	2010-12-31	KR1020120078078A	2012-07-10	우희봉; 김종표
PURPOSE: A processing method of wood panels and a product are provided to produce beautiful design on the wood panel by processing with laser. CONSTITUTION: A processing method of wood panels comprises the following steps: inputting draft of patterned portion(2) into a laser machine; cutting the wood panel(1) into a constant size and inserting into the laser machine by using a transportation; molding a project part by cutting the front surface of the wood panel using a laser beam; cutting edge circumference of the molded wood panel followed by the reference; and moving the cut wood panel by using the transportation. In the molding step, the front side and the rear side of the wood panel are penetrated and form a through-holes.
20	목재 절단장치	KR2020040024356	2004-08-25	KR200368608Y1	2004-11-26	김경호
본 고안은 건설장비의 작동붐 선단에 장착되는 죠오 본체부의 양측 죠오에 톱니부 및 컷터부를 각각 설치하여, 죠오를 통한 목재의 절단시 상기 톱니부가 목재를 압입 지지하여 목재의 미끄러짐을 방지시키면서, 상기 일측 죠오의 하단부에는 이탈 방지용 단턱을 형성하여, 목재가 죠오로 부터 이탈되는 현상을 미연에 예방하면서, 목재의 절단에 따른 작업성 및 생산성을 가일층 향상시킬 수 있도록한 건설장비의 목재 절단장치에 관한 것이다. 그 기술적인 구성은, 건설장비의 작동붐 선단에 유압 실린더를 개재하여 양측 죠오(110a)(110b)가 가위동작 가능하게 설치되며, 상기 죠오 본체부(100)의 일측 죠오(110a) 단부에는 목재를 압입하여 고정하는 톱니부(120)와, 이에 대향하는 반대측 죠오(110b)의 단부에는 목재를 절단하는 절단날(130)이 각각 설치되며, 상기 일측 죠오(100b)의 단부에 착설되는 절단날(130)이 상,하측으로 분할 구성되어 일정각도 경사져 컷터부(140)를 형성하게 되고, 이때 상기 죠오 본체부(100)의 일측 죠오(110a) 하단부에는 목재의 이탈을 방지하는 죠오 걸림턱(150)이 각각 내측으로 돌출 설치되는 것을 요지로 한다.

该功能需要专业版企业版VIP权限，您可以：