TWI379643B - Cake mixer of electromagnetic induction heating type - Google Patents

Description

1379643 VI. Description of the Invention: [Technical Field] The present invention relates to an electromagnetic induction heating type cake mixer which efficiently manufactures cakes and breads. [Prior Art] - In the case of using a cake mixer to perform foaming of materials including eggs, flour, sand v, sugar, grease, or the like, or the manufacture of a cake blank having bubbles, in order to easily fuse the material, or to produce a texture The fine, balanced bubbles 'must be heated while stirring the material. Further, when the material of the egg or sugar is cooled, or the temperature of the work place is low, or the kneading temperature of the bread dough made of the warm noodle is kept constant, the hemispherical container is heated. In this regard, it is described in paragraph 0020 of Japanese Patent Laid-Open Publication No. 2005-245375 that "further" in the agitating vessel 2, a heating device (heater, burner, etc.) may be placed at the bottom thereof as needed. The stirring vessel 2 φ is directly heated (not shown). The heating device is placed at the bottom of the stirring vessel 2 to stir the foodstuff while it is being heated. Patent Document 1: Japanese Laid-Open Patent Publication No. 2005-245375, Patent Document 2: Japanese Patent No. 3,476,876, [Summary of the Invention] [Problems to be Solved by the Invention] • However, it is described in Japanese Patent Laid-Open Publication No. 2005-245375. For the applicant (Kanto Mixer Industry Co., Ltd.), the cake is not put into practical use in the cake mixer (the stirring material of the foodstuff 1796643) provided in the bottom of the agitating vessel 2. At present, a cake mixer with a water bath has been put into practical use, and the above-mentioned eggs, flour, sugar 'oil and the like are heated by immersing the hemispherical container in the inside of the water bath, but are removed from the water bath. When the heated hemispherical container is transported, water droplets dripping from the hemispherical container may contaminate the floor of the work site, and there is a risk that the sole will slip and fall. In addition, if it is a gas burner instead of the heating device of the water bath, not only the hemispherical container and the material but also the high temperature of the work place, it is not suitable for use as a cake mixer, and equipment such as gas lines and ventilation is also used. Indispensable. [Means for Solving the Problem] The object of the present invention is to solve such a problem at all. In order to achieve the object, the first aspect of the patent application includes a hemispherical container for material storage, which is housed in a hemispherical container. The rack is suspended in a fixed position at an intermediate height position of the mixer main body bracket; the stirring action box is mounted with a driving source of the material mixer facing the upper position of the hemispherical container: a heating action box, the built-in facing the hemispherical container The electromagnetic induction heating device at the position of the lower side is connected to the heating action box in association with the heating action box for raising and lowering the hemispherical container in the fixed state at the same time in the opposite direction.

[SI 1379643 In addition, in the second application of the patent scope: the rollers supported by the bearings on the left and right sides of the stirring tank are engaged in such a manner that they can be lifted and lowered along the corresponding upper lifting rails on the side of the mixer main body bracket: The rollers supported by the left and right sides of the heating action box are supported by the rollers to be lifted and lowered according to the corresponding lower lifting rails on the side of the mixer main body bracket; the rollers supported by the bearings on the left and right sides of the pedal bracket are Engaging in accordance with the corresponding lifting guide groove rails on the side of the mixer main body bracket; at the same time, on the upper sprocket supported on the left and right sides of the mixer main body bracket by bearings, by looking from the side a pair of upper and lower suspension chains that are wound in a U shape and connected to the agitation box and the heating action box; on the other hand, on the lower sprocket supported on the left and right sides of the pedal frame by bearings, a pair of left and right lower suspension chains that are U-shaped and viewed from the side, connected to the heating box and the mixer a body bracket; when the pedal frame is depressed to lower it, the agitation box and the heating box 'are separated from each other with respect to the hemispherical container; when the pedal frame rises to return to the original height position, the agitation box and the heating effect The box is set in a manner close to the hemispherical container. IS] 1379643 In the third paragraph of the patent application scope: The electromagnetic induction heating device is formed by a non-magnetic metal skeleton which is assembled as a coil housing which is fitted to a corresponding conical storage disk shape of a bottom surface of the hemispherical container. a magnetic induction heating coil fixed in a spiral state disposed on a top surface thereof; an insulating covering layer integrally formed on a top surface of the heating coil; and a hanging portion in a waterproof state from a center portion of the covering layer a drain cylinder; a non-magnetic bulk disk supporting the curved leg of the metal frame; on the other hand, the heating box is composed of a top cover, a bottom cover, and an outer cover, in accordance with an elongated semicircular planar contour shape Assembled, built-in electromagnetic induction heating device, the top cover is provided with a bottom receiving port of a hemispherical container, the bottom cover discharges the drainage drum, and the surrounding outer casing is provided with a wire wiring port at the rear: Rotating the support bolt of the above-mentioned bundled circular plate from below the heating action box, the electromagnetic induction heating device can be adjusted relative to the hemisphere Set the height of the device. Further, in Patent Application No. 4: the support hemispherical container storage rack of the large-diameter snap flange extending from the cylindrical surface of the hemispherical container is horizontally erected and fixed at an intermediate height position of the mixer main body bracket. The partition plate integrally protrudes forward; and a pair of right and left attachment holes formed in the snap flange of the hemispherical container are inserted into the hemispherical container so as to be insertable and detachable from above The pair of right and left center guide pins that are vertically corresponding to each other are held by the 1379664, and the hemispherical container is maintained in the correct positioning state in terms of the correspondence with the mixer and the electromagnetic induction heating device. [Effects of the Invention] According to the configuration of the first item of the claim, the material is suspended in the fixed state at the intermediate height position of the mixer main body bracket by the electromagnetic induction heating device built in the heating box from below. The hemispherical container is subjected to electromagnetic induction heating, so that there is no risk of water droplets falling during the transportation of the hemispherical container, and the heating method with the gas burner, compared with the conventional method of immersing the hemispherical container in the water bath. The difference does not cause a risk of unnecessary high temperature in the periphery of the hemispherical container or the work site. In particular, if the configuration of the second item of the claim is adopted, the stirring action box and the heating box can be simultaneously approached or separated from the hemispherical container by the operation of stepping on the pedal bracket, according to the state of being separated from each other, It is very convenient for the operator to take out the hemispherical container with both hands and carry it out at the same time. Further, under the condition of being close to the hemispherical container, the "rotation drive of the agitator mounted on the agitating tank" can reliably and efficiently agitate the material in the hemispherical container, and also has a built-in The electromagnetic induction heating device in the heating tank "heats the material and the hemispherical container as needed". Further, if the configuration of the third item of the claim is employed, the effect of not only accurately adjusting the electromagnetic induction heating device phase [S 1 1379643 for the bottom surface of the hemispherical container, but also In the state in which the hemispherical container is taken out from the hemispherical container storage rack of the mixer main body holder, the water washing and cleaning operation of the electromagnetic induction heating device can be facilitated. Further, according to the configuration of the fourth item of the claim, the agitator mounted in the stirring tank and the electromagnetic induction heating device built in the heating box and the hemispherical container suspended from the mixer main body bracket can be used. The hemispherical container on the storage rack can be kept in the correct positioning state to obtain a cake mixer with high reliability and durability. [Embodiment] Hereinafter, the present invention will be described in detail based on the drawings. Fig. 1 to Fig. 7 show the entire schematic view of the vertical cake mixer of the present invention, which is composed of a rigid mixer body bracket 设立 which is set on the work surface, and a hemispherical container 材料 for material storage, which has good stability. Suspended in the middle height position of the main body bracket ;; the stirring action box Ab is used to drive the driving source of the material agitator A facing the upper position of the hemispherical container T; the heating action box Hb has a built-in facing hemisphere An electromagnetic induction heating device H at a position immediately below the container T; a lifting and lowering mechanism L for arranging the stirring tank Ab on the top side and the heating box Hb on the bottom side with respect to the hemispherical container T at an intermediate height position, Simultaneously approaching or leaving, the main constituent members of the present invention are sequentially described. First, the hemispherical container T is shaped by a copper plate to have a certain size (for example, diameter: about 31 5 mm X depth: about 300 mm) a substantially conical shape, ί S] 1379643, on the bottom surface of the lower side of the large-diameter snap flange 1 extending integrally from the cylindrical surface thereof, spraying the heat of the iron powder of the magnetic body or the like The film (not shown) is used to impart conductivity. The overall capacity of the hemispherical container τ, which is about 20 liters in the illustrated example. However, as long as it is a conductive hemispherical container T, a ferrite-based stainless steel, a coating material of iron and aluminum, a coating material of aluminum and stainless steel, or the like may be used, and a magnetic iron may be used. Reference numeral 2 denotes a pair of right and left handles that are integrally raised from the above-described snap flange 1 of the hemispherical container T, and reference numeral 3 denotes a pair of right and left mounting holes that are positioned corresponding to the handle 2, and the through-holes are formed in the above-mentioned snap protrusions. In the edge 1, the attachment hole 3 is inserted into the center guide pin of the hemispherical container storage rack described later of the mixer body holder so as to be insertable and detachable from above. In addition, the mixer body bracket 组装 is assembled from a stainless steel plate or other metal plate into an integrated substantially rectangular parallelepiped having a certain size (for example, width: about 480 mm x length: about 630 mm x height: about 1100 mm), as shown in FIG. 8 to FIG. The horizontal hemispherical container storage rack 6 integrally protrudes forward from the partition plate 5 which is horizontally mounted and fixed to the intermediate height position of the left and right side plates 4. The hemispherical container storage rack 6 has a planar outline shape as shown in FIG. 9, and the snap flange 1 of the hemispherical container T is supported and suspended by the arcuate curved edge portion thereof. In addition, the hemispherical container storage rack is attached. 6. The pair of left and right center guide pins 7 are vertically erected integrally. The upper mounting hole 3 is inserted into the mounting hole 3 of the hemispherical container T from above, and is heated with the mixer A and the electromagnetic induction Ι S1 - ΙΟ 1379643. In terms of positional relationship, the hemispherical container T is fixedly maintained in the correct center state. In the front end position of the left and right side plates 4 in the mixer main body bracket ,, each of the upper lifting rail 8 and the lower lifting rail 9 is attached and fixed to the arrangement state of the vertical line extending as shown in FIGS. 6 to 8 The pair of upper and lower elevating rails 8 and the agitation box Ab are lifted and lowered, and the heating box Hb is moved up and down along the pair of left and right lower elevating rails 9. Reference numerals 10 and 11 are front covers that cover the upper lift rails 8 and the lower lift rails 9, respectively. Further, in the case of the illustration, the lift stroke of the stirring tank Ab is the same as the lift stroke of the heating box Hb, and as an example, It is set to about 180 mm. The reference numeral 12 indicates the lower position of the left and right side plates 4 in the mixer main body bracket, and the pair of liftings which are substantially inverted U-shaped as seen from the side as shown in Figs. The guide groove rail guides the roller bearing plate of the pedal bracket to be described later. Reference numerals 13 and 14 denote a pair of front and rear table tops horizontally erected at the level of the bottom end positions of the left and right side plates 4 fixed to the mixer main body bracket, and a pair of right and left sides are supported by the bearings in a liftable manner. Grounding foot 15. In particular, the sensor support bracket 16 is integrally raised from the intermediate portion of the rear side surface 14 and the proximity sensor 17 attached to the distal end portion thereof serves as a power switch of the agitator. Reference numeral 18 denotes an electric component mounting box which is built in between the decorative front t S 3 -11 - 1379643 plate 19 and the rear plate 20 which are mounted on the above-mentioned partitioning plate 5 of the mixer main body frame. The electromagnetic induction heating device 前面 mentioned above includes a coil housing basket 21 which is formed of a non-magnetic metal skeleton (aluminum rod) as shown in Figs. 8 and 10, and is integrally assembled to fit the bottom surface of the hemispherical container crucible. Corresponding conical storage disk shape; one electromagnetic induction heating coil 22 fixed in a spiral state on the top surface of the storage basket 21; Teflon sheet coated on the top surface of the heating coil 22 An insulating cover layer 23 of a layer or the like. Further, the synthetic resin drain cylinder 24 which is suspended from the center portion of the insulating cover layer 2 in a water-sealed state and the curved leg 25 which forms the metal skeleton of the coil storage basket 21 are passed through a non-magnetic body (aluminum or synthetic). The bundling disk 26 of the resin is supported in a fixed state from below by good stability. Further, the heating action box Hb in which the above-described electromagnetic induction heating device is built is as shown in Fig. 9, and only the front surface of the elongated semicircular shape which is curved in the arc shape is formed by the bottom receiving port having the hemispherical container T. The top cover 28 of the 27, the bottom cover 29 discharged from the above-described drain cylinder 24, and the outer casing cover 31 having the electric wire wiring opening 30 at the rear. Further, the flat left and right sides of the outer casing 31 are used as a pair of roller bearing seats 32. Reference numeral 33 denotes a plurality of support bolts for supporting the cluster circular plate 26 of the above-described electromagnetic induction heating device ,, which are screwed and fastened to the bottom cover 29 of the heating action box Hb, and if it is rotated, it can be in accordance with the relative bundled circular plate In the way of extension, the height of the electromagnetic induction heating device 细 is finely adjusted. Further, reference numeral 34 denotes a flat roller bearing block 32 which surrounds the outer casing 31 of the above-described heating action box Hb, which can be loosely rotated via a horizontal support shaft i S } -12 - 1379643 35 When the pair of rollers are engaged with the lower elevating rails 9 on the side of the agitator main body on the side of the agitator main body as shown in Figs. 6, 7, and 10, rolling can be performed along the same. Further, from the roller bearing housing 32 surrounding the outer casing cover 31, the pair of left and right connecting stays 36 are integrally extended rearward as shown in Fig. 8. Reference numeral 37 denotes a pair of upper and lower chain bolts attached to the projecting end portion of the connecting stay 36, and is connected to a hanging chain which will be described later of the lifting and lowering mechanism L. Further, it is apparent that the large-diameter snap flange 1 projecting from the cylindrical surface of the hemispherical container is hooked from the upper side to the peripheral portion of the bottom receiving opening 27 which is opened in the top cover 28 of the heating box Hb. Next, the above-described stirring tank A will be described. The motor mounting table 39 and the large square box-shaped top cover 40 and the extension cover 41 surrounding the gear transmission motor 38 are provided. The motor mounting table 39 is mounted to form FIG. 11~ A gear drive motor 38 of a drive source of the mixer A as shown in Fig. 13, the extension cover 41 is integrally extended from the top cover 40, and the extension cover 41 covers the electrical component mounting box on the side of the mixer main body bracket from above. The mixer Α includes a center agitating shaft 42, an eccentric agitating shaft 43, and a stirring paddle 44. The center agitating shaft 42 is rotationally driven by the geared motor 38, and the eccentric agitating shaft 43 is surrounded by the same as the central agitating shaft 42. While the direction is slowly revolving, the rotation is rapidly performed in the opposite direction, and the agitating paddle 44 is detachably connected to the bottom end portion of the eccentric agitating shaft 43. That is, in Fig. 14 showing a specific configuration of such agitator A, reference numeral -13-379,643, 45 denotes a transmission bevel gear that is integrally formed and integrally formed on the end portion of the center agitating shaft 42, and a geared motor The output 46 of 38 is engaged. Reference numeral 47 denotes a reinforcing disk fixed to the bottom surface of the above-described machine mounting table 39 via a plurality of bolts 48, and a central agitating shaft fixed bearing housing 49 is supported. Reference numeral 50 denotes a radial bearing sealed in the outer portion of the fixed bearing, and rotatably supports the center agitating shaft numeral 51 to indicate a thrust bearing of the center agitating shaft 42. Further, reference numeral 52 is a large-diameter circular fixing. The cover is integrally formed by the bolt 53, and is integrally formed on the inner peripheral surface of the peripheral flange 54 of the reinforcing disc 47 so as to continuously hang down therefrom, and the inner portion 55 » 56 indicates that the fixing is surrounded from below. The peripheral flange of the cover 52 has a large-diameter bowl-shaped rotary bearing housing, and the center portion thereof is fitted so as to be rotatable integrally with the center agitating shaft 42 via a key, and the lock nut for the anti-extraction of the rotary bearing housing 56 is indicated. 'On the bottom end of the center agitating shaft 42 by screwing. On the other hand, the eccentric agitating shaft 43 is in a parallel state with a certain distance d from the center agitation, and is suspended from the eccentric portion of the hemispherical container T from the rotary bearing 56, and is sealed by the diameter in the rotary bearing housing 56. The bearing 59 is rotatably supported. Further, the internal gear 55, which is cut in the side of the fixed cover 52, is inserted and nested in the small-diameter pinion 60 that rotates in the same direction;

Top I gear: electric 42 shell 49 42 ° multiple S, gear 54 57, no. 58 方 square shaft 42: outer casing, the rotation: bearing I biting, stirring [SI • 14 - 1379643 shaft 43 At the top end portion, if the center agitating shaft 42 is rotationally driven in the forward direction by the gear transmission motor 38, the eccentric agitating shaft 43 is at the center mixing shaft 42 via the rotary bearing housing 56 that rotates integrally with the center agitating shaft. While the circumference is slowly revolving in the same direction, the rotation of the pinion gear 60 and the internal gear 55 causes the rotation motion to be rapidly performed in the opposite direction to the above-described male motion. Further, if the eccentric agitating shaft 43 is extended from the outer end 56 of the rotary bearing 56, a horizontal key projection 61 is inserted and the key member 61 is inserted to be engaged with the other stirring blade 44. The connecting sleeve 62 is formed in the key groove 63 of the port, and the stirring paddle 44 is rotatable integrally with the eccentric stirring shaft 43 described above. As the agitating paddle 44, a butter mixer is given in the drawings, but | can be used for the purpose of treating the types of materials necessary for the blanks of the cakes and breads (foaming, beating, kneading, crushing, chopping), and the like. A wire braided whip, a hook, a double hook, a scraper, and other various types of components are used. That is, a common connecting sleeve 62 and a groove 63 are provided in the various stirring blades 44, which are determined in such a manner that they are inserted and detachably inserted into the eccentric stirring 43 on the side of the mixer A. Further, reference numeral 64 denotes a rotating ring rotatably fitted to the reinforcing disk 47, and still surrounds the upper and lower sides via the motor mounting table 39 and the fixing cover 52, and a circular cover mounting flange 65 from the peripheral portion thereof Hang down in one place. 4 2 stir the shell of the key shaft with a convex crown and a gold deficiency. CS 3 • 15 - 1379643 The reference 66 is a safety cover surrounding the mixer A, which is made of transparent synthetic resin and has a downwardly enlarged truncated cone. In the shape, the tip end portion is fastened integrally with the cover mounting flange 65 of the above-described rotating ring 64 via a plurality of grips 67 (four in total in the figure) horizontally distributed. Reference numeral 68 denotes a material scattering preventing ring attached to the bottom end portion of the safety cover 66, and is engageable with the peripheral edge portion of the opening of the hemispherical container T.

Further, on the conical surface of the safety cover 66, a material input port 69 that enters the hemispherical container T is opened in an opening of about 90 degrees, and the operator can appropriately rotate the grip 67 of the safety cover 66. In order to change the directivity of the material inlet port 69, it is preferable to additionally supply the necessary material from the front surface (front surface) to the hemispherical container T. However, from the top end portion of the rotatable safety cover 66, the metal plate piece 70 as the object to be detected is integrally extended laterally. On the other hand, the proximity sensor 71 of the metal plate piece 70 can be detected to be correspondingly disposed. On the bottom surface of the agitating tank A above. When the material input port 69 of the safety cover 66 is positioned in the normal rearward state (the use state of the agitator), automatic control is performed based on the output signal of the proximity sensor 71 detected from the metal plate 70 so as to rotate as the above-mentioned mixer The gear drive motor 38 of the drive source of A, otherwise stops the gear drive motor 38' from performing the material input operation from the material input port 69 without risk. In addition, the normal rearward state of the safety cover 66 is positioned (stirring)

ES -16-1379643 The material input port 69 which is used in the state in which the edge of the rod 73 is lowered from the edge of the rod is used as the outside of the rolling machine. As shown in Figs. 11 and 14, the plane corresponding thereto can be seen. The arc-shaped cover plate 72 is now closed from the back. Reference numeral 73 denotes a back wall panel which is integrally suspended in a manner to cross the back surface of the safety cover 66 from the bottom surface of the agitating action box Ab, and a pair of right and left horizontal adjustment screws 74 projecting forwardly in the middle height position thereof. The cover plate 72» of the material input port 69 is in this case, the rear end portion of each of the adjusting screws 74 is fastened to the back plate 73 by the fixing nut 76 through the lifting and adjusting long hole 75 opening in the back wall plate, thereby The advancing and retracting operation and the lifting operation of each of the adjusting screws 74 can be performed, and the cover 72 of the front end portion can be adjusted to the closed state of the material input port 69. Reference numeral 77 denotes a horizontal support rod that is horizontally erected and fixed to the bottom end of the back wall plate 73, and as shown in Figs. 11 to 13, at both ends extending outward from the stirring tank Ab, not only The pair of left and right chain bolts 78 are integrally fastened, and the damper 79 attached to the middle of the support rod 77 is in a positional relationship that contacts the hemispherical container storage rack 6 on the side of the mixer body bracket from above. Further, reference numeral 80 denotes a stopper piece which is integrally suspended from the intermediate portion of the bottom end of the back wall plate 73, and is located at a position corresponding to the snap projection 1 of the hemispherical container casing, as shown in Figs. 8 and 9 . The card flange 1 is pressed from above. Reference numeral 81 denotes a pair of right and left wheel bearing plates which are integrally extended forward from the upper and lower sides of the backing plate 73 from the upper half of the back wall plate 73, and are located in the heating box Hb formed above. The surrounding cylinder [S ] -17-1379643 corresponds to the position of the two roller bearing seats 32 of the cover 31. Further, on the roller bearing plate 81, a pair of upper and lower rollers 83 are attached by loose support to the horizontal support shaft, so that the upper lifting rail 8 on the side of the mixer main body bracket can be engaged . Next, the lifting action mechanism A and the heating action box Hb hemispherical container T are simultaneously brought close to or away from the lifting and lowering operation mechanism L, and the reference numeral 84 is displayed on the left and right side plate top positions of the mixer body bracket , via the horizontal A pair of upper sprocket wheels that are short to support the shaft 85 and cannot be lifted and lowered are extended inward from the left and right side plates 4 at the same distance as the existing rollers 83. The symbol Ρ indicates a pedal frame assembled in a U shape as viewed from the front side of the mixer body bracket, as compared with the front end portion as a horizontal pedal 86, as shown in Figs. 15 to 17, The rear end portions of the left and right side frame pieces 87 constitute a pair of lifting guide groove rails 12 which are formed in a laterally outward direction from the left and right sides of the mixer body bracket 从. Further, in the pair of roller bearing plates 88, the pair of upper and lower rollers 90 can be loosely rolled by the horizontal bearing shaft 89 so as to be able to be slidably engaged with the lifting guide grooves on the side of the mixer main body. Roll it up and down along it. That is, the pedal bracket Ρ can be connected to the card 82 of the lifting guide groove rail 12 on the side of the mixer main body bracket via the 9 支承 supported on the roller bearing plate 88, and the side is opposite to the rim. The field 88, the side plate support 5, the 12-car roller cooperation -18- 1379643 "With the state of maintaining the level of the pedal 86, the lifting is performed with good stability. Further, as an example of the illustration, the lifting stroke of the pedal bracket P is set at about 90 mm. Further, reference numeral 91 denotes a horizontally long support shaft horizontally spanned between the right and left sides of the roller bearing plate 88, in which two In the vicinity of the end portion, - a pair of lower sprocket 92' is attached and from the intermediate portion of the support shaft 91, the fixed arm 93 of the detected object detected by the proximity sensor 17 is extended rearwardly and integrally Thus, it is apparent that the lower sprocket 92 and the fixed arm (detected object) 93 are lifted together with the roller bearing plate 88 of the pedal frame P. Reference numeral 94 denotes an upper suspension chain of a pair of left and right loops as one end portion from the chain bolt 78 fastened to the support rod 77 in the stirring action box Ab, to once hung on the upper sewing wheel 84. Thereafter, the entire other end portion of the upper chain bolt 37 fastened to the connecting post 36 of the heating box Hb is substantially inverted U-shaped as viewed from the side as shown in Figs. 6 and 7 . #号号 95 denotes the above-mentioned left and right pair of loop lower layer suspension chains which are temporarily wound around the lower sprocket 92 as one end portion of the bottom side chain bolt 37 fastened to the connecting post 36 of the heating action box Hb. Thereafter, the entire other end portion of the bolt stay 96 of the left and right side plates 4 fastened to the mixer main body bracket 经由 via the chain bolt 97 is bent so that the side surfaces as shown in FIGS. 6 and 7 are U-shaped. As shown in the solid line of Fig. 15, to the dotted line, when the pedal frame 踩 is depressed, the heating action of the electromagnetic induction heating device is built in [S] -19 - 1379643 The box Hb is along the side of the mixer body bracket At the same time as the lower elevating rails 9, the agitation tanks Ab on which the drive source of the agitator is mounted are lifted against the upper rails 8 on the side of the mixer main body against the self-gravity, and are relatively supported by the side of the mixer main body. In the hemispherical container 状态 in the state of the moderate position, the stirring tank A and the action box Hb are separated from each other. In this case, the fixed arm (object to be detected) 93 that protrudes rearward from the support shaft 91 of the lower sprocket 92 also descends from the roller plate 88 of the pedal frame P, and does not pass through the mixer body bracket. The side proximity detector 17 performs position detection, whereby the operation of the mixer is automatically stopped when the power switch is turned off. On the other hand, the state in which the pedal frame Ρ is raised back to the original height position of the solid line in FIG. 15 means that the riser arm (detected object) 93 is placed on the side of the side of the mixer main body bracket. 7 The open state of the power switch for position detection is in operation. In addition, as is known from the use state in such an operation, as described with reference to Figs. 3 and 6, the stirring action box Ab is lifted and lowered in the same manner as the upper lifting rail 8 on the side of the mixer main body bracket. The tank Hb rises along the lower J rail 9 on the side of the mixer main body bracket, and faces the hemispherical container T located at the middle f position of the mixer main body bracket μ, and the stirring tank Ab and the heating 1 Hb are close to each other, and the hemispherical container is close to each other. τ From the top, through the safety cover, while the lowering guide is heated, the integrated axle is connected to the t-state, and the fixed-sensing mixer is shown in the figure. The upper and lower lifting heights are covered with a box 66 to cover the S3 -20- 1379643 cover. Below, it is surrounded by an electromagnetic induction heating device. As mentioned above, the pedal bracket 组装 is assembled in a substantially U-shape in a plane whose width is larger than the width of the mixer body bracket ,, but any one of the left and right side slats 87 (in the illustration, viewed from the front on the right side) In the intermediate portion, as shown in Figs. 15 to 17, the horizontal rod contact pin 98 is integrally protruded inward. Numeral 99 denotes a certain length of the cam rod supported by the above-mentioned rod contact pin 98, and the rear end portion thereof is pivotally connected to any of the left and right side plates 4 in the mixer main body bracket through the horizontal base end fulcrum pin 100. One (same right side), and from the front end portion of the cam lever 99, penetrates the right side plate 4, and the horizontal front end fulcrum pin 110 that protrudes inwardly holds the plate cam 102 in a rotatable manner. It is apparent that the plate cam 102 is located within the frame of the mixer body bracket. Reference numeral 103 denotes a lifting guide long hole that penetrates the front end fulcrum pin 1〇1 of the right side plate 4 of the mixer main body bracket, and an arc-shaped cam lifting rail 104 that is arranged along the same is attached and fixed to the inner surface of the right side plate 4. Further, reference numeral 105 denotes a pin guide for mounting the inner surface of the right side plate 4 fixed in the same mixer body holder, and if the plate cam 102 contacts the cam contact pin 1〇6 implanted thereon, the rotation is performed, and the card can be rotated. Fastened to the bottom end surface of the cam lifting rail 104. That is, if the pedal 86 of the pedal bracket 进行 is depressed once as shown from the solid line to the broken line in Fig. 15, the cam sweat 99 without the supporting force of the lever contact pin 98 is rotated downward, passing the front fulcrum The [S:] -21 - 1379643 plate cam 102 held by the pin 101 collides with the cam contact pin 106 of the pin guide ι 5, rotates, and is snapped onto the cam lifting rail 104, thereby not being depressed again In operation, the pedal frame P is kept in a lowered state. Further, if the pedal 86 of the pedal bracket P in the lowered state is depressed again from the solid line to the broken line in Fig. 16, the plate cam 1〇2 still collides with the cam contact pin 106 of the pin guide 105. The rotation is released, and the buckle state with the cam lifting rail 104 is released, whereby the cam 扦 99 is pushed up by the lever contact pin 98 and returns to the original ascending state. In addition, reference numeral 107 in Fig. 1 and Fig. 4 indicates an operation panel that constitutes the front surface of the agitating tank Ab, and here, not only the button switch for opening the operation start/operation, the operation display lamp, the operation timer, and the like are provided. A measurement temperature display unit (LED or liquid crystal panel) 108 and a target temperature setting button 109 are also provided. Reference numeral 110 denotes a wireless type temperature sensor which is inserted in the center of rotation of the agitating paddle 44 in a pluggable manner via a pair of upper and lower sensor holders 1 and 112 as shown in FIGS. 18 and 19. Line (〇-〇)—The eccentric position of the fixed distance is measured in the same manner as the stirring paddle 44. The heating temperature (product temperature) of the material located in the hemispherical container T is measured and detected instantaneously. A receiver (not shown) corresponding to such a temperature sensor 110 is assembled and integrally formed in the operation panel 107. The receiving mechanism receives the material transmitted as a wireless signal from the temperature sensor 110'. The current temperature data, the output is displayed on the operation panel 107, the measured temperature display -22- 1379643 portion 108, and when the current temperature reaches the preset set target temperature, the output control signal from the receiver automatically stops the above. The heating action of the hemispherical container T. Further, the excitation high frequency power supply (inverter for heating) connected to the electromagnetic induction heating coil 22 of the electromagnetic induction heating device 通过 by a wire is omitted. Since the cake mixer of the present invention has the above-described configuration, the hemispherical container 固定 of the fixed state on the hemispherical container storage rack 6 that is suspended at the intermediate height position of the mixer body holder Τ is put into a cake and bread. A suitable material for the blank, on the other hand, the agitating paddle 44 of the material to be processed of the material is connected to the eccentric agitating shaft 43 of the agitator, and the revolving motion and the rotation motion of the agitating paddle 44 are The material is uniformly and uniformly processed, such as foaming, beating, kneading, crushing, mashing, and the like. Fig. 1 to Fig. 3 and Fig. 6, Fig. 8 and Fig. 15 show the operation of the agitator, in a state in which the agitator A on the side of the agitating tank Ab which is lowered from above is inserted inside the hemispherical container T, and on the other hand, The electromagnetic induction heating device η on the heating box Hb side rising from the opposite side faces the surrounding state of the bottom surface of the hemispherical container 。. Therefore, in addition to the various processes of the material for selecting the agitation paddle 44, the material and the hemispherical container crucible must be heated in advance, and the electromagnetic induction heating device can be used to perform electromagnetic induction. heating. -23- 1379643 Further, the snap flange 1 of the hemispherical container T is inserted into the center guide pin 7 of the hemispherical container storage rack 6 in the mixer main body holder via the pair of left and right attachment holes 3, and is positioned correctly. In the center state, the snap flange 1 is pressed from above by the stopper piece 80' hanging from the back wall plate 73 on the side of the stirring action box Ab, whereby the hemispherical container T from the side of the mixer body holder is not provided. The risk of loosening of the storage rack 6 due to accidental misalignment is stably maintained. Further, the upper position of the hemispherical container 包围 is surrounded by the safety cover 66, and when it is necessary to add the input material, the material input port 69 from the changing direction to the front surface (front surface) may be rotated by the safety cover 66. In the inside of the hemispherical container, it is easy to put in the necessary additional materials without risk, and it is excellent in handling and convenience. Further, when the operation of the agitator is completed, the operator can step on the pedal frame 上述 of the elevating operation mechanism L as shown in Figs. 15 to 16 . In this case, as is known from FIG. 4, FIG. 5, and FIG. 7, the hemispherical container crucible is located at an intermediate height position of the mixer body bracket, and the heating induction box of the electromagnetic induction heating device of the bottom surface is built in. While the Hb is falling, the stirring tank Ab carrying the driving source of the mixer A is raised, and the stirring tank Ab and the heating tank Hb are separated from each other with respect to the hemispherical container T. As a result, the stirring blade 44 can be removed from the mixer. The eccentric agitating shaft 43 of A is taken out, and the operator can hold the handle 2 of the hemispherical container τ, and take out the hemispherical container T from the hemispherical container storage rack 6 of the mixer main body Μ, and carry it freely. BRIEF DESCRIPTION OF THE DRAWINGS FIG. 1 is a front view showing a cake mixer of the present invention in operation (a state of use); FIG. 2 is a side view of FIG. 1; FIG. 3 is a plan view of FIG. Fig. 5 is a side view of Fig. 4; Fig. 6 is a side view of Fig. 2 showing a hemispherical container for material storage omitted; Fig. 7 is a side view of Fig. 2; Fig. 8 is a side cross-sectional view showing the electromagnetic induction heating device and the heating box taken out; Fig. 9 is a plan view of Fig. 8; Fig. 1 is a view from Fig. 9 A cross-sectional view of the half cut away from the back; Φ Fig. 11 is a side view showing the mixer and the stirring box taken out; Fig. 12 is a plan view of Fig. 11; Fig. 13 is a rear view of Fig. 12: Fig. 14 is a mixer Fig. 15 is a side elevational view showing the elevating operation mechanism during operation of the agitator; Fig. 16 is a side view showing the state in which the pedal frame is depressed (not in use) from Fig. 15': Fig. 17 For the line along the 1 7 -1 7 in Figure 15. Cross-sectional view; I S 1 -25- 1379643 Figure 18 is a partial sectional view of paddle stirred embodiment shown withdrawn; FIG. 19 is a plan view of FIG. 18; FIG. 20 is a display of the temperature sensor out front view. [Main meta-symbol description] 1 Snap flange 2 3 4 5 6 7 8 9 10, 11

Handle Mounting hole Left and right side plate Separator Hemispherical container storage rack Center guide pin Upper lift rail Lower lift rail -X-ί- -*7*r~ 刖盍 12 Lift guide groove

13' 14 Countertop 15 Grounding foot 16 Sensor support bracket 17, 71 Proximity sensor 18 Electrical component mounting box 19 Decorative front panel 20 Rear panel 2 1 Storage basket 22 Electromagnetic induction heating coil -26- 1379643 23 2 4 25 26 27 28 29 30 3 1 3 2 3 3 34 , 83 , 3 6 37 , 78 , 3 8

40 4 1 42 43 44 45 46 Insulating Cover Drainage Bending Rod Bundle Round Plate Bottom Receiving Port Top Cover Bottom Cover Wire Wiring Port Surrounding Cylinder External Cover Roller Bearing Seat Support Bolt 90 Roller Connecting Post 97 Chain Bolt Gear Drive Motor Motor Installation Table top extension cover center mixing shaft eccentric stirring shaft stirring paddle bevel gear output gear -27- 1379643

47 Reinforcement disc 48 Bolt 49 Fixed bearing housing 50, 5 9 Radial bearing 5 1 Thrust bearing 52 Fixed cover 5 3 Bolt 54 Peripheral flange 5 5 Internal gear 5 6 Rotary bearing housing 5 7 Key 5 8 Lock nut 60 pinion 6 1 key projection 62 connecting sleeve 63 key groove 64 rotating ring 65 cover mounting flange 66 safety cover 67 grip 68 material scattering prevention ring 69 material input port 70 metal plate (detected object) -28- 1379643

72 73 74 75 76 77 79 80 8 1, 8 8 84 35, 82, 85, 89, 91 86 87 92 93 94 95 96 98 99 100 10 1 102 Cover back wall adjustment screw lifting adjustment long hole fixing nut support Rod damper stop plate roller bearing plate sprocket support shaft pedal left and right side frame lower sprocket fixed arm upper layer suspension chain lower layer suspension chain bolt struts contact pin cam rod base end fulcrum pin front end fulcrum pin plate cam -29- 1379643 103 1 04 105 106 107 108 109 110

111' 112 A Ab H

Hb M

L

T (0-0) lifting guide long hole cam lifting rail pin guide cam contact pin operation plate measurement temperature display part target temperature setting button temperature sensor sensor bracket mixer stirring box electromagnetic induction heating device heating box mixer body Rotating center line of the heave-shaped container stirring paddle of the scaffolding lifting mechanism pedal mechanism [S 1 -30-

Claims (1)

1379643 VII. Patent application scope: 1. An electromagnetic induction heating type cake mixer, which comprises a hemispherical container for material storage, which is suspended in a fixed state by a hemispherical container storage rack at a middle height of the mixer body bracket a stirring action tank equipped with a driving source of a material agitator facing the upper position of the hemispherical container; a heating chamber having an electromagnetic induction heating device facing the lower position of the hemispherical container, the stirring The action box and the heating action box are connected in linkage to lift and lower the hemispherical container in the above fixed state in the opposite direction under one action. 2. An electromagnetic induction heating type cake mixer, characterized in that the relationship is set as follows: the shaft is supported on the left and right side rollers of the stirring action box, and is lifted and lowered along the corresponding upper lifting rail on the side of the mixer main body bracket. Engaging; the rollers supporting the left and right sides of the heating box are engaged with the corresponding lower lifting rails on the side of the mixer body bracket: the rollers supporting the left and right sides of the pedal bracket, Engaging in a manner that can be lifted and lowered along the corresponding lifting guide groove on the side of the mixer main body; and, at the same time, a pair of upper and lower suspension chains that are hung in an inverted U shape as viewed from the side, toward the shaft The upper sprocket on the left and right sides of the mixer main body bracket is connected to the stirring action box and the heating action [S1 - 31 - 1379643 boxes; on the other hand, the left and right pairs which are hung by the side view a lower suspension chain, which is supported by the lower sprocket on the left and right sides of the pedal frame, and is connected to the heating action box and the mixer main body bracket; When the pedal frame is lowered and lowered, the agitating box and the heating box are separated from each other by the hemispherical container; when the pedal frame is raised to the original height position, the agitating box and the heating box are approaching the hemispherical container. . . . 3. The electromagnetic induction heating type cake mixer according to claim 1 or 2, wherein: the electromagnetic induction heating device is formed by: a non-magnetic metal skeleton corresponding to a bottom surface of the hemispherical container; a coil storage basket in which a conical storage tray is assembled; an electromagnetic induction heating coil fixed in a spiral state provided on a top surface thereof; an insulating cover layer covering the top surface of the heating coil; and a center from the cover layer a non-magnetic bundling circular plate that supports the curved leg of the metal skeleton; on the other hand, the heating action box is assembled into a slender body by a top cover, a bottom cover, and an outer cover a semi-circular planar contour shape, and having the above-mentioned electromagnetic induction heating device, the top cover is provided with a bottom receiving port of a hemispherical container, the bottom cover allows the drainage drum to escape, and the surrounding outer casing is opened at the rear The wire wiring port is set to be rotated by rotating the [S] -32 - 1379643 supporting screw test of the above-mentioned cluster disk from below the heating box The height of the electromagnetic induction heating device relative to the hemispherical container. 4. The electromagnetic induction heating type cake mixer according to the first or second aspect of the patent application, wherein the large-diameter snap flange extending from the cylindrical surface of the hemispherical container supports the suspended hemispherical container The storage rack is integrally extended toward the front from a partition plate horizontally disposed at an intermediate height position of the mixer main body; and a pair of right and left mounting holes formed in the snap flanges of the hemispherical container are passed through A pair of left and right center guide pins that are correspondingly suspended from the hemispherical container storage rack can be inserted from above, thereby holding the hemispherical container in correspondence with the mixer and the electromagnetic induction heating device. Correct positioning status. 3 -33-