A kind of desk permanent-magnet governor based on two-fold disk interactive mode
Technical field
The present invention relates to a kind of desk permanent-magnet governors based on two-fold disk interactive mode.
Background technique
Permanent-magnet speed governor is by changing p-m rotor and tubular conductor rotor in the relative position of axis direction, to change forever
The live part of magnet rotor and conductor rotor coupling, i.e., the changeable torque transmitted between the two, is able to achieve repeatable, adjustable
Whole controllable output torque and revolving speed realize the purpose of variable speed energy saving.
Existing permanent-magnet speed governor is directly anchored on horizontal base plate, when the input shaft of load end is located at different angle,
It is needed during driven loads through overregulating the position of horizontal base plate, to realize the transmission of different angle.
Summary of the invention
The purpose of the present invention is to provide a kind of desk permanent-magnet governor based on two-fold disk interactive mode, the permanent-magnet speed governors
It is directly mounted on secured adjusted device, by the height and tilt angle of the adjustable permanent-magnet speed governor of secured adjusted device,
It can be realized the transmission of the load end of different height different angle.
The purpose of the present invention can be achieved through the following technical solutions:
A kind of desk permanent-magnet governor based on two-fold disk interactive mode, including permanent-magnet speed governor ontology and it is distributed in permanent magnetism tune
The secured adjusted device of fast device body bottom portion, the secured adjusted device include support base, are equipped with first connecting rod on support base
Mechanism and second connecting rod mechanism are equipped with air-leg on support base, and the power output end of air-leg connects first connecting rod mechanism, the
It is connected between one link mechanism and second connecting rod mechanism by lead screw transmission, is installed in first connecting rod mechanism and second connecting rod mechanism
There is load carrier, permanent-magnet speed governor ontology is mounted on load carrier.
The support base includes two brackets being oppositely arranged, and is fixed between one end top of two brackets in vertical point
The fixed plate of cloth, bracket include two columns being oppositely arranged, and the fixation in horizontal distribution is fixedly connected between two columns
Bar is equipped with first connecting rod mechanism and second connecting rod mechanism between the fixed link of two brackets.
The surface both ends of the fixed link are fixed there are two in the positioning plate being distributed vertically, and positioning plate surface is provided with first turn
Through-hole is moved, shaft is installed in the first rotated through-hole.
The first connecting rod mechanism includes two first connecting rods being oppositely arranged, and passes through first turn between two first connecting rods
The bar that is slidably connected of lever, the second rotating bar and first is connected, and first connecting rod includes the first stripe board, the side wall of the first stripe board
Center is vertically and fixedly provided with the second stripe board in horizontal distribution, and the centre of surface of the first stripe board is connect by shaft with positioning plate
Fixed, the first rotating bar and the second rotating bar are movably installed in the both ends of the first stripe board respectively, and first is slidably connected bar activity
It is installed on one end of the second stripe board.
The second connecting rod mechanism includes two second connecting rods being oppositely arranged, and is turned between two second connecting rods by third
Lever is connected with second bar that is slidably connected, and second connecting rod includes third stripe board and is perpendicularly fixed at third stripe board one end
The junction of the Article 4 shape plate of wall, third stripe board and Article 4 shape plate is fixed on positioning plate by shaft, third rotation
Bar is movably arranged on third stripe board one end, and second bar that is slidably connected is mounted on one end of Article 4 shape plate, and first is slidably connected
Bar and second is slidably connected between bar and is equipped with lead screw.
The fixed plate surface is vertically installed with two limit plates being oppositely arranged, and is movably installed between two limit plates
Fixing seat, fixing seat include fixed block and two shafts for being fixed on fixed block two sides, and two shafts are installed on two limit plates
On, the surface of fixed block is provided with through-hole, and air-leg is equipped in through-hole, and one end of air-leg is fixed with to match with the first rotating bar
The lantern ring of conjunction.
The load carrier includes loading plate, and the surface of loading plate is mounted with permanent-magnet speed governor ontology, loading plate one
End bottom surface both side is vertically and fixedly provided with two Article 5 shape plates being oppositely arranged, and other end bottom surface both side is vertically and fixedly provided with two relatively
The locating piece of setting is fixed with third connecting rod by shaft on two locating pieces, and the other end of third connecting rod is mounted on
In three rotating bars, one end of two Article 5 shape plates is movably arranged in the second rotating bar.
Beneficial effects of the present invention:
Permanent-magnet speed governor of the invention is directly mounted on secured adjusted device, passes through the air-leg of secured adjusted device
It is flexible to drive first connecting rod mechanism mobile, and then drive second connecting rod mechanism mobile, realize the height adjustment of permanent-magnet speed governor.
It is connected between the first connecting rod mechanism and second connecting rod mechanism of secured adjusted device of the invention by lead screw transmission,
The movement of second connecting rod mechanism may be implemented by the position of adjusting screw, and then realize the inclination of load carrier, and then realize
The change of permanent-magnet speed governor input shaft angle, can be realized the transmission of the load end of different angle.
Detailed description of the invention
In order to facilitate the understanding of those skilled in the art, the present invention will be further described below with reference to the drawings.
Fig. 1 is desk permanent-magnet governor structure schematic diagram of the present invention;
Fig. 2 is structural schematic diagram when secured adjusted device of the present invention is in low side horizontality;
Fig. 3 is structural schematic diagram when secured adjusted device of the present invention is in high-end level state;
Fig. 4 is structural schematic diagram when secured adjusted device of the present invention is in high-end heeling condition;
Fig. 5 is the structural blast schematic diagram of Fig. 2;
Fig. 6 is the structural schematic diagram of support base of the present invention;
Fig. 7 is the structural schematic diagram of load carrier of the present invention.
Specific embodiment
A kind of desk permanent-magnet governor based on two-fold disk interactive mode, shown in as shown in Figure 1, Figure 2, Fig. 3, Fig. 4 and Fig. 5, including
Permanent-magnet speed governor ontology and the secured adjusted device for being distributed in permanent-magnet speed governor body bottom portion, the secured adjusted device include branch
Seat 1 is supportted, first connecting rod mechanism 2 and second connecting rod mechanism 3 are installed on support base 1, air-leg 4 is installed, pneumatically on support base 1
The power output end of bar 4 connects first connecting rod mechanism 2, is passed between first connecting rod mechanism 2 and second connecting rod mechanism 3 by lead screw 5
It is dynamic to connect, load carrier 6 is installed in first connecting rod mechanism 2 and second connecting rod mechanism 3, is mounted with forever on load carrier 6
Magnetic governor body;
As shown in fig. 6, the support base 1 includes two brackets 101 being oppositely arranged, one end top of two brackets 101
Between be fixed in the fixed plate 102 that is distributed vertically, bracket 101 includes two columns 1011 being oppositely arranged, two columns
It is fixedly connected with the fixed link 1012 in horizontal distribution between 1011, is equipped between the fixed link 1012 of two brackets 101
One link mechanism 2 and second connecting rod mechanism 3;
The surface both ends of the fixed link 1012 are fixed, and there are two in the positioning plate 103 being distributed vertically, 103 surface of positioning plate
It is provided with the first rotated through-hole 1031, shaft 104 is installed in the first rotated through-hole 1031;
The first connecting rod mechanism 2 includes two first connecting rods 201 being oppositely arranged, and is led between two first connecting rods 201
Cross the first rotating bar 202, the second rotating bar 203 is connected with first bar 204 that is slidably connected, first connecting rod 201 includes first
Shape plate 2011, the side wall center of the first stripe board 2011 are vertically and fixedly provided with the second stripe board 2012 in horizontal distribution, and first
The centre of surface of shape plate 2011 is connected and fixed by shaft 104 with positioning plate 103, the first rotating bar 202 and the second rotating bar 203
It is movably installed in the both ends of the first stripe board 2011 respectively, first bar 204 that is slidably connected is movably installed in the second stripe board 2012
One end;
The second connecting rod mechanism 3 includes two second connecting rods 301 being oppositely arranged, and is led between two second connecting rods 301
It crosses third rotating bar 302 to be connected with second bar 303 that is slidably connected, second connecting rod 301 includes third stripe board 3011 and vertical
It is fixed on the Article 4 shape plate 3012 of 3011 one end side wall of third stripe board, third stripe board 3011 and Article 4 shape plate 3012
Junction is fixed on positioning plate 103 by shaft 104, and third rotating bar 302 is movably arranged on 3011 one end of third stripe board,
Second bar 303 that is slidably connected is mounted on one end of Article 4 shape plate 3012, and first bar 204 and second that is slidably connected is slidably connected bar
Lead screw 5 is installed between 303;
Described first be slidably connected bar 204 and second be slidably connected bar 303 centre of surface be provided with and matched with lead screw 5
Tapped through hole, lead screw 5 is installed in tapped through hole;
The 102 surface right angle setting of fixed plate there are two the limit plate 1021 that is oppositely arranged, two limit plates 1021 it
Between be movably installed with fixing seat 1022, fixing seat 1022 includes fixed block 1023 and is fixed on two of 1023 two sides of fixed block and turns
Axis 1024, two shafts 1024 are installed on two limit plates 1021, and the surface of fixed block 1023 is provided with through-hole, are installed in through-hole
There is air-leg 4, one end of air-leg 4 is fixed with the lantern ring 401 matched with the first rotating bar 202;
As shown in fig. 7, the load carrier 6 includes loading plate 601, the surface of loading plate 601 is mounted with permanent magnetism tune
Fast device ontology, 601 one end bottom surface both side of loading plate are vertically and fixedly provided with two Article 5 shape plates 602 being oppositely arranged, other end bottom
Face two sides are vertically and fixedly provided with two locating pieces being oppositely arranged 603, are fixed with third by shaft on two locating pieces 603 and connect
Bar 604, the other end of third connecting rod 604 are mounted in third rotating bar 302, and one end of two Article 5 shape plates 602 is living
It is dynamic to be mounted in the second rotating bar 203.
Present invention disclosed above preferred embodiment is only intended to help to illustrate the present invention.There is no detailed for preferred embodiment
All details are described, are not limited the invention to the specific embodiments described.Obviously, according to the content of this specification,
It can make many modifications and variations.These embodiments are chosen and specifically described to this specification, is in order to better explain the present invention
Principle and practical application, so that skilled artisan be enable to better understand and utilize the present invention.The present invention is only
It is limited by claims and its full scope and equivalent.