CN208518668U - A kind of constructing tunnel cutter device for passing through drain bar stratum - Google Patents

Abstract

The utility model discloses a kind of constructing tunnel cutter devices for passing through drain bar stratum, its structure includes cutter device, cutter device rotary bearing platform, cutting sheet, cut cushion cap, support wheel, side plate, handle, control rotating disk, console, connecting plate, cutter device lower end is connected with cutter device rotary bearing platform upper end, cutter device left end is connected with cutting cushion cap rear end, it cuts and is equipped with cutting sheet inside cushion cap, it is welded with front edge of board is connect cutter device rotary bearing platform rear end, connecting plate rear end be equipped with side plate and between weld, side plate share two pieces and between be connected by connecting plate, cutter device, it is directly acted on by Sliding Structures and cutting cushion cap, cutting sheet can be lifted to or be cut pushing, and it can be controlled by control rotating disk, the rotation of cushion cap rotary drive structure and then the angle for controlling cutting cushion cap change cutting sheet Degree does not need to reduce extra step in more moving cutting devices, and working efficiency greatly promotes naturally.

Description

A kind of constructing tunnel cutter device for passing through drain bar stratum

Technical field

The utility model is a kind of constructing tunnel cutter device for passing through drain bar stratum, belongs to constructing tunnel instrument neck Domain.

Background technique

Constructing tunnel is the abbreviation of new Austrian method for tunnel construction, it is that Austrian scholar applies in long campaigns tunnel In work practice, a kind of reasonable construction method proposed from the viewpoint of rock mechanics is using spray anchor technology, monitoring parameter It surveys etc. and the new engineering construction method of one kind formed with a system that rock mechanics theory is constituted, but the prior art uses When, when tunnel carries out the cutting on drain bar stratum, after cutting drain bar stratum due to cutting sheet, if by manually directly lifting Cutter device be easy to cause the damage of cutting sheet, and cutter device is mobile inconvenient in crowded tunnel, not malleable cutting sheet Angle carry out operation, need multistep adjustment cut so that constructing tunnel is slow, influence working efficiency.

Utility model content

In view of the deficienciess of the prior art, the utility model aim is to provide a kind of constructing tunnel with passing through drain bar The cutter device of layer, to solve the prior art in use, when tunnel carries out the cutting on drain bar stratum, since cutting sheet is cut Behind drain bar stratum, if be easy to causeing the damage of cutting sheet by manually directly lifting cutter device, and in crowded tunnel Cutter device is mobile inconvenient, and the angle of malleable cutting sheet does not carry out operation, needs multistep adjustment to be cut, so that tunnel is applied The problem of work is slow, influences working efficiency.

To achieve the goals above, the utility model is achieved through the following technical solutions: a kind of constructing tunnel is used Pass through the cutter device on drain bar stratum, structure include cutter device, cutter device rotary bearing platform, cutting sheet, cutting cushion cap, Support wheel, side plate, handle, control rotating disk, console, connecting plate, the cutter device lower end and cutter device rotary bearing platform Upper end is connected, and the cutter device left end is connected with cutting cushion cap rear end, and cutting sheet, institute are equipped with inside the cutting cushion cap State cutter device rotary bearing platform rear end with connect front edge of board welding, the connecting plate rear end be equipped with side plate and between weld, institute State side plate share two pieces and between be connected by connecting plate, the side plate be equipped with support wheel, described console or so two End is connected with side plate, and the side plate upper end is equipped with control rotating disk and control rotating disk, and the cutter device is rotated by cushion cap Structure, cushion cap rotary drive structure, Sliding Structures, the first drive mechanism of sliding, sliding the second drive mechanism, crust of the device group At the cushion cap rotational structure, cushion cap rotary drive structure, Sliding Structures, the first drive mechanism of sliding, sliding the second transmission knot Structure is set to inside crust of the device, and the Sliding Structures upper right side is the first drive mechanism of sliding, the first drive mechanism of the sliding Right end is connected with the second drive mechanism left end of sliding, and cushion cap rotational structure upper end is equipped with cushion cap rotary drive structure, institute Crust of the device is stated to be integrated.

It is excellent as selecting, described to be made of cushion cap, rotating threaded rod in the outer cushion cap of rotation, rotation, the outer cushion cap of the rotation Lower end is connected with cutter device rotary bearing platform, and the outer cushion cap upper end of the rotation is connected by bearing with interior cushion cap is rotated, institute State cushion cap and the outer cushion cap of rotation and crust of the device clearance fit in rotation, cushion cap upper end and rotating threaded rod lower end in the rotation It is connected and orthogonal between the two, the rotating threaded rod left and right ends are matched with cushion cap rotary drive structure.

Excellent as selecting, the cushion cap rotary drive structure is by U-shaped motor bearing stage, rotating electric machine, the compound transmission of branch Toothed disc, fixed annulus disk, idler wheel, around gear, interlocking lever, inclined-plane toothed disc, shaft bar, spiral bevel gear, idler wheel piece, The compound transmission gear disk of trunk, firm board composition, the U-shaped motor bearing stage groove be equipped with rotating electric machine and the two it Between be connected, the rotating electric machine is sequentially connected by transmission belt and the compound transmission gear disk of trunk, the compound transmission of trunk Toothed disc is meshed with the compound transmission gear disk of branch, and the compound transmission gear disk of branch is connected by transmission belt and idler wheel transmission It connects, is connected between the idler wheel by firm board, the idler wheel is connected with idler wheel piece, and the idler wheel on piece, which is equipped with, to be surround The tooth socket being equipped with inside gear, the circular gear and fixed annulus disk is meshed, the fixed annulus disk mechanical connection Inside crust of the device, the circular gear set altogether there are two and it is parallel to each other, the circular gear and interlocking lever are hinged, institute It states interlocking lever and inclined-plane toothed disc is hinged, inclined-plane toothed disc left end is meshed with spiral bevel gear, described shaft bar or so Both ends are equipped with spiral bevel gear, and the spiral bevel gear is meshed with cushion cap rotational structure, and the cushion cap rotational structure contains rotation Turn threaded rod, the spiral bevel gear is combined with rotating threaded rod.

It is excellent as selecting, the Sliding Structures by support plate, telescopic rod, cutting cushion cap transmission track slot plate, grooved rail, it is flexible in Bar, flexible outer bar, slide bar composition, the support plate left end are connected with crust of the device inner wall, and the support plate upper end is by stretching Contracting bar is connected with cutting cushion cap transmission track slot plate, and described device interior of shell is equipped with grooved rail, and the grooved rail and cutting cushion cap pass Dynamic rail frid matches, and the track slot and slide bar upper gap that the cutting cushion cap transmission track slot plate right end is equipped with cooperate, the cunning Bar upper end is connected with the first drive mechanism of sliding, and the first drive mechanism upper end of the sliding passes through telescopic rod and crust of the device phase Connection, the telescopic rod are made of flexible interior bar and flexible outer bar, pass through spring phase between the flexible interior bar and flexible outer bar Cooperation is clearance fit between the flexible interior bar and flexible outer bar.

Excellent as selecting, first drive mechanism is by driving wheel, obtuse angle drive rod, Composite Transmission gear, slide wire Wheel, guide roller chamber, accessory drive wheel disc, strip gear, sliding block, sliding block chamber composition, the sliding block chamber interior are equipped with Be clearance fit before sliding block and the two, the sliding block is connected with obtuse angle drive rod, obtuse angle drive rod corner and Hinged and left end and hinged at Composite Transmission rotary gear shaft at driving wheel shaft, it is logical between the driving wheel and Composite Transmission gear Cross transmission connection, the Composite Transmission gear is meshed with strip gear, the Composite Transmission gear and guide roller chamber and It is sequentially connected between accessory drive wheel disc by transmission belt, the guide roller chamber is set to inside slide wire wheel, the sliding Guide roller is connected by spring with guide roller chamber, and the accessory drive wheel disc right end and the second drive mechanism of sliding are hinged, The sliding block and sliding block chamber are connected with Sliding Structures, and the Sliding Structures contain flexible interior bar and track slot and slide bar.

Excellent as selecting, the second drive mechanism of the sliding is by motor cushion block, motor, motor helical bevel gear, compound chain Bar inclined-plane gear, chain, cooperation transmission wheel disc, the first transmission wheel disc, firm disk, the first kinematic link, the second transmission wheel disc, Second kinematic link, chain pitch wheel composition, the motor cushion block is connected with crust of the device inner wall, motor cushion block upper end and Motor lower end is connected, and the motor is connected by shaft with motor helical bevel gear lower end, the motor helical bevel gear It is meshed with composite chain inclined-plane gear, composite chain inclined-plane gear is set to inside chain with chain pitch wheel and mutually nibbles therewith It closes, the chain is meshed with cooperation transmission wheel disc, and the cooperation transmission wheel disc passes through transmission belt and the first transmission wheel disc transmission Connection, the first transmission wheel disc is hinged by the second kinematic link and the second transmission wheel disc, the second driving wheel back-end disk Equipped with firm disk, the second transmission wheel disc is meshed with the first transmission wheel disc, second kinematic link and the first transmission Connecting rod is hinged, and first kinematic link left end is connected with the first drive mechanism, and first drive mechanism contains auxiliary and passes Runner disc.

Excellent as selecting, the accessory drive wheel disc and the second drive mechanism of sliding are hinged, the second transmission of sliding knot Structure contains the first kinematic link, and the accessory drive wheel disc and the first kinematic link are hinged.

Excellent as selecting, the flexible interior bar and track slot are connected with slide bar with the first drive mechanism, first transmission Structure contains sliding block and sliding block chamber, and the flexible interior bar lower end is connected with sliding block chamber upper end, the track slot and slide bar with Sliding block is hinged.

It is beneficialEffect

A kind of constructing tunnel of the utility model cutter device for passing through drain bar stratum, hand steered handle by cutter device into Row promotes, and then carries out operation on drain bar stratum to be cut, and when cutting keeps good cutting cushion cap and drain bar stratum Distance, then by handle control button starting motor rotation (motor rotation drive motor helical bevel gear rotation, motor Spiral bevel gear passing sequentially through cooperation transmission wheel disc and first transmission wheel disc, by first transmission wheel disc and second transmission wheel disc and Under the cooperation of second kinematic link, accessory drive wheel disc spins are driven by the first kinematic link, and finally make obtuse angle drive rod Cooperate driving wheel and Composite Transmission gear to drive sliding block chamber with driving wheel shaft), at this time sliding block chamber downwards band movable slider and Slide bar, slide bar directly act on cutting cushion cap transmission track slot plate and similarly rise later so that cutting cushion cap is moved down and cut Cushion cap is cut, and when needing rotary cutting apparatus rotary bearing platform, the rotation of cutter device is controlled by control rotation disc spins, from And change angle (the rotating Vortex rotation of control rotation disc spins reverse starting rotating electric machine, the rotating electric machine rotation of cutting cushion cap Turn successively to drive the compound transmission gear disk of trunk, the compound transmission gear disk of branch to drive idler wheel to rotate, idler wheel and idler wheel piece So that carrying out surround movement inside fixed annulus disk around gear, and then by interlocking lever inclined-plane toothed disc is driven, most Rotating threaded rod rotation is driven by spiral bevel gear afterwards) rotating threaded rod rotation is direct by rotating outer cushion cap by cushion cap rotational structure Cutting cushion cap is acted on, to realize rotation.

Cutter device is directly acted on by Sliding Structures and cuts cushion cap, cutting sheet can be lifted to or be cut pushing, and It can be controlled by control rotating disk, the angle that cushion cap change cutting sheet is cut in the rotation and then control of cushion cap rotary drive structure is not required to To reduce extra step, working efficiency greatly promotes naturally in more moving cutting devices.

Detailed description of the invention

Upon reading the detailed description of non-limiting embodiments with reference to the following drawings, other spies of the utility model Sign, objects and advantages will become more apparent upon:

Fig. 1 is a kind of structural schematic diagram of constructing tunnel of the utility model cutter device for passing through drain bar stratum；

Fig. 2 is the planar structure schematic diagram of the utility model cutter device transmission；

Fig. 3 is the planar structure schematic diagram of the utility model Sliding Structures transmission.

In figure: cutter device -1, cutter device rotary bearing platform -2, cutting sheet -3, cutting cushion cap -4, support wheel -5, side plate - 6, handle -7, control rotating disk -8, console -9, connecting plate -10, cushion cap rotational structure -101, cushion cap rotary drive structure - 102, Sliding Structures -103, the first drive mechanism -104 of sliding, the second drive mechanism -105 of sliding, crust of the device -106, rotation Outer cushion cap -10101 rotates interior cushion cap -10102, rotating threaded rod -10103, U-shaped motor bearing stage -10201, rotating electric machine - 10202, the compound transmission gear disk -10203 of branch, fixed annulus disk -10204, idler wheel -10205, around gear -10206, Interlocking lever -10207, inclined-plane toothed disc -10208, shaft bar -10209, spiral bevel gear -10210, idler wheel piece -10211, trunk Compound transmission gear disk -10212, firm board -10213, support plate -10301, telescopic rod -10302, cutting cushion cap are driven rail It is frid -10303, grooved rail -10304, flexible interior bar -10305, flexible outer bar -10306, -10307 driving wheel -10401 of slide bar, blunt Angle drive rod -10402, Composite Transmission gear -10403, slide wire wheel -10404, guide roller chamber -10405, accessory drive Wheel disc -10406, strip gear -10407, sliding block -10408, sliding block chamber -10409, motor cushion block -10501, motor - 10502, motor helical bevel gear -10503, composite chain inclined-plane gear -10504, chain -10505, cooperation transmission wheel disc - 10506, the first transmission wheel disc -10507, firm disk -10508, the first kinematic link -10509, the second transmission wheel disc - 10510, the second kinematic link -10511, chain pitch wheel -10512.

Specific embodiment

To be easy to understand the technical means, creative features, achievement of purpose, and effectiveness of the utility model, below In conjunction with specific embodiment, the utility model is further described.

Fig. 1-Fig. 3 is please referred to, the utility model provides a kind of constructing tunnel cutter device skill for passing through drain bar stratum Art scheme: its structure include cutter device 1, cutter device rotary bearing platform 2, cutting sheet 3, cutting cushion cap 4, support wheel 5, side plate 6, Handle 7, control rotating disk 8, console 9, connecting plate 10,1 lower end of cutter device and 2 upper end phase of cutter device rotary bearing platform Connection, 1 left end of cutter device are connected with cutting 4 rear end of cushion cap, and cutting sheet 3 is equipped with inside the cutting cushion cap 4, described 2 rear end of cutter device rotary bearing platform and 10 front end of connecting plate are welded, 10 rear end of connecting plate be equipped with side plate 6 and between weld Connect, the side plate 6 share two pieces and between be connected by connecting plate 10, the side plate 6 is equipped with support wheel 5, the control 9 left and right ends of platform processed are connected with side plate 6, and 6 upper end of side plate is equipped with control rotating disk 8 and control rotating disk 8, the cutting Device 1 is by cushion cap rotational structure 101, cushion cap rotary drive structure 102, Sliding Structures 103, the first drive mechanism 104 of sliding, cunning The second drive mechanism 105, the composition of crust of the device 106 are moved, the cushion cap rotational structure 101, is slided cushion cap rotary drive structure 102 It moves structure 103, the first drive mechanism 104 of sliding, the second drive mechanism 105 of sliding to be set to inside crust of the device 106, the sliding 103 upper right side of structure is the first drive mechanism 104 of sliding, the second transmission of sliding 104 right end of the first drive mechanism and sliding 105 left end of structure is connected, and 101 upper end of cushion cap rotational structure is equipped with cushion cap rotary drive structure 102, described device shell 106 are integrated, described to be made of cushion cap 10102, rotating threaded rod 10103 in rotating outer cushion cap 10101, rotating, institute It states outer 10101 lower end of cushion cap of rotation to be connected with cutter device rotary bearing platform 2, outer 10101 upper end of cushion cap of the rotation passes through axis It holds and is connected with cushion cap 10102 in rotation, in the rotation between cushion cap 10102 and the outer cushion cap 10101 of rotation and crust of the device 106 Gap cooperates, and 10102 upper end of cushion cap is connected with 10103 lower end of rotating threaded rod and hangs down mutually between the two in the rotation Directly, 10103 left and right ends of rotating threaded rod are matched with cushion cap rotary drive structure 102, the cushion cap rotary drive knot Structure 102 is by U-shaped motor bearing stage 10201, rotating electric machine 10202, the compound transmission gear disk 10203 of branch, fixed annulus disk 10204, idler wheel 10205, circular gear 10206, interlocking lever 10207, inclined-plane toothed disc 10208, shaft bar 10209, spiral umbrella The compound transmission gear disk 10212 of gear 10210, idler wheel piece 10211, trunk, firm board 10213 form, and the U-shaped motor is held 10201 groove of platform is put equipped with rotating electric machine 10202 and is connected between the two, the rotating electric machine 10202 passes through transmission Band is sequentially connected with the compound transmission gear disk 10212 of trunk, the compound transmission gear disk 10212 of trunk and the compound transmission of branch Toothed disc 10203 is meshed, and the compound transmission gear disk 10203 of branch is sequentially connected by transmission belt and idler wheel 10205, institute It states and is connected between idler wheel 10205 by firm board 10213, the idler wheel 10205 is connected with idler wheel piece 10211, described Idler wheel piece 10211, which is equipped with, surround gear 10206, is equipped with inside the circular gear 10206 and fixed annulus disk 10204 Tooth socket is meshed, and for the mechanical connection of fixed annulus disk 10204 with inside crust of the device 106, the circular gear 10206 is total If there are two and parallel to each other, the circular gear 10206 and interlocking lever 10207 are hinged, the interlocking lever 10207 and inclined-plane Toothed disc 10208 is hinged, and 10208 left end of inclined-plane toothed disc is meshed with spiral bevel gear 10210, the shaft bar 10209 left and right ends are equipped with spiral bevel gear 10210, and the spiral bevel gear 10210 is meshed with cushion cap rotational structure 101, The cushion cap rotational structure 101 contains rotating threaded rod 10103, the spiral bevel gear 10210 and 10103 phase of rotating threaded rod In conjunction with the Sliding Structures 103 are driven track slot plate 10303, grooved rail by support plate 10301, telescopic rod 10302, cutting cushion cap 10304, stretch interior bar 10305, flexible outer bar 10306, the composition of slide bar 10307,10301 left end of support plate and crust of the device 106 inner walls are connected, and 10301 upper end of support plate is driven track slot plate 10303 with cutting cushion cap by telescopic rod 10302 and is connected It connects, grooved rail 10304 is equipped with inside described device shell 106, the grooved rail 10304 is driven 10303 phase of track slot plate with cutting cushion cap Cooperation, the track slot and 10307 upper gap of slide bar that cutting cushion cap transmission 10303 right end of track slot plate is equipped with cooperate, the cunning 10307 upper end of bar is connected with the first drive mechanism 104 of sliding, and sliding 104 upper end of the first drive mechanism passes through telescopic rod 10302 are connected with crust of the device 106, and the telescopic rod 10302 is made of flexible interior bar 10305 and flexible outer bar 10306, institute It states and is matched between flexible interior bar 10305 and flexible outer bar 10306 by spring, the flexible interior bar 10305 and flexible outer bar It is clearance fit between 10306, first drive mechanism 104 is by driving wheel 10401, obtuse angle drive rod 10402, Composite Transmission Gear 10403, slide wire wheel 10404, guide roller chamber 10405, accessory drive wheel disc 10406, strip gear 10407, Sliding block 10408, sliding block chamber 10409 form, and are before being equipped with sliding block 10408 and the two inside the sliding block chamber 10409 Clearance fit, the sliding block 10408 are connected with obtuse angle drive rod 10402,10402 corner of obtuse angle drive rod and transmission Take turns hinged and left end and hinged at 10403 shaft of Composite Transmission gear, the driving wheel 10401 and compound biography at 10401 shafts By transmission connection between moving gear 10403, the Composite Transmission gear 10403 is meshed with strip gear 10407, described It is sequentially connected between Composite Transmission gear 10403 and guide roller chamber 10405 and accessory drive wheel disc 10406 by transmission belt, The guide roller chamber 10405 is set to inside slide wire wheel 10404, and the slide wire wheel 10404 passes through spring and conducting wire Wheel chamber 10405 is connected, and 10406 right end of accessory drive wheel disc and the second drive mechanism of sliding 105 are hinged, the sliding block 10408 and sliding block chamber 10409 be connected with Sliding Structures 103, the Sliding Structures 103 contain flexible interior bar 10305 and rail Slot and slide bar 10307, the second drive mechanism 105 of the sliding is by motor cushion block 10501, motor 10502, motor helical bevel gear 10503, composite chain inclined-plane gear 10504, chain 10505, cooperation transmission wheel disc 10506, first are driven wheel disc 10507, steady Gu disk 10508, the first kinematic link 10509, second are driven wheel disc 10510, the second kinematic link 10511, chain pitch wheel 10512 compositions, the motor cushion block 10501 are connected with 106 inner wall of crust of the device, 10501 upper end of motor cushion block and electricity 10502 lower end of machine is connected, and the motor 10502 is connected by shaft with 10503 lower end of motor helical bevel gear, the electricity Machine spiral bevel gear 10503 is meshed with composite chain inclined-plane gear 10504, composite chain inclined-plane gear 10504 and chain Bar gear 10512 is set to 10505 inside of chain and is meshed therewith, and the chain 10505 and cooperation are driven 10506 phase of wheel disc and nibble It closes, the cooperation transmission wheel disc 10506 is sequentially connected by transmission belt and the first transmission wheel disc 10507, first driving wheel Disk 10507 is hinged by the second kinematic link 10511 and the second transmission wheel disc 10510, second transmission, 10510 rear end of wheel disc Equipped with firm disk 10508, the second transmission wheel disc 10510 is meshed with the first transmission wheel disc 10507, second transmission Connecting rod 10511 and the first kinematic link 10509 are hinged, 10509 left end of the first kinematic link and 104 phase of the first drive mechanism Connection, first drive mechanism 104 contain accessory drive wheel disc 10406, the accessory drive wheel disc 10406 and sliding second Drive mechanism 105 is hinged, and the second drive mechanism 105 of the sliding contains the first kinematic link 10509, the accessory drive wheel disc 10406 and first kinematic link 10509 it is hinged, the flexible interior bar 10305 and track slot and slide bar 10307 and the first drive mechanism 104 are connected, and first drive mechanism 104 contains sliding block 10408 and sliding block chamber 10409, under the flexible interior bar 10305 End is connected with 10409 upper end of sliding block chamber, and the track slot and slide bar 10307 and sliding block 10408 are hingedly.

Handle 7 described in this patent, handle 7 are also referred to as hand handle plastics hand handle: manufacturing by raw material of plastics, plastics are synthesis High-molecular compound, and the plastics or resin that are generally commonly called as can freely change body styles.

It is the prior art in use, the prior art is in use, carry out drain bar in tunnel that the utility model, which solves the problems, such as, When the cutting on stratum, after cutting drain bar stratum due to cutting sheet, if being be easy to cause and being cut by manually directly lifting cutter device The damage of pitch cutting, and cutter device is mobile inconvenient in crowded tunnel, the angle of malleable cutting sheet does not carry out operation, needs Multistep adjustment is cut, so that constructing tunnel is slow, influences working efficiency, the utility model pass through above-mentioned component mutual group It closes, a kind of constructing tunnel of the utility model cutter device for passing through drain bar stratum, hand steered handle 7 carries out cutter device 1 It promotes, then carries out operation on drain bar stratum to be cut, when cutting keeps good cutting cushion cap 4 and drain bar stratum Distance, then by control button starting motor 10502 rotation on handle 7, (rotation of motor 10502 drives motor helical bevel gear 10503 rotations, motor helical bevel gear 10503 are passing sequentially through cooperation transmission wheel disc 10506 and the first transmission wheel disc 10507, Under with the first transmission wheel disc 10507 and the second transmission wheel disc 10510 and the second kinematic link 10511, by the first transmission Connecting rod 10509 drives accessory drive wheel disc 10406 to rotate, and obtuse angle drive rod 10402 is finally made to cooperate 10401 He of driving wheel Composite Transmission gear 10403 drives sliding block chamber 10409 with 10401 shaft of driving wheel), the downward band of sliding block chamber 10409 at this time Movable slider 10408 and slide bar 10307, slide bar 10307 directly acts on cutting cushion cap transmission track slot plate 10303, so that cutting cushion cap 4 It moves down and is cut, similarly rise cutting cushion cap 4 later, and when needing rotary cutting apparatus rotary bearing platform 2, by controlling The rotation of the rotation control cutter device 1 of rotating disk 8, to change the angle of cutting cushion cap 4, (control rotating disk 8 is rotated and is reversely opened The rotating Vortex rotation of dynamic rotating electric machine 10202, the rotation of rotating electric machine 10202 successively drive the compound transmission gear disk of trunk 10212, to drive idler wheel 10205 to rotate, idler wheel 10205 and idler wheel piece 10211 make the compound transmission gear disk 10203 of branch Surround movement is carried out inside fixed annulus disk 10204 around gear 10206, and then inclined-plane tooth is made by interlocking lever 10207 Wheel disc 10208 is driven, and finally drives rotating threaded rod 10103 to rotate by spiral bevel gear 10210) rotation of rotating threaded rod 10103 Turn to directly act on cutting cushion cap 4 by rotating outer cushion cap 10101 by cushion cap rotational structure 101, be rotated with realizing, cutter device 1, It is directly acted on by Sliding Structures 103 with cutting cushion cap 4, cutting sheet 3 can be lifted to or be cut pushing, and can rotated by control Disk 8 controls, and the rotation of cushion cap rotary drive structure 102 angle that control cutting cushion cap 4 changes cutting sheet 3 in turn is not needed more Moving cutting device, reduces extra step, and working efficiency greatly promotes naturally.

It is carrying out in use, handle 7 hand steered first promotes cutter device 1, then in drain bar to be cut Carry out operation on stratum, when cutting keeps the distance of good cutting cushion cap 4 and drain bar stratum, is then pressed by the control on handle 7 Button starts the rotation of motor 10502, and (rotation of motor 10502 drives motor helical bevel gear 10503 to rotate, motor helical bevel gear 10503 are passing sequentially through cooperation transmission wheel disc 10506 and the first transmission wheel disc 10507, by the first transmission wheel disc 10507 and second It is driven under the cooperation of wheel disc 10510 and the second kinematic link 10511, accessory drive wheel disc is driven by the first kinematic link 10509 10406 rotations, and obtuse angle drive rod 10402 is finally made to cooperate driving wheel 10401 and Composite Transmission gear 10403 with driving wheel 10401 shafts drive sliding block chamber 10409), sliding block chamber 10409 is sliding downwards with movable slider 10408 and slide bar 10307 at this time Bar 10307 directly acts on cutting cushion cap transmission track slot plate 10303, so that cutting cushion cap 4 is moved down and cut, later similarly Cutting cushion cap 4 is risen, and when needing rotary cutting apparatus rotary bearing platform 2, control cutter device 1 is rotated by control rotating disk 8 Rotation, thus change cutting cushion cap 4 angle (control rotating disk 8 rotate reverse starting rotating electric machine 10202 rotating Vortex Rotation, the rotation of rotating electric machine 10202 successively drive the compound transmission gear disk 10212 of trunk, the compound transmission gear disk 10203 of branch To drive idler wheel 10205 to rotate, idler wheel 10205 and idler wheel piece 10211 to surround gear 10206 in fixed annulus disk 10204 inside carry out surround movement, and then by interlocking lever 10207 inclined-plane toothed disc 10208 are driven, finally by spiral bevel gear 10210 drive rotating threaded rods 10103 of wheel rotate) rotation of rotating threaded rod 10103 by cushion cap rotational structure 101 by rotating outer hold Platform 10101 directly acts on cutting cushion cap 4, to realize rotation.

Above only describes the basic principle of the utility model and preferred embodiment, those skilled in the art can be according to above-mentioned Many changes may be made and improves for description, these changes and improvements should belong to the protection scope of the utility model.

In addition, it should be understood that although this specification is described in terms of embodiments, but not each embodiment is only wrapped Containing an independent technical solution, this description of the specification is merely for the sake of clarity, and those skilled in the art should It considers the specification as a whole, the technical solutions in the various embodiments may also be suitably combined, forms those skilled in the art The other embodiments being understood that.

Claims (8)

1. a kind of constructing tunnel cutter device for passing through drain bar stratum, structure includes cutter device (1), cutter device rotation Vicarious (2), cutting sheet (3), cutting cushion cap (4), support wheel (5), side plate (6), handle (7), control rotating disk (8), control Platform (9), connecting plate (10), it is characterised in that:

Cutter device (1) lower end is connected with cutter device rotary bearing platform (2) upper end, cutter device (1) left end with Cutting cushion cap (4) rear end is connected, and is equipped with cutting sheet (3) inside the cutting cushion cap (4), the cutter device rotary bearing platform (2) rear end and connecting plate (10) front end are welded, connecting plate (10) rear end be equipped with side plate (6) and between weld, the side Plate (6) share two pieces and between be connected by connecting plate (10), the side plate (6) is equipped with support wheel (5), the control Platform (9) left and right ends are connected with side plate (6), and side plate (6) upper end is equipped with control rotating disk (8) and control rotating disk (8)；

The cutter device (1) is by cushion cap rotational structure (101), cushion cap rotary drive structure (102), Sliding Structures (103), cunning Move the first drive mechanism (104), sliding the second drive mechanism (105), crust of the device (106) composition, the cushion cap rotational structure (101), cushion cap rotary drive structure (102), Sliding Structures (103), sliding the first drive mechanism (104), the second transmission of sliding Structure (105) is set to crust of the device (106) inside, and Sliding Structures (103) upper right side is the first drive mechanism of sliding (104), sliding the first drive mechanism (104) right end is connected with sliding the second drive mechanism (105) left end, the cushion cap Rotational structure (101) upper end is equipped with cushion cap rotary drive structure (102), and described device shell (106) is integrated.

2. a kind of constructing tunnel cutter device for passing through drain bar stratum according to claim 1, it is characterised in that: institute Cushion cap rotational structure (101) is stated by cushion cap (10102), rotating threaded rod (10103) group in rotating outer cushion cap (10101), rotating At outer cushion cap (10101) lower end of the rotation is connected with cutter device rotary bearing platform (2), the outer cushion cap (10101) of the rotation Upper end is connected by bearing with interior cushion cap (10102) is rotated, cushion cap (10102) and the outer cushion cap of rotation in the rotation (10101) with crust of the device (106) clearance fit, in the rotation under cushion cap (10102) upper end and rotating threaded rod (10103) End is connected and orthogonal between the two, rotating threaded rod (10103) left and right ends and cushion cap rotary drive structure (102) it matches.

3. a kind of constructing tunnel cutter device for passing through drain bar stratum according to claim 1, it is characterised in that: institute Cushion cap rotary drive structure (102) is stated by U-shaped motor bearing stage (10201), rotating electric machine (10202), the compound transmission tooth of branch Wheel disc (10203), fixed annulus disk (10204), idler wheel (10205), around gear (10206), interlocking lever (10207), tiltedly Face gear disk (10208), shaft bar (10209), spiral bevel gear (10210), idler wheel piece (10211), the compound transmission tooth of trunk Wheel disc (10212), firm board (10213) composition, U-shaped motor bearing stage (10201) groove are equipped with rotating electric machine (10202) and between the two it is connected, the rotating electric machine (10202) passes through transmission belt and the compound transmission gear disk of trunk (10212) it is sequentially connected, the compound transmission gear disk (10212) of trunk is mutually nibbled with the compound transmission gear disk (10203) of branch It closes, the compound transmission gear disk (10203) of branch is sequentially connected by transmission belt and idler wheel (10205), the idler wheel (10205) it is connected between by firm board (10213), the idler wheel (10205) is connected with idler wheel piece (10211), institute Idler wheel piece (10211) are stated to be equipped with around gear (10206), the circular gear (10206) and fixed annulus disk (10204) The tooth socket that inside is equipped with is meshed, and fixed annulus disk (10204) mechanical connection and crust of the device (106) are internal, described Around gear (10206) set altogether there are two and it is parallel to each other, the circular gear (10206) and interlocking lever (10207) hingedly, The interlocking lever (10207) and inclined-plane toothed disc (10208) hingedly, inclined-plane toothed disc (10208) left end and spiral bevel gear Wheel (10210) is meshed, and shaft bar (10209) left and right ends are equipped with spiral bevel gear (10210), the spiral bevel gear (10210) it being meshed with cushion cap rotational structure (101), the cushion cap rotational structure (101) contains rotating threaded rod (10103), The spiral bevel gear (10210) combines with rotating threaded rod (10103).

4. a kind of constructing tunnel cutter device for passing through drain bar stratum according to claim 1, it is characterised in that: institute Sliding Structures (103) are stated by support plate (10301), telescopic rod (10302), cutting cushion cap transmission track slot plate (10303), grooved rail (10304), it stretches interior bar (10305), flexible outer bar (10306), slide bar (10307) composition, support plate (10301) left end It is connected with crust of the device (106) inner wall, support plate (10301) upper end is passed by telescopic rod (10302) and cutting cushion cap Dynamic rail frid (10303) is connected, and is equipped with grooved rail (10304) inside described device shell (106), the grooved rail (10304) with Cutting cushion cap transmission track slot plate (10303) matches, the cutting cushion cap track slot that is equipped with of transmission track slot plate (10303) right end with The cooperation of slide bar (10307) upper gap, slide bar (10307) upper end is connected with sliding the first drive mechanism (104), described It slides the first drive mechanism (104) upper end to be connected by telescopic rod (10302) with crust of the device (106), the telescopic rod (10302) it is made of flexible interior bar (10305) and flexible outer bar (10306), the flexible interior bar (10305) and flexible outer bar (10306) it is matched between by spring, is clearance fit between the flexible interior bar (10305) and flexible outer bar (10306).

5. a kind of constructing tunnel cutter device for passing through drain bar stratum according to claim 1, it is characterised in that: institute The first drive mechanism (104) is stated by driving wheel (10401), obtuse angle drive rod (10402), Composite Transmission gear (10403), sliding Guide roller (10404), guide roller chamber (10405), accessory drive wheel disc (10406), strip gear (10407), sliding block (10408), sliding block chamber (10409) forms, be equipped with inside the sliding block chamber (10409) sliding block (10408) and the two it Preceding is clearance fit, and the sliding block (10408) is connected with obtuse angle drive rod (10402), and the obtuse angle drive rod (10402) turns At angle with hinged at driving wheel (10401) shaft and left end and hinged, the driving wheel at Composite Transmission gear (10403) shaft (10401) pass through transmission connection, the Composite Transmission gear (10403) and strip between Composite Transmission gear (10403) Gear (10407) is meshed, the Composite Transmission gear (10403) and guide roller chamber (10405) and accessory drive wheel disc (10406) it being sequentially connected between by transmission belt, the guide roller chamber (10405) is set to slide wire wheel (10404) inside, The slide wire wheel (10404) is connected by spring with guide roller chamber (10405), the accessory drive wheel disc (10406) right end and sliding the second drive mechanism (105) hingedly, the sliding block (10408) and sliding block chamber (10409) with slide Structure (103) is connected, and the Sliding Structures (103) contain flexible interior bar (10305) and track slot and slide bar (10307).

6. a kind of constructing tunnel cutter device for passing through drain bar stratum according to claim 1, it is characterised in that: institute Sliding the second drive mechanism (105) is stated by motor cushion block (10501), motor (10502), motor helical bevel gear (10503), multiple It closes chain inclined-plane gear (10504), chain (10505), cooperation transmission wheel disc (10506), the first transmission wheel disc (10507), steady Gu disk (10508), the first kinematic link (10509), the second transmission wheel disc (10510), the second kinematic link (10511), chain Bar gear (10512) composition, the motor cushion block (10501) are connected with crust of the device (106) inner wall, the motor cushion block (10501) upper end is connected with motor (10502) lower end, and the motor (10502) passes through shaft and motor helical bevel gear (10503) lower end is connected, and the motor helical bevel gear (10503) is meshed with composite chain inclined-plane gear (10504), institute It states composite chain inclined-plane gear (10504) and chain pitch wheel (10512) is set to chain (10505) inside and is meshed therewith, institute Chain (10505) is stated to be meshed with cooperation transmission wheel disc (10506), cooperation transmission wheel disc (10506) by transmission belt and First transmission wheel disc (10507) transmission connection, it is described first transmission wheel disc (10507) by the second kinematic link (10511) with Hingedly, second transmission wheel disc (10510) rear end is equipped with firm disk (10508) for second transmission wheel disc (10510), and described the Two transmissions wheel disc (10510) are meshed with the first transmission wheel disc (10507), and second kinematic link (10511) passes with first Dynamic connecting rod (10509) hingedly, the first kinematic link (10509) left end is connected with the first drive mechanism (104), and described the One drive mechanism (104) contains accessory drive wheel disc (10406).

7. a kind of constructing tunnel cutter device for passing through drain bar stratum according to claim 5 or 6, feature exist Hingedly in: the accessory drive wheel disc (10406) and sliding the second drive mechanism (105), the second drive mechanism of the sliding (105) contain the first kinematic link (10509), the accessory drive wheel disc (10406) and the first kinematic link (10509) are cut with scissors It connects.

8. a kind of constructing tunnel cutter device for passing through drain bar stratum according to claim 4 or 5, feature exist It is connected in: the flexible interior bar (10305) and track slot with slide bar (10307) with the first drive mechanism (104), described first passes Dynamic structure (104) contain sliding block (10408) and sliding block chamber (10409), flexible interior bar (10305) lower end and sliding block chamber (10409) upper end is connected, and the track slot and slide bar (10307) and sliding block (10408) are hinged.