TH166838A - Inductors and methods for producing the same - Google Patents

Claims (9)

Disclaimer (all) which will not appear on the advertisement page. : ------ 18/01/2018 ------ (OCR) Page 1 of the number 3 pages Clause 1. Inductor, including:? A mounted inner core, - where the installed inner rod is composed of a coil (4A) and a T-shaped rod (2A, 3A); - where the T-shaped shaft (2A, 3A) is positioned. In the inner diameter of the coil (4A); - electrodes (5A, 6A), ~ where the electrodes (5A, 6A) are directly formed by stretching the coil (4A) and Bend, which creates a coil overhang (4A); - where each electrode (5A, 6A) is assembled with one end; And? Outer shroud step (1A), with the installed inner rod and electrodes (5A, 6A) directed through the center of the outer recess (1A), where? The thin (3A) of the T-shaped rod (2A, 3A) is inserted into the ejection of two coils (4A), with the two sides of the base (3A) inserted to form the inner core that Put on Where the two ejection sections are made up of the said electrodes. The characteristic is that the? Coil (4A) is coated and - the entire end of the electrode (5A, 6A) is wrapped upward by the outer tubular (1A) slope. Hold right 1, which is unique in that the fitted inner core has A square, circular or polygonal shape 3. The inductance specified in claim 1 or 2, characterized by a coated coil (4A), is circular or elliptical; Enamelled coils (4A) are assembled with a flat enameled wire following the shape of the wire; The ejection portion of the coating coil (4A) is formed by winding; The coated coil (4A) is assembled with a Single or multi-layer; and the enamel coil (4A) is formed through coiling and overlaying the wire accordingly Its width, page 2 of the number 3, page 4. Inductance, as stated in Claims 1 to 3, at least one of the characteristics is The T-shaped rod (2A, 3A) is either constructed with the same material to form a T-shape, or to a T-shape by combining the rod (2A) with a thin-plate (3A) base. Each one is made of different materials. Kind together and separated from each other; And the T-shaped rod (2A, 3A) is made of materials containing manganese zinc, nickel zinc, iron powder core or alloy powder. 5. Gluten inductors stated in Claims 1 to 4. At least one of the above, which is unique, is The outer wrapping layer (1A) is created from powdered metal particles through a die casting process; Metal powder particles are created by choosing to act according to the requirements for properties, that is, full stirring and mixing: Corresponding alloy powders, deoxidized iron powders, carbonyl iron powders or perforated materials, and corresponding adhesives resins containing curing agents or are created by selectivity. Meeting the requirements for the qualification, that is, fully mixing and mixing the following: Mixed metal powders, deoxidized iron powders, carbonyl iron powders or perite materials and corresponding adhesive resins containing curing agents; And the resin adhesive is composed of epoxy resin, spray asynracin, spray epoxy resin, a-cresol, formaldehyde, epoxy resin. Or mixtures of several resins and their corresponding curing agents And other organic solvents. 6. One of the inductors specified in Claim 1 to 5, which is characterized as The exposed center part of the electric socket (5A, 6A) is cleaned to have a smooth end by Rain with a rain wheel and will be soldered or impregnated with a blue tile to form the last layer of the inductor. 7. Method for manufacturing the inductors. The method is composed of the following steps: (1) Enamel-coated wire winding to create a single- or multi-layer (4A) coils, where the coils (4A) are removed; (2) A T-shaped rod (2A, 3A) is placed in the inner diameter of the coil (4A) so that the thin plate base (3A) of the T-axis rod (2A, 3A) is inserted. With the two sides of the base (3A) into the two ejection sections of the coil (4A) to form a pre-manufactured, fitted inner core; Page 3 of the number 3 (3) Inserting the pre-manufactured, installed inner core into the corresponding die. So that the sections of the coil (4A), which are extended to form the electrodes (5A, 6A), which form the leads, have Appropriateness of the tubular protrusion (1A); (4) filling of the mold with the mixed metal powder particles and creating the outer tubular stage (1A) of the inductor through the mold casting. Equipped with a cold press or a combination of cold press set and Hot pressing with a powder metallurgy die casting machine, mechanical or hydraulic; (5) Paired ends of electrodes (5A, 6A), which are directly formed by winding (4A), stretching and bending. As the construction of the extension protrusion of the coil (4A), it is deepened into the outer tubular stage (1A) so that the paired ends of the electrodes (5A, 6A) are subdued by the bundle. That outer bass (1A) and the exposed center of the electrode (5A, 6A) are cleaned to have a smooth tip by Precipitation with rain wheels and will be soldered or electroplated to form the final electrode of the inductor; And the inductor is built. ------------ EDIT 11/11/2016 1. The inductor, which consists of - a wear-mounted inner core, - where the core The fitted inside is composed of a coated coil and a T-core side - where the T-core side is positioned in the inner diameter of the coil, - the electrode - where the electrodes are It is created by an extension of the coil - where each electrode is assembled with a tip and - an outer wrap layer. It is unique - the bottom of the shank is inserted with two sides of the bottom into the two ejection sections. Part of the coil to form a fitted inner core, a fitted inner core and a ball electrode embedded in the center of the outer wrap layer, and - Both ends of the electrodes are encapsulated by The outer wrap step 2. The inductor, as mentioned in claim 1, is characterized by a mounted inner core with The shape is square, circular, or polygon. 3. Inductance as indicated in claim 1 or 2, which is characterized by a glazed coil having the shape Circle or oval; Enameled coils are assembled with a flat enameled wire following the wire shape; The ejection part of the coiled coating Was created by winding the wire; Glazed coils are assembled with one or several layers; And the glazed coil is created Through coiling and overlaying the wire along its width. 4. Inductor, as stated in at least one of the claims 1 to 3, is characteristic. That is, the T-shaped shaft is either made of the same material in the T-shape, or T-shaped by combining the round rod with the slab, each of which is made of a different material and is separated; And the T-shaped rod is made of manganese zinc, nickel zinc, iron powder core or alloy powder or made There is a combination of various materials such as manganese zinc, nickel zinc, iron powder core and alloy powder. 5. Inductors, as stated in Claim 1 to 4, at least one of these characteristics. specifically That is, the outer wrap layer is formed with metal powder particles through a casting process using a template; Metal powder particles are generated by viewing according to the qualification requirements to select, fully stir and blend powder. Corrosive alloys, deoxidized iron powders, carbonyl iron powder or ferrite materials; and Compounded resin adhesive containing curing agent or formed by viewing according to the qualification requirements to select, fully mix and blend a multi-metal combination of alloy powder, deoxidized iron powder. , Carbonyl iron powder or ferrite material and bonded resin bond with curing agent; And adhesive resin composed of epoxy resin, phenolic resin, phenolic epoxy resin, o-cresol formaldehyde. Epoxy resins or mixtures of multiple resins with their corresponding curing agents as well as other organic solvents 6. Inductors, as stated in Claims 1 to 5, at least one of which Unique Ie, the said exposed center of the electrode is cleaned to form a smooth tip. By raining wheels or removing paint with a laser and soldered or electroplating to form a step electrode. The last of the inductor 7.How the inductor is produced The assembly method includes the following steps: (1) Wind the enameled wire to create a single or multiple layer stacking coils. Where the curl will be taken out; (2) Place the T-shaped rod in the inner diameter of the curl so that the bottom part of the rod The two sides of the bottom are inserted into the two ejection sections of the curl to form the inner core. Pre-installed wear; (3) Place the pre-produced inner core into the corresponding mold. To make the part of the curl, which is stretched to form an electrode, suitable for protruding the outer wrap layer; (4) Fill the mold with metal powder particles on the hybrid and form an outer encapsulation layer of the inductor by Through mold casting by cold pressing or cold pressing and hot pressing combined by die casting press. Mechanical metal powders or where liquid compression; (5) Both ends of the electrodes formed by the coil extension are embedded in the inner wrap layer. The outside deeply and the exposed center of the electrode is cleaned to become the Smooth by raining with a rain wheel or removing paint with a laser and soldered or electroplating to form the electrodes. The final stage of the inductor; And the inductor will be created ----------------------------------- Revised 3/11/2016 1. New type of inductors which have The characteristic is that a new type of inductor consists of a side In the fitted housing, electrodes and outer wrap Where the inner core that is installed will be included The coated coil and rod, and the worn inner core and electrode are embedded in the center of the outer wrap. 2. A new type of inductor, as described in claim 1, is characterized by The rod shaft is arranged in Inner diameter of the enamel coil; the fitted inner core is square, round or polygonal; The electrodes are formed by curl extensions or on both ends and sections. Bottom of the installed inner core; And both ends of the electrodes are encapsulated by an outer tubular layer. 3. A new type of inductor, as described in claim 1 or 2, which is characterized by a sheathed-shaped coil. Shape into a circle or ellipse; Enameled coils are assembled with round enameled wire or flat enameled wire following the wire shape; The ejection part of the enamel coil is formed by winding the wires in the same or opposite directions respectively; The ejection portion of the enamel coil is on the bottom or side of the inductor; Curl coated balls to create Rise by winding the wire in a clockwise or counterclockwise direction; Glazed coils are assembled with a single layer. Or multi-layered; and enamelled coils are formed through coiling and overlaying of wire along a wide or piece Its narrow function 4. A new type of inductor, as stated in at least one of the claims 1 to 3, Characterized by the T-shaped axial or round rod shape; The T-shaped axes are either made of the same material in the T-shape, or T-shaped by combining the spheres. With sheet-shaped bases, each of which is made of a different material and is separated; And the core side is made of materials that It is a manganese zinc, nickel zinc, iron powder core or alloy powder, or a combination of various materials such as manganese zinc, nickel zinc, iron powder core and alloy powder. Bring at least one of the new types specified in Claims 1 to 4, which have The characteristic is that the outer wrap layer is formed with metal powder particles through a die casting process; Metal powder particles are generated by viewing according to the qualification requirements to select, fully mixers. And mix together the corresponding alloy powder, deoxidized iron powder, Darbonyl iron powder or other materials. Corresponding ferrites and resin adhesives with curing agents, or created by viewing according to your requirements. Properties to select, fully mix and blend a combination of a variety of metal powders of alloy powders, deoxidized iron powders, carbonyl iron powders or ferrite materials and corresponding adhesive resins containing additives. Help curing; And adhesive resin consisting of epoxy resin, phenolic resin, phenolic epoxy resin, o-cresol, formaldehyde, epoxy resin or a mixture of Several resins with the corresponding curing agents include Other organic solvents 6. One of the new inductors specified in Claims 1 to 5, which has The peculiarity is that the electrodes are terminals of the enamel coils that are connected to it or are formed directly by stretching. Expanded and cut, bent, coiled, coated, or was created by making a flat or thin glazed coil. Then proceed to soldering. Or use electroplating, coating and straightening, coiling, coating; Or is created by connecting the glaze coil to the face Corresponding tip through processes such as spot welding, soldering, silver glue film coating plating. And the use of electroplating coating. 7. A new type of inductor, as stated in Claims 1 to 6, which is at least one. The peculiarity is that both ends of the electrodes are deeply embedded in the outer wrap layer; And the middle part Exposed of the electrodes were cleaned to become smooth end faces by raining with a rain wheel or Laser paint is peeled and soldered or electro-coated to form the final electrode of the inductor. 8. A new type of inductor, as described in Claims 1 to 7, at least one of which is The characteristic is that the electrodes are pre-formed by electroplating, coating, or film plating. Silver glue on both ends and the bottom of the inner core that is worn both on. Where the electrodes will be connected 9. A new type of inductor, as described in Claims 1 to 8, which is at least one of the following: The characteristic is that the electrode has a bottom end made up of a long, symmetrical or asymmetric strip, square or trapezoid, depending on the specification 1 0. New inductors set out in claim 1. To 9, any one of which is at least The characteristic is that new inductors have a square, circular or shaped exterior. Polygon; and the new inductor is sprayed, painted or unpainted. 1 1. A new inductor manufacturing method, which is characterized by its assembly method, includes the following steps: (1) Winding the enameled wire. In a clockwise or counterclockwise direction to form a single stacked coil. Or multiple layers in which the curl has an ejection fraction, which should be in the same direction; (2) A round rod or T-shaped rod is placed within the inner diameter of the curl so that The bottom part of the thin-plate axle is inserted with two sides of the bottom into the eject section. Two parts of the curl to form a pre-made, pre-installed inner core; Or choose the glaze curl to paste Go to the bottom of the thin-sheet core shank that is applied with coated blue tiles and, respectively, and connect the conductors. Out of the coiled with the corresponding end faces by spot welding or soldering to form a worn inner core fitted at Produce prepared in advance; Or choose a round or T-shaped core shaft and wrap the wire around the rod. Directly so that the rod is encapsulated by coils to form a pre-manufactured fitted inner core; Or wrap the wire directly around the T-shaped rod so that the rod is wrapped by a coil. Where the sky card pole will be created It is formed by a mosaic connector or an electro-plated coating on both ends of the T-shaped rod and a pre-fabricated inner core are formed by connecting the two ends. side Of the coil to the electrodes through a direct spot welding process; (3) Place the pre-produced wear-resistant inner core into the corresponding mold so that A connector that connects a coil or part of the coil that is stretched to form an electrode or which is pre-coated with electrodes to Create electrodes suitable for protruding outside the encapsulation layer; (4) Fill the mold with the mixed metal powder particles and form the outer encapsulation layer of the inductor-type. New through mold casting by cold pressing or cold pressing and hot pressing combined by machine Mechanical powder casting or liquid compression; (5) Both ends of the electrodes are formed by a connector connecting the coil or extension of the coil. It is buried in the deep outer shroud, and the exposed center of the electrode is cleaned to It becomes a smooth tip by being washed with a rain wheel or peeling paint with a laser, and soldered or electroplated. Coating to form a series of terminal electrodes at the end of the inductor; And a new type of inductor is created. (6) Another way to create an electrode is to pre-create an electrode by electroplating. Coated or coated with silver glue on both ends and the bottom of the installed inner core; The electrodes are electrically connected to the internal coil through soldering and spot welding; And inductor type A new method will be created 1 2. The method, as stated in claim 11, is characterized by a coiled glaze in step (1) having a circular or ellipse shape; Enameled coils are assembled with round enameled wire or flat enameled wire following the wire shape; The ejection part of the enamel coil is formed by winding the wires in the same or opposite directions respectively; The ejection portion of the enamel coil is on the bottom or side of the inductor; A glazed coil is created By winding the wire in a clockwise or counterclockwise direction; Glazed coils are assembled with one or several layers; And the enamelled coils are formed through coiling and overlaying the wire by its wide or narrow face. 1 3. The method, as noted in claim 11 or 12, is characterized by a fastened inner core. Set up in steps (2), it is assembled with the enamel coil and the core rod arranged in the inner diameter of the enamel coil; A mounted inner core is square, circular or polygonal; The fitted inner core electrodes are either created by an extension of the coil or are generated by the use of fire. Blue-plated, pre-coated or film-coated with silver glue on both ends and the bottom of the inner core at Wearing, installed; The fitted inner rod is embedded in the center of the outer wrap layer so that both ends Two sides of the exposed electrode are encapsulated by a small portion of the outer wrap layer 1 4. One of at least one of the methods specified in Claims 11 to 13, which is The rod shaft in step (2) is T-shaped or round rod shape; The T-shaped rod is formed into pieces. The same material is T-shaped, or T-shaped by combining the round rod with the base. Sheet-shaped, each of which is made of a different material and is separated; And the rod shaft is made of materials Manganese zinc, nickel zinc, iron powder core or alloy powder, or a combination of various materials such as manganese zinc, nickel zinc, iron powder core and alloy powder 1 5. How to Specified in at least claims 11 to 14, which are characterized by The outer wrap layer (4) is composed of metal powder particles through a die casting process using a mold; Metal powder particles are generated by viewing according to the qualification requirements to select, fully mixers. And mix it up with the corresponding alloy powder, deoxidized iron powder, carbonyl iron powder or any other material. The corresponding ferrite and resin glue with a curing agent; Or metal force particles are created by looking at Qualification requirements to select, fully mix and blend a wide variety of metal powders such as alloy powder, deoxidized iron powder, carbonyl iron powder or ferrite material and adhesives. The corresponding resin with a curing agent; And adhesive resin consisting of epoxy resin, phenolic resin, phenolic epoxy resin, o-cresol, formaldehyde, epoxy resin or a mixture of Many resins with curing agents that Consistent with other organic solvents 1 6. One of the methods described in Claims 11 to 15, which is unique is: One way to construct the electrodes in step (5) is that the electrodes are created by the terminals of the coated coils that are Connected to the curl or formed by straightening, extending and bending the enamel coils, or created by making Flat or thin coated curl Then proceed to solder or electroplating to flatten the coating. Or thin and straightened, coiled, coiled; Or is created by connecting the glazed coil to the inserted end face Through processes such as spot welding, soldering, silver film plating, and the use of Electroplating 1 7. The method is specified in at least one of Claims 11 to 16, which is characterized by: The two ends of the electrode in step (5) are deeply embedded in the outer wrap layer, and the center part is Exposure of the electrode was cleaned to become a smooth end face by raining with a rain wheel or peeling. Laser paint and soldered or electro-plated to form the final electrode of the inductor 1 8. One of at least one of the methods specified in Claims 11 to 17 is: Another way to construct the electrodes in step (6) is to pre-construct the electrodes by operating electricity. Plated, coated or filmed with silver glue on both ends and the bottom of the installed inner core; The electrodes are electrically connected to the internal coil through soldering and spot welding; And inductor type A new one will be created. 1 9. One of the methods described in Claims 11 to 18 is unique. The electrodes in the steps (6) have a bottom end, which can be shaped in a variety of shapes such as symmetrical or asymmetrical long runs, square, trapezoidal shapes depending on the requirements. ----------------- 1. A new type of inductor, which is characterized by a new type of inductor consisting of a core. Installed inner, electrodes and outer wrap layer Where the inner core that is installed will be assembled Combined with a coated coil and rod, and a fitted inner core and electrode embedded in the center. 2. A new type of inductor, as described in claim 1, is characterized by that the core is positioned. In the inner diameter of the coating curl; A mounted inner core is square, circular or polygonal; The electrodes are formed either by the extension protrusions of the curl or on both ends. And the lowest part of the inner core that is mounted; And both ends of the electrodes are wrapped by layers Outer wrap 3. A new type of inductor, as noted in claim 1 or 2, which is characterized by a coated coil. Have the shape of a circle or an ellipse; Enameled coils are assembled with round enameled wire or flat enameled wire following the wire shape; The ejection part of the enamel coil is created by winding the wire in the same direction or direction. The opposite way, respectively; The ejection portion of the enamel coil is on the bottom or side of the inductor; The enamel coil is formed by winding the wire in a clockwise or counterclockwise direction; Composite coated coil Combined with a single or multiple layers; and the enamelled coils are formed through coiling and overlaying the wire along the piece. 4. The new inductor, as stated in at least one of the claims 1 to 3, is a new type of inductor. Characterized by the T-shaped rod or round rod shape; The T-shaped shaft is either made of the same material in the T-shape, or T-shaped by combining the rods. Round with a slab-shaped base, each of which is made of a different material and is separated; And the shaft is made with Materials that are manganese zinc, nickel zinc, iron powder core or alloy powder, or made of a combination of materials such as manganese zinc, nickel zinc, iron powder core and alloy powder 5. Bring at least one of the new types specified in Claims 1 to 4, which have The characteristic is that the outer wrap layer is formed with metal powder particles through a die casting process; Metal powder particles are generated selectively according to qualification requirements, fully stirred. And mix the corresponding alloy powder, deoxidized iron powder, carbonyl iron powder or other Ferrite with corresponding resin adhesive containing curing agent, or formed by selection according to qualification requirements, fully stirred and blending various metal powders of alloy powder, deoxidized iron powder, powder. Carbonyl iron or ferrite material is combined with the corresponding adhesive resin with a curing agent; And adhesive resin composed of epoxy resin, phenolic resin, phenolic epoxy resin, o-cresol formaldehyde. Epoxy resins or mixtures of several resins with their corresponding curing agents, including solvents. 6. A new inductor, as stated in Claims 1 to 5, which at least contains The peculiarity is that the electrodes are terminals of the enamel coils that are connected to it or are formed directly by protrusions. Expanded and bent, glazed curl or was created by making the enamel curl flat or thin. Then proceed to soldering. Or use electroplating, coating, and extending the coiled coils directly; Or is created by connecting the glaze coil to the face Corresponding tip through processes such as spot welding, soldering, silver glue film coating plating. And the use of electroplating coating. 7. A new type of inductor, as stated in Claims 1 to 6, at least which Characterized by the fact that both ends of the electrodes are deeply embedded in the outer wrap layer; And the exposed center of the electrode is cleaned to become a smooth tip by rain. With a rain wheel or a laser paint stripping and either soldered or electroplated to form a final electrode. 8. A new type of inductor, as stated in Claims 1 to 7, which is at least one of the The characteristic is that the electrodes were previously created by electroplating, plating, or film plating. With silver glue on both ends and the bottom of the installed inner core Where the electrodes will be It is electrically connected to the internal coil by soldering and spot welding. 9. A new type of inductor, as specified in Claims 1 to 8, at least one of which It is unique in that the electrode has a bottom end, which is formed as a symmetrical or asymmetric, square or trapezoidal strip, subject to the 1 0. new type of inductor specification, as outlined in the claim. 1 to 9, either at least which Unique is that a new type of inductor has a rectangular, circular or polygonal appearance; And the new inductor is either sprayed, painted or not sprayed, painted 1 1. A new type of inductor manufacturing method, which is characterized by an assembly method by the following steps: (1) Wind the enameled wire in a clockwise or counterclockwise direction to form a single-layer stacked coil. Or multiple layers in which the curl has an ejection fraction, which should be in the same direction; (2) A round rod or T-shaped rod is placed within the inner diameter of the curl. So that the bottom of the thin-sheet rod is inserted with two sides of the bottom into the guide. Exit two parts of the coil to form a pre-manufactured, fitted inner core; Or choose coil coating To be placed at the bottom of the rod, the electroplated thin-walled rod, and respectively, are connected. The ejection portion of the coiled with the corresponding end face by spot welding or soldering to form a worn inner core. Pre-installed in the pre-production; Or, choose a round or T-shaped rod and wire it directly around the rod so that the rod is wrapped by coils to form a pre-produced, fitted inner core; Or wrap the wire directly around the T-shaped core so that the rod is wrapped by a coil, where the electrodes are formed by a mosaic connector or an electro-plated coating on both ends. The pre-manufactured T-shaped shaft and inner rod are created by Connect both ends of the coil to the electrodes through a direct spot welding process; (3) Place the pre-fabricated wear rod inside the corresponding mold to A connector connecting a coil or part of the coil extending to form an electrode or which is electroplated first. This face to create an electrode suitable for protruding the outer wrap layer; (4) Fill the mold with the mixed metal powder particles and form an encapsulation layer on the outside of the inductor. New types, through mold casting by cold pressing or cold pressing and hot pressing, combined by Metal powder compactors or those that apply force to compress liquids; (5) Both ends of the electrodes are formed by a connector connecting the coil or extension of the The coil is buried deep in the outer shroud, and the exposed center of the electrode is cleaned. To become a smooth tip by raining wheels or peeling paint with a laser, and soldered or used. Electroplating coating to form the final electrode of the inductor; And a new type of inductor will be created (6). Another way to create electrodes is to create an electrode earlier by using Electroplating, coating, or film coating with silver glue on both ends and the bottom of the inner core. Equipped with; The electrodes are electrically connected to the internal coil through soldering and spot welding; And a new type of inductor will be created 1 2. The method, as outlined in claim 11, is characterized by a coiled glaze in step (1) having a circular or ellipsoidal shape; Enameled coils are assembled with round enameled wire or flat enameled wire following the wire shape; The ejection part of the enamel coil is created by winding the wire in the same direction or direction. The opposite way, respectively; The ejection portion of the enamel coil is on the bottom or side of the inductor; The enamel coil is formed by winding the wire in a clockwise or counterclockwise direction; Composite coated coil Combined with one or more layers; And the enamel coil is formed through coiling and overlaying the wire by piece Its wide or narrow page 1 3. The method specified in claim 11 or 12, which is unique, is the inner rod installed in step (2), consisting of a coated coiled and a shaft positioned in the inner diameter. Of the glazed curl; A mounted inner core is rectangular, circular, or polygonal; The fitted inner core electrodes are either created by the helical extension protrusions or are formed by Apply an electroplating, coating, or film previously coated with silver glue on both ends and the bottom of the core. The inside of which is mounted; The fitted inner core is embedded in the center of the outer wrap to Let both ends of the exposed electrodes be wrapped by a small portion of the outer wrap layer 1. 4. The procedures set out in at least one of the claims 11 to 13 are unique. That is, the rod shaft in step (2) is a T-shaped or round rod shape; The T-shaped shaft is either made of the same material in the T-shape, or T-shaped by combining the round with the Sheet-shaped bases, each of which are made of different materials and are separated; And the rod shaft is made of material That is a manganese zinc, nickel zinc, iron powder core or alloy powder, or made of a combination of materials such as manganese zinc, nickel zinc, iron powder core and alloy powder. 5. The procedures set out in at least one of the claims 11 to 14 are unique. Is the outer wrap layer (4) composed of metal powder particles through a die casting process; Metal powder particles are generated selectively according to qualification requirements, fully stirred. And mix the corresponding alloy powder, deoxidized iron powder, carbonyl iron powder or other Ferrite with the corresponding resin glue containing a curing agent; Or metal force particles are created by selecting According to the qualification requirements, fully stirred and mixed a variety of metal powders such as alloy powder, deoxidized iron powder, carbonyl iron powder or ferrite material with adhesive resin. Consistent with a curing agent; And adhesive resin consisting of epoxy resin, phenolic resin, phenolic epoxy resin, o-cresol, formaldehyde, epoxy resin or a mixture of Several resins and curing agents Corresponding as well as other organic solvents 1 6. The procedures set out in at least one of the claims 11 to 15 are unique. One way to construct the electrodes in step (5) is that the electrodes are created by the connector of the coating coil. That are connected to the coiled or created by direct protrusion, extending and bending the enamel coils, or created by Make the curl flat or thin Then proceed to solder or electroplating according to the coiled coating. Flat or thin and protruding, expanding, coiled, directly coated; Or is created by connecting the glazed coil to the end face that Through processes such as spot welding, soldering, silver-film plating, and Using electroplating plating 1 7. The procedures set out in at least one of the claims 11 to 16 are unique. Is that both ends of the electrode in step (5) are deeply implanted in the outer wrap layer, and the center part is The exposed end of the electrode was cleaned to become a smooth tip by raining with a rain wheel. Or peel the paint with a laser and solder it or electroplate to create the final electrode of the inductor. 8. The method described in at least one of Claims 11 to 17 is unique. Another way to construct the electrode in step (6) is to create the previous electrode by performing Electroplating, coating, or film coating with silver glue on both ends and the bottom of the inner core. That was installed; The electrodes are electrically connected to the internal coil through soldering and spot welding; And a new type of inductor will be created 1 9. The procedures set out in at least one of the claims 11 to 18 are unique. Is that the electrodes in step (6) have a bottom end which can be made into various shapes such as symmetrical or asymmetric long strips, square, trapezoidal shapes depending on the specification.