TW576001B - Electrical machine using centrifugal force as axial actuating control of rotator - Google Patents

Description

Commercially available rotary motors have a conical motor rotor combined with a conical hole type and a mechanical magnetic structure. When they are started, they use the axial electromagnetic attraction of the two to drive the axially-closed brake device. Its function is to close the control as a normal state. The axial driving force source of the braking device, but the characteristics of the motor are still a single characteristic; this is a motor that uses the centrifugal force to control the axial actuation of the rotor. In order to reveal the rotation between the motor ^ shaft and the motor rotor or the motor rotor and the machine Between the casing, or between the motor shaft and the casing, a centrifugal drag mechanism FCD100 is used to move the motor rotor for axial displacement, and an axial preload spring SP100 that returns when decelerating is provided, and an axial direction can be selectively set on the motor shaft Positioning restriction structure D100, in order to use the speed of the motor rotor to rotate the motor while the motor is running, to move the motor rotor for relative axial displacement, and then adjust the motor characteristics between the motor and the magnetic field of the motor; except for components such as housing bearings of traditional motors , Its main composition contains the motor magnetic field F100: including those composed of AC or DC generators or motor motor magnetic field structure; its structural types include: F1: electrical The motor magnetic field structure between the magnetic poles of the machine magnetic field and the motor rotor is normally and evenly distributed; or F2: The axial magnetic unilateral or bilateral distribution between the magnetic poles of the motor magnetic field and the motor rotor shows different motor magnetic field strength distributions; or F3 · The axial unilateral or bilateral sides between the magnetic poles of the motor magnetic field and the motor rotor have different clearance structures from the motor rotor; or F4: the axial unilateral or bilateral sides between the magnetic poles of the motor magnetic field and the motor rotor are composed of multiple Permanent magnetic poles or magnetic poles excited by the exciting winding W100 or a mixture of the two as an axial series; or F5 · Consists of two or more structural types of F1 ~ F4; This paper size applies China National Standard (CNS) A4 specification (210 297 mm) A7 B7

Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs-Motor Rotor R100: Permanent magnet type, salient pole type, hysteresis type, winding excitation type, commutator type, eddy current type, including various conventional AC or DC generators or motors, Squirrel cage and other AC or DC brushed or brushless, synchronous or asynchronous rotors are composed of motor rotors alone or mixed; one centrifugal drag mechanism FCD100: It is a conventional mechanism that uses the centrifugal force to generate axial drag force. An axial preload spring SP100 that returns when decelerating is used to move the motor rotor for relative axial displacement with the speed of the motor rotor to change the relative position of the motor rotor R100 and the motor magnetic field F10 () to make the motor rotor R100 Generator and motor characteristics that are set relative to the motor magnetic field F100. This type of motor structure that uses the centrifugal force to control the axial actuation of the rotor includes: (1) Figure 1 shows a centrifugal drag mechanism between the motor rotor and the motor shaft of the present invention for the motor rotor to be axially driven. Fig. 2 is a schematic cross-sectional view of the actuating control structure. Fig. 2 is a schematic cross-sectional view of Fig. 1 _ a '; this is a motor that uses centrifugal force to control the axial actuation of the rotor. A bearing B100 is provided between the motor shaft S100 and the casing Ηΐοο. And the motor rotor R100 and the motor shaft S100 are provided with a structure capable of rotating transmission and axial displacement, such as a plum blossom shaft or other key groove structure SL100 which can be axially displaced, or further in its groove A linear ball or roller structure is arranged between the linear linear interactive bodies, and a centrifugal drag mechanism FCD100 is provided between the motor rotor R100 and the motor shaft S100. The centrifugal drag mechanism FCD100 is provided with a centrifugal block FW500, and the centrifugal block FW500 is provided with The pivot joint structure SC500 is used to couple the swingable arms A500 on both sides, and the pivotable joint arm A500 on one side is provided with a pivot joint structure SC500. This paper size applies to Chinese National Standard (CNS) A4 (210 X 297) Mm) -------- tr ------ (Please read the notes on the back before filling this page) Line 丨 · A7 576001 --------- B7__ V. Description of the invention (3) The fixed seat C100 and the swingable arm A500 on the other side are connected to a fixed seat provided with a pivot joint structure SC500 for coupling to the motor rotor R100 (or a fixed seat made of an integral extension of the motor rotor structure) ) C300, between the fixed seat C100 of the motor shaft S100 and the motor rotor R100, there is an axial prestress spring Sp100 that returns when decelerating, and an axial positioning restriction structure D100 is selectively set on the motor shaft ⑼ When the motor rotor R100 operates as a generator or the motor function, the speed of the motor rotor R100 is used to control the centrifugal drag mechanism FCD100 to change the centrifugal force with the speed, and then the motor rotor is driven to set the axial displacement of the set direction, so that The motor generator R100 and the motor magnetic field F100 generate relative set generator or motor performance; or (2) as shown in Figure 3 is a centrifugal drag mechanism between the motor rotor and the inside of the casing for the motor rotor Sectional view of axially actuated control structure The schematic diagram of the AA 'section is the same as that in FIG. 2; this centrifugal force is used to control the axial actuation of the rotor. The centrifugal drag mechanism FCD100 is provided between the motor rotor R100 and the casing H100 and presents Rotary coupling and axial tensile function; and between the motor rotor R100 and the motor shaft sl100, there is a key groove structure SL100 such as a plum shaft or other axial displacement, or further linear interaction in the groove shape There is a linear ball or roller structure between the bodies. The centrifugal pulling mechanism FCD100 is connected to the side with a pivot joint structure SC500 to connect the swingable arm a500 to both sides. One of the swingable arms is on one side. A500, for connecting to the fixed base for the motor rotor (or the fixed base made by the integral extension of the motor rotor structure) C300 to be combined with the motor rotor, and the other side is connected to the pivot by the swingable arm A500 The paper size of this joint is applicable to China National Standard (CNS) A4 specification (⑵ χ 297). -------- Order --------- Line! (Please read the precautions on the back before filling out this page) Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 576001 A7 B7 V. Description of the invention (+) Annular pedestal WS100 of SC500 structure, and fixed to C200 via bearing B200 Those that are rotatably coupled with the casing H100 and have the axial tensile function; between the circular pedestal WS100 of the centrifugal drag mechanism FCD100 and the fixed seat C300 for coupling to the motor rotor R100, there is an axis that returns when decelerating The pre-stress spring SP100 is provided with an axial positioning restriction structure D100 on the motor shaft. The motor shaft S100 and the housing H100 are provided with the coupled motor shaft S100 as a slewing drive bearing B100. The motor rotor R100 and the motor When the rotating shaft S100 is used as a generator function or a motor function, the centrifugal force is changed according to the speed of the rotating shaft S100 to control the speed of the centrifugal drag mechanism FCD100, and then the motor rotor R100 is caused to generate an axial displacement in the set direction along the motor rotating shaft S100 and is related to the motor magnetic field F100. Produces relative performance of the generator or motor; or (3) as shown in Figure 4 between the rotor of the motor and the inside of the casing There is a centrifugal drag mechanism for the motor to actuate the motor shaft for axial actuation and control structure. The schematic cross-section A_A 'is the same as that in Figure 2. This motor that uses centrifugal force for rotor axial actuation control uses the centrifugal drag mechanism FCD100. It is installed between the motor rotor R100 and the housing H100 and is rotatably coupled and has the axial tensile function; the motor rotor R100 is combined with the motor shaft S100, and the centrifugal drag mechanism FCD100 is connected to the side. The pivot joint structure SC500 is used to connect the swingable arm A500 to both sides. One of the swingable arm A500 is connected to the fixed seat for combining with the motor rotor (or a fixed extension made by integrally extending the motor rotor structure). Seat) C300 is combined with the motor rotor, and the other side is connected to a ring-shaped pedestal WS100 with a pivot joint structure SC500 by a swingable arm A500, and is coupled to the solid via a bearing B200. This paper size applies to Chinese national standards ( CNS) A4 specification (210 X 297 mm) (Please read the precautions on the back before filling out this page) ------- Order · -------- I-Consumption by the Intellectual Property Bureau of the Ministry of Economic Affairs Printed by Cooperatives 57 6001 A7 B7 Fifth, the invention description (ς) / the seat C200 is rotatably coupled with the housing H100 and has the axial tensile function; the ring-shaped pedestal WS100 of the centrifugal drag mechanism FCD100 and for the motor rotor R1 〇 〇 Between the fixed seat C300, there is an axial preload spring SP100 that returns when decelerating, and an axial positioning restriction structure D100 is set on the motor shaft. A motor is provided between the motor shaft S100 and the housing H100. The coupled motor shaft S100 is used for axial displacement and rotary drive of the sleeve or bearing SB 100, which can be used for axial displacement and rotary drive of the sleeve or bearing SB100 and the casing H100. The axial position is fixed. The power supply machine shaft S100 is used for Axial displacement and slewing drive functions. When the motor rotor R100 and motor shaft S100 are used as generator functions or motor functions, the centrifugal force of the centrifugal drag mechanism FCD100 is changed with the speed according to its speed, and then the motor rotor is driven to generate settings. The axial displacement in the direction and the relative setting of the generator or motor performance with the motor magnetic field F100; or (4) as shown in Figure 5 is the motor shaft and the inner side of the casing of the present invention A centrifugal pulling mechanism is provided for the motor rotor to actuate and control the axial cross-sectional structure of the motor. Its AA 'cross-section is the same as that in Figure 2. This motor that uses centrifugal force to control the axial actuation of the rotor can be used in the motor rotor. A centrifugal drag mechanism FCD100 is provided between the motor shaft S100 of R1 00 and the inside of the casing H100 for axial displacement of the motor shaft S100. The centrifugal block FW500 is provided by the centrifugal drag mechanism FW500 and the pivot is provided by the centrifugal block FW500. The joint structure SC500 is used to couple the swingable arm A500. One swingable arm A500 is connected to the fixed seat C100 and the motor shaft S100, and the other swingable arm A500 is connected to the ring pedestal WS100. , And the bearing C200 is coupled to the fixed joint C200 with a pivot joint structure SC500 and combined with 7 This paper size applies Chinese National Standard (CNS) A4 specification (210 X 297 mm) (Please read the precautions on the back before Fill out this page) -------- Order --------- line! Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 576001 A7 V. Description of the invention (Inside of the case H100, the centrifugal drag mechanism fcdi〇〇 and the case hi 00 have a rotatably coupled and axial tensile function. The centrifugal distraction mechanism FCD100 is provided with a ring pedestal WS100 and a fixed seat C100 for coupling to the motor shaft si〇〇. A preload spring SP100 that returns axially during deceleration can be provided. The motor shaft S100 and the machine A sleeve or bearing SB100 for the axial displacement and rotary drive of the coupled motor shaft S100 is provided between the housing H100 and a sleeve or bearing SB100 for the axial displacement and rotary drive and the housing H100 The axial position of the motor is fixed, and it is only used for the motor shaft shaft slOO to perform the axial displacement rotary drive function. When the motor rotor R100 and the motor shaft sl100 are used as the generator function or the motor function, the speed will be changed along with it. Quickly, the centrifugal force of the centrifugal drag mechanism FCD100 changes with the rotation speed and the action of the axial preload spring SP100 to drive the motor shaft si〇〇 to generate an axial displacement in the set direction, which is then used to axially pull the motor rotor R1 〇〇The generator or motor performance that is set relative to the motor magnetic field F100; or (5) As shown in Figure 6, a centrifugal drag mechanism is provided between the motor shaft of the present invention and the outside of the casing to pull the motor rotor Sectional schematic diagram of the axially actuated control structure, the AA 'cross-sectional schematic diagram is the same as that in Figure 2. This motor, which uses centrifugal force for the rotor's axially actuated control, can be exposed outside the casing H100 on the rotor R100 of the motor A centrifugal drag mechanism FCD100 is provided between the motor rotating shaft S100 and the casing H100 for axial displacement of the motor rotating shaft S100. The centrifugal drag mechanism FCD100 is provided with a centrifugal block FW500, and the centrifugal block FW500 is provided with a pivot joint structure SC500. For coupling the swingable arm A500, one of the swingable arm A500 is connected to the fixed seat C100 and the motor shaft S100, and the other swingable arm A500 is connected to the ring base. China National Standard (CNS) A4 Specification (210 X 297 mm) ”——! ------- 1 (Please read the notes on the back before filling out this page) Order 丨 Cooperatives of Employees of Intellectual Property Bureau, Ministry of Economic Affairs Printed-line · # --------- -------------- 576001 V. Description of the invention (7) WS100, and the bearing C200 is coupled to the fixed seat C200 with pivot joint structure sc500, and is combined with the inside of the case H100 The centrifugal drag mechanism FCD100 and the housing H100 are rotatably coupled and have an axial tensile function. The annular pad ws100 provided by the centrifugal drag mechanism FCD100 and the fixed seat C100 for coupling to the motor shaft S100 It can be provided with a pre-stress spring SP100 that returns axially when decelerating, a motor shaft 8100 and a housing H100, and a sleeve or bearing SB100 for the axial displacement and rotary drive of the coupled motor shaft S100, The sleeve or bearing that can be used for axial displacement and rotary drive is fixed in the axial position between the SB100 and the housing H100, and it is only used for the motor rotary shaft sioo to perform the axial displacement rotary drive function. It is used for the motor rotor ri〇〇 and the motor rotary shaft S100. When the generator function or the motor function is running, with the speed of the motor, the centrifugal force of the centrifugal drag mechanism FCD10 () changes with the speed and the role of the axial preload spring SP100 to drive the motor to S100 to generate the axial displacement of the set direction. , And then for the axial R100 movable motor rotor and the motor to generate a magnetic field generator or motor performance F100 by setting the opposite. This motor that uses centrifugal force to control the axial axis of the rotor can further be a dual-motor rotor structure by coupling the individual motor magnetic field structure F100 to two other motor rotors; the aforementioned dual-motor rotors R100 and Ri〇〇 ,, and the motor shaft may be fixedly combined or provided with a plum shaft or other key groove structure SL100 that can be axially displaced or further provided with linear ball or roller structure motor shafts between the groove-shaped linear interactive bodies, It consists of a common single-axis motor shaft sioo ... or two separate motor shafts s100, and si00, which are composed of the aforementioned two separate motor rotors R100 for face-to-face bonding to individual motor magnetic paper Rule of wealth and wealth (CNS) A4 specification (21〇297 mm) 576001 5. Description of the invention (昜 F100 ,, '. Structure, and two separate motor rotors Ri 〇〇 may have the same characteristics or different special features) · The structure of the motor rotor of the generator, and the motor magnetic field (FUH) lightly combined by the two motor rotors (Rl 亦可) can also be a motor magnetic field structure with similarity or different characteristics. FIG. 7 is a cross-sectional view showing one embodiment of the dual-motor rotor of the present invention, and the AA ′ cross-sectional view is the same as FIG. 2. Fig. 8 is a cross-sectional view showing a second embodiment of a dual-motor rotor of the present invention, and the A-A 'cross-sectional view is the same as Fig. 2. FIG. 9 shows the embodiment of FIG. 8 in which one side of the motor rotor and the common electric rotating shaft can be controlled by axial displacement, and the other is a fixed and combined embodiment in which the motor rotor and the electric power are used, and the shaft cannot be axially displaced. Sectional schematic diagram VIIIA-A ′ is the same as FIG. 2. Fig. 10 shows a third cross-sectional view of the embodiment of the dual-motor rotor of the present invention, and its A-A 'sectional schematic diagram is the same as that of Fig. 2. FIG. 11 is a fourth cross-sectional view of a dual-motor rotor embodiment according to the present invention, and the AA ′ cross-sectional schematic diagram is the same as FIG. 2. Fig. 12 shows a fifth cross-sectional view of a dual-motor rotor embodiment of the present invention, and the AA 'cross-sectional schematic diagram is the same as Fig. 2. Fig. 3 is not the embodiment of Fig. 8. One side of the motor rotor and the common electric rotating shaft can be controlled by axial displacement, and the other side of the motor rotor and the electric power 2 is a fixed sectional view of the embodiment. Α_α The% surface is the same as in Figure 2. Fig. 14 shows a sixth cross-sectional view of an embodiment of a dual-motor rotor of the present invention, and its AA 'cross-sectional schematic diagram is the same as that of Fig. 2. Fig. 15 is a schematic cross-sectional view of a seventh embodiment of a dual-motor rotor of the present invention. Fig. The paper size is Wiiiii (CNS) A4. The machine is intended. The machine is intended. Printed 576001

Figure, the AA 'sectional schematic diagram is the same as Figure 2. Fig. 16 is a cross-sectional sound diagram of a person with an embodiment of the dual-motor rotor of the present invention, and its AA 'cross-sectional schematic diagram is the same as Fig. 2. “Figure Π shows a ninth cross-sectional view of a dual-motor rotor embodiment of the present invention, and its AA ′ cross-sectional view is the same as that in FIG. 2. Motor shaft SlOOj S1〇 "Additionally installed various kinds of controllable transmission devices using electric or magnetic force, or mechanical force, or human force, or flow force, or by other operating forces' including friction or fitted clutch or centrifugal type Clutches, etc. are provided for the clutch CL100 that can be operated as a clutch capable of transmitting or shutting back to enable the two motor rotors to operate in conjunction with or separate from each other. This centrifugal force is used to control the axial activation of the rotor. The structure of the dual-motor rotor structure of the motor includes: (1) A schematic cross-sectional view of one embodiment of the dual-motor rotor of the present invention is shown in FIG. 7, and the AA ′ cross-sectional schematic is the same as that in FIG. 2. The motor magnetic fields F100 and F100 and two sets of motor rotor rulers 100, and R100, and two sets of motor rotors R100 'and R100 "and the housing H100 are respectively provided with a slewing drive bearing B100' and two Group for each Centrifugal pulling mechanism FCD100 and FCD100 'with axial displacement of moving motor rotor ruler 100 and R100 ″, centrifugal pulling mechanism FCD500 and FCD500 ” There is a pivot joint structure SC500 for connecting the swingable arms A500 to both sides, and each of the swingable arms A500 connected to one of them is used to connect one to one. ’This paper size applies to China National Standard (CNS) A4 (210 X 297 public love)

# -------- Order --------- Line! (Please read the precautions on the back before filling this page) -------- 576001 A7 -----_ V. Description of the invention (jo) Further fixed to the motor shafts S100 'and S10 (T'; each The centrifugal block FW500 is connected with a swingable arm A500 on the other side for connection to a fixed base with a pivot joint structure SC500 (or a fixed base made of an integral extension of the motor rotor structure) C300 and C300 ''. For the motor rotors R100 and R100, respectively, and two sets of independent motor shafts S100 and S100 at the motor rotor scales 100 ′ and R10 (r ′), respectively, the axial directions of return when deceleration are set Pre-stress springs SP100 'and SP100 ~, and optionally, an axial positioning restriction structure di0〇 is set on the motor shafts S100 and S100 ", respectively; or as shown in FIG. 8, the second embodiment of the dual-motor rotor of the present invention The cross-sectional schematic diagram 'A-A' is the same as that in FIG. 2. It is provided with two sets of motor magnetic fields F100 'and F100 " and two sets of motor rotor scales 100 ′ and r100 ′, which are coupled to a single group and shared. The motor shaft S100 ... structure, two groups of motors, and there is a single group of shared centrifugal motors = FCD100, a single group shared centrifugal distraction mechanism FCD100 " is provided with a centrifugal block FW500, the centrifugal block FW500 is provided with a pivot joint structure SC500 for connecting the swingable arm A500 to both sides, of which one side is swingable Arm A500 for connection to a fixed seat with a pivot joint structure SC500 (or a fixed seat made of an integral extension of the motor rotor structure) C300 to be combined with the motor rotor R100 '; the other side is connected The swingable arm A500 is for connection to a fixed seat with a pivot joint structure SC500 (or a fixed seat made of an integral extension of the motor rotor structure) C300, 'for coupling to the motor rotor R100 ,, Then, the motor rotors R100 ′ and R100 are driven by the centrifugal pulling mechanism FCD100 ... and the pre-stress spring SP100, which are shared by a single group, to jointly drive the motor rotors R10 (r and R10 (T ') for axially controlled displacement. ; And each of the motor rotors R10 (T and R100 "and the coupled motor shaft s100 ,,, is provided with a plum groove shaft or other keyway structure SL100 which can be axially displaced, or further at 12 Standards of this paper _ + _ CNS A4 (210 X 297 public love) ----------- # (Please read the notes on the back before filling out this page) Order i line 丨 --Printed by the Consumer Cooperative of Intellectual Property Bureau of the Ministry of Economic Affairs 576001 A7 B7 Five Inventions (

K-slot-shaped linear interactive bodies are provided with linear balls or roller structures. In the embodiment of FIG. 8, a common spine == motor rotor R1 may be further provided with a plum shaft or: The keyway structure SL1⑽ for axial displacement, or a linear ball seam column is provided between its groove-shaped interactive bodies. The "quotation" is a direct combination to borrow a single set of centrifugation, FCD100 'and preload. The function of the spring spi〇〇 ... separately drives the motor to rotate: R100 is used for axial control of displacement; Figure 9 shows the embodiment of Figure 8 where the motor rotor and the common motor shaft can be controlled for axial displacement, another group The motor rotor and the common motor are turned into fixed joints that cannot be axially displaced. 1 A schematic cross-sectional view of the embodiment. The AA ′ cross-sectional schematic diagram is the same as that in FIG. 2. Three cross-sectional schematic diagrams, the AA ′ cross-sectional schematic diagram is the same as that in FIG. 2. In the embodiment of FIG. 7, two sets of motor magnetic fields F100 ′ and F100 may be further provided between two sets of independent motor shafts S100 ′ and S100 ″. '' And two sets of motor rotors R100, and R100 '', and The controllable clutch CL100 can be set as required between the machine shaft sioo 'and S100 "; the controllable clutch CL100 includes the use of electric or magnetic force, or mechanical force, or human or fluid force, or by other operating forces Various controllable transmission devices, including friction or mating clutches or centrifugal clutches, which are used as clutches that can transmit or cut back rotation energy; to control two sets of motor rotors R100 'and R10 (r, driven by The motor shaft SHUT and S100 ″ are separated and driven independently or connected together. (2) Figure 4 is a schematic cross-sectional view of a dual-motor rotor according to the fourth embodiment of the present invention. The same is provided with two sets of motor magnetic fields F100 'and F100〃 and two sets of motor rotors Ri〇〇i R1〇〇 " and two sets of motors 13 This paper size applies to China National Standard (CNS) A4 specifications (210 X 297 cm) A7 576001 ____B7___ V. Description of the invention (jl) Rotary shaft S10 (T and S100 " Two sets of motor rotors R100 'and R100 " and a housing H100 are provided with a rotary drive bearing B100, a centrifugal pull mechanism FCD100' and FCD100 & quo t; between the housing H100 and the two motor rotors R100 'and R100 ", and the two motor shafts S100' and S100" are composed of two independent motor shafts, each of the centrifugal drag mechanisms FCD100 'and FCD100 " There is a centrifugal block FW500, a pivot joint structure SC500 is provided to connect the swingable arm A500 to both sides, and a pivotable arm A500 connected to one side of each centrifugal block FW500 is provided for connection. C30 (T and C300 "on a fixed base with a pivot joint structure SC500 (or a fixed base made of an integral extension of the motor rotor structure) to be combined with the motor rotors R100 'and R100〃, respectively. On the other side, the ring bases WS100 'and WS100 "are coupled to the housing H100 through bearings B200' and B200 " coupled to the fixed seat C200 'and C200〃 with a pivot joint structure SC500, and then form the housing H100. Reversible coupling and axial tensile function; two sets of fixed bases C300 'and C300 " and two sets of ring-shaped pedestals WS100' and WS100 "are provided with prestress springs SP100 'and SP100 ", and can be selected as required Characterized by two sets of motor shafts S100 'and S100 & qu ot; set the axial positioning restriction structure D100, and between the respective motor rotors R100 'and R100 "and the coupled motor shafts S100' and S100 ", such as a plum shaft or other keyway structure SL100 that can be axially displaced, or Further, a linear ball or roller structure is provided between the groove-shaped linear interactive bodies to take advantage of the centrifugal force of the rotation speed change of the centrifugal drag mechanism FCD10CT and FCD100'7 and the effect of the axial preload spring SP100 'and SP100 ", The motor rotors R100 'and R100 are respectively driven for axial control displacement; or as shown in FIG. 12 is a schematic cross-sectional view of the fifth embodiment of the dual-motor rotor of the present invention. The AA' cross-sectional schematic is the same as that in FIG. There are two sets of motors. 14 The paper size is applicable to the Chinese National Standard (CNS) A4 specification (210 X 297 mm) (Please read the precautions on the back before filling this page) 0 -------- Order --- ------ Line 1 Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 576001 A7 B7 V. Description of the invention) Magnetic fields F100 'and F100 "and two sets of motor rotors R100' and R100", which are shared by a single group Motor shaft S100 '" structure, and by two sets of centrifugal pull The mechanisms FCD100 'and FCD100 " are respectively coupled between the two motor rotors R100' and R100 " and the casing H100. The centrifugal drag mechanisms FCD10 (T and FCD100 "are each provided with a centrifugal block FW500, and the centrifugal block FW500 is provided with a pivot joint The structure SC500 is used to connect the swingable arm A500 to both sides, and the swingable arm A500 connected to one side of each of the centrifugal blocks FW500 is respectively connected to a fixed seat with a pivot joint structure SC500 (or by a motor Rotor structure integrally extended fixed bases) C300 'and C300 "for combining with the motor rotors R10 (T and R100 " respectively, and the other side of the respective centrifugal block FW500 is borrowed from the ring pads WS100' and WS100" to The bearing B20 (Γ and B200 "is coupled to the housing C200 'and C200" provided with the pivot joint structure SC500 and combined with the housing Η100, and then it is rotatably coupled with the housing Η100 and has an axial tensile function ; And each of the motor rotors R100 'and R100〃 and the coupled common motor shaft S100' " are provided with a plum groove shaft or other key groove structure SL100 capable of axial displacement, or further in the groove-shaped linear interactive body Linear ball The roller structure is based on the centrifugal pull mechanism FCD100 'and FCD100 "and the axial preload spring SP10 (T and SP100 " drive motor rotor R100) provided between the ring pads WS100' and WS100" and the fixed seats C200 'and C200 " 'And R100' are used for axially controlled displacement; in the embodiment of FIG. 12, as shown in FIG. 13, a common motor shaft S100′〃 and a motor rotor R100 ′ may be further provided, such as a plum shaft or other Axial displacement of the key slot structure SL100, or a linear ball or roller structure between the groove-shaped linear interacting bodies, and the motor rotor R100 '" is directly combined to borrow a single set of centrifugation Involved 15 This paper size applies Chinese National Standard (CNS) A4 specification (210 X 297 mm) (Please read the precautions on the back before filling this page) -------- Order ------- --Line—Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs A7 576001 V. Description of Invention (ΙΨ) The mechanism of the mechanism FCDIGG " 'and the pre-stress spring SP1⑽ ... Please use the rotor of the machine for axial control of displacement; Figure 13 = Axial between the sub and the common motor shaft: Control: The other side of the motor rotor and the common motor shaft are fixed and combined. The cross-sectional schematic diagram of the embodiment 'its A-A' is the same as that of FIG. 2; FIG. 14 shows the second diagram of the dual-motor rotor embodiment of the present invention. A-A, the cross-sectional schematic diagram is the same as that of FIG. 2 and is implemented in the aforementioned figure; in which, two sets of independent motor shafts S100 ′ and sl0 ′ may be further provided with two sets of motor magnetic fields F100, F100 ~ and two sets of motor rotors Ri〇f and R100 ″, and between the motor shafts S100, and sl100, you can choose to set the controllable clutch CL100 as required; the controllable clutch Cu〇〇 includes the use of electricity or magnetic force , Or mechanical force, or human force, or fluid force, or various controllable transmissions controlled by other operating forces, including friction or mating clutches or centrifugal clutches #, for #turning can transmit or cut off the function The clutch is composed of two sets of motor rotor rulers 100 and R100, and the motor shafts S100 'and S100, driven by them are separated and driven independently or connected with the common driver; (3) Figure 15 Illustrated dual motor rotation of the present invention A schematic cross-sectional view of the seventh embodiment, the AA cross-sectional view is the same as that in FIG. 2, and is provided with two sets of motor magnetic fields F 丨 〇〇, and F100 ″, and two sets of motor rotating shafts 8100 ′ and S10 (r ′, and is provided with two Fig. 4 The embodiment presents two sets of two motor rotors 100 ′ and R100 ′ which are co-constructed. A controllable clutch clioo is provided between the motor shafts S100 ′ and S100. The controllable clutch CL100 contains electric power or Various controllable transmission devices controlled by magnetic force, mechanical force, human force, or fluid force, or by other operating forces, including friction or mating clutches or centrifugal clutches, etc. The clutch is composed of two sets of motor rotors (please read the precautions on the back before filling this page) ------- ^ Order --------- line! Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs, ----- 16 V. The description of the motor shaft driven by the invention (丨 ί) ^ and gifts, separate drive or connect with the common drive; (:) Γ · Λ16: Schematic drawing of the eight-scraped embodiment of the dual-motor rotor embodiment of the invention, 2 F1 2 ^ ^ The tolerance diagram is the same as that in FIG. 2. It is provided with two sets of motor magnetic field F10 (K ΐΠϋ set of motor shaft gifts and gifts', and Figure 2 is composed of two sets in series, and the two sets of motor rotors let, and ⑴. ;; :: The second and second ′ ′ are equipped with a controllable clutch, and the two and three CL100s contain electricity or magnetic force. , Or mechanical force, transmission equipment / = 1, or various controllable, etc. controlled by other operating forces, for operation, 0 = friction or fitted clutch or centrifugal clutch ii;: rRf〇: rR;: 〇 Tw: tir " " c1nn. ^ „^ V 夂 R10〇 The motor shaft sioo 'and = two independent drives or joint common drives; Γλλ, ^

i Fiom is the same as Figure 2. It is provided with two sets of motor magnetic fields F10 (r embodiment; set of motor shafts, and S traces, and two sets of Figure 6 R10 (T ^ two groups in series, The two sets of motor rotors R10 (K: =: 4: and S1) are provided with a controllable clutch or manpower, including electric or magnetic force, or mechanical force. Han traces and Rl0〇 ^ month ^ Clutch theft, a group of 1 turn: machine turn: child === 17 paper rule money_house standard (0 ^ 4 ^^ Y97 mm 576001 A7

I. Please read the precautions on the back before filling in this page. V. Description of the invention (> |) Axial displacement axial bearing SS100 can be used for axial displacement and rotary drive. Shown is a multi-layer structure of the embodiment where the motor shaft is coupled to the outer layer as a slewing bearing and the inner layer is an axial bearing. The sectional view is actually IS! · ~ (6) The outer layer is a sleeve or bearing SB100 driven by axial displacement and rotation Structure, the inner layer is a multi-layer bearing structure composed of a slewing drive bearing B1G0 that can be used for axial displacement and slewing drive; Figure 27 shows the motor shaft consumption of the present invention. The outer layer is the inner layer of the sleeve bearing for axial displacement It is a schematic sectional view of a multi-layer structure embodiment of a slewing bearing; (7) The outer layer is composed of a plum shaft or other key groove structure SL100 that can be axially displaced, and the inner layer is composed of a slewing drive bearing Bi⑼ for axial displacement and rotation Driven multi-layer bearing structure; Figure 28 shows the motor of the present invention is coupled to the outer layer of a plum-shaft keyway with axial displacement. The inner layer is a multi-layer structure of a rotary bearing. Example cross-section schematic diagram; said ° ° outer layer is composed of the structure of the axial bearing s, the inner layer is, the rotary drive bearing _ constituted by the axial displacement and rotary drive ^ = layer bearing structure; shown in Figure 29 The motor shaft of the present invention is lightly connected to the outer layer. The axial bearing is a multi-layered structure with the inner layer being a slewing bearing. A cross-sectional view of the embodiment is shown above. ^ The above-mentioned replacement of the rotor A ^ is used to control the axial activation of the rotor. Between the rotating shaft and the motor rotor, or between the motor shaft and the driven transmission element, or between the motor rotor and the casing, between the motor's rotating shaft and the casing, the centrifugal drag mechanism Fcmoo is used to pull the rotor for axial displacement. Axial preload that returns when decelerating 576001

V. Description of the invention (>) 100 When the motor is running, the centrifugal force changes with the rotation speed of the centrifugal mechanism and the role of the axial preload spring to drive the motor rotor for axial displacement, and then regulate the motor rotor and the motor If the characteristics of the motor between the magnetic fields are characteristic, Liyue b is exactly creative and innovative. The applicant did not reveal the previous skills, so please check it in accordance with the law. " Brief description of the diagrams ... Fig. 1 is a schematic cross-sectional view of a centrifugal pulling mechanism provided between the motor rotor and the motor shaft of the present invention for the motor rotor to be axially actuated and regulated. FIG. 2 is a schematic sectional view of FIG. 1A-A ′. Fig. 3 is a schematic cross-sectional view of a centrifugal puller mechanism provided between the motor rotor and the inside of the casing of the present invention for pulling the motor rotor for axial actuation and regulation. FIG. 4 is a schematic cross-sectional view of a centrifugal puller mechanism provided between the motor rotor and the inside of the casing for pulling the motor shaft for axial actuation. FIG. 5 is a schematic cross-sectional view of a centrifugal puller mechanism provided between the motor shaft and the inside of the casing for pulling the rotor of the motor for axial actuation. FIG. 6 is a schematic cross-sectional view of a centrifugal puller mechanism provided between the motor shaft and the outer side of the casing of the present invention for the motor rotor to be axially actuated and regulated. FIG. 7 is a schematic cross-sectional view of one embodiment of a dual-motor rotor of the present invention. 8 is a schematic cross-sectional view of a second embodiment of a dual-motor rotor of the present invention. FIG. 9 is a schematic cross-sectional view of the embodiment of FIG. 8 in which one side of the motor rotor and the common motor shaft can perform axial displacement control, and the other group of motor rotors and the common motor shaft can not perform axial displacement. . FIG. 10 is a schematic sectional view of a third embodiment of a dual-motor rotor of the present invention. 24 This paper rule Chinese National Standard (CNS) A4 specification (210 X 297 public love) One (Please read the precautions on the back before filling this page) -------- Order -------- -line! Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs 576001 A7 B7 V. Description of the invention (>)) Figure 11 is a schematic cross-sectional view of the fourth embodiment of the dual-motor rotor of the present invention. FIG. 12 is a schematic cross-sectional view of a fifth embodiment of a dual-motor rotor of the present invention. Fig. 13 is a schematic sectional view of the embodiment of Fig. 8 in which one side of the motor rotor and the common motor shaft can be controlled for axial displacement, and the other side of the motor rotor and the common motor shaft are fixed and combined. 14 is a schematic sectional view of a sixth embodiment of a dual-motor rotor of the present invention. 15 is a schematic cross-sectional view of a seventh embodiment of a dual-motor rotor of the present invention. FIG. 16 is a schematic sectional view of an eighth embodiment of a dual-motor rotor of the present invention. FIG. 17 is a schematic cross-sectional view of a ninth embodiment of a dual-motor rotor of the present invention. 18 is a schematic cross-sectional view of an embodiment of a commutator armature with an axial extension according to the present invention. Fig. 19 is a schematic perspective view of a squirrel-cage rotor structure with multiple axial loops in the present invention. 2G is a schematic diagram of an embodiment in which the motor rotor of the present invention is composed of motor rotors of different motor characteristics that are axially superposed. This is a schematic cross-sectional view of an embodiment in which the motor magnetic field of the present invention is composed of motor rotors with different motor characteristics. Printed by the Ministry of Wisdom and Consumer Affairs Co., Ltd. Shaft shaft shaft • Fitted with a plane-shaped ball shaft inside the shaft is possible: Shaft 22 = the moon motor shaft is lightly closed on the outer layer is a rolling bearing inner layer cylinder bearing embodiment sectional view. The motor shaft of the present invention is danced on the outer layer and the inner layer of the slewing bearing.

Claims (1)

Sixth, the scope of the patent application is d '· > ΛΏ 恩 Jij "_, the motor V that uses the centrifugal force to control the axial activation of the rotor V is between the motor shaft of the rotary motor and the motor rotor, or between the motor rotor and the casing, Or between the motor and the motor shaft and the machine, there is a mechanism that uses axial force by centrifugal force and a two-way preload spring, and can optionally set the axial positioning limit and "structure" on the motor shaft, and borrow the motor The speed of the rotor is controlled by the relative axial displacement of the motor rotor, and then the motor characteristics between the motor rotor and the magnetic field of the motor. The main components include: —Motor magnetic field F100: Contains the magnetic field structure of an AC or DC generator or a motor The structure types include: F1 ·· The motor magnetic field structure with a normal and stable distribution between the magnetic poles of the motor magnetic field and the motor rotor; or F2 · Axial unilateral or The two sides show different distributions of the magnetic field strength of the motor; or F3: the axial direction between the magnetic poles of the motor field and the motor rotor is different from the motor rotor Printed by the Intellectual Property Bureau of the Ministry of Economic Affairs, and printed by the Consumers ’Cooperative, F4: The axial direction between the magnetic poles of the motor magnetic field and the motor rotor is unilaterally or bilaterally excited by multiple permanent magnetic poles or exciting windings w100. Magnetic poles or a combination of the two as an axial series, or F5 · Composed of two or more structural types of F1 ~ F4;-One motor rotor Rioo: Contains various conventional AC or DC generators Or the motor hysteresis type, commutator type, eddy current type, squirrel-cage type and other AC or DC brushed or brushless, synchronous or asynchronous rotors are composed of separate or mixed motor rotors;-Centrifugal drag mechanism FCD100 ·· Axial force is generated by conventional use _-_ 28 This paper size applies to China National Standard (CNS) A4 (210 X 297 male & The scope of the patent application is 576001. It is composed of a mechanism with power, and it is provided with an axial preload bomb K SP100 that returns when decelerating. The motor rotor is rotated at a speed of k motor rotor for relative axial displacement to change the motor rotor R100 and the motor magnetic field F100. The relative position 'causes the generator or motor characteristics to be relatively set between the motor rotor R100 and the motor magnetic field F100. 2. As described in Item 丨 of the scope of the patent application, the motor for axially actuating and controlling the rotor is provided with a bearing B100 between the motor shaft S100 and the casing H100, and the motor rotor R100 and the motor shaft § 100 is a structure with rotatable transmission and axial displacement such as a plum blossom shaft or other key groove structure SL100 that can be axially displaced, or further provided with linear ball or The roller structure is provided with a centrifugal drag mechanism FCD100 between the motor rotor R100 and the motor shaft s100. The centrifugal drag mechanism FCD100 is provided with a centrifugal block FW500, and the centrifugal block FW500 is provided with a pivot. The shaft joint structure SC500 is used to couple the swingable arms A500 · on both sides, one of which has a hair b movable support arm A5 00 for connection. The fixed seat cioo of the pivot joint structure SC5 00 is provided, and the other side is swingable. The arm A500 is connected to a fixed base (or a fixed base made of an integral extension of the motor rotor structure) C300 provided with a pivot joint structure SC500 for coupling to the motor rotor Ri00, a fixed base C100 of the motor shaft S100 and a motor rotor R100 In between, return when deceleration The axial preload spring SP100, and the axial positioning restriction structure D100 is optionally set on the motor shaft S100. When the motor rotor R100 operates as a generator or the motor function, the speed of the motor rotor R100 is used to control the centrifugal drag. The mechanism FCD100 changes the centrifugal force with the rotation speed, and then drives the motor rotor for axial displacement in the set direction, so that the motor rotor R10〇 and I-— _Z2_____ This paper size 剌 Chinese National Standard (CNS) A4 specification (210 X 297 meals) * " — " — III — — — — — — — — IIIIIII ^ «— — — — — — I — I i (Please read the notes on the back before filling out this page) Intellectual Property Bureau, Ministry of Economic Affairs, Consumer Consumption Cooperative Printed 576001 "Όί _ // r- 1 VI. Scope of patent application '---- those who have relative settings between the motor magnetic field F100 and the generator or motor performance. (Please read the precautions on the back before filling this page) Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 3. As described in Item 1 of the scope of patent application, the rotating centrifugal force is used to control and control the axial direction of the rotor. The centrifugal puller 楱 FCD100 is provided between the motor rotor R100 and the housing H100 and is rotatably coupled and has an axial tensile function; and between the motor rotor R100 and the motor shaft S100, a plum shaft or Other key groove structure SL1 00 which can be axially displaced, or further provided with linear ball or roller structure between the groove-shaped linear interactive bodies, and the centrifugal pulling mechanism FCD100-side for connection with the pivot joint structure SC500 To connect the swingable arm A500 to both sides, one of the swingable arm A500 is connected to the fixed base for the combination with the motor rotor (or the fixed base made by integral extension of the motor rotor structure) C3〇〇 It is combined with the rotor of the motor, and the other side is connected to the ring pedestal WS100 provided with a pivot joint structure SC500 by a swingable arm A500, and is coupled to the fixed seat C200 via a bearing B200, and is connected to the housing H100. For the coupling of rotation and the axial tensile work, between the ring pedestal WS100 of the centrifugal drag mechanism FCD100 and the fixed seat C300 for coupling to the motor rotor R100, a deceleration = returning axial preload spring is provided. SP100, and An axial positioning restriction structure D100 is provided on the motor shaft, and a motor shaft S100 is coupled between the motor shaft S100 and the housing H100 as a rotary drive bearing 8100. The motor rotor R100 & motor Rotary pump sl0 (When the generator function or motor function is operating, the centrifugal force is changed according to the speed of the centrifugal drag mechanism FCD100 according to the speed of the generator, and the motor rotor r⑽ is driven to generate an axial displacement in the & 疋 direction along the motor shaft S1GG. And generate relative set generator or motor performance with motor magnetic field F100 576001 Six applications for patent scope 4 · As described in the first patent application scope of the scope of the patent application of centrifugal force for the rotor axial actuation and regulation of the motor 'It uses the centrifugal drag mechanism jPCD 100 for installation between the motor rotor R100 and the casing H100 It is rotatably coupled and has axial tensile work; the motor rotor R100 is combined with the motor shaft s100, and the centrifugal drag mechanism FCD100 is connected to the side with a pivot joint structure SC500 to connect to both sides. Swing arm A500, one of which is a swingable arm A500, for connecting to a fixed seat (or a fixed seat made of an integral extension of the motor rotor structure) for coupling with the motor rotor C300 to rotate with the motor = Combined, the other side is connected to the ring seat ws100 with a pivot joint structure SC500 by a swingable arm A500, and is coupled to the fixed seat C200 through a bearing B200 to be able to be connected with the housing H100. Between the rotating surface and the axial tensile function; between the ring pad wsi〇〇 of the centrifugal drag mechanism FCD100 and the fixed seat C · for coupling to the motor rotor R100, there is an axis that returns when decelerating Pre-impeachment spi〇〇, and The machine's rotating shaft is provided with a directional positioning restriction structure D⑽, and between the motor's rotating shaft and the housing 电机 is a sleeve or bearing SB100 for axial displacement and rotary drive of the combined motor shaft, which can be used for axial displacement. And rotary drive sleeve bearing smoo and casing H100 axial position is fixed, the power supply motor shaft for axial displacement and rotary drive function, in order to operate the motor rotor ri〇〇 and motor shaft S100 as a generator function or motor When the function is operating, the speed of the ten vertical rotations is used to control the centrifugal drag mechanism Fcmoo to change with the speed = :, and then the motor rotor is driven to generate an axial displacement in the set direction, and the magnetic field of the machine F100 generates a relatively set generator or motor. Centrifugal force as rotor shaft as described in item i of the patent scope; actuating adjustment * ------- 3 1 This paper size applies to China National Standard (CNS) A4 specification (21 () χ 297 Gongchu · 576001 For the controlled motor, a centrifugal drag mechanism FCD100 can be set between the motor shaft R100 of the motor rotor R100 and the inside of the casing H100, for the axial displacement of the motor shaft sioo. The mechanism FCD100 is provided with a centrifugal block FW500 'and the centrifugal block FW500 is provided with a pivot joint structure SC500 for coupling to the swingable arm A500. One of the swingable arm A500 is connected to the fixed seat C100. It is combined with the motor shaft sl100, and the other side swingable arm A500 is connected to the ring pad ws100, and is coupled to the machine through the bearing B200 to the fixed seat c2⑼ with a pivot joint structure SC500. The inside of the shell H100 makes the centrifugal pulling mechanism FCm00 fish housing H100 be rotatably coupled and has an axial tensile function. The annular cushion seat ws100 set by the centrifugal pulling mechanism FCD100 and for coupling to the motor shaft S100 Between the fixed seat cl00, a pre-stress spring SPHK that returns axially during deceleration can be provided, between the motor shaft sl100 and the casing m00, printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs ^ For the lightly closed motor shaft S1 for axial Sleeve or bearing SB100 for moving and rotating drive can be used for axial displacement and rotating drive. The axial position between the sleeve or bearing B100 and the housing H100 is fixed, and it is only for the function of driving the shaft when the motor rotates When the motor rotor r_ and the motor are turned to function as a generator or the motor function, the centrifugal drag mechanism is changed as it rotates. The centrifugation changes with the rotation speed =, the role of SP100 is to drive the motor shaft. Hi: The axial displacement 'is then used for axially pulling the rotor of the motor. Machine magnetic field FH). Generate relative performance of the generator or motor As described in item i of the patent application, the centrifugal force is used to make the rotor axially caused by the paper. Applicable specifications (21.x: public love) 576001 6. Scope of patent application: The motors printed and controlled by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs can be installed between the motor rotor R100 exposed on the outside of the casing H100 and the motor shaft S100 and the casing Η100 f. The motor shaft si〇〇 is axially displaced. The centrifugal drag mechanism FCD100 is provided with a centrifugal block FW500. The centrifugal block FW500 is provided with a pivot joint structure SC500 for coupling to a swingable arm A50. One of the swingable arm A500 is provided for It is connected to the fixed seat C100 and the motor shaft S100 ', while the other side swingable arm A500 is used to be connected to the ring-shaped pedestal WS100, and is coupled to the fixed pivot joint structure sc: 500 through the bearing B200. The seat C200 is combined with the inside of the case H100, so that the centrifugal pulling mechanism FCD100 and the case H100 are rotatably coupled and have an axial tensile function. The ring-shaped pedestal ws100 of the centrifugal pulling mechanism FCD100 is provided for combination with A pre-load spring SP100 that returns axially during deceleration can be provided between the fixed seat C100 of the motor shaft S100, and a motor shaft S1 for coupling is provided between the motor shaft S100 and the housing H100. 00 The sleeve or bearing SB100 for axial displacement and rotary drive can be used for axial displacement and rotation of the sleeve or bearing SB 100 and the housing H100. The axial position is fixed only for the motor shaft S100. Rotary drive function, when the motor rotor R100 and motor shaft S100 are used as a generator or the motor is running, the speed of the centrifugal drag mechanism FCD1 is changed with the speed of the motor. The function of SPl00 is to drive the motor shaft S100 to generate an axial displacement in a set direction, and then to axially pull the motor rotor R100 to generate a relative set generator or motor performance with the motor magnetic field F100. Enter the rotor axial actuation adjustment by centrifugal force as described in item 丨 of the scope of patent application (please read the precautions on the back before filling this page) η --------- 92. 576001 6. For motors controlled by the scope of patent application, the step-by-step can also be constituted by the structure of the magnetic field of individual motors fi00, which is consumed by two other motor rotors to form a dual motor rotor structure; the aforementioned dual motors, sub R100 & R100 '' It can be fixedly combined with the motor's rotating shaft, or it can be provided with a plumbing shaft or other key groove structure that can be axially displaced. Su 〇〇 Further, there is a linear ball or roller structure between the groove-shaped linear interactive bodies. The motor shaft G consists of, a single-axis motor shaft S100 ..., or two separate motor shafts S100 and S100. The aforementioned two separate motor rotors R100 are used to fit the structure of the individual motor magnetic field side, and the two Different motor rotors R100 can be motor rotor structures with the same characteristics or different characteristics, and the motor magnetic field F100 consumed by the two motor rotors R100 can also be a motor magnetic field structure with the same characteristics or different characteristics. Line 8. As described in the patent No. 4 _ item 1, the progress of the motor by centrifugation and force for the axial actuation of the rotor can be improved by providing two sets of motor magnetic fields F1Q0 'and F 1 and two sets of motor rotors R10 (r and R100 ”, Two sets of motor rotors R100, and Ri〇〇 and machine 豉 οο are equipped with slewing drive bearings B100, respectively, and two sets of centrifugal centrifugation for axial displacement of each of the motor rotors R100, and R100 ″ Pulling mechanism FCD100 'and FCD100 ", centrifugal pulling mechanism FCD100' and FCD1〇 'each has a centrifugal block fw500, and the centrifugal block FW500 is provided with a pivot joint structure% for connecting the swingable arm A500 to both sides, The swingable arms A500 connected to one of them are respectively connected to a fixed seat c with a pivot joint structure SC500, and then fixed to the motor shaft 8100 'and S10 (r'; each centrifugal) The swivel arm A50, which is connected to the other side of the block FW500, is connected to a fixed seat with a pivot joint structure SC500 (or an integral extension of the motor rotor structure to make I_______34. This paper standard is suitable for financial coffee mound standards ( CNS) A4 size ⑽χ 297 male Chu) (Please read the notes on the back before filling in this page) C300 and C300 " for the motor rotors R100 and R100 ', respectively, and the motor rotor R10 (r & R1〇 (r, The two sets of independent motor shafts S100 'and SHUT' are respectively provided with axial preload springs SP100 'and SP100 "which return when decelerating, and optionally, axial positioning restriction structures are respectively provided on the motor shafts S100 and S100. Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 9. As described in item 1 of the scope of patent application, a motor that utilizes centrifugal force to control the axial activation of the rotor can further be provided with two sets of motor magnetic fields F1. 〇, and Fi〇〇, and two sets of motor rotors R100 ′ and R100 ″, together consumed in a single set of common motor shaft sioo ... structure, two sets of motor rotor ruler 100, and R10. 〇 ,, there is a single set of shared centrifugal drag mechanism FCD100 '' ', a single set of shared centrifugal drag mechanism FCD100 ... There is a centrifugal block FW50〇, a centrifugal block FW50〇 «There is also a pivot Guan SC structure SC500 for the Swing arm A500 connected on both sides, one of which is connected The swingable arm a50〇 is for connection to a fixed joint with a pivot joint structure. SC500 (or a fixed base made of an integral extension of the motor rotor structure) C300 'to be combined with the motor rotor R100, another The swingable arm A500 connected to the side is for connection to a fixed seat with a pivot joint structure SC500 (or a fixed seat made of an integral extension of the motor rotor structure) C300 'for coupling to the motor rotor R100' ', so that The centrifugal drag mechanism FCdioo… shared by the motor rotors R100 and R100 early hunters and the pre-stress spring SP100… together drive the motor rotor ruler 100 and R100 " for axial control of displacement; and each motor rotor ruler 1 〇〇, and Ri〇〇_ and the coupled motor shaft S100 '~, equipped with a plum groove shaft or other axial displacement key slot structure SL100, or further linear grooves between its groove-shaped linear interactive body Or roller structure. 35 wood paper size applies to China National Standard (CNS) A4 (210 X 297 mm) 、 Applicable patent range 576001 10 · If the electric motor of the tenth patent application scope is applied, it can be further adjusted as the rotor axial actuation control = the motor is turned from S100 to the motor rotor. Plum shaft or other can be used for axial,-. Structure SL100, or step-by-step in its groove-shaped linear ^ structure, and the motor rotor Teng, it is a straight f, the centrifugal drag mechanism FC Qing ... and the pre-stress spring sm 11 "with 'early independent drive motor Rotor R1G (r is used for axially controlled displacement.. Controlled by the centrifugal force for the rotor axially actuated and controlled motor, its two independent motor shafts S100, and S100, can be set in two steps- The magnetic field F1GG, and ..., and two sets of motor rotors R100 and R100-, and between the motor shafts slOOl si00 ,, you can choose to set the controllable clutch CL100 as required; the controllable clutch CL100 includes the use of electricity or Various controllable transmission devices controlled by magnetic force, mechanical force, manpower, fluid force, or by other forces, including friction or mating clutches or centrifugal clutches, etc. It is composed of a clutch that breaks power; it is used to control two sets of motor rotors R100, and the motor shafts sl100, and sl100, driven by R100, to separate and drive independently or to connect a common driver. 12. · If you apply Rotor shaft by centrifugal force as described in item 1 of patent scope The motors controlled by the direction actuation can further be provided with two sets of motor magnetic fields Fi00 ′ and F100 ′, two sets of motor rotors 111 ′ ′ and R10 (r, and two sets of motor shafts S10 (r and SIOO ” ; Two sets of motor rotor rulers 100 ′ and R100 ′ are provided with rotary drive bearing B100, centrifugal drag mechanism FCD100, and FCD100 between the housing H100 and the two motor rotor rulers 1 and 2 respectively. 〇〇 'and R100' ', and the two motor shafts S100' and S100 "are composed of two independent motor shafts, the centrifugal drag mechanism FCD100 'and FCD100' '36 This paper size applies to Chinese National Standards (CNS) A4 size (210 X 297 mm) (Please read the notes on the back before filling out this page) 鬌 · Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs n IHI ϋ nn ^ eJ · nn ϋ nn III innnn ϋ ϋ n ϋ nin ϋ n ϋ 1 n I ϋ n ϋ I 576001 WU 888 ABCD VI. Scope of patent application Employees of the Intellectual Property Bureau of the Ministry of Economic Affairs and Consumer Cooperatives have printed centrifugal blocks FW500 and centrifugal blocks FW500 with pivot joint structure SC500 For connection to both sides can pose Arm A500, swingable support arm connected to one side of each centrifugal block FW500, respectively for connection to a fixed seat with a pivot joint structure SC500 (or a fixed extension made of an integral extension of the motor rotor structure) Seat) (: 300, and C300), for the combination with the motor rotors R100 'and R100', respectively, and the other side of the respective centrifugal block FW500 is borrowed by the ring pads wsioo 'and wsi0 (r 'The warp bearing B20 (r & B2200) is engaged with the fixed seat c2OO with a pivot joint structure SC500; and C200〃 is combined with the casing H100, and then can be rotated with the casing H100. Coupling and axial tensile function; two sets of fixed bases C300 ′ & C300, and two sets of ring-shaped bases wsi〇 (r and WS100 ”with pre-stress spring spi〇〇, and SP100 ", And can optionally be selected from two sets of motor shafts 8100, and S100 α and axial position restriction structure 1 100, and the respective motor rotors R100 'and R100" and the coupled motor shaft S10 (r and sl00 ”, there is a slotted structure SL100 such as a plum blossom axis or other axial displacement, or further in the groove-shaped linear interactive body Equipped with a linear ball or roller structure to drive by the centrifugal force of the centrifugal drag mechanism FCD1〇 (r & FCD1〇 (r7) and the axial preload spring SP1〇 (r and spi〇〇 ,, respectively) The motor rotor 111 〇 ′ and R10 (r ′) are used for axial control displacement. 13. As described in Item 丨 of the scope of the patent application, the progress of the motor by using centrifugal force to control the axial activation of the rotor can be provided with two sets of motor magnetic fields F1 00 ′ and f ′ and two sets of motor rotors 1100 ′ and R10. (r ', which is composed of a single set of common motor shaft S100 structure and borrows two sets of centrifugal pulling mechanisms FCDi〇〇 and FCD100 "to be coupled to the two motor rotor scales 100 and ri〇〇, respectively, and Between the case H100, the centrifugal distraction mechanism FCD100, and fcdi〇〇, each with a centrifugal block FW500, the centrifugal block FW500 has a pivot joint structure (please read the precautions on the back before filling this page)- ------- Order --------- line * ϋ HI ϋ This paper size applies to China National Standard (CNS) A4 (210 X 297 Public Love n n · 576001 A8 Read f Φ ί The scope of patent application R100 'and R100 ,, need to be selected, and between the motor shaft §100, and S100, can be used depending on the electricity: red clutch CL100; can be controlled Clutch CL10〇 苴 he has a tractive force tr or mechanical force, or manpower, or fluid force, or by breaking power it: human clutch, etc. 'for turning back can be transmitted or cut Rico; -00 ^ drive or coupling_' and S1〇 (^ Intercropping separation is independent of the motor controlled by centrifugal force as described in the application "Month Patent Scope 帛 i". Further steps can be provided with two sets of motor magnetic field f traces and motive rsi00, S100 'and two The group consists of two sets of motor rotors R100 and Πιο as described in the 4th application for the patent. The controllable clutch is provided between the motor shafts 8100 and S10. The second controllable clutch CL100 contains electricity. Or magnetic force, or mechanical force, or human force, or fluid force, or controlled by other operating forces :: the control gear 'including friction or fitted clutch or centrifugal clutch & benefit, etc., for returning rotational energy Transmission or cut-off clutch + R10 (r and R100, the driven motor shaft S100, and SHKT 'are separated and driven independently or connected with the common driver. 17. According to the scope of the patent application 帛!, The rotor is axially driven by centrifugation and force. The motors for dynamic control can be further provided with two sets of motor magnetic fields F100, and two sets of motor shafts 8100 'and S100 ", and two sets of rotary motors as described in the scope of patent application No. 5 present two sets of strings. The two sets of motor rotors R100 'and RIOO " motor shafts sl100, and sl00, are equipped with a controllable clutch CL100; the controllable clutch cu〇〇 contains electric or magnetic force, or mechanical force 39 576001 ® 1Τ〇2Τ: by manpower, or fluid force, or by other operating forces: various controllable transmissions controlled by the patent scope of June 6th, including 4 gears or centrifugal clutches, etc., for return ^ Coupling-type clutch-installation (please read the precautions on the back before filling this page). The clutch and turn this transmission or cut-off function is composed of two sets of motor rotors R100, the motor shaft sioo 'and S100 ”tn Your Eight Rioo Drive It can be independently driven or connected for a total of 18. As described in the application for the full-time application, borrowing and controlling the motor can further improve the "^ k rotor car" from the direction of the actuator to the motor. Two sets of motor magnetic fields F1 and two sets of motor shafts S10 (T and sl00 ~~, and m ^^ _ x, and two sets of rotary motors as described in item 6 of the scope of patent application are presented in two groups. 'The motor is turned by ::;: and two sets of motors are turned; = the clutch CL100 contains electric or magnetic power, or human power, or fluid power, or is controlled by other operating forces = control gear, including friction or embedded Closed clutches or centrifugal clutches are used for clutches that can transmit or cut back in order to rotate two sets of motors? With reference to 0 ′ and R100, the driven motor shafts s 100 and S100 are separated and driven independently or connected with a common driver. 19. As described in item i of the scope of the patent application, the motor that uses the centrifugal force to control the axial actuation of the rotor can be a rotary motor with dual motor rotors and separate or shared motor magnetic field structures. The two sets of motor rotors are respectively The scope of the patent application is 2. Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economy 3, 4, 5, 6, 7, 8, 9, 10, 11, 12, 13, 14, 15, 16, 17, or 18 Two groups of the same or different structural types are mixed. 20 · As described in Item 丨 of the scope of the patent application, the motor that uses the centrifugal force to control the axial activation of the rotor can be a rotary motor with dual motor rotors and separate or shared motor magnetic field structures. One of the two sets of motor rotors For example, the paper size of the patent application template applies the Chinese National Standard (CNS) A4 specification (210 X 297 mm) 576001, the scope of patent application • ..jl- 一: ·. '. 二, Ij [J Intellectual Property Office of the Ministry of Economic Affairs The employee consumer cooperative prints the rotors of the second, third, fourth, and fifth squeegee machines; any one of the different types of electric motor rotors or other concrete structures in the item cannot be made of axial displacement. By. m-state motor rotor with axially actuated displacement 21. The controlled motor described in item 丨 of the scope of application for patent, said 9-off, force-operated rotor axially actuated adjustment machine with dual motor rotors and each Or A uses a motive, or-Yan motors are both generators or both are electric. 22 If it is a generator or another group is a motor structure. Centrifugal force for rotor axial actuation adjustment according to item 1 of Scheme 2 = the axial axial thickness of the iron core of the electromagnetic effect motor rotor of the motor rotor ㈣G and the motor magnetic field f⑽ is greater than or equal to or less than the motor magnetic field structure Axial accumulation. 23 = The structure of the axial actuation of the rotor by centrifugal force as described in item 丨 of Shenyan's patent scope: The motor has a structure in which the centrifugal force is used to control the axial actuation of the motor rotor. The axial thickness of the magnetic field pole of the motor is greater than the rotor pole of the motor. The control mode of the axial thickness and its motor performance is to use the rotor poles of the motor and the electromagnetic field to generate axial relative displacement by centrifugal force, so that the electric rotor with fixed characteristics is coupled to different magnetic flux densities or gaps, or different magnetic poles or non-excitation. Or other structures with different physical characteristics of the motor, different magnetic field structures of the motor with different motor characteristics to produce the required operating and output characteristics of the generator or motor. 24. As described in Item i of the scope of the patent application, the motor that uses the centrifugal force to control the axial actuation of the rotor. When the commutator motor is constructed, if the axial thickness of the rotor pole of the motor is smaller than the thickness of the magnetic field pole of the motor, the rectification Sub-type armature review i »Stapler machine same power 41 This paper size applies to China National Standard (CNS) A4 (210 X 297 public love) B8 C8 D8 576001 VI. The scope of patent application ARM100, which can be set to match the axial actuation to regulate the displacement. The commutator CM100, which is designed to be axially extended, is used to increase the range of consumption with the brush _⑼ for matching different structures. Different motor magnetic shapes of different shapes or different motor characteristics are employed, each of which generates a relatively different motor characteristic by using the centrifugal drag mechanism FCD100 as the axial drag displacement. 25. If the scope of patent application is the first! The structure of the motor whose axial centrifugal force is controlled by the centrifugal force as described in the item, and the structure where the centrifugal force is used for the axial actuation regulation of the motor rotor include: When the axial thickness of the rotor pole of the motor is greater than the magnetic pole of the motor magnetic field, the regulation mode of its motor performance In order to use the motor rotor and the motor magnetic field, the centrifugal drag mechanism ㈣⑽ produces an axial ㈣ displacement, and the motor magnetically coupled motor rotor uses a squirrel-cage rotor structure of a multi-segment loop rotor with different motor characteristics in the axial direction ... The squirrel cage structure of each segment can be selected to include parameters such as the number of squirrel cage conductors, cross-sectional area, electrical conductivity, buried depth, cross-sectional shape and the gap between the motor magnetic field, in order to generate axial displacements of the motor magnetic field and the motor rotor. Those with relatively different motor characteristics. 26. If the scope of patent application is the first! The motor described in the item above is controlled by the centrifugal force for the axial actuation of the rotor. The motor rotor structure can also be composed of a hysteresis or eddy current rotor, and the size of the motor magnetic field and the outer and inner diameters of the motor rotor In the selection, in the centrifugal pulling mechanism FCD100, the rotor of the motor is axially pulled, so that the gap between the magnetic field of the motor and the rotor of the motor has an axial change. 27. As described in the "Patent" & item i, by using centrifugal force to control the axial actuation of the rotor, the same or different AC or DC brushed or brushless rotary motor magnetic field and motor rotor structure , And borrow the selected motor magnetic field and motor (please read the precautions on the back before filling this page) -------- Order --------- Printed by the Consumer Cooperative of the Intellectual Property Bureau of the Ministry of Economic Affairs Printed by the Consumer Cooperatives of the Intellectual Property Bureau of the Ministry of Economic Affairs 576001 The size of the rotor / σ axial different positions can be the same or different inner diameter or outer I, or the motor magnetic field or the motor rotor is the same or different number of poles, and the same or different excitation methods, or the same or different motor characteristics or The structure of the structure of the motor rotor can be selected to obtain the required operating and output characteristics of the generator or motor. 28. As described in Item 丨 of the scope of the patent application, a motor that is controlled by centrifugal force and axially actuates the rotor can be integrally formed. In a running state with a different axial relative position to the magnetic field of the motor, its The working section for different axial positions with the motor magnetic field can be the same motor characteristics or different motor characteristics, and the motor rotor can be -body or at least two motor rotor structures with different motor characteristics R100 ~ R100 + n is formed by axial overlap. 29. As described in item i of the scope of patent application, a motor that uses centrifugal force to control the axial actuation of the rotor can have a magnetic field of the motor as a whole, and the working section at a different axial face position with the motor rotor can be Those with the same motor characteristics or different motor characteristics; and the motor magnetic field can be formed as a whole or composed of at least two motor magnetic field structures of different groups of motor characteristics F100-F100 + n. 30. As described in item i of the scope of application for a centrifugal force to control the axial actuation of the rotor, the motor rotor and the motor magnetic field, the mechanical relative displacement drive relationship between the two includes: an outer motor rotor rotary motor structure; Or it is a rotating motor structure with an inner motor rotor; or a double-acting type with a magnetic field structure and a motor rotor that can be rotated back. 0 This paper is suitable for Liver Closeness Standard (CNS) A4 specifications (210 X 297 public love)