CN204258587U - Genemotor - Google Patents
Genemotor Download PDFInfo
- Publication number
- CN204258587U CN204258587U CN201420606856.9U CN201420606856U CN204258587U CN 204258587 U CN204258587 U CN 204258587U CN 201420606856 U CN201420606856 U CN 201420606856U CN 204258587 U CN204258587 U CN 204258587U
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- China
- Prior art keywords
- rotor
- mover
- permanent magnet
- slide
- rotor permanent
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- Expired - Fee Related
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Abstract
A kind of genemotor, mainly comprises motor, casing, rotor, rotor permanent magnet, slide-bar, sliding sleeve, mover, rotor permanent magnet, connecting rod, bent axle.Its feature casing is rectangular box, casing end is provided with motor, and motor shaft ends is provided with rotor, and mover inwall interval arranges the different rotor permanent magnet of two pairs of polarity, mover endoporus is provided with rotor, and the rotor permanent magnet axially-aligned that the two pairs of polarity is different and rotor outer wall are adhesively fixed.When driven by motor rotor rotates at mover endoporus, rotor permanent magnet produces alternating magnetic field, and rotor permanent magnet and the attracting repulsion phase mutual effect of rotor permanent magnet, make mover take slide-bar as strong point linear reciprocating motion.Its compact conformation, parts are few, efficiency is high, applied range.
Description
Technical field
The utility model belongs to engine manufacturing technology field, specifically a kind of engine.
Background technology
Existing engine generally adopts piston type, mainly comprise oil circuit, ignition switch, cylinder, piston, connecting rod, bent axle, oil circuit to cylinder fuel feeding, plug ignition, gasoline is expanded at combustor inner cylinder, promote piston linear reciprocating motion in cylinder, piston promotes connecting rod and drives crankshaft rotating power output.This engine friction resistance is large, efficiency is low, complex structure, high cost shortcoming.
How to design a kind ofly have that cost is low, efficiency is high, the engine of the advantage such as compact conformation, lightweight, applied range become current problem demanding prompt solution.
Summary of the invention
The purpose of this utility model is for prior art Problems existing, and a kind of genemotor provided, its cost is low, efficiency is high, compact conformation.
The utility model is achieved through the following technical solutions: a kind of genemotor, mainly comprises motor, casing, rotor, rotor permanent magnet, slide-bar, sliding sleeve, mover, rotor permanent magnet, connecting rod, bent axle.Its feature casing is rectangular box, casing end is provided with motor, motor shaft ends is provided with rotor, casing end is provided with motor location hole surrounding and is provided with and motor connecting screw hole, casing end arranges slide-bar hole with middle inside supporting walls is concentric, internal side of shell is axially arranged with slide-bar, cylindric mover is provided with inside slide-bar, mover outer wall bilateral symmetry is provided with sliding sleeve end and is provided with connecting rod connecting hole, inwall both sides are axially symmetrical arranged dovetail groove, bottom is provided with in trapezoidal retainingf key insertion groove and is located by connecting with mover inwall, after retainingf key inserts dovetail groove, mover endoporus is similar to a pair axial tiles groove, two pairs of tiles rotor permanent magnet and tiles are cut off in axially-aligned insertion groove and are adhesively fixed.Axial and the radial spacing of rotor permanent magnet is controlled by retainingf key and partition.Described mover endoporus is provided with rotor, and rotor is that cylindric two ends are provided with step, the two pairs of tiles rotor permanent magnet axially-aligned inside step and rotor outer wall be adhesively fixed.Motor shaft is fixedly connected with rotor by key through rotor inner hole, and motor shaft ends is provided with jump ring and prevents rotor axial from moving.Described two slide-bars are through slide-bar hole, casing end and sliding sleeve endoporus, and slide-bar end is fixedly connected with casing by nut through supporting walls slide-bar hole, and slide-bar and sliding sleeve are slidably matched.Electric motor end cap penetrates location hole rotor and penetrates mover endoporus, and motor flange is fixedly connected with casing by screw.Mover end is provided with connecting rod connecting hole and is connected with rod slide by pitman shaft, and the connecting rod other end and bent axle are slidably connected.When motor rotor driven rotates in mover hole, rotor will produce radial alternating magnetic field, attracting repulsion phase mutual effect between rotor permanent magnet and rotor permanent magnet, make mover take slide-bar as strong point linear reciprocating motion, the rotary motion of rotor becomes mover linear reciprocating motion and promotes connecting rod drive crankshaft rotating power output.Described casing is rectangular box, and end is provided with motor location hole surrounding and evenly arranges and motor connecting screw hole, and both sides arrange slide-bar hole with inside middle portion supporting walls is concentric, and casing other end both sides are provided with machining crankshaft bearing borehole.Described mover is that cylindrical outer wall both sides are provided with sliding sleeve, inwall both sides are axially arranged with dovetail groove, end is provided with jump-ring slot or spiral shell button, the other end is provided with positioning step, bottom is provided with in trapezoidal retainingf key insertion dovetail groove and is located by connecting with mover, after retainingf key inserts dovetail groove, mover inwall is axially similar to symmetrical tiles groove, the different rotor permanent magnet of the two pairs of polarity be similar to the interior and step of tiles groove and is adjacent to and is adhesively fixed with cutting off to insert, and it is interior or prevent rotor permanent magnet axially displaced by collar nut that jump ring snaps in jump-ring slot.The two pairs of rotor permanent magnet are one-sided be same sex opposite be the opposite sex, by retainingf key with cut off controls rotor permanent magnet axially with radial spacing, by cutting off the stroke of axial length control mover, rotor permanent magnet and partition are tiles.Mover one end is provided with connecting rod connecting hole, is connected with rod slide by pitman shaft, is provided with jump-ring slot in connecting hole, prevents pitman shaft from moving axially by jump ring.Described rotor is cylindric, outer wall two ends are provided with inner bore of step and are provided with keyway, the rotor permanent magnet axially-aligned that the two pairs of polarity is different is protruded inside step and rotor outer wall is adhesively fixed, or be tightly placed in rotor permanent magnet outer wall by thin-wall stainless steel and be fixedly connected with rotor, rotor permanent magnet one-sided for different in nature diagonal angle be the same sex, rotor permanent magnet is tiles.Described motor shaft is fixedly connected with rotor by key through rotor inner hole, and motor shaft ends is provided with jump-ring slot, and jump ring snaps in control rotor axial in jump-ring slot and moves, and all has gap between rotor permanent magnet and rotor permanent magnet.Described slide-bar end is provided with spiral shell button, and slide-bar is through slide-bar hole, casing end and sliding sleeve endoporus, and end is fixedly connected with casing by nut through supporting walls slide-bar hole.Described electric motor end cap penetrates motor location hole, and rotor penetrates mover endoporus, and motor flange is fixedly connected with casing by screw with end cap flange.The mover other end is provided with connecting rod connecting hole, is connected with rod slide by pitman shaft, is provided with jump ring and prevents pitman shaft from moving axially outside connecting hole.The connecting rod other end and bent axle are slidably connected.Crankshaft two end is provided with bearing and bearing cap, and bearing cap is fixedly connected with casing by screw, and bent axle is one-sided shaft or bilateral shaft, and crankshaft output end is provided with keyway, and casing is provided with cover.When driven by motor rotor rotates at mover endoporus, rotor will produce radial alternating magnetic field, rotor permanent magnet and the attracting repulsion phase mutual effect of rotor permanent magnet, make mover take slide-bar as strong point linear reciprocating motion, the rotary motion of rotor becomes mover linear reciprocating motion.Mover promotes connecting rod and drives crankshaft rotating power output.
Advantage of the present utility model and good effect are:
1, the utility model genemotor, is rotated the alternating magnetic field produced, interacts, make mover take slide-bar as strong point linear motion with rotor permanent magnet by rotor.Promote connecting rod and drive crankshaft rotating power output, its efficiency is high, applied range.
2, the utility model genemotor, its structure is simple, compact, cost is low, lightweight, processing and fabricating convenient.
Accompanying drawing explanation
Fig. 1 is the utility model genemotor structural representation;
Fig. 2 is the left schematic diagram of Fig. 1.
Embodiment
Below in conjunction with accompanying drawing, the utility model is described in further detail.
See accompanying drawing 1, Fig. 2, a kind of genemotor embodiment, mainly comprise motor 1, electric motor end cap 2, housing 3, slide-bar 4, mover 5, jump-ring slot 6, sliding sleeve 7, rotor permanent magnet 8, cut off 9, dovetail groove 10, keyway 11, rotor permanent magnet 12, rotor 13, motor shaft 14, connecting rod connecting hole 15, slide-bar nut 16, connecting rod 17, bent axle 18 retainingf key 19, described casing 3 is rectangular box, end is provided with motor location hole surrounding and evenly arranges and motor 1 connecting screw hole, both sides arrange slide-bar hole with inside middle portion supporting walls is concentric, casing 3 other end both sides are provided with machining crankshaft bearing borehole.Described mover 5 is provided with sliding sleeve 7 for cylindrical outer wall both sides, inwall both sides are axially arranged with dovetail groove 10, end is provided with jump-ring slot 6 or spiral shell button, the other end is provided with positioning step, bottom is provided with trapezoidal retainingf key 19 and inserts in dovetail groove 10 and be located by connecting with mover 5 inwall, after retainingf key 19 inserts dovetail groove 10, mover 5 inwall is axially similar to symmetrical tiles groove, the different rotor permanent magnet 8 of the two pairs of polarity with cut off 9 and insert and be similar to the interior and step of tiles groove and be adjacent to and be adhesively fixed, it is interior or prevent rotor permanent magnet 8 axially displaced by collar nut that jump ring snaps in jump-ring slot 6.The two pairs of rotor permanent magnet 8 are one-sided be same sex opposite be the opposite sex, by retainingf key 19 with cut off 9 controls rotor permanent magnet 8 axially with radial spacing, control the stroke of movers 5 by cutting off 9 axial lengths, rotor permanent magnet 8 is tiles with partition 9.Mover 5 one end is provided with connecting rod connecting hole 15, is slidably connected, is provided with jump-ring slot in connecting hole 15, prevent pitman shaft from moving axially by jump ring by pitman shaft and connecting rod 17.Described rotor 13 is cylindric, outer wall two ends are provided with inner bore of step and are provided with keyway 11, rotor permanent magnet 12 axially-aligned that the two pairs of polarity is different is protruded inside step and rotor 13 outer wall is adhesively fixed, or be tightly placed in rotor permanent magnet 12 outer wall by thin-wall stainless steel and be fixedly connected with rotor 13, rotor permanent magnet 12 one-sided for different in nature diagonal angle be the same sex, rotor permanent magnet 12 is tiles.Described motor shaft 14 is fixedly connected with rotor 13 by key through rotor 13 endoporus, and motor shaft 14 end is provided with jump-ring slot, and jump ring snaps in control rotor 13 in jump-ring slot and moves axially, and all has gap between rotor permanent magnet 12 and rotor permanent magnet 8.Described slide-bar 4 end is provided with spiral shell button, and slide-bar 4 is through slide-bar hole, casing end and sliding sleeve 7 endoporus, and end is fixedly connected with casing 3 by slide-bar nut 16 through supporting walls slide-bar hole.Described electric motor end cap 2 penetrates motor location hole, and rotor 13 penetrates mover 5 endoporus, and motor 1 flange is fixedly connected with casing 3 by screw with end cap 2 flange.Mover 5 other end is provided with connecting rod connecting hole 15, is slidably connected by pitman shaft and connecting rod 17, is provided with jump ring and prevents pitman shaft from moving axially outside connecting rod connecting hole 15.Connecting rod 17 other end and bent axle 18 are slidably connected.Bent axle 18 two ends are provided with bearing and bearing cap, and bearing cap is fixedly connected with casing 3 by screw, and bent axle 18 is one-sided shaft or bilateral shaft, and bent axle 18 output is provided with keyway, and casing 3 is provided with cover.When motor 1 rotor driven 13 rotates at mover 5 endoporus, rotor 13 will produce radial alternating magnetic field, rotor permanent magnet 12 and the attracting repulsion phase mutual effect of rotor permanent magnet 8, make mover 5 be strong point linear reciprocating motion with slide-bar 4, the rotary motion of rotor 13 becomes mover 5 linear reciprocating motion.Mover 5 promotes connecting rod 17 and is with dynamic crankshaft 18 to rotate power output.
Genemotor operation principle: when motor 1 rotor driven 13 rotates at mover 5 endoporus, rotor 13 will produce radial alternating magnetic field, rotor permanent magnet 12 and the attracting repulsion phase mutual effect of rotor permanent magnet 8, make mover 5 with slide-bar 4 for strong point linear reciprocating motion, the rotary motion of rotor 13 becomes mover 5 linear reciprocating motion, and mover 5 promotes connecting rod 17 and is with dynamic crankshaft 18 to rotate power output.
Certainly, above-mentioned explanation is not to restriction of the present utility model, and the utility model is also not limited to above-mentioned citing; those skilled in the art, in essential scope of the present utility model, the change made; remodeling adds or replaces, and also should belong to protection scope of the present invention.
Claims (5)
1. a genemotor, mainly comprise motor, casing, rotor, rotor permanent magnet, slide-bar, sliding sleeve, mover, rotor permanent magnet, connecting rod, bent axle, its feature casing is rectangular box, casing end is provided with motor, motor shaft ends is provided with rotor, casing end is provided with motor location hole surrounding and is provided with and motor connecting screw hole, casing end arranges slide-bar hole with middle inside supporting walls is concentric, internal side of shell is axially arranged with slide-bar, cylindric mover is provided with inside slide-bar, mover outer wall bilateral symmetry is provided with sliding sleeve end and is provided with connecting rod connecting hole, inwall both sides are axially symmetrical arranged dovetail groove, bottom is provided with in trapezoidal retainingf key insertion groove and is located by connecting with mover inwall, after retainingf key inserts dovetail groove, mover endoporus is similar to a pair axial tiles groove, two pairs of tiles rotor permanent magnet and tiles are cut off in axially-aligned insertion groove and are adhesively fixed, axial and the radial spacing of rotor permanent magnet is controlled by retainingf key and partition, described mover endoporus is provided with rotor, rotor is that cylindric two ends are provided with step, the two pairs of tiles rotor permanent magnet axially-aligned inside step and rotor outer wall be adhesively fixed, motor shaft is fixedly connected with rotor by key through rotor inner hole, motor shaft ends is provided with jump ring and prevents rotor axial from moving, two slide-bars are through slide-bar hole, casing end and sliding sleeve endoporus, slide-bar end is fixedly connected with casing by nut through supporting walls slide-bar hole, slide-bar and sliding sleeve are slidably matched, electric motor end cap penetrates location hole rotor and penetrates mover endoporus, motor flange is fixedly connected with casing by screw, mover end is provided with connecting rod connecting hole and is connected with rod slide by pitman shaft, the connecting rod other end and bent axle are slidably connected, when motor rotor driven rotates in mover hole, rotor will produce radial alternating magnetic field, attracting repulsion phase mutual effect between rotor permanent magnet and rotor permanent magnet, mover is made to take slide-bar as strong point linear reciprocating motion, the rotary motion of rotor becomes mover linear reciprocating motion and promotes connecting rod drive crankshaft rotating power output.
2. according to genemotor described in claim 1, it is characterized in that: described casing is rectangular box, end is provided with motor location hole surrounding and evenly arranges and motor connecting screw hole, both sides arrange slide-bar hole with inside middle portion supporting walls is concentric, casing other end both sides are provided with machining crankshaft bearing borehole, described mover is that cylindrical outer wall both sides are provided with sliding sleeve, inwall both sides are axially arranged with dovetail groove, end is provided with jump-ring slot or spiral shell button, the other end is provided with positioning step, bottom is provided with in trapezoidal retainingf key insertion dovetail groove and is located by connecting with mover, after retainingf key inserts dovetail groove, mover inwall is axially similar to symmetrical tiles groove, the different rotor permanent magnet of the two pairs of polarity is similar to the interior and step of tiles groove and is adjacent to and is adhesively fixed with cutting off to insert, jump ring snaps in jump-ring slot or prevents rotor permanent magnet axially displaced by collar nut, the two pairs of rotor permanent magnet are one-sided be same sex opposite be the opposite sex, axial and the radial spacing of rotor permanent magnet is controlled by retainingf key and partition, the stroke of mover is controlled by cutting off axial length, rotor permanent magnet and partition are tiles.
3. according to genemotor described in claim 1 or 2, it is characterized in that: described mover one end is provided with connecting rod connecting hole, be connected with rod slide by pitman shaft, jump-ring slot is provided with in connecting hole, prevent pitman shaft from moving axially by jump ring, described rotor is cylindric, outer wall two ends are provided with inner bore of step and are provided with keyway, the rotor permanent magnet axially-aligned that the two pairs of polarity is different is protruded inside step and rotor outer wall is adhesively fixed, or be tightly placed in rotor permanent magnet outer wall by thin-wall stainless steel and be fixedly connected with rotor, rotor permanent magnet one-sided for different in nature diagonal angle be the same sex, rotor permanent magnet is tiles.
4. according to genemotor described in claim 1, it is characterized in that: described motor shaft is fixedly connected with rotor by key through rotor inner hole, motor shaft ends is provided with jump-ring slot, jump ring snaps in control rotor axial in jump-ring slot and moves, all gap is had between rotor permanent magnet and rotor permanent magnet, described slide-bar end is provided with spiral shell button, slide-bar is through slide-bar hole, casing end and sliding sleeve endoporus, end is fixedly connected with casing by nut through supporting walls slide-bar hole, described electric motor end cap penetrates motor location hole, rotor penetrates mover endoporus, motor flange is fixedly connected with casing by screw with end cap flange, the mover other end is provided with connecting rod connecting hole, be connected with rod slide by pitman shaft, being provided with jump ring outside connecting hole prevents pitman shaft from moving axially, the connecting rod other end and bent axle are slidably connected, crankshaft two end is provided with bearing and bearing cap, bearing cap is fixedly connected with casing by screw, bent axle is one-sided shaft or bilateral shaft, crankshaft output end is provided with keyway, casing is provided with cover.
5. according to genemotor described in claim 1, it is characterized in that: described when driven by motor rotor rotates at mover endoporus, rotor will produce radial alternating magnetic field, rotor permanent magnet and the attracting repulsion phase mutual effect of rotor permanent magnet, mover is made to take slide-bar as strong point linear reciprocating motion, the rotary motion of rotor becomes mover linear reciprocating motion, and mover promotes connecting rod and drives crankshaft rotating power output.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420606856.9U CN204258587U (en) | 2014-10-10 | 2014-10-10 | Genemotor |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201420606856.9U CN204258587U (en) | 2014-10-10 | 2014-10-10 | Genemotor |
Publications (1)
| Publication Number | Publication Date |
|---|---|
| CN204258587U true CN204258587U (en) | 2015-04-08 |
Family
ID=52962850
Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CN201420606856.9U Expired - Fee Related CN204258587U (en) | 2014-10-10 | 2014-10-10 | Genemotor |
Country Status (1)
| Country | Link |
|---|---|
| CN (1) | CN204258587U (en) |
Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104779775A (en) * | 2015-05-04 | 2015-07-15 | 马鞍山蓝信环保科技有限公司 | High-efficiency non-contacting torque transmitting device |
| CN110289748A (en) * | 2019-05-31 | 2019-09-27 | 东南大学 | One kind being based on straight line-novel vibration motor of rotation double freedom and control method |
-
2014
- 2014-10-10 CN CN201420606856.9U patent/CN204258587U/en not_active Expired - Fee Related
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN104779775A (en) * | 2015-05-04 | 2015-07-15 | 马鞍山蓝信环保科技有限公司 | High-efficiency non-contacting torque transmitting device |
| CN104779775B (en) * | 2015-05-04 | 2017-11-17 | 马鞍山蓝信环保科技有限公司 | A kind of non-contact device for transmitting moment of torsion of high efficiency |
| CN110289748A (en) * | 2019-05-31 | 2019-09-27 | 东南大学 | One kind being based on straight line-novel vibration motor of rotation double freedom and control method |
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Legal Events
| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| CF01 | Termination of patent right due to non-payment of annual fee | ||
| CF01 | Termination of patent right due to non-payment of annual fee |
Granted publication date: 20150408 Termination date: 20201010 |