JPH07504600A - Machines and equipment that enable separation operations for kneading homemade dough or paste and extruding the edible dough or paste, as well as mincing meat, etc. - Google Patents

Abstract

(57) [Summary] This bulletin contains application data before electronic filing, so abstract data is not recorded.

Description

[Detailed description of the invention] Knead homemade dough or paste and use the edible dough as well as mince meat etc. Machines and equipment that enable separation operations for extruding paste or paste There are many household devices commonly known on the market today for manual or electric food processing. It is being

Some are simple machines, some are complex, and some are single-operation Some require multiple operations after appropriate adjustment.

In the field of edible paste production, machines consisting of smooth rolls or cylinders, A machine consisting of a grooved roll and a grooved roll is known, the former being used for thorough mixing. and the latter is responsible for producing the actual paste (i!i, fettuccine strings, etc.) used for

Additionally, there are known machines capable of cross-talk due to mixing, and machines equipped with such accessories. be. After adjusting the intervening machines, the user kneads the raw ingredients and makes a paste. Manufacture and extrude it into a suitable die.

Other known domestic machines include a substantial Cylindrical case or chamber, screws with bladed knives at both ends, plate with holes, screws It consists of a threaded ring and, of course, a crank mechanism that rotates the above screw. There is a meat grinder (or mincer) that does this.

The present invention has a single base structure to which appropriate fixtures can be attached, a) raw materials (e.g. For example, by kneading flour and eggs) and pressing the paste, which is ready to be used in different forms. and c) machines for producing minced meat or other shredded food. Regarding machinery and equipment.

According to the invention, instead of three different machines, a single basic machine and few supplies are required. You can save money by just purchasing it. Furthermore, instead of three separating machines, a single You only need to store one machine and a few equipment within the limited space of the house, so storage space is The pace can be reduced.

The basic machine of the invention is essentially a parallelogram and has a large space like a bathtub. do. Two short sides with two outwardly opposing holes for inserting the drive crank One of the sections is provided with a compartment.

Said compartment faces inwardly at a substantially central location for driving a rotatable actuating element. It further has a hole.

Inside said compartment, said crank is inserted into one or the other hole in the outer wall of said compartment. By inserting the rotatable element, the driving rotation speed of the rotatable element can be set to different speeds. There are gears that can be used.

The other δ shorter side of the basic structure, that is, the opposite side of the gear compartment, is provided with the above-mentioned equipment. two diametrically opposed components for insertion and bayonet locking of components connected to A large opening is formed with the enlarged notch.

Above the hollow space of the basic structure, the hollow space is used exclusively for dough. If the case is completely coated, then slide it in the case above for extrusion or mincing. When rotating the cru, a funnel-shaped hopper is connected to the outside of the mouth of the case. A cover is attached.

The above-mentioned mechanical equipment necessary for mixing raw materials is a) for the cylindrical end and its drive device; suitably shaped mixing blades carried on both sides of a rotating shaft having prismatic cross-sectional ends; Mouth) It has two enlarged parts that protrude in a straight line to both sides in the diametrical direction, and is equipped with a cylindrical center seat. cylindrical plug, C) The mixing blade is made of a cover for completely closing the upper part of the hollow space. Insert the rhythmic end into the drive hole and insert the cylindrical end into the center seat of the plug. It is adapted to the above machine by inputting it. The above plug is compatible with the front wall of the above machine. It is secured by inserting it into the circular opening and rotating it.

Pressing the kneaded dough to produce a paste ready for use in different forms The assembly of equipment to be installed on the above-mentioned basic machine for delivery consists of the following components:

b) A case with a center opening and an end opening, the front part of the above case is the same as the basic machine above. Strong external threads for insertion and locking into the circular opening in the front wall and appropriate It has a chip provided in the position.

(w) The screw housed in the front part of the case (cylindrical shaft formed at the front end, and a circular cross-section member at the rear end), and c) a link housed in the rear of the case. two shafts (having a female section at the front end and a prismatic end at the rear) ) having a cylindrical center pin that serves as a support and centering means for the screw. (one of several available); e) Place the die into the front of the case. Threaded locking ring for fixing, f) Insert the above case into the flat surface of the above case to prevent it from releasing the lock. a fixed fork inserted into a guide adjacent to the base structure and provided in the front wall of the basic structure; a) a funnel-shaped hopper whose lower part is connected to the case part; equipped cover.

The assembly of equipment to be installed on the structure of the above basic machine for mincing meat etc. is as follows. Consisting of components.

b) The same case used for the above extrusion, mouth) Housed in the front part of the above case screw (with a coaxial shaft protruding from the front end and the beginning and end of the cylindrical section) and having a continuous portion of prismatic cross-section and carrying a circular cross-section member at the rear end), c) The same connecting shaft used for the above extrusion; 2) The front shaft of the above screw. a knife with a blade fitted over the prismatic section of the foot; e) It has a cylindrical center seat to support and center the screw, and The hole scraped by the cutting edge of the marking knife (one of the available continuous holes) 1) attached plate, to) the same threaded locking ring used for the above extrusion, g) The same fixed fork member used for the extrusion above; h) The same fixed fork member used for the extrusion above. Cover with identical funnel-shaped hopper used.

In order to clarify the features of the present invention described above, the present invention will be explained below with reference to the accompanying drawings. explain.

FIG. 1 shows a top view of a compartment with frame 1 of the basic machine, reference number 10 being Reference numeral 15 indicates two vertical guides, 8 indicates plug 5 (see Figure 5) The said plug is attached to the housing of the said machine by means of a bayonet lock, showing a front opening adapted to be fitted to the It has an external wave main part 7 for fixing to the ring.

2 and 3 show side and plan views of the kneading blade or mixing blade 2, reference number 3 and 4 are two axial hubs or an axial hub integrated into the above mixing blade , the hub 3 has a prismatic cross-section that engages the drive device through the hole 10, and the hub 3 has a cylindrical cross section, and centrally positions and supports the mixing blade within the frame. It fits with the seat 6 in the plug 5 in order to do so.

Figure 5 shows a longitudinal vertical section of the basic machine, in which reference number 1 indicates the hollow body. A housing is shown, 10 is a hole that receives driving movement, and 11 is a moving part that receives rotation at a second speed. 8 indicates the front opening for receiving the plug 5; .

FIG. 6 is a longitudinal vertical sectional view of the cover 9.

7 and 8 show the mixing blade 2 with the hubs 3 and 4 shown in FIGS. 2 and 3. show.

FIG. 9 shows the inside of the plug 5.

FIG. 10 shows the outside of the plug 5.

FIG. 11 shows a cross-sectional view of the plug 5.

Reference numerals 7 and 7' indicate the outwardly projecting enlargement of the bayonet; 6 indicates the mixed blade; shows a cylindrical seat that receives a bottle or hub.

Figure 12 shows the housing 1, plug 5, upper cover 9, and mixing blade 2 (this is not a cross section). ), a compartment 12 housing a plurality of gears for varying the rotational speed, and a base 1 FIG. 3 is a longitudinal vertical section through the fully assembled machine to show FIG.

FIG. 13 shows the outline of the housing 1, the base 13, and the opening for receiving the enlarged part 7 of the plug 5. Above showing the enlarged part 14 of the mouth 8, two grooves 15 for inserting the fork member 32 3 is a vertical cross-sectional view of the machine and the cover 9. FIG. Reference numerals 9 and 9' indicate mutually engaging covers. The groove on the bar 9 and the lip on the housing 1 of the basic machine are shown.

FIG. 14 is a longitudinal cross-sectional view of the machine 1 and the assembled case 18; 10 is the drive hole, 19 is the inlet opening of the case 18, and 20 is the outer surface of the housing l. The threads of the case on the top, 22 are holes 4 formed in the die 29 or machine. Magazine with 4 pockets to receive any of the plates with 0 Four protruding fins are shown for supporting 24.

FIG. 15 shows a longitudinal section of the cover 16 with a funnel-shaped hopper.

FIG. 16 shows the basic machine 1 with the case 18 and cover 16 shown in the previous figure. FIG.

Figure 17 shows the outer surface of the case 18, in which 19 is the inlet opening and 20 is the outer surface of the case 18. A thread on the part held outside the housing of the machine, 22, stores the die. The fins for supporting the magazine 24 are shown.

18 is a cross-sectional view of the case 1B taken along line A-A in FIG. 17, and FIG. FIG. 2 is a sectional view taken along line BB of FIG.

The chips 21 and 23 are inserted into the case 18 which is inserted into the opening 8 of the housing 1. Works with a lock.

The parallel flat surface marked by 45 together with the guide 15 of the housing 1 The fork member 32 is locked in order to prevent the case 18 from being inserted into the ring 1 and locked. 21 is a longitudinal sectional view of the case 18, and FIG. 23 are cross-sectional views taken along line CC and line DD in FIG. 21, respectively.

FIG. 24 is a front sectional view of the case 18.

Figures 25.26 and 27 each show four pockets for storing dice 29. FIG. 3 is a plan view, a side view, and a cross-sectional view of a magazine 24 having a cut 25; these In the figure, a notch 27 is provided in the outer wall to receive the bin 28 of the die 29. It is being

52B shows a cross-sectional view of the die 29 combined with the flanged container 30.

FIG. 29 is a top view of the frame 1 of the basic machine corresponding to FIG. Reference number 10 is the hole for the drive, 15 is the two vertical guides and 8 is the case. The front opening for inserting the case 18 is shown, and such a case has fins 21 and 23. and is secured to the housing by a bayonet lock.

Figure 30 shows the extrusion component ready to be installed in the housing 1 of the basic machine. Case 18 is shown in which .

Reference number 18 is the case body, 19 is for supplying the material to be extruded to the die 29. 22 is a protrusion for supporting the magazine; 46 is an opening for shaft 33; A washer 34 for preventing the case 18 from slipping out is inserted into the drive hole IO. The prismatic end of the shaft 33, 31 is connected to the die 29 and the flanged container 30. a threaded locking ring 35 for fixing it to the front opening of the case 18; Represents the screw to be installed.

FIG. 31 shows a cross-sectional view of the case 18 with all components assembled, reference number 18 being the case 18. 19 is a supply opening for the material extruded from the die 29, and 46 is a shell body. A washer for preventing the shaft 33 from protruding from the case 18; 34 is the drive hole 1; The prismatic end of the shaft inserted into the 0, 31 inserts the die 29 into the flanged container. 30; a threaded locking ring for fixing at the front opening of the case body 18; 35; It is supported forward by a pin 28 integrated in the die 29 and transmits motion. A screw connected rearward to the shaft 33 by a cross clutch 36 shows.

FIG. 32 is a top view of the fork member, and shows the rod 44 of the fork member (see FIG. 48) is a flap formed on the guide 15 of the housing 1 and the front part of the case body 18. It is inserted between the rat surface 45 (see FIG. 20).

FIG. 33 shows the pocket and notch 27 for storing the dice used. FIG. 2 is a top view of a magazine 24 having a

FIG. 34 is a side view (half of which is a cross-sectional view) of the flanged container 30, with pins attached to the container. 28 (see FIG. 36) is inserted.

35 is a plan view of the flanged container shown in FIG. 34, and FIG. 37 is a plan view of the flanged container shown in FIG. FIG. 3 is a plan view of the die shown in FIG.

FIG. 38 is a top view of the assembly of the basic machine 1 with the case 18, and shows the extrusion It is equipped with working parts for this purpose. The fork member 32 and the magazine 24 are is inserted and positioned in place.

FIG. 39 is a plan view of the basic machine 1 with the case 18 (cross section) installed, and FIG. and all the necessary parts to carry out dough extrusion as shown in Figure 31. It is equipped.

Figure 40 is an exploded view showing the components necessary to enable extrusion from the die. Then, each member is inserted into or connected to the case 18.

Reference numeral 33 mounts the prismatic end 34 and the female member 36 of the cruciform clutch. 35 shows a drive shaft equipped with a cylindrical seat 28' at the front end and the above-mentioned shaft at the rear end. Figure 3 shows a screw equipped with a male member of a zigzag clutch.

Reference numeral 31 indicates that the flanged container 30 and the die 29 are inserted into the front opening of the case 18. Represents a threaded locking ring for fixing.

Figure 41 shows a case complete with all the materials needed to mince meat (or similar food). 2 shows a top view of the assembly formed by the base machine 1 equipped with the here The fork member 32 and the magazine 24 are each inserted and positioned at a predetermined position. has been done.

Reference number 1 indicates the housing of the basic machine, 18 is the case, 19 is the minced Material inlet opening, 38 a screw installed in the case 18, 32 a housing In order to prevent the case 18 inserted and locked from the guide 1 from detaching, 5, the fork member 31 is inserted into the fork member 31, and the plate with holes is inserted into the front opening of the case 18. Shows a threaded locking ring for securing to.

Figure 42 is a plan view of the basic machine 1 with the case 18 positioned, which is necessary for mincing. All of the members considered are shown in cross section.

Reference number 1 is the housing of the basic machine, 18 is the case, and 19 is the material for mincing. Inlet opening for supplying material, lO hole for transmitting motion, 33 rear end has a prismatic end 34 for the drive at the front end and a cruciform female clutch member 3 at the front end. 6, the transmission shaft 46 prevents the shaft 33 from slipping out of the case 18; The locking washer 38 has a cruciform male clutch member 36' at its rear end and a blade at its front end. Attach the knife 39 with the hole and center the plate 40 from the guide hole 42'. an extrusion screw, 31, with shafts 41-42 for determining and connecting; is a threaded locking ring for fixing the holed plate to the front opening of the case 18. represents the group.

Figure 43 shows how to mince meat (or similar food) to be inserted or combined into the case 18. FIG.

Reference numeral 33 indicates a transmission having a plasma-shaped end 34 and a clutch member of female cross-section. or drive shaft. Reference number 38 is on the front end of the shirt) 41-42, and carries a cross-sectional female clutch 36' connected to the female clutch at its rear end. Reference numeral 31, indicating an extrusion screw, opens the plate with holes 40 in the front of the case 18. A threaded locking ring for fixing to the mouth is shown, and 39 is an extrusion screw 38 Reference number indicating a bladed knife installed on the prismatic section 41 of the front shaft of the No. 42 is made as a pivot that is received by the cylindrical seat 42' at the center of the plate with holes. 2 shows the terminal end with a cylindrical cross-section of the front shaft of the screw 38 used.

Figures 44, 45 and 46 are side and top views of the threaded locking ring 31, respectively. FIG.

FIG. 47 is a plan view of a tool for tightening and releasing the threaded locking ring 31. be.

Figures 48, 49 and 50 are side, top and cross-sectional views of fork member 32, respectively. It is a front view.

Reference number 44 is used to insert and lock the case 18 into the housing 1 of the basic machine. In order to fix the guide 15 of the housing 1 of the basic machine and the front part of the case] 20 shows the rond inserted between the flat surface (see FIG. 20).

Figures 51 and 52 are a cross-sectional view and a plan view, respectively, of the plate with holes. three Reference number 42' indicates a screw S for centrally positioning and supporting the screw 38. The cylindrical seat connecting one end 42 of the knife carrying shaft of 3B is shown.

Figures 53 and 54 show a side view and a top view of the bladed knife 39, respectively.

Figures 55, 56, 57 and 58 respectively cover with funnel-shaped hopper 17 Such a cover, showing 16 top views and 3 cross-sectional views, shows that the case 1 is To press paste out of a chair or mince meat (or other food) When installed in the housing 1 of the basic machine for the purpose of installation, the Can be attached.

Figure 59 shows a basic machine fitted with equipment for carrying out kneading operations, with the above-mentioned cover 60 with the cover partially slid open is shown in FIG. 59 with the above-mentioned cover in the closed position. Figure 61 shows the machine for extruding paste with the cover removed. Figure 62 shows a basic machine equipped with equipment (or for mincing meat). 62 shows the machine of FIG. 61 fitted with the above-described cover carrying a par.

As is clear from the above description, the present invention uses the same basic machine to It has an inventive step in that it enables three different tasks by being equipped with equipment. . That is, b) Kneading raw materials (e.g. flour and eggs), mouth) Can be used in different desired forms (c) producing meat paste to produce the final paste or dough; or similar foods.

Each of the above fixtures is unique in its form and structural details for easy installation and assembly. It has a high degree of inventive step in that it enables construction and equipment.

Case 18, drive shaft 33, threaded locking ring 31 fork part F/G, l , F/G, 9 F/G, 17FIG, 7. ! : FIG, 35 FIG, 36 FIG, 37

Claims (1)

[Claims] 1. Kneading homemade dough or paste, extruding the dough or paste, and machines and equipment for performing the work of mincing meat, etc. by separation operation, By equipping the basic machine with different equipment, you can obtain three different home-made processes. i.e. kneading raw materials by mixing raw materials, having different forms and cooking. Extrusion of ready paste from dies, hoppers, screws, bladed knives , and allows production of minced meat (or similar foods) from perforated plates Machinery and equipment characterized by: 2. A mixing blade with a horizontal axis for performing do-wet work in the basic machine (1) (2) is inserted into the bathtub-shaped hollow space and has one end fitted with a drive hole (10). having a rhythmic pin (3) and two diametrically opposed enlargements (7) at the other end; ) cylinder pin (4) supported in the seat (6) of the cylinder plug (5) The cylinder plug (5) is connected to the housing (5) of the machine by means of a bayonet lock. 1), characterized in that it is adapted to a corresponding opening (8) provided in the front wall of , machinery and equipment. 3. During the kneading operation, the upper part of the tub-shaped hollow space acts like a column. a cover (9) that engages with the housing (1) via ribs (9' and 9'') that 3. Machine and equipment according to claim 2, characterized in that it is closed by ). 4. Above to produce paste of different shapes and to produce minced food Claim 1 characterized in that a movement device is adapted to the basic machine, consisting of: machinery and equipment: a) an inlet opening (19) for feeding the material to be processed; a case 18 in an intermediate position; b) Installed in the case and fitted with a washer (46) to prevent it from slipping. More secure drive shaft (33), c) threaded locking ring (31). 5. Producing different forms of edible dough or paste and producing minced food In order to The hopper is snapped closed by a cover (16) with a Claim characterized in that it is connected to the supply opening (19) of the case (18) at 4 machinery and equipment. 6. The motion device includes a case (18) and a protruding prism received in said case. Consisting of a drive shaft (33) with a shaped end (34), the wind of the basic machine (1) From the circular opening (8) at the front of the housing (1) of the basic machine to the tub-shaped hollow space. a threaded portion of the case (18) inserted from the housing (1) and held on the outside of the housing (1); (20) for extruding dough or paste and for meat etc. Machinery and equipment for mincing. 7. Basic machine (1) and shaft with case (18) and end (34) A motion device consisting of a foot (33) connects the end (34) to the drive hole (10). in its interior and connected at the circular opening (8) by means of a bayonet locking device. At that position, the case (18) engages with the diametrical engagement fins (21, 23). 7. Machine and equipment according to claim 6, characterized in that: 8. The movement group (18, 33, 34) is inserted into the circular opening (8) by means of a lock. It is fixed to the housing (1) of the basic machine and is connected to the guide (15) of the housing (1). Slightly attach to the space formed between the case (18) and the flat surface (45) of the main body. The fork portion (32) has two rods (44) that are biased. The mechanism according to claim 6 or 7, characterized in that release of the lock is prevented. Machinery and equipment. 9. Drive to produce dough or paste ready for use in different forms A connecting portion (36') corresponding to the connecting portion (36) at the adjacent end of the shaft (33) is connected thereto. A screw (35) provided at the inner end of the case (18) is adapted to the case (18). The machine and equipment according to any one of claims 4 to 8. 10. Container (30) for producing paste ready for use in different forms A die (29) connected to the die is fitted into the front opening of the case (18) and The locking ring (3) is screwed onto the thread (20) on the head of the case (18). 1) The machine and equipment according to claim 9, characterized in that it is fixed to the case by 1). Goods. 11. The die (29) is positioned and supported around the screw (35). The cylindrical seat (28') of the screw (35) is engaged with the cylindrical seat (28') of the screw (35). Machine and equipment according to claim 10, characterized in that it comprises a pin (28). 12. For producing minced meat etc., the adjacent end of the drive shaft (33) A clutch part (36') corresponding to the clutch part (36) is provided at the inner end, and the front A shaft with a cylindrical section (42) and a following prismatic section (41) at the end. characterized in that a screw (38) equipped with a foot is adapted to the case (18). 9. The machine and equipment of any one of claims 4 to 8. 13. Minced meat, etc. on the prismatic cross section of the screw equipped with the above shaft. In order to manufacture a blade knife (39) and a hole in front of the opening of the case (18) A mounting plate is fitted, thereby simultaneously attaching the end (42) of the shaft of said screw. ) engages the cylindrical washer (42') of the plate with holes, and the plate with holes engages with the cylindrical washer (42') of the plate with holes. The ring (31) screwed onto the thread (20) on the head of the base (3) Machine and equipment according to claim 12, characterized in that it is fixed to the case. 14. A central cutout (27) is inserted into the wall to store additional dice (29, 30). A magazine (24) consisting of four pockets (25) inside the basic machine is The special feature is that it is installed in the hollow space and on the chip (22) of the case (18). The machine and equipment according to any one of claims 4 to 8, characterized in that: 15. All of the form, appearance and general characteristics substantially described and illustrated above. Machine and equipment according to any one of claims 1 to 14, characterized in that: