WO2010145558A1 - Dispositif de blindage d'aimant permanent et son système d'application - Google Patents

Dispositif de blindage d'aimant permanent et son système d'application Download PDF

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Publication number
WO2010145558A1
WO2010145558A1 PCT/CN2010/074040 CN2010074040W WO2010145558A1 WO 2010145558 A1 WO2010145558 A1 WO 2010145558A1 CN 2010074040 W CN2010074040 W CN 2010074040W WO 2010145558 A1 WO2010145558 A1 WO 2010145558A1
Authority
WO
WIPO (PCT)
Prior art keywords
shield
shielding
rest
special
requirement
Prior art date
Application number
PCT/CN2010/074040
Other languages
English (en)
Chinese (zh)
Inventor
应德贵
Original Assignee
天地泰科技(香港)有限公司
Priority date (The priority date is an assumption and is not a legal conclusion. Google has not performed a legal analysis and makes no representation as to the accuracy of the date listed.)
Filing date
Publication date
Priority claimed from CN2009100872216A external-priority patent/CN101931296A/zh
Priority claimed from CN2009100870263A external-priority patent/CN101931295A/zh
Priority claimed from CN2009100880072A external-priority patent/CN101938202A/zh
Priority claimed from CN2009100921852A external-priority patent/CN102013855A/zh
Priority claimed from CN2009101721355A external-priority patent/CN102025244A/zh
Priority claimed from CN2009100924653A external-priority patent/CN102025243A/zh
Priority claimed from CN2010101988227A external-priority patent/CN102281022A/zh
Application filed by 天地泰科技(香港)有限公司 filed Critical 天地泰科技(香港)有限公司
Publication of WO2010145558A1 publication Critical patent/WO2010145558A1/fr

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Classifications

    • H—ELECTRICITY
    • H02—GENERATION; CONVERSION OR DISTRIBUTION OF ELECTRIC POWER
    • H02K—DYNAMO-ELECTRIC MACHINES
    • H02K21/00—Synchronous motors having permanent magnets; Synchronous generators having permanent magnets
    • H02K21/38—Synchronous motors having permanent magnets; Synchronous generators having permanent magnets with rotating flux distributors, and armatures and magnets both stationary
    • H02K21/40—Synchronous motors having permanent magnets; Synchronous generators having permanent magnets with rotating flux distributors, and armatures and magnets both stationary with flux distributors rotating around the magnets and within the armatures

Definitions

  • the present invention relates to the special shielding of the HVAC and its integrated shielding device.
  • the interlacing of the resting magnetic force forming device can be matched with the energy special energy of other energy special devices.
  • Zhonggu 011398833 in 2003 6 11 raised the magnetic sense and permanent rest of the permanent rest is the horizontal installation of the permanent rest of the permanent rest of the base fixed permanent rest of the outer cover of the shield magnetic shield bearing installation nuclear magnetic shield on the multi-magnetic window
  • the base of the nuclear magnetic shield with a belt on the bottom is provided with a belt belt belt mounted on the base for permanent rest.
  • the thickness of the shield to be shielded needs to be greatly increased, which greatly increases
  • the nuclear magnetic shielding special device method overcomes the reaction force of the external household's shielding, so that the energy loss in the household shielding energy is not much higher than the expected small rate.
  • the medium-shielded shield of the upper shield was raised in 2008.
  • the multi-junction shielding device of the shield was raised in 2008.
  • the nuclear magnetic shielding device is multi-joined, including the cohesive components of the force, the alloy parts of the force, and the force outside.
  • the nuclear magnetic shielding device places the alloy member on the outside of the alloy member in the component portion.
  • the rise of the wooden rest limit is only due to the light multiplication of the shield.
  • Zhonggu's new type 00252880 0 in 2001 10 3 raised the high-synchronization capability to synchronize and assemble its sub-subsidiaries, and the special sub-distribution of the special, subordinate, and rest. Same. But there is no shielding, no shielding, and the rest is not perfect.
  • the special magnetic device is fixed to the bracket at least by permanent rest. It has and is similar to the magnetic material of the magnetic material. There is also a singularity that is similar to the nuclear magnetic force that is placed in phase with the magnetic field and that is at least in the same vicinity as the magnetic element. The same magnetization and the magnetic force is close to. However, the imperfections of the lack of function are necessary in the energy-specific ones.
  • the purpose of this is to provide God's well-functioning HVAC and the use of the HVAC device, and the special energy loss of the special energy loss.
  • the purpose of the wood is to have the purpose of the wood.
  • the HVAC shield includes a support, a static rest for the rest, a special shield for the cover, and a special shield for the Hugh.
  • the special shielding has at least the magnetic force of the rest.
  • the retracting shielding device includes the fixing on the frame, and the coaxial shielding on the frame.
  • the special shielding includes at least the shielding shielding in the middle and upward shielding.
  • the wood of this can be any wood of this.
  • the HVAC shield includes a support, a static rest for the rest, a special shield for the cover, and a special shield for the Hugh.
  • the special shielding has at least a magnetic leakage.
  • the shielding device includes a fixing on the frame, and the coaxial shielding on the frame includes at least a first shielding and a second shielding.
  • the shielding and the second shielding are shielded in the middle.
  • the shield and the second shield may partially cover the surface of the panel or the surface of the panel to shield the surface of the panel or the force of the panel to equal the force of the panel or panel.
  • the step-and-loop shielding device includes a special connection and a special connection to be installed in the upper connection.
  • the re-shield shielding device includes the magnetic force of the next household to be shielded.
  • the Hugh shield includes a coaxial Hugh and a second HVAC shield to shield the first and second rest faces in the first and second rest periods.
  • the device can be combined with a device or device
  • the existing wood comparison is based on the sheep, the function is perfect, and the energy consumption is smaller and the energy rate is higher.
  • FIG. 3 is a schematic representation of the support component in the first mode of the present system.
  • FIG. 4 is a schematic representation of the special shielding in the first mode of the HVAC device.
  • FIG. 6 is a schematic representation of the shielding in the first mode of the HVAC device.
  • FIG. 7 is a schematic representation of the installation of the device in this system.
  • 10 is a representation of the distribution of objects in the second mode of the present shield device.
  • 11 is the third system of the present system, which is the third mode of the present system.
  • 15 means that the 16th system in the third mode of the HVAC device is used to indicate the connection between the third mode of the HVAC device.
  • Schematic distribution 30 is the rest of the way to use this Hugh Screening Device.
  • 31 is a plan view showing the first mode of the system using the Hugh shield device. 32 is the first way to use the HVAC device (A-A of 31)
  • 35 is a schematic representation of the rest of the work using the Hugh Shielding System.
  • 49 is a representation of the distribution of objects in the third mode of the HVAC system.
  • 50 is the indication of the use of the multi-shield component in the third mode of the HVAC system.
  • 55 is a schematic representation of the device used in this device.
  • 61 is a schematic representation of the use of the special shielding component in the shield device.
  • the shield is additionally shielded from the outside (outside)
  • Hugh 17 rest includes, outside,
  • Shield 110 cover is the same as the shield 110.
  • the shield 110 in this mode has the same size, shape, and shape.
  • the special connection 11 , the aluminum alloy, the aluminum alloy, the non-existent special connection 11 shield 110 is fixedly connected to the special connection 11 , and each of the special bearings 11 is connected to the above-mentioned special shielding.
  • the special connection of the left and right 15 is Interacting 113 special connection 11 installation.
  • the size, size, and shape of the rest 16*17 are the same as those of the cylindrical shape, including the outer and outer, and the rest of the cylinder along the direction of the cylinder. In this mode, it is located on the left.
  • That phase is located right outside the rest
  • the shielding device of the present embodiment shown in FIG. 7 may be such that the device 113 is externally connected to the shielding device 110, and the device 114 having the external position of the rest 16*17 is mounted on the device 114.
  • the multiple 115 included on the 11 and the 116 on the 115 are at 116 (the outer position of the device 114 that is not shielded by the main shield 115 is 16*17 respectively.
  • the shield 110 is shielded 110 times by the device 114 The location increases the intensity of the device 114 so that the pass-through device 114 will.
  • Special connection 11 can be specially shielded from the rest of the 19 to the positioning function to rest 16 * 17 shield 110 with the same special shielding 19 special connection 11 Hugh no (not steel or aluminum alloy) is not attached Easy to install.
  • the shielded multi-steel 117 shown in Fig. 6 has a thickness of 05 5 mm and the thickness of the most is 3 mm steel 117 at 3 40 with the most angular force of 90 of the shield 110 of 60.
  • Hugh's production method is that the steel sheet is wound into a shield that is formed by the use of a forming tool. Since the molder does not have gold-specific silver in the work, the silver retains the magnetic properties. Shielding the good shielding weight and evenly drawing the magnetic force to establish a fast magnetic channel.
  • the shielding component of the support assembly 12 of the present invention is composed of three sections.
  • Carbon steel has good magnetic properties. Left is made of no (for example, aluminum alloy). Left 13 right is made by right 15 left, right 15 hollow.
  • This mode is the same or similar part of the mode that appears in the modification mode of the first mode.
  • the reference volume of the mode or the principle understanding is also not used here.
  • This mode can be installed on the left side of the installation device and the right side of the installation device.
  • the device used in this mode includes,
  • the special shielding in this mode can be used to fix the strength of the device.
  • the device is also inevitably introduced by the household to shield the special shielding from the shield. In this way, the rigidity of the shield can be improved.
  • the modified 222 of the device has a 223 223 shield on the Hugh 222. The left and right sides of the 222 are supported. 224 Support 224 connects 223 to Hugh.
  • the shielding of the support 224 which improves the shielding rigidity, can cause the shielding of the rabbit shield to increase the use of the shielding device.
  • 10 shows the gravitational pull of the shield that reduces the life of the device. This can give the right side of the nuclear magnetic material in the device that provides the left-handed nuclear material to the left side of the device.
  • the shield of the device shields the same type of repulsion to reduce the attraction of the part of the device to shield the household's gravity.
  • the wood in this mode is the support component.
  • the horizontal direction can be established. In the vertical, the support components are straight. The connection of other parts is not.
  • the HVAC shield has a medium 31 31 on the medium fixed 32 in the fixed 32 on the fixed Jiexiu Jiexiu 34 rest suit in the fixed 32 on the rest including the outside and 341, and 342 Outside 341 Upper Shielding Rest 35 342 Upper Shielding 36 Shielding 35 Shielding 36 Connection Shielding 35 Shielding 36 Special Connection 37 Fixed 32 Special Installation Shielding 35 includes your 35, 352 Shielding 36 including your 361 . 14 Shielding Hugh 35 Shielding 36 Shielding 372 Connections OK
  • the fixing 32 is made of a bracket 31 and 312 which are not fixed (for example, aluminum alloy, not copper alloy).
  • the fixing method is conventional wood means ominous.
  • the rest 34 is a cylindrical shape, including the outer 341, 342, and 34. (or your direction), the outer 341, the inner 342, or the opposite. 12 Hugh does not make a break on the installation 331 rest 34 positioning and connection 331 fixed
  • 35 and 352 of the shielding 35 are the arcs 35, 352 which are larger than the outer 341 of the rest 34, and 35 of the 352 ( ) can be 60 90.
  • the best way to solidify is 90.
  • the 361 in the shield 36 is the arc shape 361 to the less than 342
  • the a towards 361 can be at 60 90.
  • the best way to solidify is 90.
  • the 35, 352, and 34 of the Hugh 35 are the same as the 361 Hugh 34 of the 36.
  • the 35, 352 of the shield 35 and the 361 of the shield 36 are all steel.
  • the thickness of the sheet steel extended by the laurel gold is 0 mm.
  • the solid thickness of the solid steel is 4 mm.
  • the maximum thickness is 03 mm. 10 .
  • Hugh's production method is to use a mold with a sufficient degree of sheet metal to form a cylinder.
  • the shape of the shape 15 is used because the molder does not have the silver properties unique to the sheet metal. It is nearly possible to use a cylindrical mold to form a sufficient number of hollow sheets to form the shape of the shape 15 .
  • 361 support 363 fixed.
  • the device 38 includes, and is equipped with, an existing wooden ominous.
  • Both the device 38 and the outside 341 are shielded from the rest of the 35-seat 35, and the strength of the fixed-size solid will be reduced.
  • the multi-device 39 (this type 4 device) device 39 is fixed 32.
  • Device 39 includes, , .
  • Device 39 and Hugh's 342 are both shielded and 36 shielded to 36. Will be.
  • the device 310 is placed on the curved 372.
  • the shielding Hugh 35 and the Shielding 36 can be used to increase the strength of the device, so that the households of the device and the households are also introduced to the special resistance of the shielding 35 and the shielding 36. Reduce the number of households
  • the gravitational pull of this can be given to the opposite of the device provided by the device 310.
  • the mode device 310 includes,
  • the terminals required for the control, the device, and the terminals can be raised in the existing wood. This book does not work.
  • the wood that is raised in this mode is the fixed horizontal direction. It can be established in the vertical direction. It is fixed in the vertical direction. The connection of other parts is not.
  • 19 to 25 shows the special shielding device of this mode.
  • the special connection 411, the aluminum alloy, the non-existent 20, 23, and the special connection 410 are fixedly connected to each of the special connections, and the special connection is provided.
  • the special connection 411 of the skill 414 is installed.
  • the rest of the method is a cylindrical shape, and the rest, the outer, and the rest are in the direction of the cylinder, and have a low useful life.
  • the power shield is closed and the force is evenly stabilized. In this mode, the shield is placed outside the rest of the shield.
  • the special shielding device 48 is equipped with a device 46 at the outer 46 position of the rest 41.
  • the device 415 is a device with a sense of (in the absence of) the special shielding principle of the household device to shield the sub-device 415. Location will
  • the intensity of the device 415 causes the flux to pass through the device 415.
  • the special connection 411 can be specially shielded from the rest of the 48 to the positioning function to rest 44 shield 49 with the same special shielding 48 special connection 411
  • 22 shield 49 multi-steel 416 thickness of 05 5mm with the most thickness is 3mm steel in the 3 40 with the most is 10 of the shield 49 of the angular force 60 ⁇ 90.
  • Hugh's production method is to use a steel sheet to form a shield. The thickness of the steel is also 05 5mm. The thickness is 3mm. The steel is at 3 40. The most is the production method of 10 Hugh. It is a shield that is used to form a butterfly shape by using a steel sheet. Since the upper molding machine does not have the gold-specific silver in the work, it retains the silver. Therefore, it has the magnetic properties of the shield and the uniform weight of the material. 20, 26 shows that the 43 (carbon steel) which reduces the shielding effect of the fruit mode 43 has better magnetic properties. of
  • This magnetic force 417 shields the steel in the same channel distribution magnetic force to the left and right distribution along the shield earlier than the shielded magnetic force early connected
  • the shielded device 418 on the left side of the device 418 is on the left side of the device 418 and on the left side of the device.
  • the device used in this mode includes,
  • Both the households and the households can have the capacity of the wood.
  • the special shielding can be used to reduce the strength of the device 415.
  • the device 415 is also the same as the device 415, and the shielding of the shielding device 48 is particularly limited.
  • the gravitational force of the shield 49 of the device 415 can be shielded on the device 418 by the magnetic force 419 in which the nuclear magnetic material is distributed under the action of the nuclear magnetic material of each household, and the magnetic force 420 of the early shielding of the Hugh 44 is saturated.
  • Penetration shielding of the device 415 Shield 59 and the formation of the same repulsion can reduce the gravitational force of the partial device 415 shielding 49 households to help shield the special features of 49.
  • the wood in this mode is the horizontal direction.
  • the vertical direction can be upright. In the vertical direction, the connection of other parts is not.
  • This mode is the same or similar part of the mode that appears in the modification mode of the first mode.
  • the reference volume of the mode or the principle understanding is also not used here.
  • the special shielding device of this mode has a medium 51 on the 51 level, there is a medium 52, 52 is fixed on 51
  • the 52 is mounted on 53 53 and the 52 is fixed in the 53 fixed installation.
  • the fixed way is the conventional wooden means.
  • Hugh 54 includes, outside, outside the rest of the room has a special shield Hugh 55 special shield Hugh 55 including 52 in your horizontal shield 56 shield 56 covered in Hugh 54 on the shield 56 has a special connection 57 in this way special connection 57 Shield 56 Special connection 57
  • the 52 is installed in the vertical direction.
  • This connection refers to the special shielded break 55 in the outer edge of the shield 58 is best maintained in this mode at 0 08mm with the same shielded complete magnetic channel.
  • the wood in this mode is the horizontal direction. It can be placed in the vertical direction. In the vertical direction, the connection of other parts is not supported.
  • This type of HVAC device can be used to close the HVAC device in the system.
  • ⁇ 63 includes the external and external interface shielded components 64 has the ability to shield the components 64 fixed installation inside and outside the special shield component 64 includes shielding, upper special, lower special
  • the base 61 is a square base 61 placed horizontally.
  • the 6101 of the middle 6101 of the mounting hole on the mounting base 61 is horizontal.
  • Straight fixing 62 cylindrical and its lower mounting screw base 61 is fixed.
  • the straight fixing 62 is 6101 in the 6201 of the straight fixing 62 on the middle 6101.
  • the special shielding component 64 includes a shielding 6401, an upper 6402, and a lower 6403.
  • the shield 6401 includes a shield 6411 covering the outer 6301, and the upper and lower sides are parallel.
  • Shield 6401 6412 connection Shielding 6401 6412 can also be done as shown in Figure 39.
  • the upper 6402 and the lower 6403 are not made.
  • the 6402 bearing is fixed directly on the upper end of the 62.
  • the special 6403 bearing is fixed directly. Shielding on the 6401
  • the upper special fixed installation shields the lower under the special fixed security.
  • the sheet metal that is extended by the laurel gold is made by winding the mold with a sufficient degree of the shape of the sheet.
  • the shape of the shape 39 is used because the molder does not have the gold property of the gold-specific silver.
  • the thickness of the shield is 05 20 wood steel 3 80 .
  • the shielded angular force is 120 180. . Hugh inside
  • the wrestling force is 70 110. Shielding the rest of the same as the 05 3 wood is the same as 1 wood.
  • Connection can be shielded from the 6401 6404 with the formation of the shielded 6401 special shielded off 6401 upper and lower along the 6404 surface to maintain the best with the same 6102 in the same way in the same 0 mm and the same is 05mm
  • the base 61 on the rest of the 65 rest 65 rests 65 including the left and right and the connected cylinder into a rectangular frame type rest 65 left end left left 6511 rest 65 right end right rest 6512 left rest 6511 right Hugh 6512 along the 6101.
  • Synchronization 69 includes, synchronization, and the same 6901, synchronization
  • the synchronization is installed on the upper frame 36.
  • the control of the control connection to control the existing wood control is to control the same.
  • Synchronously mounted on-synchronization will be transferred to the Synchronous Special Shielding Component. At least the same as 005. It is installed on the base because it is not in the middle.
  • the lowering of the shielding component 64 is shielded from the upper device of the shielding component 64.
  • the device includes a set of supplies, a feeder, and a control device.
  • the households are shielded to the same saturation to reduce the resistance of the shielded component.
  • the special shielding component is in the same shielding position as the rest.
  • This method is the same or similar part of the wood modality that appears in the modification mode of the first mode.
  • the reference to the first mode or the principle understanding is also the content of the mode.
  • the central part of the magnetic system has a base base fixed directly to the rest, including the external and external medium shielded components, and the special shielding component includes shielding, upper special and lower special shielding.
  • Synchronous special shielding component installation base on the rest of the base to install the rest of the handle to connect the skill to the rest of the line to the straight fixed in the middle of the fixed
  • the middle vertical breaks each of the rest and the rest of the rest of the rest of the rest of the rest of the rest of the skill and skill.
  • the steel of the thickness of 05 20 mm steel is shielded from the steel.
  • the angular force of the shield is 120 180. . Shielded off the same as the same 05 3 wood. The most common is 1 wood.
  • the angle of rest is 70 110. .
  • the base is closed, including the left, right, and connected cylinders.
  • the rectangular frame is closed.
  • the left end is closed to the left, and the right end is closed to the left.
  • Left Hugh is on the left side of the rest and is on the right side of the rest.
  • the special shielding component is in the same shielding position as the rest.
  • This system includes a HVAC and an external shield assembly 791.
  • the HVAC shield includes a shield assembly 79 and a power 713 outer shield assembly 791.
  • the outer shield assembly 79 outer shield assembly 791 and the shield assembly 79 cooperate with a magnetic force that can be fully rested.
  • the outer shield assembly 791 includes an outer shield 7911 and your outer joint 7912 outer joint 7912 shield assembly 79 coaxial.
  • the system includes a power component.
  • the power component includes an outer shield component 791.
  • the power 792 power 792 outer shield component 791 is fixed.
  • the present embodiment of the present invention includes a mediation 71.
  • the support member 72 is shown at 71.
  • the weight of the shield assembly 79 is reduced.
  • the support assembly 72 of the support assembly 72 is comprised of three segments.
  • the middle section is hollow 74 (carbon steel) with good magnetic properties.
  • the left is made of no (for example, aluminum alloy).
  • the left 73 is made of the right 75 left 73 and the right 75 hollow 74 fixed connection support assembly 72 71 is fixed.
  • the hollow 74 is provided with a coaxial left rest 76 and a right rest 77.
  • the fixing method is a conventional wooden means and the like. Hugh includes, outside, Outside of Hugh 76 77
  • the inner shielding component 79 includes your shield 710 Shield 710 covering the rest of the rest 7 77 7 Shield 710 coverage private shield assembly 79 is included in the shield 710 each has a special connection 711
  • the shield 710 is connected to the left and right sides of the shield 710.
  • the shield 710 covers the board surface of the left rest 76 and the 5 board surface of the right rest 77 in the middle and upward portions.
  • the hollow 74 shieldable 710 shown in FIG. 49 forms a road shield 710 with a portion of the shielding rest 7 77.
  • the magnetic force of the rest of the steel 718 shield 710 on the left side of the same channel distributes the magnetic force upwards along the shield 710 as early as the right side.
  • the rest of the Hugh 77 is the same as the magnetic force of the Hugh 77 on the right side.
  • the hollow 74 distributes the magnetic force downwards along the hollow 74 as early as the left side of the Hugh 76 (the middle represents hollow
  • the shielding 710 in the present invention has the same size and shape.
  • Special connection 711 Shield 710 Fixed connection in the special connection 711
  • Each bearing 712 is connected to the upper shieldable component 79
  • Left and right special connection has the function 713 special connection 711 installation.
  • the size, shape and shape of the rest 7 77 in this mode are the same.
  • the special connection 711 can shield 710 to the positioning function to rest 7 77 shield 710 with the same shielding 710 special connection 711 rest not (not steel or aluminum alloy) is not attached Easy to install.
  • the shield 710 shown in Figure 50 is multi-steel 717 with a thickness of 05 5mm and the thickness of the most is 3mm steel at 3 40 with the most angular resistance of 10 to 60 ⁇ 90.
  • Hugh's production method is steel sheet
  • the use of the forming work shield 710 is not used because the mold worker does not have gold-specific silver to maintain the silver, so the magnetic properties are good.
  • the shielding weight is uniform and the magnetic force is fast.
  • the power 713 shield component 79 special inner shield component 79 in the rest 7 77 outside the special shield shield Hugh 7 77 magnetic force with shielding outside the rest 7 77 magnetic second rest 7 77 magnetic unshielded components 79 shield part of the outer shield assembly 791 will shield the unshielded rest magnetic part, that is, the outer shield 7911 in the outer shield component 791 to the rest of the magnetic force of the shield assembly 79, the magnetic shield is not interlaced and closed.
  • the outer shield assembly 791 is fixed on the support assembly 72 and the skill 792 of the power assembly is used to mechanically.
  • the power 713 can control the special direction control of the device to control the special direction of the shielding component 79 so that the outer shielding component 791 can be adapted.
  • the special support assembly 72 of the present invention can also support the assembly 72.
  • the Hugh shielding device of this mode has a medium 81 fixed on the 81, 82 is fixed on the middle fixed 82, 8
  • the shield outside the Hugh will cover the same part of the shielded glyph shield of Hugh's outer cover to the same vacancy position.
  • the shielding caused by the shielded Rigid Rabbit Rest shield improves the use of the shielding device.
  • the mask of the Hugh has increased the shielding of the shield
  • the butterfly support 87 of the shielded butterfly support 810 in the shielded butterfly support 810 can be specially shielded from the rest to the positioning function, and the shield shields the same shield butterfly support 87 and the special connection.
  • the shielding, size, shape, size, and shape are the same.
  • the size, shape, and shape of the rest are the same.
  • the cylindrical shape of the rest, the outer, and the rest of the cylinder along the direction of the cylinder has a low useful life.
  • the left side of the rest of the phase is located on the right side of the rest, and the other is shielded to the rest of the rest.
  • the power in this mode can be used in the external shield.
  • the Hugh shield device that uses the special shielding principle uses the different vacant positions of the households. The shielding is used to shield the secondary device position to increase the intensity of the device. The device of this mode has your
  • the thickness is 5 2 mm and the thickness is 3 mm.
  • the steel is both 2 80 and the most is 10 .
  • the shielding and the unbalanced force are 60 ⁇ 90.
  • the screen in this mode is 60 ⁇ 90.
  • the uniformity of the cover is 90.
  • the production method is that the steel sheet is wound into a shield that is formed by the use of a forming tool. Since the mold is not silver-specific silver in the workmanship, the magnetic property is shielded and the shield is good. The uniform weight of the force is used to establish a fast magnetic channel.
  • the wood in this mode is fixed.
  • the horizontal direction can be established.
  • the straight direction is fixed.
  • the connection of other parts is not.
  • the following mode is a modification in the above mode.
  • the increased rigidity of this mode allows the 816 of the device 815 to be modified to have a support 819 support 819 on the left and right sides of the 816 to connect the device 815 to rest.
  • the support can be improved by the rest of the rigidity that can be caused by the rabbit
  • This device is equipped with a medium-shield shielding device.
  • Special shielded components 94 Special shielded components 94 include your ⁇ arc-shaped shield Hugh 95, special 96, outer 97 Arc-shaped shield Hugh 95
  • Special 96 Straight 92 fixed installation arc-shaped shielded face ⁇ Included Shield, outer shield, 950 shield
  • the outer surface of the outer shield is magnetically shielded under the magnetic shield.
  • the outer edge of the magnetic shield is connected to the outer shield.
  • the outer edge of the magnetic shield is connected along the outer circumference of the rest 93.
  • the multi-device 99 has a dielectric force 910 fixed on the straight 92.
  • the Straight 92 is made of No (for example, aluminum alloy, no).
  • the pre-921 and the base 9102 of the Straight 92 bearing 91 are installed.
  • the installation method is conventional and the wooden hand is ominous.
  • the rest 93 is a cylindrical shape, including the outer 9301, 9302, the upper end 9303, the shape of the lower edge (or your direction), and the outer 9301,
  • the outer shield 9501 of the arc-shaped shield Hugh 95 and the rigid arc-shaped shield Hugh 95 The outer 97 outer shield 9501
  • the outer 97 fixed arc-shaped shield Hugh 95 shield 9502 Special 96 Shield 9502 Special 96 fixed.
  • the special 96 is fixed on the straight 92 by not making the special 96.
  • the upper end of the Straight 92 is fixedly installed with 910 power in the 910 mode. This mode can be used to connect the belt to the power connection.
  • the shield 9502 in the arc-shaped shielded rest 95 is the inner arc shape shield 9502 to be less than the rest of the rest 93
  • the 9302's to shield ( ) 9502's a can be at 90 90 solid mode best 90.
  • the outer shield 9501 in the arc-shaped shielded rest 95 is a circular arc-shaped outer shield 9501 that is larger than the outer 9301 of the rest 93.
  • the outer shield ( ) 9501 can be at 60 90. The best way to do this is 90. . Shield in circular arc shield 95
  • the thickness of the arc-shaped shield Hugh 95 is 05 15 mm.
  • the maximum thickness is 3 mm.
  • the steel of the steel is 3 70.
  • the solidest is the thickness of 10 steel.
  • the maximum thickness at 0 mm is 03 mm.
  • Hugh's production method is to use a mold with a sufficient degree of sheet metal to form a large number of cylinders.
  • the shape of the shape of the shape 61 is used because the molder does not have gold-specific silver in the work. It is nearly possible to use a cylindrical mold to form a plurality of hollow sheets and use the shape of the shape 61.
  • the 9302 is equally shielded 9502.
  • the same phase is the same as the 05 3 mm solid.
  • the outermost is the 1 mm circular shield.
  • the outer shield of the 9519 is the outer 9301 of the outer shield 9501.
  • the same as the 05 3 mm solid is 1 mm.
  • the magnetic 98 magnetic 98 on the lower side of the rest 93 is the same as the base 9102 of the rest 9104.
  • Magnetic 98 multi-steel magnetic thickness 05 15 mm solid maximum thickness is 3mm steel steel 3 70 solid most 10 steel thickness 0 mm solid maximum thickness is 03mm.
  • the 9502 magnetic 98 is shielded along the outer edge of the outer shield 9501.
  • the base 9102 of Hugh 93, Hugh 9104, and Magnetic 98 91 is fixed.
  • a plurality of devices 99 (the present mode 4 device) device 99 are placed on the pre-9101 along the upper circumference of the rest 93.
  • Device 99 includes Hugh 9901, Hugh, and .
  • the 9901 face is included, including 9911,
  • the 9911 of the 9901 is a circular arc shape 9911 that is less than a circular arc shield.
  • ( ) 9911's a can be at 60 90. The best way to do this
  • the outer 9912 of the Hugh 9901 is outside the arc shape.
  • the outward of the 9912 to the outer shield of the arc-shaped shielded rest ( ) 9912 can be at 60 90. The best way to do this is 90. .
  • 9911 9302 is outside 9912 outside 9301.
  • the lower part of 9911 extends to the shape of Hugh 93.
  • the lower part of 9912 extends to the shape of Hugh 93.
  • the inner and outer shields of the 9911 and the rest of the 93 are the outer shields of the arc-shaped shield.
  • the outer and outer shields of the 9912 and the rest of the rest are the shields of the outer shield of the arc-shaped shield, and the strength of the fixed special features will be reduced.
  • the wood in this mode is vertical. Straight direction is straight. It can be in the middle. Direct horizontal direction Other parts are not connected.

Landscapes

  • Engineering & Computer Science (AREA)
  • Power Engineering (AREA)
  • Shielding Devices Or Components To Electric Or Magnetic Fields (AREA)

Abstract

L'invention porte sur un dispositif de blindage d'aimant permanent qui comprend un cadre de support, un aimant permanent (16, 17, 34, 44, 54) restant statique par rapport au cadre de support, un module de blindage rotatif (19, 35, 48, 55) destiné à couvrir l'aimant permanent et un module d'entraînement destiné à entraîner le module de blindage rotatif en rotation par rapport à l'aimant permanent. Le module de blindage rotatif comprend au moins une encoche permettant aux lignes de flux magnétique de l'aimant permanent de passer à travers. Le module de blindage rotatif comprend également un arbre central (13-15, 32, 42, 52) monté de façon fixe sur le cadre de support. L'aimant permanent coaxial avec l'arbre central est agencé sur le cadre de support. Le module de blindage rotatif comprend également au moins un élément de blindage (110, 35, 36, 49, 56) qui blinde l'aimant permanent dans la direction radiale de l'arbre central. Le dispositif de blindage d'aimant permanent peut également être appliqué à des systèmes de transmission et des systèmes de génération. L'invention a une structure simple et de faibles pertes de puissance dans un processus de conversion d'énergie.
PCT/CN2010/074040 2009-06-19 2010-06-18 Dispositif de blindage d'aimant permanent et son système d'application WO2010145558A1 (fr)

Applications Claiming Priority (14)

Application Number Priority Date Filing Date Title
CN2009100872216A CN101931296A (zh) 2009-06-19 2009-06-19 一种筒形永磁体的瓦式屏蔽装置
CN200910087221.6 2009-06-19
CN200910087026.3 2009-06-22
CN2009100870263A CN101931295A (zh) 2009-06-22 2009-06-22 一种筒形永磁体瓦形屏蔽装置
CN2009100880072A CN101938202A (zh) 2009-07-03 2009-07-03 一种筒形永磁体的转动屏蔽装置
CN200910088007.2 2009-07-03
CN200910092185.2 2009-09-04
CN2009100921852A CN102013855A (zh) 2009-09-04 2009-09-04 一种筒形永磁体往复式磁力驱动装置
CN200910172135.5 2009-09-10
CN2009101721355A CN102025244A (zh) 2009-09-10 2009-09-10 一种双筒型永磁体转动屏蔽发电装置
CN200910092465.3 2009-09-15
CN2009100924653A CN102025243A (zh) 2009-09-15 2009-09-15 一种单筒永磁体转动屏蔽的发电装置
CN201010198822.7 2010-06-12
CN2010101988227A CN102281022A (zh) 2010-06-12 2010-06-12 双筒形永磁体驱动系统

Publications (1)

Publication Number Publication Date
WO2010145558A1 true WO2010145558A1 (fr) 2010-12-23

Family

ID=43355869

Family Applications (1)

Application Number Title Priority Date Filing Date
PCT/CN2010/074040 WO2010145558A1 (fr) 2009-06-19 2010-06-18 Dispositif de blindage d'aimant permanent et son système d'application

Country Status (1)

Country Link
WO (1) WO2010145558A1 (fr)

Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1423395A (zh) * 2001-12-04 2003-06-11 应德贵 永磁感生发电装置
CN1422764A (zh) * 2001-12-04 2003-06-11 陈朝仁 摆动屏蔽式磁力驱动装置
JP2004282855A (ja) * 2003-03-13 2004-10-07 Hisami Ono 発電機
JP2004343999A (ja) * 2004-08-03 2004-12-02 Katsuichiro Nakajima 回転プレートによる発電装置。
CN1937093A (zh) * 2006-09-26 2007-03-28 大连理工大学 一种旋转式的动态磁屏蔽方法

Patent Citations (5)

* Cited by examiner, † Cited by third party
Publication number Priority date Publication date Assignee Title
CN1423395A (zh) * 2001-12-04 2003-06-11 应德贵 永磁感生发电装置
CN1422764A (zh) * 2001-12-04 2003-06-11 陈朝仁 摆动屏蔽式磁力驱动装置
JP2004282855A (ja) * 2003-03-13 2004-10-07 Hisami Ono 発電機
JP2004343999A (ja) * 2004-08-03 2004-12-02 Katsuichiro Nakajima 回転プレートによる発電装置。
CN1937093A (zh) * 2006-09-26 2007-03-28 大连理工大学 一种旋转式的动态磁屏蔽方法

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