Multipurpose cm motor

Abstract

To provide a motor component of a power generator, a tool, and a machine which is convenience, in compact, and powerful.SOLUTION: A construction can be simplified by integrating a commutator piece and a core shaft, and in addition, a state where an inner side of a magnet in a normal motor, and an outer side to which a coil of a core is wound are reacted or attracted with an adjacent is in a vertical arrangement against a casing shaft of a multipurpose CM motor. A commutator piece coil part piece 5 is wrapped by both ends of a coil part shaft piece to obtain a rotation by the reaction of both surfaces. By changing a length or a thickness or the like by being matched to a user, it can have a flat surface and a vertical length structure. In addition, a bearing power conduction type heating part built-in shaft pipe 106 as a shaft part is used, and a construction improvement such as a corona roaster or the like is achieved, and thus, the present invention makes a bike to be a dynamo-electric motor in the future.SELECTED DRAWING: Figure 23

Description

[Technical field]

[0001] This invention relates to a multipurpose CM motor for use in components ranging from electric motors and generators to tools and home appliances. This is what we do. [Background technology]

[0002] Conventional motors have coils wound around the core on the outside of the shaft in three places, and the coils are attached to a part of the shaft. Connect the three mitator pieces to the brushes extending from the main motor case to energize the motor. The three electromagnetic surfaces generate magnetism in sequence, and the cylinder is folded in four directions so that it is half-wrapped around both sides. The motor and magnet part consist of a main body with an equally divided shape, a magnet part fixed to the motor case, etc. These include a fan that rotates and a stepping motor that controls the rotation speed.

[0003] From small to large machines, by making it into a flat shape, such as a button shape, it can be used to prevent the spread of coronavirus. New applications have been expanded, such as for star fans and batch fans, and by using them as parts for large machines, New space will be created, allowing for better construction, and in the future, the 8 could become an electric motor for motorcycles. . [Prior art documents] [Patent documents]

[0004] [Patent Document 1] none [Non-patent literature]

[0005] [Non-Patent Document 1] none Summary of the Invention [Problem to be solved by the invention]

[0006] However, with the above devices, it is difficult to change the shape, length, and width of the device, or to make it thin and small.

[0007] Therefore, by changing the arrangement and structure, we molded the shape according to the application, and also By integrating the axle, the structure can be simplified, allowing for increased space and power. By doing so, we aim to improve safety and convenience. [Means for solving the problem]

[0008] The multipurpose CM motor structure is first, shaft (7) or shaft (7) part is corona roaster. The motor can be fitted with a built-in shaft pipe (106) that takes advantage of the characteristics of the motor to be used. The shaft pipe (106) is structured as follows: NNK copper pipe (91) with NNK intake (98) on one side. ) are installed in two or more places, and the end of the pipe-shaped Close the hole (opening) and set the nichrome wire receiving hook (110) inside the center of the closed circle. Then, hook one end of the spring-shaped nichrome wire (79) onto this hook (110), Next, on the opposite side, the hole (opening) of the pipe shape of the NNK copper pipe (91) on the side without the NNK intake port (98) The nichrome wire receiving bar (93) extends from the side to the center, and the tip of the bar has a nichrome wire receiving port (97). The nichrome wire (79) is inserted into the nichrome wire receiving port (97). The other side is then attached, and the exposed part of this nichrome wire (79) is placed inside the nichrome wire tube (92). The inner ends of this nichrome wire-embedded tube (92) and the nichrome wire (79 The nichrome wire is fitted at the outer periphery of both ends of the end of the ferrule. The circumferential side of the opening at both ends of the storage tube (92) and the bearing (82) on the outer circumference of the NNK copper tube (91) The heater section is fitted into the shaft pipe (106) and fixed to the end of the fixed part ASSY. Furthermore, this heater built-in shaft pipe (106) is a coronavirus roaster (76) The Corona Roaster fan body (86) has exhaust ports (80) at both ends of the front and back of the center and the rear cover (104 ) Between the center, the heater built-in shaft tube (106) is fixed to the NNK copper tubes (91) at both ends. Part of the coronavirus roaster (76) fixed part ASSY, then aluminum shaft tube The bearings (82) are fitted to the inside of both ends of the (89) and the aluminum shaft tube ( 89) on both ends of the bottle cap, with the bearing outer casing in the center of the flat surface of the cap. The left or back side current-carrying commutator has a hole that is slightly inside the side (94). The aluminum plate (108) and the right or front side current commutator plus (109) are closed. The parts fitted to both ends of the shaft tube (89) and the cap shape are slightly smaller than the NNK copper tube (91). A shaft extending from the hole in the shaft pipe blade fixing cap (111) with a large hole to the outer circumference The shaft vanes (100) are arranged around the holes of the vanes (100) and are used as a current-carrying commutator. The heater section is fitted to the outer end of the shaft pipe (106) The magnet assembly is then assembled, and the aluminum shaft tube (89) is attached to the shaft of the magnet section (56). The rotor assembly of the multipurpose CM motor (16) fitted in the lid or the aluminum shaft tube (8 9) is fitted to the HN shaft port (45) of the magnet core propeller (105) The magnet fixed fan rotor (107) ASSY is the part of the roaster rotor. Heater built-in shaft pipe (106) rotor bearing outer side (94) and heater built-in shaft The part where the bearing ball is inserted between the shaft tube (106) and the bearing inside (96) of the fixed part The heater section is connected to the shaft pipe (106) ASSY, and the wiring is from the battery B (84). The wires extending from either of the pulse control units (36) are connected to the bearings at both ends of the shaft. The heater built-in shaft pipe (106) is connected to both ends of the ROM wire. The fixing part is on the inside, and the heater Built-in shaft tube (106) A built-in heater shaft tube (10 6) ASSY Next, the magnet section (56) structure is such that the above-mentioned heat treatment is performed in the center of the disk-shaped magnet fixing section (10). The shaft pipe (106) with built-in heat section or the part that fixes the shaft (7) is a thick and low cylindrical shape. The difference between the outer and inner diameters of the molded shape is large, with the center of the hole on the top surface as the axis, and the shape draws an arc of 140° to 1°. It is a large Baumkuchen shape with a curved fan-shaped flat surface, with the front and back being separate S and N poles. The magnets are attached alternately to the front, back, and both sides of the magnet fixing part (10) from the outer periphery. The magnet part (56) ASSY is a common structure for the magnet parts of the control means that are fixed in place. Next, The coil structure that covers the outer circumference of the magnet is a magnet enclosure that is close to a C or U shape. A common part for the commutator (67) consisting of one to several dozens of shafts (200) and for pulse control. The coil piece (54) or the commutator piece ( 14) The L-shaped part is bent so that the ends are connected in the same direction as the inside of the arc and the claws. It is made of silicon steel. This is a CM motor commutator mounting plate (2) ASSY made of silicon steel plate. 1 commutator clearing plate (2) or CM motor commutator clearing plate (2) Attach the CM motor plate (1) to the back of the side of the CM motor plate (1) opposite the motor piece (14). A multiple-layered coil shaft piece (6) with commutator and a common part for brush and pulse control The coil part (54) ASSY of the product is wound with a coil, and then the commutator is attached to the coil. The wire connection of the coil part (57) is made by inserting the wire into the C-shaped recess of the commutator coil part shaft piece (6). Wind the enamel wire, connect the finished end to the coil connection part (3), and then wind the enamel wire (7 3) to the commutator piece (14) of the coil shaft piece (6) next to it on the right. Then, wind the enameled wire around the connected commutator coil shaft piece (6), and then Connect the wire to the coil connection part (3), and connect the other end of the enameled wire (73) to the commutator piece to the right. The coil shaft piece (6) is connected to the commutator piece (14) and the number of coil parts is from one to several tens of times. The commutator piece (14) is wound repeatedly and connected to the beginning of the commutator. Coil piece (5) ASSY, coil shaft piece (55) ASSY, coil winding shaft piece (39) ASSY The cylinder is spaced at regular intervals from one to several dozen. The coil part (4) ASSY fitted inside the coil part receiver (11) or the commutator attached coil part ( 57) ASSY, and the commutator receiving plate (5 2), the coil section (4) has a commutator (67) fixed to the rear, and a shaft holding hole in the center. The coil section of each control means is common to the coil section of each control means, and the coil section of each control means is closed by a disk-shaped front cover provided with the above. The front and rear shafts of the magnet part (56) ASSY, which is a common structure that becomes the rotor part, and the cover of the coil part The coils are held rotatably around the hole, and the wiring for each coil part of the common coil structure is for the motor pulse control. The magnet rotation pulse control assembly is connected to the control unit (36) or the rotor part 1 The coil common structure that becomes the fixed part (70) ASSY and the magnet common structure that becomes the fixed part The commutator (67) is installed inside the shaft and at the rear of the shaft. The brushes are attached to the motor case (42) so that they can slide in contact with the commutator piece (14) ASSY. Internal commutator support plate (13) ASSY or bearing plate (64) ASSY or commutator The stator support plate (53) ASSY holds the shaft rotatably and fixes the outer periphery to the coil section. When in use, the cylindrical body of the motor case is removed and the coil is inserted into the coil holder (11). The P fixed part br part 1 (70) ASSY, which is a structure that fits the fan blades and gears, or the rotor part 2 fixed part Part 2 (71) (Figure 16) is the common structure coil section cover commutator one-side support plate (13) ASSY Then, fix the shaft 2 (58) to the commutator support plate (53) ASSY. The shaft (66) is fixed to the center of the front of the magnet part, and the shaft (66) on the outside (opposite side) is ) is fixed to the shaft by the bearing plate (64) on the front of the motor case (42), and the magnet is Bearing 1 (63) is fitted to the outside of the shaft hole at the center of the lower part of the shaft hole. The inside of (63) and the commutator support plate (13) ASSY or the commutator support plate ( 53) Bearing 2 fitted to the shaft hole of ASSY or the outside of bearing 2 (62) The magnet part (56) of the rotor part 2 (69) rotatably held inside (62) and the motor case (42) are rotatably mounted between the commutator receiving plate (5 3) or the commutator (67) fitted to the commutator one-side support plate (13). The mitator piece (14) and the brush are installed inside so that they can slide in contact with each other, and when in use, the coil part is approximately the same as that described above. The coil part has a structure in which the fan blades and gears are fitted to the side of the receiver (11), and the rotor is a rotating brush control or In the type where part 2 (69) is fixed to the main body of the product, the fan blades and gears are attached to fixed part 2 (71). The rotating part of the commutator is fitted to the end of the shaft 2 (58) on the commutator side, and the brush (18) and the large and small washers are attached to the end of the commutator side shaft 2 (58). The shear plate (37) is fitted so that it can slide and contact with the magnet. It is a brush control type or a coil rotation pulse control type, and then each coil and brush Type or pulse control type, magnet part rotation type or fixed part type when coil part rotates The rotor part is held by the brush when the rotor part 2 is attached to the commutator side without shaft (71). A short straw-shaped shaft receiving tube (130) with the same size as the shaft hole is placed on the disk plate. Fix it with the shaft opening in the center of the CM motor case (42) brush side cover from the base A cylindrical commutator receiver (131) is fixed by pressure, leaving a space for the thickness of the plate. The commutator support plate (52) ASSY is the one in which the commutator (67) is fixed at equal intervals. The outer circumference of this coil and the basic structure of the coil are the C-shaped coil part (128) or the U-shaped coil part (127 ) is crimped to close the inside of the back, and then the front inner circumference is crimped to the small shaft plate (133). The P fixing part br part 2 (71) ASSY part is fixed by pressure bonding to the outer circumference, and the fixing part 1 when brushing The magnet part (5) of the basic structure of the magnet part is located in the center of the shaft (68) without the mitator side shaft. 6) is crimped and fixed, and then it is installed inside the CM motor case (42) leaving a space for the coil. The shaft protruding from the front is placed in the shaft opening of the bearing plate (64) so ​​that it cannot rotate. The shaft protruding from the rear side is fixed to the commutator brush plate (132). P rotor part BH part 1 (68) ASSY part with a structure that prevents it from rotating at the shaft mouth The motor without a commutator shaft when using brushes is the magnet of the rotor part (68). The coil part of the fixed part 2 (71) is fitted inside the coil part of the fixed part 2, and the outside of the coil part is fitted inside the rotor part 1. (68) is further installed in the CM motor case (42), At that time, the commutator (67) of the fixed part 2 (71) and the commutator brush plate (13 2) The brush (18) slides in contact with the commutator brush plate. The entire shaft opening in the center of the commutator holder (131) and the CM motor case ( 42) Inner magnet part (56) The part that holds the rear shaft rotatably and the opposite shaft Shaft opening of small top plate (133) and magnet part (56) inside CM motor case (42) The type of structure that is rotatably held in the forward shaft part of the The fixed part 2 commutator side shaftless (71) has almost the same shape as the above, the difference is P fixed part br part 2 ( 71) are directly connected to the motor pulse control unit (36) from each commutator (67). part and the base of the fixed part 2 (71) without the brush (18) of the rotor part 1 (68), The hole in the lid is widened to a size that allows the shaft receiving tube (130) to rotate. The magnet part (56) of the rotor part 1 (68) is fitted inside the coil part of the fixed part 2 (71). Then, the outside of this is fitted inside the CM motor case (42) of the rotor part 1 (68), and this time it is fixed. Part 2 (71) becomes the fixed part, and Rotor Part 1 (68) becomes the rotor part by pulse control, Rotor part 2 commutator side when using a rotating type and the following type of brush with commutator The shaftless coil (71) is a coil with a commutator (14) and a commutator (57). The surface of the commutator piece (14) is slightly higher than the surface of the hole in the hollow portion (50) of the data receiving plate (52). The outer circumference of the commutator support plate (52) is pressed and fixed so that it protrudes. Rotor part 1 (68) is crimped and fixed on the inner circumference of the rotor coil part (57) with commutator. The brush plate (134) is pressed against the back of the rotor part (68) to close it. The structure is almost the same as the above brush, except that the commutator part is The brush plate (134) is fitted with a mitator and is capable of sliding contact with the brush. The type in which the fixed part (71) of the rotor-mounted coil part (57) rotates with the rotor part, and the type in which the fixed part (71) of the rotor-mounted coil part (57) rotates with the rotor part, The rotor part 1 when brushing the type with commutator side shaft (70) is the rotor part 2 when brushing The structure is almost the same as the commutator side shaftless (71), but the difference is that the commutator part is moved from the center of the commutator to the center of the coil part. The part consisting of the shaft extending to the front and the fixed part when brushing 2 commutator side shaft (69) The structure is almost the same as the P rotor part bh part 1 (68), but the difference is that the magnet part (56) is replaced by the front bearing. The part of shaft #1 (66) that fixes the mounting plate (64) and the center of the magnet part (56) Shaft port, bearing port, and rear cover commutator brush plate (132) The P rotor part bh part 2 (69) ASSY part consisting of the shaft port, and the brush For the motor with shaft on the meter side, the magnet part (56) assembly of the rotor part 2 (69) is The rotor brush is installed in the center of the motor case (42) and in the outer CM motor case (43). Rotor part 1 with commutator side shaft (70) and fixed part 2 with commutator side shaft (70) (69) is held rotatably at three points. The first is the small shaft plate on the front cover of the coil section. (133) central shaft opening, the part that holds shaft 1 (66) rotatably, and two The eye is located at the center shaft opening on the back side of shaft #1 (66) of the magnet part (56) or the bearing. The tip of the shaft 2 (58) protruding toward the inner coil through the The second is the part that protrudes slightly outward on the opposite side and the commutator bush on the cover of the CM motor case (42). The part that is rotatably held in the shaft opening of the rudder plate (132) is the P fixing part. brPart 1 (70) is a type that rotates with the rotor part, and the following type of pulse control commutator The motor with side shaft is abbreviated as (70) with rotor part 1 commutator side shaft when brushed. It's the same, but the difference is that the third of the three retaining points on the rear cover is a commutator brush. The shaft opening of the plate (132) and the root shaft part of the commutator (67) are rotatable. The held part and the wiring part from the commutator (67) to the motor pulse control unit (36) The rotor part (69) and the magnet part (56) are controlled by pulse control. There are types that have a structure that rotates as a rotor, and the following types of commutator and brush shafts. With the adapter, the rotor part 2 (69) functions as a rotor part by the adapter and brush. This structure is a rotor part with a commutator side shaft (70) when brushing. Shaft 2 (58) The end of the outer rear shaft is fitted with a large and small washer plate (122) The fixed part 1 (70) fixed to the port becomes the fixed part, and the rear cover of the rotor part 2 (69) is Replace the commutator brush plate (132) with the washer plate commutator brush. The cover (124) is fitted over the rotor when brushing, and the rotor shaft is attached to the commutator side. (70) 3-point retention, shaft plate small (133) shaft hole and shaft 1 (66) is rotatably held, the hole under the magnet part (56), and the shaft 2 ( The inner tip of the shaft (58) is rotatably held, and the shaft (58) and the washer (59) are The plate commutator brush cover (124) is made of a retained part, and these sliding contact The inner brush (120) for the large washer and the inner brush (120) for the small washer are arranged around the outer periphery of the commutator (67). The inner sliding contact part of the inner brush (121) for the shear and the CM motor case (42) Lid washer plate commutator with brush Lid (124) small washer for inner brush Brush (121) and small washer (60) · Inner brush for large washer (120) and large washer The shear (61) is a type consisting of a sliding contact part, and the following type of commutator and brush The shaft is attached to the rotor part 2 of the commutator side without shaft (71) when the brush has a commutator. The magnet part (56) is attached to the center of the CM motor case (42) with a commutator brush. The part (58) that extends to the outside of the plate (132) and the rear cover of the CM motor case (42) The commutator brush plate (132) and the space between the commutator (67) The type consisting of a section of the case (42) with a shortened length and with a commutator of the following type: The commutator and brush with shaft adapter are almost the same as the commutator and brush with shaft adapter. The difference is that the commutator brush plate (132) on the rear cover of the rotor part 2 (69) The part of the washer plate commutator is replaced with a brush cover (123) for the washer plate commutator. The third type is the shaft (58) and the washer (59). The brush-equipped lid (123) for the rate commutator is held by a part, and these sliding parts are The contact portion is a large washer outer brush (11) that can slide and contact with the outer circumference of the commutator piece (14). 9) and the motor inner sliding contact part of the outer brush (112) for the small washer and the CM motor case Washer plate for cover of base (42) with brush for cover (123) with small washer The outer brush (112) for the small washer (60) and the outer brush for the large washer The brush (119) and the large washer (61) are in sliding contact with each other. A multipurpose CM motor characterized by having the above structure and functions.

[0009] The multipurpose CM motor structure is a thick cylindrical shape, with an arc of 140° to 1° from the hole side, for example. The magnet is molded in a shape that draws a line, with the ends of the arc forming a south pole (9) and a north pole (8) on each side. The nets are arranged alternately, one to several dozens, on the front, back and side, and fixed to the magnet fixing part (10). In addition, the coil part is rotatable between this magnet part (56) and the CM motor case (42). The CM motor case (42) is fitted around the outside of the motor, and the front shaft A rear shaft 2 (58) is provided which is fixed at the rear end 1 (66) and is held either fixedly or rotatably. The outer circumference of these is fitted inside the CM motor case (42), and the rear side is the commutator-attached coil shaft piece (6). In the case of the commutator support plate (13), or in the case of the coil shaft piece (55), Multipurpose CM motor (16) with a closed lid and brush (74) (Fig. 16) fixed part AS The coil structure that covers the outer periphery of the magnet part and the SY is the CM motor commutator attachment plate (2 ) or a commutator with two or several dozen CM motor plates (1) stacked behind it. A coil part (54) made of one or several dozen stacked CM motor plates (1) or a C A coil winding shaft (38) with a coil wound around it is attached with a commutator. 5) or the coil part shaft piece (55) or the coil part winding shaft piece (39) are arranged in equal intervals of 1 to several tens of pieces. A coil part (4) fitted inside a cylindrical coil part receiver (11) or a coil part with a commutator (57) In either case, in the case of the commutator-attached coil part (57), the commutator receiving plate In the case of the coil section (4), the common commutator (67) shown in Figure 16 is attached to the rear. The rotor assembly is fixed to the rotor shaft and closed with a disk-shaped front cover with a shaft holding hole in the center. Depending on the variation, you can use either a switching adapter (72) or a pulse control unit for the motor ( 36) or the rotor part by the commutator, if any fixed part rotates, shaft 1 ( 66) is fixed to the magnet section side or the coil section side, and the wiring is a commutator-equipped coil In this example, the CM motor commutator mounting plate (2) made of silicon steel is connected to the energy Wind the enamel wire, connect the finished end to the coil connection part (3), and then wind the enamel wire (73 ) to the commutator piece (14) of the commutator piece coil part (57) on the left, The commutator piece (14) of the previously finished commutator-attached coil part (57) is next to the right. The external structure is obtained by repeating the above-mentioned connection to the enameled wire (73) three times or one to several dozen times.

[0010] The control means is wrapped around both ends of the coil (4), and the rotation is obtained by the reaction on both sides. During operation, when a positive current flows from the commutator piece (14), the CM motor Electricity is applied to the path of the wound coil from the coil connection part (3) of the mitator mounting plate (2), The inner side of the commutator attachment side and the S pole of the magnet part (9) · The inner side of the opposite side of the commutator attachment The side surface and the north pole of the magnet (8) repel each other at the same time, and this is repeated to rotate. The motor is in a state where the inside of the magnet and the outside of the coil wound around the core are attracting or repelling each other. In the case of the multipurpose CM motor (16), the structure and operating parts are arranged vertically relative to the shaft. A multipurpose CM motor featuring all these structures and functions.

[0011] As an example of use, the coronavirus roaster (76) in Figure 14 is preheated with the coil section (4). A structure in which a spring-shaped or spirally wound nichrome wire (79) is provided inside the shaft tube. The rotor part is the part that sterilizes the food by heating. The structure of the magnet-fixed fan rotor (107) in Figure 27 is the outer periphery of the disk in Figure 21. The magnets (8·9) are shaped like a split washer, with the north and south poles next to each other on the front and back. The magnets (8.9) are placed so that they are not in contact with each other. An mf port (48) is provided from the outer side of the port (45) to the inner side of the outer circumference, and The fan blades (43) are inclined toward the ∠mf port (48) on the side of the center, and the heater unit is The magnet is fixed in place by a shaft hole (45) that fixes the hub tube (106) in the center. The fixed fan (47) and the heater shaft tube (106) rotor are made of aluminum. The inner ends of the bearing tube (89) are fitted to the outside of the bearing (82), and the commutator for current supply is connected to the bearing (82). Close both ends with Inas (108) and the current-carrying commutator plus (109), then cap The shape is a shaft pipe fin with a hole in the center of the plane that is slightly larger than that of the NNK copper pipe (91). The fixed cap (111) has a line extending straight from the side of the hole to the outside, and the base of the hole The shaft pipe (100) is inclined at an angle of ∠10° to 90° to the outer circumference with the axis. The angle between the outer circumference and the shaft fin (100) and the part where it is connected at an angle of ∠10° to 90° The length of the blade is extended so that the narrow end of the blade and the shaft pipe blade fixing cap (111) are closed. The shaft has one to several tens of vanes (100) that are connected together, and when rotating, the vanes are hollowed out. It consists of the structure that sends air, the inside of the shaft pipe blade fixing cap (111) and the current-carrying coil A shaft with a shaft vane (100) that is fitted to the outer end of the theta plus (109) The outer end of the current-carrying commutator plus (109) is closed with the tube blade fixing cap (111). The structure of the coronavirus roaster fixing part in Figures 23 and 26 is as follows: One to several tens of coils (4) are arranged and fixed around the inside of the housing (102). The surface is divided into three parts, and the closed side is slightly outside the exhaust port (80) and the NNK copper tube (91) holder. A negative energizing brush (116) extending from the outer periphery to the negative energizing commutator (108) Part and its wiring, from the negative brush (116) to the nichrome wire battery (84) Connect directly to the negative terminal, or connect the negative brush (116) to the motor pulse. The part connected to the control unit (36) and the coil (17) wound around the coil shaft piece (55) ) terminals to the motor pulse control unit (36) and the motor pulse control unit (36) to the core magnet fixed fan battery (83) plus and minus The part connected by the two wires (118) and the part holding the NNK copper tube (91) with the NNK intake port (98) , and a conductive brass brace extending from the outer periphery slightly outside of it to the conductive commutator plus (109) Brush (117) part and further from the conductive brass brush (117) to the nichrome wire battery Connect the positive terminal (84) directly to the positive terminal, or connect the positive terminal (117) to the motor pulse control terminal. The rear cover (104) is made up of the part that connects to the control unit (36), and the NNK intake port (98 ) and the NNK copper tube (91) holding part of the housing (102) are heated. The heater built-in shaft pipe (106) is fitted with the fixing part. The pipe (106) is fixed to one side of the NNK copper pipe (91) by installing two or several NNK air intakes (98). Close the holes at the ends and attach the nichrome wire hook (11 0), and one end of the spring-shaped nichrome wire (79) is hung thereon, and the other side NN The nichrome wire support bar (93) extends from the center of the hole on one side of the K copper pipe (91), and the tip of A nichrome wire receiving port (97) is provided at the end, and the spring-shaped nichrome wire (79 ) and place the other end of the wire inside the nichrome wire tube (92) and place the aluminum nichrome wire The inner ends of the built-in tube (92) and the outer periphery of the tip of the nichrome wire (79) of the NNK copper tube (91) are fitted together. The heating section is fitted with bearings (82) on the outer periphery of the NNK copper tube (91) and the connection parts at both ends. The built-in shaft tube (106) is fixed to the aluminum shaft tube (89) and has bearings on both ends. The part where the outside of the gasket (82) is fitted and the aluminum shaft tube (89) are fitted on both ends of the tube. When closed, the aluminum shaft tube (89) and the bearing outer side (94 ) with a hole in the center, or Commutator Plus (109) The part that is fitted to close and the cap shape of the NNK copper tube (9 1) The shaft pipe blade fixing cap (111) has a hole slightly larger than that of the shaft pipe blade fixing cap (111). The part where one to several tens of shaft vanes (100) are connected is connected to the current-carrying commutator plus (109 The rotor part is made up of a shaft tube (106) with a built-in heater, and the rotor part is made up of a shaft tube (106) with a built-in heater. The heater section built-in shaft pipe (106) and the rotor section bearing outer side (94) and the heater section built-in A bearing ball is rotatably mounted between the shaft tube (106) and the bearing inside (96) of the fixed part. The structure of the detachable aluminum swirl cooling adapter (85) is The upper inner circumference of the Corona Roaster fan body (86) is shaped like a tea canister with the lid halfway shallow. The part that is detachably crimped to the outer circumference and the exhaust port ( 80) A mosquito coil-shaped vent is provided from the center to the outside, and sterilized air is blown in through it. The air flows around the outside of the don, and is finally cooled through the cooling exhaust port (88) on the upper side. The structure through which the air flows to the mask (75) either directly or through a rubber hose (81). A multipurpose CM motor that has all of these structures and functions

[0012] The assembly of each part of the multipurpose CM motor structure is as follows: First, the hn shaft tube rotor part (136) Figure 13 shows The aluminum shaft tube (89) has bearings (82) fitted to its inner circumferential surface at both ends. The aluminum shaft tube (89) is fitted with a cap shaped like a plastic bottle cap on both ends. The flat surface of the bearing has a hole in the center that is slightly inside the outer bearing (94). Depending on the installation position, the name is changed to the left side or the back side of the corona roaster. (108) and the right side or front side energizing commutator plus (109) of the corona roaster The aluminum shaft pipe (89) is fitted to both ends of the shaft, and the cap-shaped NNK copper pipe ( The hole in the shaft pipe blade fixing cap (111) is slightly larger than the hole in the shaft pipe blade fixing cap (91). The shaft pipe blades (100) 1 extend from the hole to the outer periphery, and several dozen small shaft pipe fans (1 82) is fitted to the outer end of the current-carrying commutator plus (109) The shaft tube (106) rotor assembly and then the shaft tube fixing part (137) (Figure 13) The structure of this product is that two or several NNK intake ports (98) are provided on one side of the tubular NNK copper tube (91). , close the tube-shaped hole (opening) at the end behind the NNK intake port (98) and close A nichrome wire receiving hook (110) is provided on the inside of the center of the circular shape, and this hook (110) Hang one side of the spring-shaped nichrome wire (79), then attach the other side to the NNK intake port ( 98) NNK copper tube (91) with no outer hole (opening) of the tube shape with a nib extending from the side of the hole to the center A nichrome wire receiving port (97) is provided at the tip of the nichrome wire receiving bar (93), and this nichrome wire receiving Hang the other end of the spring-shaped nichrome wire (79) on the mouth (97), and The exposed part of the wire (79) is embedded in a nichrome wire-embedded tube (92), and the nichrome wire-embedded tube ( 92) The inner circumferential surfaces of both ends and the outer circumferential surfaces of the nichrome wire (79) of the NNK copper tubes (91) at both ends The two ends are fitted together, and the joint boundary is made of a nichrome wire-embedded tube (92) at the joint (181) at both ends. The circumferential side of both ends of the opening, the NNK copper tube (91) and the bearing (82) on the inside of the outer periphery A fixing part ASSY of the heater built-in shaft pipe (106) consisting of a part fitted and fixed to the heater, The wiring is for battery B(84) The wiring extending from the pulse control unit (36) is connected to both ends of the nichrome wire through the bearings on both ends. Coronavirus roaster with structure connected to the end and CM motor for magnet part rotation pulse - Fixed part (149) and magnet part Rotating commutator & brush for CM motor use Coronavirus The wiring for the coil part of the slow star fixing part (155) should be a separate power source or parallel to the above nichrome wire. Nichrome wire wiring assembly for batteries AB (83-84) connected in series or in row, and then From the battery for the core magnet fixed fan (83) or the pulse control unit for the motor ( 36) to each coil, and a separate power supply from the Nichrome wire battery (84) Or, the motor pulse control unit (36) is wired to the nichrome wire (79), and this The positive current flows through the commutator positive brush as a current path to the ROM wire (79). (113) → commutator plus for current (109) → bearing (82) → NNK intake port (9 8) with NNK copper tube (91) → Nichrome wire (79) → NNK copper tube (91) → Bearing (82) → Current-carrying commutator negative (108) → Current-carrying commutator negative (112) Nichrome wire wiring assembly for battery (115) that heats the nichrome wire (79), and then The magnet part (56) (Figure 4) structure is a disk-shaped magnet fixing part (10) with a shaft in the center. The shaft hole that fixes the bolt (7) and the center of the hole on the upper surface of the thick, low cylinder are the axis of 14 Curved in a Baumkuchen shape with a large difference between the outer and inner diameters of the molded shape, drawing an arc of 0° to 1° A magnet is made with a sector-shaped flat surface, with the front and back of the magnet being a north and south pole, and the front and back and both sides are adjacent, The magnet parts (5) are arranged and fixed on the outer periphery of the magnet fixing part (10) in a different way. 6), and the shaft is fitted to this, which is the magnet with a common structure for the magnet part of each control means. Net rotor (168) ASSY, then magnet core propeller (105) Figure 21 shows a structure in which the magnet part (56) is provided with an MF port (48) and fan blades (43). First, between the magnets (8.9), from the outside of the hn shaft opening (45) to the inside of the outer circumference. An MF port (48) is provided on the side of the fan, and fan blades (43) are attached to the side of the center from the outer periphery of one side of the fan. ) is inclined toward the ∠mf port (48) and the magnet core propeller (105) is ASSY, then magnet core propeller (105) and the hn shaft port (45) in Figure 21. The magnet-fixed fan rotor is fixed in the center to the heater shaft pipe (106). The structure of the ASSY (107) (Figure 27) and the shaft tube small fan (182) (Figure 24) is The shaft tube has a cup shape and a hole in the center of the plane that is slightly larger than that of the NNK copper tube (91). The wing fixing cap (111) has a line extending straight from the side of the hole to the outer circumference, The shaft is tilted at an angle of 10° to 90° to the outer circumference with the root as the axis, and the shaft is attached to the hole side. 0) at an angle of ∠10° to 90°, and the outer circumference and the shaft fin (100) Extend the length of the wing so as to close the narrower angle and the outer periphery of the shaft pipe wing fixing cap (111). The shaft is connected in a long shape, and one to several tens of shaft blades (100) are provided. It consists of a structural part that sends air to the shaft pipe blade fixing cap (111) and the electric Shaft tube small fan (182) assembly with a structure that fits onto the outer end of the commutator plus (109) Next, the coil holder (11) ASSY (Figures 29-36) is installed inside the coil and magnet. The coil holder (11) ASSY is shaped like a tea canister and has a shaft hole in the center of the bottom. Next, the long motor case (170) ASSY (Figure 30) is the CM motor shown below. The shape of the tea caddy is deeper than the case (42) by the common commutator (67), and the bottom The long motor case (170) ASSY has a shaft hole in the center, and then the CM motor case. The base (42) ASSY (Figure 33) is a tea canister-shaped bottom that can accommodate the coil holder (11) in a rotatable manner. A shaft hole is provided in the center, and a brush plate (17 3) The CM motor case (42) ASSY has a structure with a length to close it, and then the corona The Turfan body (86) assembly (Figure 36) is the coil receiver for the control coil assembly (186). The cylindrical side of the case (11) is crimped to the inside of a tea canister shape that is slightly smaller than the CM motor case (42). Fix the corona roaster fan body (86) and the coil assembly with control unit (1 86) A corona roaster having an intake hole (78) in the through hole of the coil receiver (11) - Fan body (86) ASSY and then outer side case (178) ASSY. Figure 40 shows the tea canister. A shaft hole is provided in the center of the bottom of the shape, and the width is such that the coil part receiver (11) can be rotatably mounted inside. Multi-stage heavy commutator (156), multi-stage heavy brush (160), and multi-stage heavy brush plate (179 ) depth of the outer side case (178) ASSY, and then the corona roaster. The long motor case (175) ASSY (Figure 42) is a tea canister-shaped case with a shaft hole in the center of the bottom. , the width for crimping and fixing the coil part receiver (11), and the commutator piece (14) and the small washer outer The side brush (112), the outer brush for the large washer (119) and the cover (123) can be rotated. Built-in washer plate commutator with brush cover (123) and large and small washers - For corona roasters with a structure that provides a depth for crimping and fixing the outer periphery of the plate (122) Long motor case (175) ASSY and then the cover with pulse control unit (169) Assembly Figures 29 and 36 show the coil support (11) and the center of the outer periphery play that is fitted into the opening. A shaft hole (51) is provided to rotatably hold the shaft, and the shaft hole (51) is spaced from the shaft hole (51) on the outer surface of the lid. A pulse control unit (36) for the motor is provided in the lid, and the wiring for each coil part is routed through the wiring hole on the inner surface of the lid. (167) can be connected to the appropriate terminal of the motor pulse control unit (36) Lid with pulse control unit (169) ASSY, then brush plate for commutator (132) ASSY (Figure 30) is sized to fit into the inner opening of the long motor case (170). The plate has a shaft through hole in the center and two to several dozen holes at appropriate positions from the front to the back. Commutator brush plate (132) assembly with contact head (18) Next, the brush plate (173) ASSY with commutator (Figure 33) is the CM motor case ( 42) A plate of a size that fits into the inner opening has a shaft hole in the center and a hole extending from the front to the back. A commutator having two to several dozen commutator brushes (174) at appropriate positions. Brush plate (173) ASSY for motorized brushes and then multi-stage heavy brush plate (179) ASSY Figure 40 shows the center of the plate that is sized to fit into the inner opening of the outer side case (178). The shaft hole and the front and back of the multi-stage heavy blocks of different lengths are placed at appropriate positions. The multi-stage heavy brush plate (179) ASSY is equipped with a brush (160), and then the outer front plate (179) is attached to the outer front plate (179). The plate (177) and the outer side case (178) (Figure 40) were assembled by Corona Roaster. Long motor case (175) ASSY for 175, then with washer plate commutator The brushed cover (123) ASSY (Figure 44) is a long motor case for the Corona Roaster ( 175) near the opening of the plate, and a shaft hole in the center of the plate of a size that allows rotation. From the back to the front, place the small washer outer brush (112) and the large washer Washer plate with commutator and brush (119) The cover (123) ASSY and the coil winding shaft (38) with both ends of the shaft shape bent inwardly are then assembled. ) In Fig. 11, the coil winding shaft piece (39) with the enamel wire (73) wound around it is shown. An example of a plate is a rectangular plate-shaped part made of silicon steel with claws protruding at right angles on both ends. The CM motor plate (1) is made of a sheet metal, and the coil pieces are stacked one to several dozens of pieces. The enameled wire (73 ) is wound around the coil shaft piece ASSY (190), and then the CM motor plug made of silicon steel plate is attached. Rate (1) A form in which the inside of the arc of the commutator piece (14) on one side and the claws are connected to the end in the same direction The L-shaped part is made of silicon steel plate. CM motor plate (1) 1 is made up of several dozen stacked commutator coil shaft pieces (6) The coil shaft piece ASSY (191) with commutator with the mercury wire (73) wound around it, and then the pulsar The control unit cover (169) assembly in Figures 29 and 36 is attached to the inner periphery of the coil support (11). a shaft hole in the center of a plate having a size approximately the same as that of the shaft, through which the shaft can rotate; A motor pulse control unit (36) is attached to the outer surface, and the terminal wiring of each coil is connected to each wiring The coil is brought out from the hole (167) and connected to the appropriate terminal of the motor pulse control unit (36). The pulse control unit (36) is connected to the battery (40). Lid with control unit (169) ASSY, and then The commutator plate (172) ASSY (Figure 32) is approximately the same as the inner circumferential surface of the coil section receiver (11). The center of the plate has a shaft hole through which the shaft can rotate, and a commite to fix the shaft on it. The commutator section (194) has two to several tens of rotor pieces (67) and the shaft is rotatable through the commutator section (194). A through-shaft hole is provided, and the enamel wire (73) is provided at the intermediate position between each coil portion and at an appropriate position. The commutator plate (172) ASSY is connected to the commutator piece (67) and The commutator plate (171) assembly in Figures 35 and 42 is the inner side of the coil support (11). The plate has a diameter of about the same as the circumference, and a shaft hole in the center of the plate allows the shaft to rotate. The commutator pieces (14) are placed at a slight distance inside the outer circumference, and are arranged evenly in two to several tens of divisions. A commutator plate (171) assembly having a hollow portion (50) that can be fitted into the gap Next, the multi-stage heavy commutator plate (176) ASSY (Figure 39) is the coil support (11) The plate has a size approximately the same as the inner circumferential surface, and a shaft hole in the center of the plate. A ring-shaped inner casing is attached to the commutator pipe (185) having a tubular shape and a shaft hole through which the lid can rotate. A multi-stage heavy commutator (156) having wiring grooves (184) at several tens of places on one side, Two to several tens of them are provided at appropriate positions at equal intervals, and each wiring groove (184) has only one first stage. The wiring groove (184) of the heavy commutator (157) is used to connect the enameled wire (73) between the coil parts. Next, the wiring groove (184) of the second stage heavy commutator (158) has only two locations, and the wiring groove (184) between the coil parts Connect to the enamel wire (73), then wire the third stage heavy commutator (159), which has only three locations. The groove (184) is used to connect the enameled wire (73) between the coil parts, and the multi-stage connection structure is repeated. A multi-stage commutator coil assembly (189) consisting of a commutator section (183), and then Large and small washer plate (122) ASSY Figure 42 shows the long motor case for the Corona roaster. The shaft is rotatable in the center of a plate of approximately the same size as the inner circumferential surface of the base (175). The hole and the large ring-shaped washer (61 ) is the magnet part rotating commutator & brush for CM motor rotor part (165) inner large ring The outer large washer (6 1) has a contact head (18) for the power supply and a large washer (61) inside. A ring-shaped small washer (60) is provided at an appropriate position on the inner small washer outer A power supply washer (60) is attached to the outside of the small washer (60) in such a way that it can always slide in contact with the brush (112). A large and small washer plate (122) having a structure consisting of a portion provided with a contact head portion (18) ASSY and then the removable aluminum swirl cooling adapter (85) (see Figure 36 and Figure 43, bottom left) The upper inner circumference of the Corona Roaster Fan Body (86) is a shallower version of the lid of a tea caddy. The part that is detachably pressed and fixed to the outer circumference of the corona roaster fan body (86) (80) has a mosquito coil-shaped vent hole from the center to the outside, through which sterilized air is blown in. The air flows around the outside of the hub and is finally cooled through the cooling exhaust port (88) on the upper side. The air that is drawn into the mask (75) flows directly or through a rubber hose (81). Aluminum swirl cooling adapter (85) ASSY and then the common battery (115) The structure of the Terry is a low tea caddy-shaped bottom with one battery (115) disk-shaped or upper and lower A semicircle of the core propeller fan battery (83) and the nichrome wire battery (84) Two disk-shaped battery sections are provided, and the inner circumference of the tea canister shape and the corona roaster fan are It is crimped and fixed to the outer circumference of the motor body (86) and the long motor case (175) for the corona roaster. Next, the battery (115) ASSY, which has a structure that rotates the magnet part, and the CM motor ( 138) is a magnet rotor with a shaft attached to the magnet part (56) shown in FIG. - (168) ASSY is the CM motor rotor part (139) for the magnet part rotation pulse The structure of the CM motor fixing part (140) for the magnet part rotation pulse is shown in Figure 29. One to several dozen coil shaft pieces ASSY (190) are arranged and fixed on the inner surface of the coil support ASSY (11). The coil set part ASSY (197) is now installed, and the opening of this coil part receiver (11) is The cover with the pulse control unit (169) is closed, and each coil shaft piece ASSY (190) is A part where the terminals of the two extending wires are connected to the terminals of the motor pulse control unit (36), The structure in which the motor pulse control unit (36) and the battery (40) are connected is called a coil with a control unit. The magnet part is the motor assembly (186) which is the CM motor fixing part (140) for rotating pulse. The CM motor (138) for rotating the magnet part is shown in Fig. 28, which is the rotor part of Fig. 45. The shaft of the CM motor rotor part (139) for rotating the magnet part is The shaft hole (51) of the front coil part receiver (11) of the CM motor fixing part (140) for rotation pulse ) and a rear pulse control unit with a cover (169) rotatably held in a shaft hole of the cover (169) The CM motor (138) type has a magnet part rotation pulse with a structure similar to that of the coil part rotation pulse motor. The CM motor for commutator and brush (141) is the coil part rotation CM motor for commutator and brush. The structure of the rotor part (142) in Figure 32 is the coil part of the coil set part ASSY (197). Close the opening of the receiver (11) with the commutator plate (172) ASSY. The enamel wire (73) between the shaft piece ASSY (190) and the general commutator ( The coil rotating commutator ASSY (187) is connected to the commutator coil assembly (67). The part that will become the CM motor rotor part (142) for the rotor & brush, and the coil part rotating commutator & The structure of the brush CM motor fixing part (143) in Figure 30 is the long motor case (170) AS Close the opening of the SY with the commutator brush plate (132) ASSY. Shaft hole of the rotor case (170) and commutator brush plate (132) AS The shaft hole of the SY and the shaft of the magnet rotor (168) of the magnet part common structure The coil part has a built-in structure that holds the front and rear of the motor in place, and the rotating commutator and brush CM motor fixing part (143) and the coil rotating commutator & brush CM motor (141) Figure 31 The structure of the coil rotating commutator & brush CM motor fixing part (143) is The shaft on the shaft hole side of the motor case (170) and the coil rotating commutator of Figure 32 & The shaft hole of the coil receiver (11) of the brush CM motor rotor part (142) The part that holds the coil part rotating and the CM motor fixing part for the brush (1 43) commutator brush plate (132) side shaft and the coil part of Figure 32 Rotating commutator & brush for CM motor rotor part (142) commutator plate (17 2) The shaft hole is made up of a part that is rotatably held, and the coil part rotating commutator & brush A coil rotating commutator with a structure that allows the rotor part (142) for the CM motor to be rotatable. CM motor (141) type for commutator & brush, and next, for coil part rotating commutator & brush The CM motor (144) is a CM motor rotor with a rotating commutator and brushes. The structure of the coil part (145) in FIG. 35 has one to several tens of commutators on the inner circumferential surface of the coil part receiver (11). The coil shaft piece ASSY (191) with the nut is placed and fixed, and the opening of this coil holder (11) is , each commutator piece (14) and each hollow portion (50 ) and close it with the commutator plate (171) ASSY. The wiring in Figure 17 is done on the commutator piece (2) of the CM motor commutator attachment plate ( 14) Connect one end of the enameled wire to the other end of the wire, then wind the enameled wire. The coil piece with the commutator (5) is made into one, and the end of the wound enameled wire is attached to the commutator on the right. The commutator piece (14) of the coil piece (5) is connected to the inside of the tip of the commutator piece (14). Repeat this process several dozen times until the first commutator piece (1) of the coil piece (5) is finally 4) A CM motor commutator mounting plate (2) made of silicon steel that is connected to the loop The coil part of the coil assembly (188) is a coil part rotating commutator with a commutator wired. The part that will become the rotor part (145) of the CM motor with brush and the coil rotating commutator The structure of the CM motor fixing part (146) for the CM motor with brush and with hub (Figure 33) is the CM motor case (42) AS Close the SY opening with the commutator brush plate (173) ASSY, and then install the CM motor case. The shaft hole of the rotor (42) ASSY and the magnet rotor (168 The part that fixes the front shaft (7) of the brush plate with commutator so that it cannot rotate. The shaft hole of the rotor (173) ASSY and the magnet rotor (16 The coil rotating section of the rotating shaft (7) is fixed so that it cannot rotate. The part that will become the fixed part (146) of the CM motor with a commutator and brushes, and the coil rotating commutator The structure of the CM motor with and brush (144) in Figure 34 is a CM motor with a rotating commutator and a brush. The magnet part (56) of the fixed part (146) of the CM motor for the SI is attached to the coil part with a rotating commutator & Built into the brush CM motor rotor (145), and further built-in coil rotating commutator CM motor rotor part (145) with commutator & brush for coil part rotation The CM motor for brushes is built into the fixed part (146) and has a rotating commutator for the coil part. The front shaft of the rotor fixing part (146) and the coil part rotating commutator with brush CM motor - A portion of the rotor part (145) that rotatably holds the shaft hole of the coil part receiver (11) and the rear shaft on the side of the brush plate (173) with commutator, The coil section of the plate (171) ASSY is made up of a section that holds the shaft hole of the plate (171) ASSY in a rotatable manner. CM motor (144) type with commutator and brush, and then magnet part rotation pulse Coronavirus roaster (147) using CM motor for magnet part rotation pulse The structure of the rotor part of the coronavirus roaster using a CM motor (148) in Figure 37 is the inside of the heating section. The rotor part of the internal shaft tube (106) and the rotor part of the internal shaft tube (136) are assembled together. The shaft opening of the magnet core propeller (105) is fitted into the center of the aluminum shaft tube (89). The shaft tube rotor part (136) ASSY current commutator plus (10 9) The above shaft tube small fan (182) is provided on the side of the magnet part with a rotating commutator & The part that will become the brush CM motor rotor part (148) and the CM motor for the magnet part rotation pulse The structure of the fixed part of the coronavirus roaster using the data (149) in Figure 36 is the same as that of the control part mentioned above. The coil assembly (186) has a vent hole (195) on the cover (169) with the pulse control unit. The shaft of the front coil support (11) of the coil assembly with control unit (186) Hole and the NNK copper tube (91) on the side of the hn shaft tube fixing part (137) without the NNK intake port (98) The coil assembly with the control unit (186) and the rear pulse control unit are attached. The shaft hole of the cover (169) and the NNK intake port (98) of the hn shaft pipe fixing part (137) The part that fixes the NNK copper tube (91) on the side and the coil part with the control unit ASSY (186) The part that is crimped and built into the Corona Roaster Fan Body (86) ASSY and the coil part with the control unit The part that fixes the rear of the ASSY(186) to close with the battery(115) and the control part. The front of the coil assembly (186) is fitted with a removable aluminum volute cooling adapter (85). The magnet part is made of a rotating pulse motor for the CM motor used for the coronavirus roaster. The part that becomes the fixed part (149) and the part that uses the CM motor for rotating the magnet part The structure of the star (147) in Figure 38 is a corona wielding motor using a CM motor for rotating the magnet part. The rotor part (148) of the mill is connected to the front and rear bearing balls (95). Control of fixed part of coronavirus roaster (149) using CM motor for magnet part rotation pulse The magnet part rotating pulse is built into the inner coil part of the coil part assembly (186). Commercial model for Coronavirus roaster (147) type using a magnet, and then the magnet rotating commutator The CM motor for commutator and brush (164) is the magnet part rotation CM motor for commutator and brush. The structure of the rotor part (165) in Figure 44 is the same as that of the CM motor for the magnet part rotation pulse. For Coronavirus Roaster Rotor Part (148) Shaft Tube Small Fan (182) The extension shaft (193) connected to the central shaft tube rotor part (137) rotates. A through hole for the possible shaft extension hole (196) is provided, and the shaft pipe small fan (182) is also provided. The brush cover (123) ASSY for the washer plate commutator is fitted to the rear of the The magnet part is the part that becomes the CM motor rotor part (165) for rotating commutator and brushes. The structure of the magnet part rotating commutator & brush CM motor fixing part (180) in Figure 42 is , There is a vent hole in the commutator plate (171) of the coil assembly (188) with commutator. (195) through hole is provided, and the shaft hole of the coil part receiver (11) and the hn shaft pipe fixing The NNK intake port (98) of the part (137) is fixed to the NNK copper pipe (91) on the side without a commutator. The shaft hole of the plate (171) and the NNK intake port (9 8) on the side where the NNK copper tube (91) is located is rotatably held, and the N of the HN shaft tube fixing part (137) Fix the end of the NK copper pipe (91) and the extension shaft (193), and then attach the large and small washer plates (1 22) and fix the extension shaft (193) to the shaft hole of the corona roaster long motor. The bottom of the turbo case (175) and the bottom of the coil holder (11) are crimped and fixed, and the side corona The intake hole ( 78) is provided, and the outer circumference of the large and small washer plates (122) and the long motor for the corona roaster are A rotating commutator with a magnet section fixed so as to close the opening of the turbo case (175). & Brush CM motor fixing part (180) and magnet part rotating commutator & brush The structure of the CM motor for brushes (164) in Figure 43 is a CM motor for magnets, rotating commutators and brushes. The part of the HN shaft tube fixing part (137) of the rotor fixing part (180) is fitted with a bearing ball ( 95) through the magnet part rotating commutator & brush CM motor rotor part (165) The rotor part (136) of the HN shaft tube is built in, and the fixed part (137) of the HN shaft tube is also built in. The extension shaft (193) fitted to the shaft pipe small fan (182) and the Shaft extension hole (123) of the through hole of the brush cover (123) with shear plate commutator 196) is rotatably built into the magnet part rotating commutator & brush CM motor - Coil part of fixed part (180) coil part of receiver (11) magnet part rotating commutator & Rotating the magnet core propeller (105) of the brush CM motor rotor part (165) While possible, the commutator plate (171) and the large and small washer plates (1 22) into the space between the washer plate commutator and the brush cover (123) The structure is such that the bearing is rotatably held by the bearing ball (95). Magnet rotating commutator & brush CM motor (164) type, then magnet rotating Coronavirus Roaster (153) using CM motor for commutator & brushes is first mag Net Rotating Commutator & Brush for CM Motor Coronavirus Roaster Rotor Part ( 154) The structure of Figure 44 is a corona using a CM motor with a rotating magnet and brush. Rotating magnet part and brake commutator with the same structure as the Illuminator Roaster rotor part (154) The part that will become the rotor part (154) of the coronavirus roaster using the CM motor for the SI, and the magnet Coronavirus roaster fixed part (155 The structure in Figure 42 is a long motor case (175) for a corona roaster and a coil support. (11) has a through hole for the intake hole (78) on the side and a rotating commutator for the magnet part. & Brush CM motor fixing part (180) Detachable aluminum swirl cooling adapter (85) on the front The magnet part rotating commutator has a structure in which the battery (115) is fitted to the rear. The part that will become the fixed part (155) of the coronavirus roaster using the CM motor for the tap & brush, and the Coronavirus roaster using CM motor for magnet rotating commutator & brush (153) The structure of the magnet part is a detachable adapter on the front of the CM motor (164) for rotating commutator and brushes. A Lumi spiral cooling adapter (85) is attached, and a battery (115) is attached to the back. Coronavirus roaster (1 53) type, and then the CM motor (150) for coil rotation pulse, first the coil rotation The structure of the pulse CM motor rotor part (151) in Figure 39 is the coil set part ASSY (19 7) Close the opening of the multi-stage commutator plate (176) ASSY and enamel the area between each coil. The wire (73) and each wiring groove (184) of each multi-stage heavy commutator (156) pass through each appropriate multi-stage The multi-stage heavy commutator coil assembly (189) connected to the heavy commutator (156) The coil part rotation pulse CM motor rotor part (151) and the coil part rotation pulse The structure of the CM motor fixing part (152) for the rotating pulse (Figure 40) is the magnet part rotor (168 The rear shaft of the multi-stage heavy brush plate (179) assembly cannot rotate with the shaft hole of the multi-stage heavy brush plate (179) assembly. The part fixed to the function and the common part, the long motor case (175) for the Corona Roaster The shaft hole and the front shaft of the magnet rotor (168) are fixed so that they cannot rotate. The coil part is made up of a rotating pulse CM motor fixing part (152) and , the coil part rotation pulse CM motor (150) Figure 41 shows the structure of the coil part rotation pulse C The magnet part (56) of the M motor (150) is connected to the CM motor for the coil rotation pulse. - Rotatably built into the coil part of the rotor part (151), and furthermore, the coil part rotation pulse CM The motor rotor part (151) is connected to the CM motor fixing part (152) for the coil rotation pulse. The coil is rotatably mounted in the long motor case (175) for the corona roaster. A shaft on the outer front plate (177) side of the CM motor fixing part (152) for the external rotation pulse; Coil section rotation pulse CM motor rotor section (151) coil section receiver (11) shaft The CM motor fixing part for the coil part rotation pulse (15 2) The shaft on the multi-stage brush plate (179) side and the CM motor for the coil rotation pulse The rotor part (151) and the shaft hole of the multi-stage commutator part (183) are connected to each other. The shaft hole and the outer side case (178) are rotatably held in place. The product body (coronavirus roaster body) etc. is equipped with an outer front plate (177) and a multi-tiered A CM motor (150) for rotating the coil part with a brush plate (179) fixed ) type, and then the power supply is a pulse control for the motor on the outside of the multi-stage brush plate (179) A unit (36) is provided, and a pulse control unit ( 36) to an appropriate terminal, and the part connected to the battery (40) and the motor pulse control unit (3 6) and the structure is such that current can always be applied to each coil. A multi-purpose CM motor characterized by having the structure and function described above. Effect of the Invention

[0013] Since the present invention has the above-mentioned structure, the structure is simplified by integrating the commutator piece and the core shaft. You can also change the number of coils and the rotor and fixed part settings, and you can change the arrangement and By changing the structure such as length and thickness, we can mold the shape according to the purpose and develop new products. This leads to development. [Brief description of the drawings]

[0014] [Figure 1] Perspective view of the CM motor plate and CM motor commutator mounting plate [Diagram 2] Perspective view of CM motor commutator attachment plate binding section [Diagram 3] Perspective view of the coil and magnet parts [Figure 4] Perspective view of the magnet part [Diagram 5] Perspective and cross-sectional views of the magnet, rotor, and commutator parts [Figure 6] Perspective and cross-sectional views of the coil section [Figure 7] Fixing part and cross section of CM motor rotor [Figure 8] Cross section of CM motor [Figure 9] Perspective view of CM motor [Figure 10] CM motor brushes and wiring diagram for CM motor pulse control device [Figure 11] A perspective view of a coil winding shaft and a coil piece. [Figure 12] Commutator attachment and fixing part perspective view [Figure 13] Cross section of hn shaft tube [Figure 14] Perspective view of the Coronavirus Roaster body, battery and detachable aluminum spiral cooling adapter [Figure 15] Perspective view of CM motor plate binding section [Figure 16] Perspective view of CM motor fixing part 1·2 and rotor part 1·2 of a normal commutator [Figure 17] Wiring diagram of commutator coil part (57) [Figure 18] Connection diagram of plate with large and small washers and plate with brushes [Figure 19] Perspective view of magnet and coil [Figure 20] Coronavirus roaster perspective view and installation diagram [Figure 21] Side and perspective view of magnet fixed fan [Figure 22] Perspective view of fixed magnet fan rotor [Figure 23] Cross section of coronavirus roaster [Figure 24] hn shaft tube perspective cross section [Diagram 25] Air flow during operation of the coronavirus roaster [Figure 26] Cross-section of the coronavirus roaster housing fixing part [Figure 27] Coronavirus roaster rotor part perspective view front and back [Figure 28] Cross-sectional and perspective view of CM motor for controlling magnet rotation pulse [Figure 29] Cross-sectional and perspective view of the CM motor fixing part for controlling the magnet rotation pulse [Diagram 30] Cross-sectional and perspective view of the coil rotating commutator and brush CM motor fixing part [Diagram 31] Cross-sectional and perspective view of CM motor for coil rotating commutator and brush [Diagram 32]Cross-sectional and perspective view of the CM motor rotor for coil rotating commutator and brushes [Diagram 33] Cross-sectional and perspective view of the fixed part of the CM motor for brushes with rotating commutator for coil section [Diagram 34] Cross-sectional and perspective view of CM motor with rotating commutator and brushes for coil section [Diagram 35] Cross-sectional and perspective view of the rotor part of the CM motor with a rotating commutator and brushes [Diagram 36] Cross-sectional and perspective view of the fixed part of the coronavirus roaster using a CM motor for controlling the magnet rotation pulse [Figure 37] Cross-sectional and perspective view of the rotor part of the coronavirus roaster using a CM motor for controlling the magnet rotation pulse [Figure 38] Cross-sectional and perspective view of the coronavirus roaster using a CM motor for controlling the magnet rotation pulse [Figure 39] Cross-sectional and perspective view of the CM motor rotor for controlling the coil rotation pulse [Diagram 40] Cross-sectional and perspective view of the CM motor fixing part for controlling the coil rotation pulse [Diagram 41] Cross-sectional and perspective view of CM motor for coil rotation pulse control [Diagram 42] Cross-sectional and perspective views of the fixing part of the CM motor for magnet part rotating commutator and brushes and the fixing part of the coronavirus roaster using the CM motor for magnet part rotating commutator and brushes [Diagram 43] Cross-sectional and perspective views of the CM motor for magnet rotating commutator and brushes and the coronavirus roaster using the CM motor for magnet rotating commutator and brushes [Diagram 44] Cross-sectional and perspective views of the rotor part of the coronavirus roaster using the CM motor for magnet rotation pulse, which has the same structure as the CM motor rotor part for magnet rotation commutator and brush [Diagram 45] Perspective view of the CM motor rotor for magnet rotation pulse DETAILED DESCRIPTION OF THE PREFERRED EMBODIMENTS

[0015] The following describes the embodiment with reference to FIG. 8 showing the structure of the multipurpose CM motor and FIG. The parts shown in the part drawings of 15, 16, 17, 18, and 19 and the operation process of the present invention shown in Figures 5 and 10 13, 14, 20, 21, 22, 23, 24, 25, 26, and 27 based on one embodiment. 28 29 30 31 32 33 34 35 36 37 38 39 40 41, 42, 43, 44, and 45 are explained, and (0075) to (109) are assembly AS The explanation of SY and (110) to (129) will be given in order of the embodiments according to the types.

[0016] The CM motor plate shown in Figure 1 is a rectangular plate with claws protruding at right angles on both ends. The part is the CM motor plate (1) made of silicon steel plate.

[0017] The CM motor commutator plate in Figure 1 is an example of the CM motor plate made of silicon steel. Rate (1) A shape in which the end of the commutator piece (14) is connected to one side with the inside of the arc and the claws facing in the same direction The L-shaped part bent into a shape is the CM motor commutator mounting plate (2) made of silicon steel plate.

[0018] The commutator piece (14) in Figure 1 is an example of a CM motor shaft (7) that is as centrally located as possible. A hollow plate-shaped washer-shaped object of a size larger than the center is divided into 3 to tens of parts and both sides are A part that has been slightly cut to create a new shape.

[0019] The commutator attachment fixing part (52) in FIG. 12 is a disk-shaped plate with a hole for the shaft (7) in the center and Commutator pieces (14) are placed at intervals on the outer circumference of the A part having a hollow portion (50) for fitting.

[0020] The commutator coil shaft piece (6) in Figure 2 is the same size as the CM motor commutator plate (2). There is one eye, and behind it is a CM motor plate (1) made of silicon steel plate. Product.

[0021] The coil shaft piece (54) in Figure 15 is made of one to several dozen silicon steel CM motor plates (1). Stacked parts.

[0022] The coil piece (55) in Figure 15 is wound around the shaft of the CM motor plate (1) made of silicon steel. Rotated parts.

[0023] The commutator coil piece (5) in Figure 2 is made of silicon steel plate (1) and silicon steel plate (2). Commutator coil for the shaft part with a plain steel CM motor commutator plate (2) The part wound around the shaft piece (6).

[0024] A coil (41) is wound around the coil winding shaft (38) shown in FIG. 11, with both ends of the shaft bent inward. A coil winding shaft piece (39).

[0025] The coil and magnet parts in Figure 3 are perspective views that explain the moving stroke of the CM motor. When a positive current flows from the commutator plate (14), the CM motor commutator plate made of silicon steel is The coil is wound around the coil connection part (3) of the coil (2) and the coil is energized. Inner side and magnet part S pole (9) · Inner side and magnet opposite to the commutator attachment The north poles (8) of the magnets repel each other at the same time, and this repetition rotates the motor. The repulsion or attraction between the inside of the motor and the outside of the coil wound around the core is what creates the multipurpose CM motor. In the case of (16), the coil is arranged vertically relative to the shaft, and is connected to the commutator-attached coil piece (5) or The shaft piece (55) is wrapped around both ends, resulting in rotation from reaction on both sides.

[0026] The coil section and magnet section in FIG. 3 are shown in a perspective view of the coil section (5) with the commutator attached. When the coil is replaced with the coil shaft piece (54), electricity is passed through the coil wound around the coil shaft piece (54) and the coil is made of silicon steel. CM motor plate (1) right side claw inner side and magnet part S pole (9) · Made of silicon steel plate The inner side of the left claw of the CM motor plate (1) and the north pole of the magnet (8) repel each other at the same time. , and rotate in the same manner as above.

[0027] The magnet part (56) in FIG. 4 is a cylindrical shape that is curved from the hole side to form an arc of, for example, 140° to 1°. The magnet is molded into a rectangular shape with an S pole and a N pole on each end. The parts are arranged and fixed to the magnet fixing part (10), two to several dozen each in a staggered arrangement.

[0028] An example of the contact head part (18) in Figure 5 is an L-shaped metal fitting with a contact bump on one side and a wiring connection on the other side. A structure with holes.

[0029] The rotor part of the commutator-attached coil part (57) in FIG. 6 is the commutator-attached coil part (5). One to several tens of these are fitted at equal intervals inside the cylindrical coil receiver (11) and The hollow portions (50) of the receiving plate (52) and the commutator pieces (14) are fitted together to form the cover. The outer periphery and the rear commutator piece (14) are crimped and fixed to the commutator piece-attached coil portion (57).

[0030] The front of the commutator coil part (57) is fixed so as to close the bearing plate (64). The rear part is closed and fixed by the rotor bearing (52).

[0031] The coil rotor part of Fig. 6 and Fig. 8 is a coil piece (55) or a coil winding shaft piece (39), The coils (4) are fitted into a cylindrical coil receiver (11) at equal intervals, from one to several tens of coils. The front and rear of the coil are fixed to the bearing plate (64) so ​​that they are closed. The coil winding shaft piece (39) becomes the C-shaped coil part (128) at the U-shaped coil part (127). .

[0032] An example of the coil rotor is a coil (4) fixed to a cylindrical case with a closed bottom. Then, the shaft 1 (66) is crimped and fixed at the middle position of the bottom of the cylinder, and the inner shaft 1 (66 ) has the inside of bearing #1 (63) crimped and fixed to its tip.

[0033] In the case of the commutator-less coil section (4) and the commutator-attached coil section (57), A general commutator (67) is provided.

[0034] The fixed part is attached to the front half of the shaft hole in the center of the magnet part (56), and the bearing The outside of shaft #1 (63) is fixed, and the rear of shaft #2 (58) is fixed. Leave a space for the protruding part and secure the rear of it with the commutator support plate (13). Structure.

[0035] In the case of pulse control with a fixed coil, the above-mentioned commutator-less direct pulse motor pulse control Connect the wires to the control unit (36), and then connect the rear of the shaft 2 (58) of the fixed part, which will become the rotor part this time. The center hole of the bearing plate (64) that is fixed to the inside of the bearing 2 (62) and fixed to the main body The bearing is fixed to the outside of bearing 2 (62) to form a closed structure.

[0036] In the case of analog rotation using an adapter fixed to the coil part, the rear of the fixed part is the commutator piece. The structure is closed by a receiving plate (13), and behind it is a switching adapter ( 72) in a central hole so as to be rotatable and to form a closed structure.

[0037] The rotor part is attached to the front half of the shaft hole in the center of the magnet part (56), and the bearing The outside of the coil spring #1 (63) is fixed, and the rear of the coil spring #2 (58) is fixed. A space is left between the two protruding parts, and the bearing 2 (62) is fixed inside the space behind it. Construction.

[0038] The rotor part 1·2 of the normal commutator (67) shown on the left in Figure 16 is a coil shaft piece (55 ) 3 to several dozen are fixed at equal intervals to the coil part receiver (11), and the magnet part (5 6) A disk with a space for rotatably mounting the disk, and shaft holes on both ends for rotation. The lid is closed, and a commutator is provided on one side, with a shaft fixed to that part. The rotor part of a normal commutator consists of one with a shaft and two without a shaft.

[0039] The example of the fixed part 1.2 of a normal commutator shown on the right in Figure 16 has a magnet part (56) built in. In addition, in the case of rotor part 1 (68), fixed part 1 (70) is installed, and in the case of rotor part 2 (69), The fixed part (71) has an internal space for rotation, and the shaft is located in the center of the front of the motor case. (7) Fixed part and back, if there is a shaft, it is rotor part (69), if there is no shaft, it is rotor The structure is that it is fitted inside part one (68) and closed with a lid with a brush.

[0040] In the case of pulse control, the rotor part is fixed to the magnet part (56) and shaft 1 (7). A general commutator (67) is connected to the motor pulse control unit (36).

[0041] The example of the commutator-less rotor part in Figure 5 has a magnet part (56) built in so that it can rotate. Two to several dozen coil pieces (5) with commutator are placed around the coil. ) at equal intervals, and the front shaft (7) is closed with a disk having a retaining hole so that it can rotate. The rear is closed with a commutator receiver (52).

[0042] An example of a commutatorless fixed part is a disk part that fixes the shaft hole in front of the shaft (7). The magnet part (56) is fixed to the center of the shaft (7), and the brush part is held at the rear. It consists of a commutator one-side support (13).

[0043] In the case of pulse control, the coil part becomes the fixed part, and the motor pulse is sent from the commutator piece (14). The part connected to the control unit (36) and the rotor part are attached to the chassis that fixes the fan (49). The structure consists of a cover (7) and a magnet part (56) fixed in the center.

[0044] An example of a rotor switching adapter is the switching adapter (72) with an inner + pole and an outer - pole. The brush (18) of the motor body, which becomes the rotor part, comes into sliding contact with the brush (18), and the shaft is fixed to the body side. Determine.

[0045] FIG. 17 shows an example of the wiring of the commutator coil part (57), which is made of silicon steel plate. Wind the enameled wire around the data plate (2) and connect the finished end to the coil connection part (3). Then, connect the other end of the enameled wire (73) to the commutator coil (57) on the left. The coil part with the commutator piece (57) that was just wound is connected to the commutator piece (14). Connect the commutator piece (14) to the adjacent enameled wire (73) on the right side, 3 to several dozen times around the coil part. A structure that is repeated a number of times.

[0046] The coronavirus roaster (76) in Figure 14 is preheated in the coil section (4) and the shaft tube A structure with a spring-shaped or spirally wound nichrome wire (79) inside, which is used for heat sterilization. do.

[0047] The magnet-fixed fan (47) in Figure 21 has a washer flat surface that is divided near the outer periphery of the disk. The magnets (8·9) are arranged and fixed so that the north and south poles are not the same on the front and back. Between the magnets (8.9) and the hn shaft opening (45), The MF port (48) is provided on the inside, and the fan blades ( 43) is inclined toward the ∠mf port (48), and the heater-integrated shaft pipe (106) is fixed in the center. The structure is provided with an HN shaft port (45).

[0048] The magnet fixing plate (46) in FIG. 21 has a disk or coin shape with an hn shaft opening ( A hole is provided for the magnet (8· 9) with an MF port (48) between them.

[0049] The shaft tube small fan (182) in Figure 24 is cap-shaped, and the center of its plane is made of NNK copper tube ( The shaft pipe blade fixing cap (111) has a hole slightly larger than that of the shaft pipe blade (91), and the hole side A line extends straight from the surface to the outer periphery, and the base of the hole is inclined at an angle of ∠10° to 90° to the outer periphery. Then, connect the shaft fin (100) to the hole at an angle of ∠10° to 90°. The part connected to the shaft pipe (100) and the part with the narrower angle between the outer circumference and the shaft pipe (100) The length of the wings is extended so that the outer circumference of the cap (111) is closed. The shaft pipe blade (100) is provided with a structure that sends air into the hole when rotating. Fit the shaft pipe blade fixing cap (111) inside and the commutator plus (109) outside end. Wearing structure.

[0050] The heater-integrated shaft pipe (106) in FIG. 13 has an NNK intake port ( 98) in 2 or more places and close the end holes, and then put nichrome A wire receiving hook (110) is provided, and a piece of spring-shaped nichrome wire (79) is attached to it. The nichrome wire support bar ( 93) and a nichrome wire socket (97) at its tip, with a spring-shaped Hang the other end of the nichrome wire (79) and insert it into the nichrome wire tube (92) to The inner ends of the rumi nichrome wire-embedded tube (92) and the nichrome wire (79 ) side end outer circumference, and the bearing (82) is fitted to the outer circumference of the NNK copper tube (91) and both ends of the connection part. The heater built-in shaft tube (106) fixed part and the aluminum shaft tube (89) are both The part with the bearing (82) fitted on the inside of the end and both ends of the aluminum shaft tube (89) The cap is in the shape of a plastic bottle cap, and when closed, it is made of an aluminum shaft tube (89) and a bare A commutator minus (94) for current flow with a hole in the center, leaving the thickness of the outer ring. 108) and the commutator plus (109) for electricity supply, the part fitted to close, and the cap type The shaft pipe blade fixing cap (111) has a hole slightly larger than the NNK copper pipe (91). The part where one to several tens of shaft vanes (100) are connected to the outer circumference from the hole of the The shaft pipe (106) with built-in heater consists of a part fitted to the outer end of the tube (109) At the rotor section, between these outer bearings (94) and inner bearings (96), there is a bearing ball. The structure consists of a portion mediated by a chain (95).

[0051] The magnet fixed fan rotor (1 in Figure 27) is the rotor part of the coronavirus roaster. The structure of the fan (47) is a magnet-fixed fan and a shaft pipe (106) with a built-in heater. The inner ends of the aluminum shaft tube (89), which is the rotor part, are attached to the outside of the bearing (82). The negative commutator (108) and the positive commutator (109) are fitted together. Both ends are closed, and the shaft fin fixing cap (111) with the shaft fin (100) is attached. ) is a structural part that closes the outer end of the current-carrying commutator plus (109), and is a bearing. It is rotatably held to the fixed part via a ball (95).

[0052] The structure of the coronavirus roaster fixing part in Figures 23 and 26 is as follows: One to several dozen coils (4) are arranged and fixed around the inside of the device. The drawing shows three parts. The exhaust port (80) on the closed side, which also serves as the NNK copper tube (91) holder, is connected to the outer circumference of the pipe for current flow. The negative current brush (116) that extends to the negative theta (108) and the coil The part where the wiring is connected to the motor pulse control unit (36) and the part with the NNK intake (98) The NNK copper tube (91) extends from the outer periphery slightly outside the holding part to the commutator plus (109) for current carrying. The back cover (104) with the brush (117) for conducting brass is attached to the NNK intake (9 8) and the NNK copper tube (91) holding part of the housing (102) A structure in which the fixed part of the shaft pipe (106) with built-in heating part is fitted.

[0053] The housing (102) in Figure 20 (left) and Figure 23 has an exhaust port (80) / NNK copper tube ( 91) The holding part and the commutator minus (108) are placed in a position where they can make rotational contact. A brush for the eggplant (116) is provided, and a nichrome wire is further connected from the negative current brush (116). Connect the negative terminal of the battery (84) directly to the negative terminal of the battery, or connect the negative terminal of the battery (116) to the negative terminal of the battery. The part connected to the pulse control unit (36) for the motor and the part wound around the coil shaft piece (55) From the two coil (17) terminals to the motor pulse control unit (36) and the motor pulse The power control unit (36) to the battery for the core magnet fixed fan (83) are connected to the power supply. This part has a positive and negative wire (118) connected to it.

[0054] The rear cover (104) in Figure 20 right and Figure 23 has a disc-shaped center with a k3NNK copper tube (101) holder. A brush for conducting brass is placed in a position where it can make contact with the commutator plus (109) for conducting the electric current. (117), and furthermore, the brush for electric brass (117) is connected to the battery for nichrome wire ( 84) Connect directly to the positive terminal, or connect the conductive brush (117) to the motor pulse control unit. Structure with a knotted section up to knit (36).

[0055] Figure 13 The power supply for the coronavirus roaster (76) is the pulse control unit for the motor (36) The power supply for the nichrome wire (79) and the motor The power supply for the pulse control unit (36) is obtained by connecting the battery (115) in parallel or by using a core From the battery for the magnet-fixed fan (83) to the pulse control unit for the motor (36) and a separate power supply from the Nichrome wire battery (84). The positive current flows through the commutator positive breaker as the current path to the nichrome wire (79). Rash(113) → Electric commutator plus(109) → Bearing(82) → NNK intake port (98) with NNK copper tube (91) → Nichrome wire (79) → NNK copper tube (91) → Bearing (8 2) → Current carrying commutator negative (108) → Current carrying commutator negative (112) This heats the nichrome wire (79).

[0056] The air flow in FIG. 25 begins with the fan blades (43) drawing in outside air through the intake port ( 78) to the preheating chamber (114) 7 which is the magnet fixed fan rotor (107) storage section. The air passes through the shaft pipe (100) and is then guided through the aluminum nichrome wire built-in pipe (92). The air is poured into the NNK intake (98) and heated to 50℃ to 100℃ or 30℃ with the Nichrome wire (79). If you heat it to 0℃ and release it directly from the exhaust vent (80), it will be very hot so you need to be careful not to get burned. In small spaces such as toilets and the interior of electric cars, sterilized and warm air accumulates from above. Create a safe space by cooling the gas through a removable aluminum swirl cooling adapter (85). The fluid passes through the tube of the hose (81) and flows into the mask (75).

[0057] The structure of the detachable aluminum spiral cooling adapter (85) at the bottom left of Figure 14 is designed to keep the lid of the tea canister shallower than halfway. The upper inner circumference of the eye-shaped part is detachably attached to the outer circumference of the Corona Roaster Fan Body (86) The part to be fixed and the center of the exhaust port (80) of the Corona Roaster Fan Body (86) from the outside A mosquito coil-shaped vent is installed in the center, and sterilized air flows outward from this vent. Finally, the cooled air is exhausted from the cooling exhaust port (88) on the upper side directly or The air flows through a rubber hose (81) to a mask (75).

[0058] The large and small washer plates (122) in Figure 18 have a shaft opening in the center of the disk. A small ring-shaped washer (60) that can be energized on both sides is fitted at intervals on the side, and The brush (18) is attached to the outside of the ring-shaped part, which is spaced apart from the brush (18) and can be energized on both sides. The shaft is made up of a part on the right side of which is fitted with a large washer (61) and a brush (18). Then, attach the large and small washer plates (122) to the rear of the The first is the outer circumference of the commutator washer plate commutator brush cover (124) and a washer plate commutator brush attached to the bottom of the CM motor case (42). The shaft is rotatably held in the shaft opening of the lid (124), and the plate inner commutator is The brushes come into sliding contact with each other as if sandwiching the brushes. The outside of the brushes is covered by the small washers of the large and small washer plates (122). - (60) is the inner brush for the small washer (121), and the large washer (61) is the inner brush for the large washer. Magnet part in sliding contact with inner brush (120) for rotating commutator The second one is a washer plate commutator for the commutator coil. The outer circumference of the brush cover (123) for the motor is fitted to the bottom of the CM motor case (42), Insert the shaft into the shaft opening of the brush cover (123) with washer plate commutator. The plate is held rotatably, and the inside of the plate is fitted with one to several dozen commutator pieces (14) at equal intervals around the periphery. The brushes are fixed to the surface arranged in a circular pattern, and the brushes slide against the surface. The outside of the brushes are made of large and small washers. The small washer (60) of the plate (122) is attached to the outer brush (112) for the small washer. The large washer (61) is a magnet that is in sliding contact with the outer brush (119) for the large washer. This is a brush adapter (126) for a partially rotating commutator.

[0059] The wiring in Figure 17 is done on the commutator piece (2) of the CM motor commutator attachment plate ( 14) Connect one end of the enameled wire to the other end of the wire, then wind the enameled wire. The coil piece with the commutator (5) is made into one, and the end of the wound enameled wire is attached to the commutator on the right. The commutator piece (14) of the coil piece (5) is connected to the inside of the tip of the commutator piece (14). Repeat this process several dozen times until the first commutator piece (1) of the coil piece (5) is finally 4) A CM motor commutator mounting plate (2) made of silicon steel that is connected to the loop Coil connection

[0060] The coil winding shaft piece (39) on which the coil (41) is wound is attached to the coil winding shaft (38) in a cylindrical shape. Coil holder (11) has a number of open-mouthed parts at equal intervals around the inside of the holder. Ten C-shaped coil sections (128).

[0061] The coil pieces (5) are made of U-shaped silicon steel CM motor plates (1) stacked one to several dozens. The coil portion shaft piece (55) on which the coil (41) is wound is attached to the cylindrical coil portion receiver (11 ) A U-shaped container with one or several dozen U-shaped openings evenly spaced around the inside of the container, with one or several dozen U-shaped openings arranged toward the center. Ile department (127).

[0062] CM motor commutator mounting plate (2) 1 made of silicon steel plate or CM motor The coil is attached to the commutator-attached coil shaft piece (6), which is made up of one or several dozen commutator plates (1). The coil piece (5) with the coil (41) wound thereon is placed in a cylindrical coil receiver (11). A commemorative box with one or several dozen open-mouthed parts arranged at equal intervals around the inside of the box, with one or several dozen of them arranged closer to the center. Coil portion with retainer (57).

[0063] The rotor part 2 commutator side shaftless (71) when brushing is a short slot with a shaft hole size. Align the shaft receiving tube (130) in the center of the disk plate with the shaft opening. Then, from the base, leave a space equal to the thickness of the brush side cover of the CM motor case (42) and insert the cylindrical The commutator receiver (131) is fixed by pressure bonding, and the commutators (67) are fixed at equal intervals around the outer periphery. The plate (52) is the commutator support plate, and the outer circumference of the plate and the basic structure of the coil part are Crimp and fix the inside of the back of the C-shaped coil part (128) or the U-shaped coil part (127) so that it closes. The front inner circumference is press-fitted to the outer circumference of the small shaft plate (133) to form the P fixing part b. r part 2 (71).

[0064] Fixed part when brushing 1 Commutator side shaft not included (68) Basic structure of magnet part in the center of shaft The magnet part (56) is crimped and fixed, and then it is inserted into the CM motor case, leaving a space for the coil. The shaft protruding from the front of the bearing plate (64) is inserted into the bearing (42). The shaft protruding from the back is attached with a commutator brush. The P rotor part bh is fixed so that it cannot rotate at the shaft opening of the plate (132). He becomes the first (68).

[0065] For brushless motors, the rotor part (68) and magnet part (56) are used. The coil part of the fixed part 2 (71) is fitted inside, and the outside of the coil part is fitted to the CM of the rotor part 1 (68). The motor case (42) is further fitted inside, and the commutator (67) of the fixed part (71) is then and the brush (18) of the commutator brush plate (132) are in sliding contact with each other. The part with brushes for the commutator (132) and the inside of the commutator holder (131) The entire shaft opening in the center of the CM motor case (42) is connected to the magnet part (56) in the rear shaft. The part that is held rotatably and the shaft port of the small shaft plate (133) on the opposite side and the CM motor The magnet part (56) in the rotor case (42) is rotatably held at the front shaft part. Construction.

[0066] The fixed part 2 commutator side shaftless (71) during pulse is almost the same shape as above, the difference is P fixed From each commutator (67) of part 2 (71) to the motor pulse control unit (36) The directly connected part and the base of the fixed part 2 (71) are connected to the brush (18) of the rotor part 1 (68). The shaft receiving tube (130) is enlarged to a size that allows the shaft to rotate. While holding the rotor part 1 (68), the magnet part (56) of the fixed part 2 (71) is attached to the coil. The outer side of the motor is fitted inside the CM motor case (42) of the rotor part (68). Then, the fixed part 2 (71) becomes the fixed part, and the rotor part 1 (68) becomes the rotor by pulse control. It becomes part and rotates.

[0067] When using a brush with a commutator, the rotor part 2 without the commutator side shaft (71) is the commutator piece. The commutator piece (14) of the attached coil portion (57) and the hollow of the commutator support plate (52) The outer circumference of the commutator piece (14) is crimped and fixed so that the surface of the commutator piece (14) protrudes slightly from the surface of the hole of the part (50). Furthermore, the outer periphery of the commutator receiving plate (52) and the inner periphery of the commutator mounting coil part (57) Rotor part 1 (68) is fixed by pressure on the periphery with brush plate (134) with commutator The rotor part (68) is crimped and fixed to close the back surface, and the structure is almost the same as that of the brush. The difference is that the commutator part is a commutator piece (14) and a commutator brush plate. The brush of the brush (134) is fitted inside so that it can slide and come into contact with the brush. The commutator-attached coil portion (57) is fixed. Part 2 (71) rotates in the rotor section.

[0068] The rotor part 1 with commutator side shaft (70) when brushing is the rotor part 2 with commutator side shaft (70) when brushing. The structure is almost the same as the one without the commutator shaft (71), but the difference is that it extends from the center of the commutator to the center of the coil. The shaft is made of a

[0069] The fixed part 2 with the commutator side shaft when brushed (69) is abbreviated to the P rotor part bh part 1 (68) The structure is the same, but the difference is that the shaft is fixed from the magnet part (56) to the front bearing plate (64). The part of the first part (66) and the shaft opening or bearing opening in the center of the magnet part (56) and a P rotor consisting of the shaft opening of the rear cover commutator brush plate (132) Part bh part 2 (69).

[0070] In the case of a brushed motor with a commutator shaft, the magnet part (56) of the rotor part 2 (69) ) is installed in the center of the coil, and the rotor part is installed in the outer CM motor case (42). The rotor part when brushing is 1 commutator side shaft (70) and the fixed part when brushing is 2 commutator The coil is supported by three shafts (69) for rotation. The first is the shaft plug on the front cover of the coil. The central shaft opening of the small rate (133) and the part that holds the first shaft (66) in a rotatable manner. The second is the central shaft opening on the back side of shaft 1 (66) of the magnet part (56), The bearing is held by the tip of the shaft 2 (58) protruding toward the inner coil. The third part is the part that protrudes slightly outward and the cover of the CM motor case (42). The part of the brush plate (132) for the mitator is rotatably held at the shaft opening. The P fixed part br part 1 (70) rotates with the rotor part.

[0071] Pulse control commutator side shaft motor, rotor part 1 commutator when brushed It is almost the same as the one with side shaft (70), but the difference is that the third of the three points of the retaining part is the rear cover. The shaft opening of the commutator brush plate (132) and the root of the commutator (67) The part that is rotatably held in the shaft part and the commutator (67) are connected to the motor pulse control unit. The rotor (69) and magnet (36) are driven by pulse control. Only the net part (56) rotates as a rotor.

[0072] The commutator and brush with shaft adapter are attached, and the rotor part is attached by the adapter and brush. (69) rotates as the rotor part, and its structure is as follows: Shaft 2 (58) with theta side shaft (70) has large and small washers at the end of the outer rear shaft The fixed part 1 (70) fixed to the shaft opening of the plate (122) becomes the fixed part, and the rotor Replace the commutator brush plate (132) on the rear cover of part 2 (69) with a washer. The plate commutator brush cover (124) is fitted to the plate commutator, and the rollers are attached to the plate commutator. The shaft plate (13) is approximately the same as the three-point retainer on the commutator side (70). 3) The shaft hole and the part in which the shaft 1 (66) is rotatably held, and the magnet part (5 6) The lower hole, the part where the inner tip of the shaft 2 (58) is rotatably held, and the shaft Part of the brush cover (124) for the washer plate commutator (58) and the washer plate commutator These sliding contact parts are made up of a large washer inner ring that sandwiches the outer periphery of the commutator (67). The side brush (120) and the sliding contact portion of the small washer inner brush (121) on the motor inner side , Washer plate for CM motor case (42) Lid with brush for commutator (124 ) Small washer for inner brush (121) and small washer (60) · large washer for inner brush The brush (120) and the large washer (61) constitute the sliding contact portion.

[0073] With commutator and with brush shaft: Rotor part with commutator and brush The shaft is connected to the magnet part (56) through the center of the CM motor case (42) without the side shaft (71). The commutator brush plate (132) and the part (58) that extends to the outside and the CM motor case The commutator brush plate (132) part of the rear cover of the base (42) and the commutator ( The space between the CM motor case (42) and the CM motor casing (42) is shortened by the space between the CM motor case (42) and the CM motor casing (67).

[0074] The commutator and brush shaft adapter are included. The difference is that the rear cover of the rotor part (69) has a commutator brush. The plate (132) is fitted with a washer plate commutator and a brushed cover (123) The third of the three retaining points is the shaft No. 2 (58) and the washer plate. The brush-equipped cover (123) for the gas-commutator is made up of a part that is held by the brush. The contact portion is an outer brush (119) for a large washer that can slide and contact with the outer circumference of the commutator piece (14). ) and the motor inner sliding contact part of the outer brush (112) for the small washer, and the CM motor case Washer plate for cover of brush (42) with commutator Small washer for cover (123) Outer brush for shear (112) and outer brush for small washer (60) and large washer ( 119) and the large washer (61) constitute the sliding contact parts.

[0075] The hn shaft tube rotor part (136) in FIG. 13 is attached to both ends of the aluminum shaft tube (89). The bearing (82) is fitted to the inner circumferential surface of the side wall, and the aluminum shaft tube (89) is fitted to the inner circumferential surface of the side wall. At the end, it is shaped like a plastic bottle cap, and the flat part of the cap is in the center of the bearing on the outside (94) The shape has a hole that is slightly larger than the left one, and the name changes depending on the installation position. The negative commutator (108) for energizing the back side of the corona roaster and the right side or corona roaster The front side of the current-carrying commutator plus (109) is closed by the aluminum shaft tube (89) The part fitted to the end and the cap-shaped part with a hole slightly larger than that of the NNK copper tube (91) The shaft vane (10) extends from the hole of the shaft vane fixing cap (111) to the outer periphery. 0) One to several dozen small shaft tube fans (182) are connected to the commutator plus (109) for current supply. The rotor part ASSY is made up of a shaft tube (106) with built-in heater, which is made up of a part fitted to the outer end.

[0076] In addition, the aluminum shaft tube (89) of the rotor part assembly of the heater built-in shaft tube (106) In the center, the magnet part rotating shaft of the magnet part core propeller (105) is fitted. Pulse CM motor used for Coronavirus Roaster (147) magnet part rotation pulse CM motor used coronavirus roaster rotor part (148) or shaft tube small fan ( A brush cover (123) for the washer plate commutator is fitted to the rear of the , and (193) is fitted to the magnet part, rotating commutator and multiple commutator for brushes. Rotating commutator for magnet part of Coronavirus Roaster (153) using brush CM motor & Brush for CM motor is used for Coronavirus Roaster Rotor Part (154).

[0077] The structure of the hn shaft tube fixing part (137) in FIG. 13 is a tubular NNK copper tube (91) with one side There are two or more NNK intakes (98) on the rear of the engine. Close the tube-shaped hole (opening) of the wire, and attach the nichrome wire receiving hook ( 110), and the spring-shaped nichrome wire (79) is attached to the hook (110). Hang one side, then on the other side, the outer hole of the tube shape of the NNK copper tube (91) without the NNK intake (98) (Opening) The tip of the nichrome wire support bar (93) extending from the side of the hole to the center is A spring-shaped nichrome wire is inserted into the nichrome wire receiving port (97). Hang the other side of (79) and insert the exposed part of this nichrome wire (79) into the nichrome wire built-in tube (92 ) and the inner circumferential surfaces of both ends of this nichrome wire-embedded tube (92) and the NNK copper tubes ( 91) on the outer circumferential surface of the nichrome wire (79), and further, the connection parts (181) at both ends The circumferential side of both ends of the opening of the Nichrome wire-embedded tube (92) at the connection boundary and the outer circumference of the NNK copper tube (91) The bearing (82) is fitted to the inside of the The fixed part ASSY of the heater built-in shaft pipe (106) is composed of a part fixed in place.

[0078] The hn shaft tube fixing part (137) is the corona roaster of the coronavirus roaster (76) - Fan body (86) front coil holder (11) shaft hole and rear cover pulse control unit Between the shaft hole of the slotted cover (169), the front NNK of the hn shaft tube fixing part (137) is The NNK copper pipe (91) on the side without the intake port (98) and the NNK copper pipe on the side with the rear NNK intake port (98) Coronavirus roaster using CM motor for rotating pulse of magnet part fixed to tube (91) -(147) Magnet part rotation pulse for CM motor Coronavirus roaster fixed part (149) and the hn shaft tube fixing part (137) form a fixed structure.

[0079] Coronavirus roaster using CM motor for magnet rotating commutator & brush in Figure 42 (153) Magnet Rotating Commutator & Brush CM Motor Coronavirus Roaster Fixed Part ( 155) and Connect the NNK copper pipe (91) on the side where the NNK intake port (98) of the hn shaft pipe fixing part (137) is located. The extension shaft (193) is attached to the magnet part, and the magnet part is rotated by the commutator and brush. Coronavirus roaster using heavy commutator and brush CM motor (153) Front coil support The shaft holes of the rear cover (11) and the large and small washer plates (122) are Between them, the NNK copper pipe (9 1) and the extension shaft (1) fitted to the NNK copper pipe (91) on the side where the rear NNK intake port (98) is located. 93) is fixed to the tip.

[0080] The outer bearing (94) of the rotor part (136) of the HN shaft tube and the HN shaft tube fixed From the part where the bearing ball (95) is inserted between the bearing inner side (96) of the part (137) The heater section is integrated into the shaft pipe (106).

[0081] The wires are either from battery B (84) or the pulse control unit (36) The structure is connected to both ends of the nichrome wire through the bearings, and the CM motor for the magnet rotation pulse Coronavirus roaster with magnet Rotating commutator & blower Fixed part (149) and magnet part The coil part of the fixed part (155) of the coronavirus roaster using the CM motor for Rashi is wired separately. The power supply is connected in parallel or in series with the above nichrome wire, and the coil winding is as follows: Please refer to the following.

[0082] From the battery for the core magnet fixed fan (83) or the pulse control unit for the motor ( 36) to each coil, and a separate power supply from the Nichrome wire battery (84) Or, the motor pulse control unit (36) is wired to the nichrome wire (79), and this The positive current flows through the commutator positive brush as a current path to the ROM wire (79). (113) → commutator plus for current (109) → bearing (82) → NNK intake port (9 8) with NNK copper tube (91) → Nichrome wire (79) → NNK copper tube (91) → Bearing (82) → Current-carrying commutator negative (108) → Current-carrying commutator negative (11 The nichrome wire (79) is heated by the flow of 2).

[0083] The structure of the magnet part (56) in FIG. 4 is a disk-shaped magnet fixing part (10) with a shutter in the center. The shaft hole that fixes the lid (7) and the center of the hole on the thick, low cylindrical top surface are aligned along the axis of 1 The shape is a Baumkuchen shape with a large difference between the inner and outer diameters of the molded shape that draws an arc of 40° to 1°. A curved fan-shaped flat surface with separate S and N poles on the front and back The magnets are fixed to the magnet fixing part (10) on both sides of the magnet. The magnet part (56) is fixed to the outer periphery of the shaft. The magnet section rotor (168) ASSY has a common structure for the magnet sections of each control means. The name of the CM motor (138) for the magnet part rotation pulse in Figure 28 is the magnet part This becomes the CM motor rotor part (139) for rotation pulse.

[0084] The magnet core propeller (105) in FIG. 21 has a magnet part (56) and an MF port (48 ) and fan blades (43). First, the hn shaft is placed between the magnets (8.9). An mf port (48) is provided on the outer side of the lid port (45) and on the inner side of the outer periphery. The fan blades (43) are inclined toward the center of the fan (48) at an angle of ∠mf. do.

[0085] Next, insert the hn shaft port (45) of the magnet core propeller (105) in the heating section as shown in Figure 21. The built-in shaft pipe (106) is fixed in the center to the magnet fixed fan rotor ( 107).

[0086] The shaft tube small fan (182) in Figure 24 is cap-shaped, and the center of its plane is made of NNK copper tube ( The shaft pipe blade fixing cap (111) has a hole slightly larger than that of the shaft pipe blade (91), and the hole side A line extends straight from the surface to the outer periphery, and the base of the hole is inclined at an angle of ∠10° to 90° to the outer periphery. Then, connect the shaft fin (100) to the hole at an angle of ∠10° to 90°. The part connected to the shaft pipe (100) and the part with the narrower angle between the outer circumference and the shaft pipe (100) The length of the wings is extended so that the outer circumference of the cap (111) is closed. The shaft pipe blade (100) is provided with a structure that sends air into the hole when rotating. Fit the shaft pipe blade fixing cap (111) inside and the commutator plus (109) outside end. Wearing structure.

[0087] The coil holder (11) ASSY in Figures 29-36 is a tea canister-shaped assembly that houses the coil and magnet parts. It has a shaft hole in the center of the bottom.

[0088] The long motor case (170) ASSY in Figure 30 is longer than the CM motor case (42) below. It has the shape of a tea canister, with the depth of a typical commutator (67), and a shaft hole in the center of the bottom. Long motor case (170).

[0089] The CM motor case (42) ASSY in FIG. 33 can accommodate the coil receiver (11) in a rotatable manner. A shaft hole is provided in the center of the bottom of the tea canister shape, and a brush blade with a lid commutator is provided at the opening on the opposite side. A structure with a length that closes the rate (173).

[0090] The corona roaster fan body (86) assembly in Figure 36 is a coil assembly with a control unit (186 ) The cylindrical side of the coil holder (11) is a tea canister-shaped case that is slightly smaller than the CM motor case (42). The corona roaster fan body (86) and the coil with the control unit are attached to the side of the cylinder. Part ASSY(186) A structure in which an intake hole (78) is provided in the through hole of the coil portion receiver (11).

[0091] The outer side case (178) ASSY in Figure 40 has a shaft hole in the center of the bottom of the tea canister shape. The width is such that the multi-stage heavy commutator (156) and the multi-stage heavy brake can be rotatably mounted inside the brake. The structure has depth for a brush (160) and a multi-stage heavy brush plate (179).

[0092] The long motor case (175) ASSY for the Corona Roaster in Figure 42 is in the center of the bottom of the tea canister shape. A shaft hole is provided in the coil section receiver (11), and the width is set so that the coil section receiver (11) can be crimped and fixed, and the commutator piece (14) and outer brush for small washer (112), outer brush for large washer (119) and lid (1 A lid with brush (123) with a washer plate commutator mounted rotatably. ) and a depth sufficient to press and fix the outer periphery of the large and small washer plates (122) .

[0093] The cover (169) with pulse control unit in Figure 29-36 is the opening of the coil receiver (11). A shaft hole (51) for rotatably holding a shaft is provided at the center of the outer peripheral plate that is fitted into the mouth. ) is provided, and a pulse control unit (36) for the motor is provided on the outer surface of the lid at a distance therefrom. The wiring of each coil part on the inner surface of the lid is passed through the wiring hole (167) to the motor pulse control unit ( 36) can be connected to the appropriate terminal.

[0094] The commutator brush plate (132) assembly in Figure 30 is attached to the long motor case (1 70) A plate of a size that fits into the inner opening has a shaft through hole in the center and a hole that runs from the front to the back. The structure has two to several tens of contact head parts (18) provided at appropriate positions.

[0095] The brush plate (173) assembly with commutator in Figure 33 is installed inside the CM motor case (42). A plate of a size that fits into the side opening has a shaft hole in the center and appropriate A structure in which two to several dozen commutator-attached brushes (174) are provided at the position.

[0096] The multi-stage heavy brush plate (179) assembly in Figure 40 is attached to the inner opening of the outer side case (178). The plate is large enough to fit in the center of the shaft hole, and two holes are provided at appropriate positions from the front to the back. The structure is provided with several dozen multi-stage heavy brushes (160) of different lengths.

[0097] The outer front plate (177) and the outer side case (178) in Figure 40 are for the corona roaster. The name of the part that separates the bottom and cylindrical side of the motor case (175), This is the outer case of the CM motor (150) for rotating the coil section pulse. Figure 41 shows the outer side case. This is a diagram of the bolt (179) removed.

[0098] The brushed cover (123) assembly for the washer plate commutator in Figure 44 is Plate of a size that can be rotated near the opening of the long motor case (175) for the Star The shaft hole is in the center of the plate, and small washers are placed at appropriate positions from the back to the front of the plate. The structure includes a brush (112) and an outer brush (119) for the large washer.

[0099] The coil winding shaft (38) shown in Figure 11 has both ends bent inward, and the enameled wire (73) is attached to the shaft. Winding The coil winding shaft piece (39) is a rectangular plate. The plate-shaped part with the protruding claws is the CM motor plate (1) made of silicon steel. The coil shaft assembly (190) is made up of several dozen coil pieces stacked together with enameled wire (73) wound around them. )

[0100] The silicon steel CM motor plate (1) is attached to one side of the commutator piece (14) with the inside of the arc and the inside of the arc. The L-shaped parts are bent to connect the ends of the motors in the same direction. From one motor mounting plate (2) to a CM motor plate (1) or several dozens of stacked commutators A coil shaft piece with a commutator (6) with an enamel wire (73) wound around it. ASSY(191).

[0101] The cover (169) with pulse control unit in Figures 29 and 36 is attached to the inside of the coil holder (11). The plate has a shaft hole in the center, which is approximately the same size as the inner circumferential surface, and a shaft hole on the outer surface. Attach the motor pulse control unit (36) and connect the terminal wires of each coil to the wiring holes (16 7) and connect it to the appropriate terminal of the motor pulse control unit (36). The structure is wired with a battery (40) and a motor pulse control unit (36).

[0102] The commutator plate (172) ASSY in FIG. 32 is approximately flush with the inner peripheral surface of the coil portion receiver (11). The same size plate has a shaft hole in the center where the shaft can rotate, and a commutator to fix it on top of it. The commutator section (194) has two to several tens of data pieces (67) and the shaft can rotate. A through shaft hole is provided, and the hole is set at the intermediate position of the enameled wire (73) between each coil portion and at an appropriate position. The structure is connected to the commutator piece (67).

[0103] The commutator plate (171) assembly in Figures 35 and 42 is attached to the inside of the coil support (11). The plate has a diameter of about the same as the circumference, and a shaft hole in the center of the plate allows the shaft to rotate. The commutator pieces (14) are placed at a slight distance inside the outer circumference, and are arranged evenly in two to several tens of divisions. A structure having a hollow portion (50) that can be fitted into the gap.

[0104] The multi-stage heavy commutator plate (176) ASSY in Figure 39 is attached to the inner circumferential surface of the coil section receiver (11). The shaft is rotated through a shaft hole in the center of a plate of approximately the same size as the A commutator tube (185) with a tubular shape and a shaft hole that can be used for the commutation is fitted with a ring-shaped inner part. A multi-stage heavy commutator (156) having several tens of wiring grooves (184) is placed at an appropriate position. Two to several dozen are installed at equal intervals, and each wiring groove (184) has only one first-stage heavy commutator. The wire is connected to the enamel wire (73) between the coil parts in the wiring groove (184) of the coil (157), and then the The wiring groove (184) of the second stage heavy commutator (158) is the only place where the enameled wire between the coil parts is (73), and then the wiring groove (184) of the third stage heavy commutator (159), which has only three locations. ) is connected to the enameled wire (73) between the coil parts, forming a multi-stage commutator with a repeated connection structure. A multi-stage heavy commutator coil assembly (189) consisting of a coil assembly (183).

[0105] The large and small washer plate (122) assembly in Figure 42 is for the long motor of the Corona Roaster. The shaft is rotatable in the center of a plate that is roughly the same size as the inner periphery of the case (175). The shaft hole and the ring-shaped large washer (6 1) The magnet part rotating commutator & brush for CM motor rotor part (165) inner large The outer large washer ( The contact head (18) for the power supply is provided in the portion of the 61, and the inner portion is provided with a large washer (61). A ring-shaped small washer (60) is provided at an appropriate position on the side of the inner small washer. The power supply is attached to the outside of the small washer (60) in a state where it can always slide in contact with the side brush (112). The structure comprises a portion provided with a contact head portion (18) for the

[0106] The structure of the removable aluminum spiral cooling adapter (85) in the lower left of Figure 36 and Figure 43 is to hold the lid of the tea caddy halfway. The upper inner circumference is shallower than 1 / 2 inch, and can be attached to the outer circumference of the Corona Roaster Fan Body (86). The part that is crimped and fixed to the cooling fan and the center of the exhaust port (80) of the Corona roaster fan body (86) A mosquito coil-shaped vent is installed from the inside to the outside, and sterilized air is directed outwards from here. The air flows round and round, and finally the cooled air comes out of the cooling exhaust port (88) on the upper side. The air flows into the mask (75) via a rubber hose (81).

[0107] The structure of the common battery (115) is a low-height tea canister-shaped battery with a battery at the bottom. (115) One disk-shaped, upper and lower core propeller fan batteries (83) and Nicro The battery (84) for wires is provided with two semicircular disk-shaped battery parts, and the tea canister-shaped Inner side circumference, Corona roaster fan body (86) and Corona roaster long motor case The structure is fixed by crimping to the outer periphery of the base (175).

[0108] The magnet rotor (168) AS shown in FIG. 4 is provided with a shaft on the magnet part (56). SY is the CM motor rotor part (139) for the magnet part rotation pulse in Figure 45.

[0109] The structure of the CM motor fixing part (140) for the magnet part rotation pulse in FIG. 29 is a coil part receiver ( 11) The coil is made by fixing one to several tens of coil shaft pieces (190) to the inner circumference of the ASSY. The opening of this coil receiver (11) is connected to the pulse control The control unit is attached to the lid (169) ASSY, and each coil shaft ASSY (190) is attached to the lid (169). The part where the extending terminal and the terminal of the motor pulse control unit (36) are joined together and the motor pulse The coil assembly with the control unit (36) and the battery (40) is called the coil assembly with the control unit ( 186).

[0110] The CM motor (138) for rotating pulses of the magnet part in FIG. 28 is the rotor part in FIG. The shaft of the CM motor rotor part (139) for rotating the magnet part is rotated by the magnet part. The shaft hole (51) of the front coil part receiver (11) of the pulse CM motor fixing part (140) The rear pulse control unit is rotatably held in the shaft hole of the cover (169) and is mounted therein. structure.

[0111] The structure of the CM motor rotor part (142) for the coil part rotating commutator & brush in Figure 32 is as follows: The opening of the coil receiver (11) of the coil set assembly (197) is The plate (172) ASSY is closed, and the enamel wire (73 ) and a commutator coil part AS connected to a general commutator (67) at an appropriate position. SY(187).

[0112] The structure of the coil rotating commutator & brush CM motor fixing part (143) in Figure 30 is a long The opening of the motor case (170) ASSY is covered with the commutator brush plate (132). Assy and close the shaft hole of this long motor case (170) and the commutator bracket. The shaft hole of the plate (132) ASSY and the magnet part of the magnet part of the common structure The rotor (168) has a built-in structure that holds and fixes the front and rear of the shaft.

[0113] The structure of the coil rotating commutator & brush CM motor (141) in Figure 31 is as follows: Rotating commutator & brush for CM motor fixing part (143) Long motor case (170 ) The shaft on the shaft hole side and the coil part rotating commutator & brush CM motor rod in Figure 32 The shaft hole of the coil part receiver (11) of the rotor part (142) holds the coil part rotatably. The above coil part rotating commutator & brush CM motor fixing part (143) commutator brush The shaft on the brushed plate (132) side and the rotating commutator and brush of the coil part in Figure 32 The shaft hole of the commutator plate (172) of the CM motor rotor part (142) for rotating Rotatably held coil part rotating commutator & brush for CM motor rotor A CM motor for a rotating commutator and brush (142) with a coil part built-in so that it can rotate 141).

[0114] Structure of the CM motor rotor part (145) with coil rotating commutator and brush in Figure 35 The coil shaft piece ASSY (with commutator) is attached to the inner surface of the coil holder (11). 191) is arranged and fixed, and the opening of this coil portion receiver (11) is inserted into each commutator piece (14). The above commutator plate (171) and the hollow parts (50) of the commutator plate assembly are assembled together. The coils are closed with a plate (171) ASSY, and the connections in Fig. 17 of each coil are made of silicon steel. The opposite end side of the commutator piece (14) of the CM motor commutator mounting plate (2) made of One side of the enamel wire is connected, and then the enamel wire is wound. The coil with the commutator attached is now fully wound. The end of the finished enameled wire is connected to the commutator coil piece (5) to the right. 5) is connected to the inside of the tip of the commutator piece (14), and this is repeated one to several dozen times to finally Then, connect it to the commutator piece (14) of the first commutator-attached coil piece (5) to form a loop. The coil part of the CM motor commutator mounting plate (2) made of silicon steel is connected to the commutator. Coil part assembly with motor (188).

[0115] The structure of the CM motor fixing part (146) for the coil part with rotating commutator and brushes in Figure 33 is Cover the opening of the motor case (42) ASSY with the brush plate (173) ASSY with commutator. Close the CM motor case (42) ASSY shaft hole and the magnet part common structure magnet The part that fixes the front shaft (7) of the rotor (168) so that it cannot rotate, and the The shaft hole of the brush plate (173) ASSY with the motor and the magnet part of the common structure The net section consists of the part that fixes the rear shaft (7) of the rotor (168) so that it cannot rotate. structure.

[0116] The structure of the CM motor (144) with a rotating commutator and brushes in the coil section in Figure 34 is as follows: Rotating commutator & brush CM motor fixing part (146) magnet part (56) Rotary commutator with brush and CM motor rotor (145) CM motor rotor part (145) with rotating commutator and brush for coil part CM motor with rotating commutator & brush type Built into the fixed part (146) and the coil part rotating commutator The front shaft of the CM motor with brush and motor fixing part (146) and the coil part rotating commutator Shaft hole of coil holder (11) of rotor part (145) of CM motor with rotor and brush The part that holds the brush plate (173) rotatably and the rear shutter The part that holds the shaft hole of the commutator plate (171) ASSY in a rotatable manner. A structure consisting of:

[0117] Coronavirus roaster rotor part using CM motor for magnet part rotation pulse in Figure 37 ( The structure of 148) is the rotor part of the heater built-in shaft pipe (106) HN shaft pipe rotor The magnet core propeller is placed in the center of the aluminum shaft tube (89) of the rotor assembly (136). (105) shaft mouth is fitted, and the hn shaft tube rotor part (136) ASSY is passed through The magnet with the above shaft tube small fan (182) on the side of the electric commutator plus (109) CM motor rotor part for brushes with rotating commutator (148).

[0118] Coronavirus roaster fixed part using CM motor for magnet part rotation pulse of Figure 36 (14 The structure of the coil assembly (186) with the control unit is the cover ( A vent hole (195) is provided in the coil assembly (169), and then the front connector of the coil assembly (186) with the control unit is inserted. The shaft hole of the hn shaft pipe fixing part (137) and the NNK intake port (9 8) and the part that fixes the NNK copper tube (91) on the side without the control unit, and the coil part ASSY (186 ) rear pulse control unit with cover (169) shaft hole and hn shaft tube fixing part ( 137) NNK copper pipe (91) on the side with NNK intake port (98) and this control The coil assembly (186) with the part is crimped and built into the corona roaster fan body (86) assembly. Close the battery (115) at the rear of the coil assembly with control unit (186). The part fixed to the coil assembly (186) with the control unit is a removable aluminum swirl cooling unit. A structure consisting of parts fitted together with an adapter (85).

[0119] Coronavirus roaster (147) using CM motor for magnet rotation pulse in Figure 38 The structure is a CM motor for rotating the magnet part, a coronavirus roaster rotor part ( 148) through the front and rear bearing balls (95), the CM motor for the magnet part rotation pulse Coil assembly with control unit (186) of fixed part (149) of coronavirus roaster using ) is built into the inner coil section.

[0120] Structure of the CM motor rotor part (165) for the magnet part rotating commutator & brush in Figure 44 The above magnet part is used for the rotation pulse of the CM motor for the coronavirus roaster rotor part (148) shaft tube small fan (182) in the center of the hn shaft tube rotor part (137 The portion of the extension shaft (193) connected to the rotatable shaft extension hole (196) is inserted through A hole is provided, and a washer plate commutator is installed behind the shaft tube small fan (182). The brush cover (123) ASSY is fitted to the brush cover.

[0121] Coronavirus roaster using CM motor for magnet rotating commutator & brush in Figure 44 The structure of the rotor part (154) is a magnet part rotating commutator & brush CM motor used commutator The structure is the same as that of the Ronavirus Roaster rotor part (154).

[0122] The structure of the CM motor fixing part (180) for the magnet part rotating commutator & brush in Figure 42 is as follows: The commutator plate (171) of the coil assembly (188) with commutator has a vent hole ( 195) through holes, The shaft hole of the coil section receiver (11) and the NNK intake port ( 98) is fixed to the NNK copper tube (91) on the side without the commutator, and the shroud of the commutator plate (171) is attached. The NNK copper pipe (9) on the side where the NNK intake port (98) of the hn shaft pipe fixing part (137) is located 1) Rotatably hold the NNK copper tube (91) of the HN shaft tube fixing part (137) and the extension Fix the long shaft (193) and extend it into the shaft hole of the large and small washer plates (122). Fix the shaft (193) and the bottom of the long motor case (175) for the corona roaster. The coil part and the coil part receiver (11) are crimped and fixed to the bottom, and the long motor for the side corona roaster is The case (175) and the coil receiver (11) have an intake hole (78) through which large and small washers are inserted. Opening of the outer circumference of the motor plate (122) and the long motor case (175) for the corona roaster A structure that fixes the mouth part so that it closes.

[0123] Coronavirus roaster using CM motor for magnet rotating commutator & brush in Figure 42 The structure of the fixed part (155) is the long motor case (175) for the corona roaster and the coil. The side of the magnet part receiver (11) has a through hole for the intake hole (78) and the magnet part rotating core. Detachable aluminum swirl cooling adapter on the front of the CM motor fixing part (180) for mitator & brush The structure has a cover (85) fitted to the front and a battery (115) fitted to the rear.

[0124] The structure of the magnet rotating commutator & brush CM motor (164) in Figure 43 is a magnet. hn shaft tube fixing part (180) for CM motor fixing part (1 37) through the bearing ball (95), the magnet part rotating commutator & brush The hn shaft tube rotor part (136) of the CM motor rotor part (165) is built in, and Furthermore, the portion of the extension shaft (193) fitted to the shaft pipe fixing portion (137) is a Shaft pipe small fan (182) and brush cover for washer plate commutator (1 23) in the shaft extension hole (196) of the through hole, the magnet part Coil of the coil holder (11) of the CM motor fixing part (180) for rotating commutator & brush Magnet part for rotating commutator & brush CM motor rotor part (165) magnet The propeller core (105) is rotatably built in, and the commutator plate (171 ) and the space between the large and small washer plates (122) is equipped with a washer plate commutator. The brush-equipped lid (123) is rotatably built in, and the bearing ball (95) It is held rotatably.

[0125] Coronavirus roaster using CM motor for magnet rotating commutator & brush (153 The structure of the CM motor (164) is a detachable type that is attached to the front of the magnet rotating commutator and brush CM motor. An aluminum swirl cooling adapter (85) is attached, and a battery (115) is attached to the back. structure.

[0126] The structure of the CM motor rotor part (151) for the coil part rotation pulse in Figure 39 is a coil set. The opening of the coil assembly (197) is closed by the multi-stage commutator plate (176) assembly. The enamel wire (73) between the parts and each wiring groove (184) of each multi-stage heavy commutator (156) , a multi-stage commutator coil assembly having a structure in which the multi-stage commutator (156) is connected to each appropriate multi-stage commutator (156) (189).

[0127] The structure of the coil rotation pulse CM motor fixing part (152) in Figure 40 is The rear shaft of the rotor (168) and the shaft hole of the multi-stage heavy brush plate (179) ASSY The part that fixes the motor so that it cannot rotate, and the long motor case for the Corona Roaster, which is a common part Rotate the shaft hole of (175) and the front shaft of the magnet rotor (168). A structure made up of impossibly fixed parts.

[0128] The structure of the coil section rotation pulse CM motor (150) in FIG. The magnet part (56) of the M motor (150) is connected to the CM motor for the coil rotation pulse. - Rotatably built into the coil part of the rotor part (151), and furthermore, the coil part rotation pulse CM The motor rotor part (151) is connected to the CM motor fixing part (152) for the coil rotation pulse. The coil is rotatably mounted in the long motor case (175) for the corona roaster. A shaft on the outer front plate (177) side of the CM motor fixing part (152) for the external rotation pulse; Coil section rotation pulse CM motor rotor section (151) coil section receiver (11) shaft The CM motor fixing part for the coil part rotation pulse (15 2) The shaft on the multi-stage brush plate (179) side and the CM motor for the coil rotation pulse The rotor part (151) and the shaft hole of the multi-stage commutator part (183) are connected to each other. The shaft hole and the outer side case (178) are rotatably held in place. The product body (coronavirus roaster body) etc. is equipped with an outer front plate (177) and a multi-tiered The brush plate (179) is fixed in place for use.

[0129] The power supply is a pulse control unit (36) for the motor on the outside of the multi-stage brush plate (179). Each multi-stage brush (160) is connected to a pulse control unit (36) for the motor. The part connected to the power supply and the part connected from the battery (40) to the motor pulse control unit (36) The structure is such that electricity can always be applied to each coil.

[0130] The shaft slide mechanism has an NNK intake port (98) for the heater built-in shaft pipe (106). The slide shaft assembly (198) is made by combining the outer NNK copper tube (91) on the side with the shaft. The heater built-in shaft tube (106) slides from the outside of the front and rear bearings (82). The structure is such that it is switched to the shaft part of the slide shaft assembly (198). [Industrial Applicability]

[0131] The multipurpose CM motor of the present invention can be used in large items such as vehicle and machine parts, and small items such as cooking appliances. It can be used as a power part for a wide range of items, from tools to stationery. [Explanation of symbols]

[0132] 1 CM motor plate made of silicon steel plate 2 CM motor commutator mounting plate made of silicon steel plate 3 Coil connection part 4 Coil part 5 Coil part with commutator 6 Coil part with commutator 7 Shaft part Shaft 1 8 Magnet N pole 9 Magnet S pole 10 Magnet fixing part 11 Coil holder 1 2 Coil winding shaft 13 Commutator one-side support plate 14 Commutator one-side 15 Commutator one-side coil Receptacle 16 Multipurpose CM motor 17 Coil (winding) 18 Contact head (brush) 19 Rotor - Commutator piece 1 (rotor contact metal piece 1) 20 Rotor commutator piece 2 (rotor contact metal piece 2) 21 Rotor commutator piece 3 (rotor contact fitting 3) 22 + power supply wiring from the control unit 2 3 - power wire from control unit 24 + power wire from battery 25 - power wire from battery to motor 2 6 Wiring from rotor commutator piece 1 to control unit 27 Wiring from rotor commutator piece 2 to Wiring to control unit 28 Wiring from rotor commutator section 3 to control unit 39 Rotor coil 1 (rotor winding 1) 30 Rotor coil 2 (rotor winding 2) 31 Rotor - Coil 3 (rotor winding 3) 32 Wiring from commutator piece 1 to rotor coils 1 and 2 33 Wiring between commutator piece 2 and rotor coils 2 and 3 34 Wiring between commutator piece 3 and rotor - Wiring between coils 3 and 1 35 Plug 36 Pulse control unit for motor 37 38 For coil winding Shaft 39 Coil winding shaft piece 40 Battery 41 Coil 42 CM motor case 43 Fan blade 44 Commutator piece attached Fixing part 45hn shaft mouth 46 magnet fixing plate 47 magnet fixing fan 48 magnet fixing fan Ventilation hole (MF hole) 49 Fan 50 Hollow section 51 Shaft hole 52 Commutator support plate 53 Commutator Hole 54 Coil piece 55 Coil shaft piece 56 Magnet part 57 Coil part with commutator piece 58 Shaft 2 59 Magnet part 60 Small washer 61 Large washer 62 Bearing 2 63 Bearing 1 64 Bearing plate Rate 65 Main body rotation plate 66 Shaft 1 67 General commutator 68P rotor part bh Part 1 (rotor part 1 commutator side shaft when pulse, no commutator side shaft when brush, fixed part 1 commutator side shaft None) 69P rotor part bh part 2 (rotor part 2 commutator side shaft at pulse time with brush Fixed part 2 when commutator side shaft) 70P fixed part br part 1 (fixed part 1 when pulse commutator Rotor part 1 with commutator side shaft (with brush) 71P fixed part br part 2 (Pal (2) Fixed part (without commutator side shaft) when rotating (3) Rotor part (without commutator side shaft) when brushing Switching adapters 73 Enameled wire 74 General brushes 75 Masks 76 Coronavirus loin Turbo 77 Air flow 78 Intake hole 79 Nichrome wire 80 Exhaust port 81 Hose 82 Bearing 83 Magnet fixing Battery for fan A (battery for core propeller fan) 84 Battery for nichrome wire B85 Detachable aluminum swirl cooling adapter 86 Corona roaster fan body 87 Cooling unit and battery Corona roaster fan 88 Cooling exhaust port 89 Aluminum shaft tube 90 Shaft tube 91 NNK copper Tube 92 Nichrome wire inside tube 93 Nichrome wire support bar 94 Bearing outside 95 Bearing ball 96 Bearing Phosphorus inside 97 Nichrome wire receiving port 98 Nichrome wire built-in tube intake (NNK intake) 99 Shaft copper tube 100 Shaft tube 101 NNK copper tube with intake port (k3NNK copper tube) 102 Housing 103 Side magnet holder Holding part 104 Back cover 105 Magnet part Core propeller 106 Heating part Built-in shaft tube (hn shaft tube )107 Magnet fixed fan rotor 108 Current carrying commutator minus 109 Current carrying commutator Plus 110 Nichrome wire receiving hook 111 Shaft tube feather fixing cap 112 Small washer outer block Rashi 113 Plate with commutator for large and small washers 114 Preheating chamber 115 Battery 116 Power supply Brush for inertia 117 Brush for positive current 118 Wiring 119 Large Outer brush for washer 120 Large Inner brush for washer 121 Inner brush for small washer 122 Large and small washer plates 123 Washer plate with commutator Lid with brush 124 Washer plate commutator Lid with brush for commutator 125 Adapter with brush for rotating magnet commutator 126 Magnet section Rotating commutator attached Brush adapter 127C type Coil section 128C type Coil section 129, brush with commutator 130, shaft receiving tube 131, commutator receiving 13 2 Brush plate for commutator 133 Shaft plate small 134 Brush plate for commutator Plate with rubbing 135 Tire 136hn shaft tube rotor part 137hn shaft tube fixed 138 CM motor for magnet part rotation pulse 139 CM motor for magnet part rotation pulse -Rotor section 140 Magnet section Rotation pulse CM motor fixing section 141 Coil section Rotation comm CM motor rotor for commutator & brush 142 coil part rotation CM motor rotor for commutator & brush 143 Coil Rotating Commutator & Brush CM Motor Fixing Part 144 Coil Rotating Commutator CM motor with commutator & brush 145 coil rotation CM motor with commutator & brush Motor part 146 Coil part with rotating commutator & brush CM motor fixing part 147 Magnet Coronavirus Roaster 148 Magnet Rotation Pulse for CM Motor Use Coronavirus Roaster using CM motor Rotor part 149 Magnet part Rotation pulse CM motor Coronavirus roaster fixed part 150 coil part rotation pulse CM motor 151 Coil part rotation pulse for CM motor Rotor part 152 Coil part rotation pulse for CM motor Fixed Fixed part 153 magnet part rotating commutator & brush for CM motor used Coronavirus roaster -154 Magnet Rotating Commutator & Brush CM Motor Coronavirus Roaster Rotor part 155 Magnet part Rotating commutator & brush CM motor use Coronavirus Star fixing part 156 multi-stage weight commutator 157 first stage weight commutator 158 second stage weight commutator 159 Third stage heavy commutator 160 Multi-stage heavy brush 161 First multi-stage heavy brush 162 Second multi-stage Multi-stage brush 163 3rd multi-stage brush 164 Magnet part rotating commutator & brush CM motor 165 Magnet section Rotating commutator & brush CM motor rotor section 166 Multi-stage brush Lid with cover 167 Wiring hole 168 Magnet rotor 169 Lid with pulse control unit 17 0 Long motor case 171 Plate with commutator 172 Commutator plate 173 Brush plate for commutator 174 Brush for commutator 175 Corona roaster Long motor case 176 Multi-stage heavy commutator plate 177 Outer front plate 178 Outer ID case 179 Multi-stage heavy brush plate 180 Magnet part rotating commutator & brush CM Motor fixing part 181 Connection part 182 Shaft tube small fan 183 Multi-stage heavy commutator part 184 Wiring groove 185 Commutator tube 186 Coil assembly with control unit 187 Commutator coil assembly 188 Coil section with commutator ASSY 189 Multi-stage heavy commutator coil section ASSY 190 Coil section Shaft piece ASSY 191 Coil part with commutator Shaft piece ASSY 192 Coil part ASSY 193 Extension shaft 194 Mitator part 195 Vent 196 Shaft extension hole 197 Shaft slide mechanism 198 Slide Shaft ASSY 199 Connections at both ends 200 Magnet-enclosed shaft Cross-section of A Cross-section of B

Claims

1. The assembly of each part of the multipurpose CM motor structure is as follows: first, the shaft tube rotor part (136) (Figure 13) is the part where the outer side of the bearing (82) is fitted to the inner circumferential surface of both ends of the aluminum shaft tube (89), and at both ends of the aluminum shaft tube (89), it is shaped like a plastic bottle cap, and in the center of the flat part of the cap, a hole is drilled in the center that is slightly inside the outer side of the bearing (94). Depending on the installation position, it is called the left side or the back side of the corona roaster current-carrying commutator negative (108), The right side or the front side of the corona roaster, the commutator plus (109) for conducting electricity is fitted to both ends of the aluminum shaft tube (89) to close it, and the shaft tube blade fixing cap (111) is cap-shaped with a hole slightly larger than the NNK copper tube (91) and the shaft tube blades (100) extend from the hole to the outer periphery from the hole. The shaft tube small fan (182) with one to several dozens is fitted to the outer end of the commutator plus (109). The rotor part assembly with the built-in heating part is made of the shaft tube (106). Next, the structure of the hn shaft pipe fixing part (137) in FIG. 13 is such that two or more NNK air intakes (98) are provided near one side of the tubular NNK copper pipe (91), the tubular hole (opening) at the end behind the NNK air intakes (98) is closed, a nichrome wire receiving hook (110) is provided on the inside center of the closed circular shape, one side of the spring-shaped nichrome wire (79) is hung on this hook (110), and then on the other side, the nichrome wire receiving port (98) is attached to the tip of the nichrome wire receiving bar (93) extending from the side of the tubular outer hole (opening) of the NNK copper pipe (91) without the NNK air intake (98) to the center. 7), the other side of the spring-shaped nichrome wire (79) is hung on the nichrome wire receiving port (97), the exposed part of the nichrome wire (79) is embedded in the nichrome wire-embedded tube (92), and the inner circumferential surface of the nichrome wire-embedded tube (92) at both ends is fitted to the outer circumferential surface of the nichrome wire (79) side of the NNK copper tubes (91) at both ends, and the circumferential side of the openings at both ends of the nichrome wire-embedded tube (92) at the connection boundary part, which is the connection part (181) at both ends, and the inner side of the bearing (82) is fitted to the outer circumferential surface of the NNK copper tube (91) at the end to fix the heater-embedded shaft tube (106), and then the wiring is connected to the battery B (84). The wiring extending from the pulse control unit (36) is connected to both ends of the nichrome wire via the bearings at both ends, and the wiring of the coil part of the CM motor-operated coronavirus roaster fixing part (149) for the magnet part rotation pulse and the CM motor-operated coronavirus roaster fixing part (155) for the magnet part rotation commutator & brush is either a separate power source or a nichrome wire wiring assembly for the battery AB (83, 84) that is connected in parallel or in series with the above nichrome wire. Next, there is a section that wires to each coil section from the core magnet fixed fan battery (83) or the motor pulse control unit (36), and a section that wires to the nichrome wire (79) from the nichrome wire battery (84) of a separate power source or from the motor pulse control unit (36). The positive current flows through the nichrome wire (79) in the following order: commutator positive brush (113) → commutator positive (109) → bearing (82) → NNK copper tube with NNK intake (98) (91) → nichrome wire (79) → NNK copper tube (91) → bearing (82) → commutator negative (108) → commutator negative (112). This nichrome wire wiring ASSY for the battery (115) heats the nichrome wire (79). Next, the magnet section (56) (FIG. 4) structure is a magnet section (56) in which a shaft hole for fixing a shaft (7) is located in the center of a disk-shaped magnet fixing section (10), and a magnet is arranged and fixed on the outer periphery of the magnet fixing section (10) in a staggered arrangement on both sides of the magnet fixing section (10), with a shaft hole for fixing a shaft (7) in the center of a thick, low cylindrical upper surface, and a Baumkuchen-like shape with a large difference between the outer diameter and the inner diameter of the molded shape, with the center of the hole as the axis and the magnet on the front and back being the S pole and the N pole on the back and front, respectively, on the flat surface of a curved fan shape. The magnet section rotor (168) ASSY, which has a common structure for the magnet sections of each control means, is fitted to this. Next, the magnet core propeller (105) FIG. 21 is a structure in which the magnet part (56) is provided with an mf port (48) and fan blades (43). First, the mf port (48) is provided between the magnets (8.9) from the outer side of the hn shaft port (45) to the inner side of the outer periphery, and the fan blades (43) are inclined to the mf port (48) on the side surface from the outer periphery of one side to the center side.Next, the magnet core propeller (105) is attached to the shaft port (45) of Figure 21, and the heater built-in shaft pipe (106) is attached to the center of the shaft port (45) of Figure 21 to form the magnet fixed fan rotor ASSY (107) (Figure 27). Next, the structure of the shaft tube small fan (182) in Figure 24 is a cap-shaped shaft tube blade fixing cap (111) with a hole in the center of its plane that is slightly larger than the NNK copper tube (91), a line extending straight from the side of the hole to the outer periphery, an angle of ∠10° to 90° tilted to the outer periphery with the root of the hole as the axis, a part where the shaft tube blade (100) is connected to the hole side at an angle of ∠10° to 90°, a shape where the length of the blade is extended to close the narrow side of the angle between the outer periphery and the shaft tube blade (100) and the outer periphery side of the shaft tube blade fixing cap (111), one to several tens of shaft tube blades (100) are provided, and the shaft tube small fan (182) ASSY is made up of a structure that sends air into the hole when rotating, and is structured to be fitted to the inside of the shaft tube blade fixing cap (111) and the outer end of the current-carrying commutator plus (109). Next, the coil holder (11) ASSY (Figures 29 and 36) is a coil holder (11) ASSY with a tea canister shape that houses the coil and magnet parts and a shaft hole in the center of the bottom. Next, the long motor case (170) ASSY (Figure 30) is a long motor case (170) ASSY with a tea canister shape that is deeper than the CM motor case (42) below, which is more common for the commutator (67), and a shaft hole in the center of the bottom. Next, the CM motor case (42) ASSY (Figure 33) is a CM motor case (42) ASSY with a shaft hole in the center of the bottom of the tea canister shape that can rotatably house the coil holder (11) and a length that is provided to close the brush plate (173) with a commutator on the lid at the opening on the opposite side. Next, the Corona roaster fan main body (86) ASSY (Figure 36) is constructed by crimping and fixing the cylindrical side of the coil part receiver (11) of the coil part ASSY with control unit (186) to the inside of a tea canister-shaped case that is slightly smaller than the CM motor case (42), and providing an intake hole (78) for the through hole of the Corona roaster fan main body (86) and the coil part receiver (11) of the coil part ASSY with control unit (186) on the cylindrical side. Next, the outer side case (178) ASSYFIG. 40 shows an outer side case (178) ASSY with a structure in which a shaft hole is provided in the center of the bottom of the tea canister shape, the width of which allows the coil part receiver (11) to be rotatably mounted, and the depth of which is provided for the multi-stage heavy commutator (156), the multi-stage heavy brush (160), and the multi-stage heavy brush plate (179). Next, a long motor case (175) ASSY for a corona roaster is shown. FIG. 42 shows a washer plate with a shaft hole provided in the center of the bottom of the tea canister shape, the width of which allows the coil part receiver (11) to be crimped and fixed, the commutator piece (14), the outer brush for small washers (112), the outer brush for large washers (119), and the lid (123) mounted rotatably, the commutator-equipped brush-equipped lid (123), and the large and small washers. The long motor case (175) ASSY for corona roaster is structured so that the outer peripheral surface of the plate (122) is crimped and fixed with a depth, and the lid (169) ASSY with pulse control unit (169) is structured so that the outer peripheral plate (122) is crimped and fixed with a depth, and the lid (169) with pulse control unit (169) ASSY with pulse control unit (169) is structured so that the shaft hole (51) for rotatably holding the shaft is provided in the center of the outer peripheral plate (122) that is fitted into the opening of the coil part receiver (11), the motor pulse control unit (36) is provided at intervals from the shaft hole (51) on the outer surface of the lid, and the wiring of each coil part on the inner surface of the lid can be connected to the appropriate terminal of the motor pulse control unit (36) through the wiring hole (167). Next, the commutator brush plate (132) ASSY (Figure 30) is a commutator brush plate (132) ASSY with a structure in which a shaft through hole is provided in the center of a plate of a size that fits into the inner opening of a long motor case (170) and two to several tens of contact head parts (18) are provided at appropriate positions from the front to the back. Next, the commutator brush plate (173) ASSY (Figure 33) is a commutator brush plate (173) ASSY with a structure in which a shaft hole is provided in the center of a plate of a size that fits into the inner opening of a CM motor case (42) and two to several tens of commutator brushes (174) are provided at appropriate positions from the front to the back. Next, the multi-stage heavy brush plate (179) ASSY (Figure 40) is a plate that is large enough to fit into the inner opening of the outer side case (178), and has a shaft hole in the center of the plate, and two to several dozens of multi-stage heavy brushes (160) of different lengths are provided at appropriate positions from the front to the back. The multi-stage heavy brush plate (179) ASSY is then assembled with the outer front plate (177) and the outer side case (178) (Figure 40) to form the long motor case (175) ASSY for the Corona Roaster. Next, the brushed cover (123) ASSY for the washer plate commutator is shown in FIG.

44. The brushed cover (123) ASSY for the washer plate commutator is constructed with a shaft hole in the center of a plate of a size that can rotate near the opening of the long motor case (175) for the corona roaster, and small washer outer brushes (112) and large washer outer brushes (119) at appropriate positions from the back to the front of the plate.Next, the coil winding shaft (38) is bent with both ends of the shaft shape facing inward, the coil winding shaft piece (39) with the enamel wire (73) wound around it in Figure 11, or the CM motor plate (1) in Figure 1 is a rectangular plate-shaped part with claws protruding at right angles from both ends, made of silicon steel, or the coil shaft piece ASSY (190) with the enamel wire (73) wound around one to several dozens of stacked coil pieces. Next, an L-shaped part bent in a shape in which the inside of the arc of the commutator piece (14) and the claws are connected to the end in the same direction is attached to one side of the CM motor plate (1) made of silicon steel plate from one CM motor commutator piece attachment plate (2) made of silicon steel plate, and from the CM motor plate (1) 1, several dozens of commutator piece attachment coil part shaft pieces (6) are stacked and wrapped with enamel wire (73) to form a commutator-attached coil part shaft piece ASSY (191), and next, a cover (169) ASSY with a pulse control unit (Figures 29 and 36) is provided, which has a shaft hole in the center of the plate that is approximately the same size as the inner circumferential surface of the inside of the coil part receiver (11) so that the shaft can rotate, A pulse control unit for motor (36) is attached to the outer surface, the terminal wiring of each coil is taken out of the coil part through each wiring hole (167) and connected to an appropriate terminal of the pulse control unit for motor (36), and the battery (40) and the pulse control unit for motor (36) are connected to form a pulse control unit-attached cover (169) ASSY. The commutator plate (172) ASSY in FIG. 32 has a shaft hole in the center of a plate of approximately the same size as the inner circumferential surface of the coil section receiver (11) so that the shaft can rotate, and two to several tens of commutator pieces (67) are fixed on the shaft hole. The commutator section (194) has a through shaft hole in which the shaft can rotate, and the commutator pieces (67) are connected to the intermediate positions of the enameled wires (73) between the coil sections and to the commutator pieces (67) provided at appropriate positions. Next, the commutator-attached plate (171) ASSY in FIG. 35 and FIG. 42 shows a commutator-attached plate (171) ASSY in which the commutator-attached plate (171) ASSY has a shaft hole in the center of a plate of approximately the same size as the inner circumferential surface of the coil section receiver (11) so that the shaft can rotate, and the commutator pieces (14) are provided at positions slightly spaced inward from the outer periphery of the plate, and two to several tens of commutator pieces (14) are fitted at equal intervals. Next, the multi-stage heavy commutator plate (176) ASSY (Figure 39) is a plate having a size approximately the same as the inner circumferential surface of the coil portion receiver (11) and a shaft hole in the center of the plate so that the shaft can rotate, and a multi-stage heavy commutator (156) having wiring grooves (184) in one to several dozen places on the inside of the ring shape is provided in a tubular commutator tube (185) at appropriate positions and equal intervals, and each wiring groove (184) has only one wiring groove (184). The multi-stage commutator coil assembly (189) is made up of a multi-stage commutator section (183) having a repeated connection structure in which the enamel wire (73) between the coil sections is connected to the wiring groove (184) of the first stage commutator (157), then the enamel wire (73) between the coil sections is connected to the wiring groove (184) of the second stage commutator (158), which has only two locations, and then the enamel wire (73) between the coil sections is connected to the wiring groove (184) of the third stage commutator (159), which has only three locations. Next, the large and small washer plate (122) ASSY (Figure 42) has a shaft hole in the center of the plate, which is approximately the same size as the inner circumferential surface of the inside of the long motor case (175) for the corona roaster, through which the shaft can rotate, and a ring-shaped large washer (61) provided at an appropriate position inside the outer periphery of the plate, which is in a state in which it can always be in sliding contact with the outer brush (119) for the inner large washer of the CM motor rotor part (165) for the magnet part rotating commutator & brush, and a portion in which a contact head part (18) for the power supply is provided on the outer large washer (61),A large and small washer plate (122) assembly is constructed of a ring-shaped small washer (60) provided at an appropriate position inside the large washer (61) and a contact head portion (18) for a power supply provided on the outside of the small washer (60) in a state in which the small washer (60) is always in sliding contact with an outer brush (112) for the inner small washer. Next, the detachable aluminum spiral cooling adapter (85) shown in Figure 36 and the lower left of Figure 43 has a structure that is detachably pressure-fixed to the outer periphery of the Corona roaster fan body (86) at the upper inner circumference, which is shaped like a tea canister lid with the lid half shallower or more, and a mosquito coil-shaped vent hole is provided from the center to the outside of the exhaust port (80) of the Corona roaster fan body (86), through which sterilized air flows steadily outward, and finally, cooled air flows from the cooling exhaust port (88) on the upper side to the mask (75) directly or through a rubber hose (81). This is the detachable aluminum spiral cooling adapter (85) ASSY. Next, the structure of the common battery (115) is a battery (115) with a disk shape at the bottom of a low tea canister shape, and two semicircular disk-shaped battery parts, one for the core propeller fan battery (83) and one for the nichrome wire battery (84), are provided at the top and bottom, and the inner circumference of the side of the tea canister shape is crimped and fixed to the outer circumference of the corona roaster fan body (86) and the long motor case (175) for the corona roaster. Next, the CM motor for magnet part rotation pulse (138) is composed of the magnet part rotor (168) ASSY with a shaft in the magnet part (56) (Figure 4) which becomes the CM motor rotor part (139) for magnet part rotation pulse (Figure 45), and the CM motor fixing part for magnet part rotation pulse (140) (Figure 29). The structure of the coil part holder (11) ASSY has one to several tens of coil part shaft pieces ASSY (190) arranged and fixed on the inner peripheral surface of the coil part holder (11) ASSY. The opening of this coil section receiver (11) is closed by the above-mentioned pulse control unit attached cover (169) ASSY, and the section where the terminals of the two extending ends of each coil section shaft piece ASSY (190) are connected to the terminals of the motor pulse control unit (36), and the structure where the motor pulse control unit (36) and the battery (40) are connected, becomes the magnet section rotation pulse CM motor fixing section (140) which is the coil section ASSY (186) with control section.The CM motor for magnet part rotation pulse (138) in Figure 28 is a type in which the shaft of the CM motor rotor part (139) for magnet part rotation pulse, which is the rotor part in Figure 45, is rotatably held and built in the shaft hole (51) of the front coil part receiver (11) of the CM motor fixing part (140) for magnet part rotation pulse and the shaft hole of the rear pulse control unit attached cover (169). The CM motor for magnet part rotation pulse (138) type is a type in which the CM motor for coil part rotation pulse (141) is first held and built in the CM for coil part rotation commutator & brush. The structure of the motor rotor part (142) in Figure 32 is that the opening of the coil part receiver (11) of the coil set part ASSY (197) is closed by the commutator plate (172) ASSY, and the enamel wire (73) between each coil part shaft piece ASSY (190) inside is connected to a general commutator (67) at an appropriate position to form the commutator coil part ASSY (187), which is the part that becomes the CM motor rotor part (142) for the coil part rotating commutator & brushes, and the structure of the CM motor fixing part (143) for the coil part rotating commutator & brushes in Figure 30 is that of the long motor case. The opening of the long motor case (170) ASSY is closed by the commutator brush plate (132) ASSY, and the shaft hole of this long motor case (170) and the shaft hole of the commutator brush plate (132) ASSY hold and fix the front and rear of the shaft of the magnet part rotor (168) of the magnet part common structure, and the part that becomes the coil part rotating commutator & brush CM motor fixing part (143) of the built-in structure and the coil part rotating commutator & brush CM motor (141) The structure of Figure 31 is the above-mentioned coil part rotating commutator & brush CM motor. the shaft of the motor fixing part (143) on the shaft hole side of the long motor case (170), the portion rotatably held by the shaft hole of the coil part receiver (11) of the CM motor rotor part (142) for the coil part rotating commutator & brushes in FIG. 32, the shaft of the CM motor fixing part (143) for the coil part rotating commutator & brushes on the commutator brush plate (132) side, and the portion rotatably held by the shaft hole of the commutator plate (172) of the CM motor rotor part (142) for the coil part rotating commutator & brushes in FIG.The CM motor with a rotating commutator and brush (141) type has a structure in which a CM motor rotor part (142) for rotating the coil part and brush is rotatably built in, and the CM motor with a rotating commutator and brush (144) is a CM motor with a rotating commutator and brush (145) type shown in FIG.

35. The structure of the CM motor with a rotating commutator and brush (144) shown in FIG. 35 is that one to several tens of coil shaft pieces with commutators (191) are arranged and fixed on the inner peripheral surface of the coil holder (11), and the opening of the coil holder (11) is connected to each commutator piece (14) and the commutator. The hollow sections (50) of the commutator plate (171) ASSY are aligned and closed with the commutator plate (171) ASSY. For the wiring of each coil section as shown in FIG. 17, one side of the enamel wire is connected to the opposite end side of the commutator piece (14) of the CM motor commutator attachment plate (2) made of silicon steel plate, and the enamel wire is wound in this state. The wound commutator attachment coil piece (5) is made into one, and the end of the wound enamel wire is connected to the inside of the tip of the commutator piece (14) of the commutator attachment coil piece (5) adjacent to the right. This is repeated one to several tens of times. The coil part of the CM motor commutator attachment plate (2) made of silicon steel plate is finally connected to the commutator piece (14) of the first commutator attachment coil piece (5) to form a loop. The coil part is the commutator-attached coil part ASSY (188) with the commutator attached, which is the CM motor rotor part (145) with the rotating commutator and brushes, and the CM motor fixing part (146) with the rotating commutator and brushes. The structure in Figure 33 is as follows: the opening of the CM motor case (42) ASSY is closed with the commutator-attached brush plate (173) ASSY, and the CM motor case (42) ASSY is closed with the commutator-attached brush plate (173) ASSY. The structure of the CM motor with coil part rotating commutator & brush (144) in FIG. 34 is as follows: the CM motor case (42) ASSY, the portion where the front shaft (7) of the magnet part rotor (168) of the magnet part common structure is fixed so as not to rotate, the shaft hole of the brush plate (173) with commutator ASSY, and the portion where the rear shaft (7) of the magnet part rotor (168) of the magnet part common structure is fixed so as not to rotate, which becomes the CM motor fixing portion (146) with coil part rotating commutator & brush, and the CM motor with coil part rotating commutator & brush (144) in FIG. 34 is as follows:The magnet part (56) of the CM motor fixing part (146) for brushes and with a rotating commutator for coil part is built into the CM motor rotor part (145) for brushes and with a rotating commutator for coil part, and the built-in CM motor rotor part (145) for brushes and with a rotating commutator for coil part is built into the CM motor fixing part (146) for brushes and with a rotating commutator for coil part, and the front shaft of the CM motor fixing part (146) for brushes and with a rotating commutator for coil part and the shaft of the coil part support (11) of the CM motor rotor part (145) for brushes and with a rotating commutator for coil part The coil part rotating commutator with brush CM motor (144) type, which consists of a part that holds the hole rotatably, the rear shaft on the brush plate with commutator (173) side, and a part that holds the shaft hole of the commutator plate (171) ASSY rotatably, and then the coronavirus roaster using a CM motor for magnet part rotation pulse (147) is the coronavirus roaster rotor part (148) using a CM motor for magnet part rotation pulse. The structure of Figure 37 is the rotor part of the shaft tube (106) built into the heating part, the shaft tube rotor part (1 The shaft port of the magnet core propeller (105) is fitted into the center of the aluminum shaft tube (89) of the ASSY. The shaft tube rotor part (136) ASSY has the above-mentioned small shaft tube fan (182) on the commutator plus (109) side for current supply. The part that will become the CM motor rotor part (148) for the magnet part rotation commutator and brushes and the fixed part (149) using the CM motor for the magnet part rotation pulse are also attached to the coil part ASSY with the control unit (186) with the lid (169). a portion where the shaft hole of the front coil section receiver (11) of the coil section ASSY with control section (186) and the NNK copper tube (91) on the side of the hn shaft tube fixing section (137) without the NNK air intake (98) are fixed, a portion where the shaft hole of the rear pulse control unit-equipped lid (169) of the coil section ASSY with control section (186) and the NNK copper tube (91) on the side of the hn shaft tube fixing section (137) with the NNK air intake (98) are fixed, and a portion where the coil section ASSY with control section (186) is crimped and built into the corona roaster fan main body (86) ASSY,The part that becomes the fixed part (149) of the coronavirus roaster using a CM motor for magnet part rotation pulse, which is composed of the part where the rear of the coil part ASSY with control part (186) is fixed to be closed by the battery (115) and the part where the front of the coil part ASSY with control part (186) is fitted with a detachable aluminum spiral cooling adapter (85), and the coronavirus roaster using a CM motor for magnet part rotation pulse (147) Figure 38 shows the structure of the coronavirus roaster using a CM motor for magnet part rotation pulse, which is built into the inner coil part of the coronavirus roaster using a CM motor for magnet part rotation pulse fixed part (149) of the coil part ASSY with control part (186) of the coronavirus roaster using a CM motor for magnet part rotation pulse, through the front and rear bearing balls (95) of the coronavirus roaster rotor part (148). The structure of the coronavirus roaster using the CM motor (147) type, and then the CM motor for magnet part rotation pulse & brush (164), is as follows: first, the CM motor rotor part for magnet part rotation pulse & brush (165) (Figure 44) is a through hole for the shaft extension hole (196) that can rotate the extension shaft (193) connected to the shaft tube rotor part (137) in the center of the shaft tube small fan (182) of the coronavirus roaster rotor part using the CM motor for magnet part rotation pulse (148), and further the shaft tube small fan The structure of the magnet part rotating commutator & brush CM motor rotor part (165) with the brush cover (123) with washer plate commutator attached to the rear of the fan (182) and the magnet part rotating commutator & brush CM motor fixing part (180) in Figure 42 is a through hole for the vent (195) in the commutator plate (171) of the commutator coil part ASSY (188), the shaft hole of the coil part receiver (11), and the NN on the side where the NN air intake port (98) of the hn shaft tube fixing part (137) is not provided. The NNK copper tube (91) is fixed to the K copper tube, the shaft hole of the commutator plate (171) and the NNK copper tube (91) on the side where the NNK intake port (98) of the hn shaft tube fixing part (137) is located are rotatably held, the tip of the NNK copper tube (91) of the hn shaft tube fixing part (137) is fixed to the extension shaft (193), the extension shaft (193) is fixed to the shaft hole of the large and small washer plate (122), the bottom of the long motor case (175) for the corona roaster and the bottom of the coil part receiver (11) are crimped and fixed, and the long motor case for the corona roaster is fixed to the side. The magnet part rotating commutator & brush CM motor fixing part (180) is fixed to close the opening of the CM motor case for the corona roaster (175) and the base (175) of the coil part receiver (11), and the CM motor (164) for the magnet part rotating commutator & brush is fixed to the hn shaft tube fixing part (137) of the CM motor fixing part (180) of the magnet part rotating commutator & brush via the bearing ball (95).The extension shaft (193) is built into the hn shaft tube rotor part (136) of the CM motor rotor part (165) for magnet part rotating commutator & brush, and the part of the extension shaft (193) fitted into the hn shaft tube fixing part (137) is rotatably built into the shaft tube small fan (182) and the shaft extension hole (196) of the through hole of the brush cover (123) for the washer plate commutator. The coil part of the coil part receiver (11) of the CM motor fixing part (180) for magnet part rotating commutator & brush is connected to the CM motor rotor part (136) for magnet part rotating commutator & brush. The CM motor (164) type for magnet part rotating commutator & brush has a structure in which the magnet part core propeller (105) of the rotor part (165) is rotatably built in, and the brush cover (123) for the washer plate commutator is rotatably built in the space between the commutator plate (171) and the large and small washer plates (122), and is rotatably held by bearing balls (95). The coronavirus roaster (153) using the CM motor for magnet part rotating commutator & brush has a structure in which the magnet part rotating commutator & brush cover (123) is rotatably held by bearing balls (95). The structure of the Corona Roaster Rotor Part (154) using a CM motor for the magnet part and the Corona Roaster Rotor Part (154) using a CM motor for the magnet part and the brush part is the same as that of the Corona Roaster Rotor Part (154) using a CM motor for the magnet part and the brush part. The structure of the Corona Roaster Fixed Part (155) using a CM motor for the magnet part and the brush part is the long motor case (175) for the Corona Roaster and the coil part receiver (11) with the intake hole (78) on the side. The part with holes, the part that becomes the coronavirus roaster using a CM motor for the rotating commutator and brushes fixing part (155) with a structure in which a removable aluminum spiral cooling adapter (85) is fitted to the front of the fixing part (180) of the CM motor for the rotating commutator and brushes of the magnet part, and the part that becomes the coronavirus roaster using a CM motor for the rotating commutator and brushes of the magnet part, and the coronavirus roaster using a CM motor for the rotating commutator and brushes of the magnet part (153) have a structure in which a removable aluminum spiral cooling adapter (85) is fitted to the front of the CM motor for the rotating commutator and brushes of the magnet part (164),The coronavirus roaster (153) type uses a magnet part rotating commutator & brush CM motor with a structure in which a battery (115) is fitted to the back, and then the coil part rotating pulse CM motor (150). The coil part rotating pulse CM motor rotor part (151) is the structure of Figure 39. The opening of the coil set part ASSY (197) is closed by the multi-stage multi-stage commutator plate (176) ASSY, and the enamel wire (73) between each coil part and each wiring groove (184) of each multi-stage multi-stage commutator (156) are connected to each appropriate multi-stage multi-stage commutator (156). The structure of the multi-stage heavy-duty commutator coil part ASSY (189) having a wired structure is the CM motor rotor part (151) for coil part rotation pulse, and the CM motor fixing part (152) for coil part rotation pulse. The structure of FIG. 40 is composed of a part that fixes the rear shaft of the magnet part rotor (168) and the shaft hole of the multi-stage heavy-duty brush plate (179) ASSY so that they cannot rotate, and a part that fixes the shaft hole of the long motor case (175) for the corona roaster, which is a common part, and the front shaft of the magnet part rotor (168) so that they cannot rotate. The structure of Fig. 41 is such that the magnet part (56) of the CM motor for coil part rotation pulse (150) is rotatably built into the coil part of the CM motor rotor part (151) for the coil part rotation pulse, and the CM motor rotor part (151) for the coil part rotation pulse is rotatably built into the long motor case (175) for the corona roaster, which is a common part of the CM motor fixing part (152) for the coil part rotation pulse. The structure is composed of a portion which rotatably holds the shaft on the outer front plate (177) side of the CM motor fixing portion (152) for the coil portion rotation pulse and the shaft hole of the coil portion receiver (11) of the CM motor rotor portion (151) for the coil portion rotation pulse, and a portion which rotatably holds the shaft on the multi-stage heavy brush plate (179) side of the CM motor fixing portion (152) for the coil portion rotation pulse and the shaft hole of the multi-stage heavy commutator portion (183) which is connected to the shaft hole of the CM motor rotor portion (151) for the coil portion rotation pulse. When the outer side case (178) is removed,A CM motor (150) type for coil rotation pulse, which is used by fixing an outer front plate (177) and a multi-stage brush plate (179) to the product body (coronavirus roaster body) etc., and a power source, which is provided with a motor pulse control unit (36) on the outside of the multi-stage brush plate (179), and which is made up of a part connecting each multi-stage brush (160) to an appropriate terminal of the motor pulse control unit (36) and a part connecting a battery (40) to the motor pulse control unit (36), and which is made up of a structure in which electricity can always be applied to each coil, is a multi-purpose CM motor characterized by having all of these structures and functions.

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