专利检索_..用作用于整个工作面的密排截链专利检索_..用作用于整个工作面的密排截链专利检索查询

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	一种掘进截割装置	CN02130944.2	2002-09-23	CN1164859C	2004-09-01	樊民革
本发明属作业机械，具体涉及一种链锯式巷道掘进截割装置。该装置包括有套筒(5)、动力结构、传动结构及截割结构，其特征是：动力结构经传动结构带动链轮轴(9)旋转，主动链轮(10)以链锯(11)联结从动链轮(13)转动，链锯(11)转动截割，从动链轮(13)与方键(15)活动配合联接切割轴(14)。本发明结构简单，便于使用维修。功能综合，可三维的截割掘进层面，截割出固定形状的石料。同时，对岩石或煤层结构的震动破坏小，保持工作面的结构稳定性。适用于巷道或隧道的掘进作业。
2		JP11688789	1989-10-03	JPH0354893U	1991-05-27

3		JP11688789	1989-10-03	JPH0720240Y2	1995-05-15

4		JP29807186	1986-12-15	JPH0410956B2	1992-02-26

5	METHOD OF WIRE SEWING CONSTRUCTION OF REINFORCED CONCRETE BUILDING	JP29807186	1986-12-15	JPS63151790A	1988-06-24	KUBO SETSUO

6		JP20740990	1990-08-03	JPH0674709B2	1994-09-21

7	METHOD OF CUTTING OVERHAULING CONSTRUCTION OF REINFORCED CONCRETE BUILDING	JP18400686	1986-08-05	JPS6340062A	1988-02-20	KUBO SETSUO

8	SOFT ROCK MINING MACHINE	JP20740990	1990-08-03	JPH0492076A	1992-03-25	HOSOYA YOSHIO; IKEDA KATSUO; SUDO TAKAO; UCHIDA SEIICHI; MIO KOHEI; KIKUCHI SHIGERU; TAKIZAWA SEIICHIRO
PURPOSE:To obtain an automatic mining machine which can correspond to various kinds of mining modes by providing a head capable of adjusting revolution in directions of up and down, right and left, perpendicular and equipped with the driving mechanism and turning mechanism inside it so that it is capable of adjusting up-and-down movements. CONSTITUTION:A head 6 equipped with a chain saw 8 is approached toward a mining rock by making a traveling device 2 operate. After that, a moving frame body 4 is moved to a mining position in the rock and is made to adjust right and left movements, and a lengthwise longer substrate 5 is projected and adjusted in the front and rear direction to approach the chain saw 8 nearer to the rock. In addition, angle adjustments in directions of up and down, right and left and perpendicular of the head and angle adjustments in the perpendicular direction of the chain saw 8 are made. The chain saw 8 is rotated and driven, and cutting work is started while making a machine frame 1 advance and retreat. According to the constitution, manpower is saved and, at the same time, mining efficiency (productivity) is promoted.
9		JP18400686	1986-08-05	JPH0410955B2	1992-02-26

10	一种新型刨煤机	CN201620194941.8	2016-03-14	CN205605210U	2016-09-28	沈海荣
本实用新型公开了一种新型刨煤机，包括机身和设置在机身内部的刨链，刨链的前端设置有刨头，刨头末端与机身铰接，刨链的前部和后部均置有链轮，刨链包括第一链和第二链，链轮又包括第一链轮和第二链轮，第一链和第二链分别设置在第一链轮和第二链轮上，第一链轮和第二链轮通过一个联轴器连接，链轮的中间位置的上端设置有压链块，刨头设置为环形，且刨头外壁设置有若干向里成弧形的锯齿刨刀。本实用新型的刨煤机实现刨链和刨头同时实现无极调节高度，刨链运转平稳，延长机器使用寿命。
11		SE7910478	1979-12-19	SE438177B	1985-04-01	FADEEV V Y; FADEEV P Y; KOROBKOV V V; KULAGIN R A; ERMILOV N P

12		DE2552732	1975-11-25	DE2552732C2	1982-08-05	BRANDENBURG, HELMUT, 4322 SPROCKHOEVEL, DE

13		FR814629	1959-12-31	FR1250737A	1961-01-13

14		FR1104765D	1953-09-29	FR1104765A	1955-11-24

15	Improvements in or relating to mining apparatus	GB2558453	1953-09-16	GB735984A	1955-08-31
735,984. Pipe connections. JOY MANU-, FACTURING CO. Sept. 16, 1953 [Oct. 3, 1952], No. 25584/53. Class 99 (1). (Also in Groups XXI and XXX] Means for connecting a conduit on one structure to a conduit on another structure, which has a straight-line motion relative to the first structure, comprises connecting the first conduit by way of a bored block 197 to a conduit 196, that extends longitudinally in parallel relation to the direction of relative movement of the structures. The conduit 196, which is closed at the end remote from the block by a plug 201, enters, past sealing means 199, a cylinder 195 and extends, through further sealing means 200, to beyond the cylinder 195. A hole 202 is so positioned in the conduit 196 as to be always within the cylinder 195, so that liquid can pass from a conduit 206 on one structure into cylinder 195, through hole 202 into conduit 196, and thence through the block 197 to the conduit on the other structure irrespective of the relative position of the two structures.
16		DEH0008387	1951-05-05	DE886285C	1953-08-13	HAMEL ALBERT

17		DEH0008362	1951-05-01	DE877735C	1953-05-26	HAARMANN ARNOLD DR-ING; ZAPP PETER EWALD

18		DEH0003552	1941-10-03	DE866485C	1953-02-09	HAMEL ALBERT

19	LINK AND CHAIN FOR ROCK CUTTING	PCT/US2006035816	2006-09-14	WO2007035400A3	2008-01-31	BONAR FRANK K
A link (100) for a trenching apparatus (65), and an endless chain (33) comprised of repeating sets of links constructed in accordance with the present invention, for efficient and precise trenching operations. The links are pentagonal Iy- shaped in cross section and/or when viewed from the ends, with a top surface that includes a surface that is angled at an angle of between about 105° and about 175° relative to the direction of movement of the links around a chain-milling device (35). Cutting teeth (120) are mounted in bores in this angled surface (124) that are themselves angled relative to each other and to the direction of movement of the links when the links are pivotally linked to a plurality of other links to form an endless chain (33) for a chain-milling device (35). The structure of the teeth and the links are designed to cooperate with each other to increase the durability and penetrating power of the teeth as the teeth encounter rock formations during trenching operations.
20	DEVICE FOR LOOSENING AND TRANSPORTING MINERAL RAW MATERIAL OUTCROPPING IN THE FORM OF SEAMS, ESPECIALLY COAL	PCT/EP2000/007161	2000-07-26	WO01011192A1	2001-02-15
The invention relates to a device for loosening and transporting coal, comprising a inner conveying throughs and inner excavating throughs and a driven peripheral chain haulage guided by means of direction-changing devices, excavating bodies (6) being attached to said chain haulage. The mining bodies (6) have a middle piece (13) and guide pieces (11, 12) articulated thereto by means of pivoting axes (16), one (11) of said guide pieces being mounted in the front and the other (12) being mounted in the back. The pivoting axes of said guide pieces are inclined against each other at a given angle of inclination so that bend-free rotation of the excavating bodies and particularly the guide pieces thereof is ensured in the transition areas from translational to rotational guidance and from rotational to translational guidance in the area of the direction-changing devices.

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