CN200945644Y

CN200945644Y - Foodstuff cutter

Info

Publication number: CN200945644Y
Application number: CN 200620022302
Authority: CN
Inventors: 钱本春; 钱可俊; 钱可卿
Original assignee: 钱本春
Priority date: 2006-08-22
Filing date: 2006-08-22
Publication date: 2007-09-12
Anticipated expiration: 2016-08-22

Abstract

The utility model discloses a foodstuff cutter, wherein, a main shaft is arranged at the center of a machine support and is driven by a motor; a rotary plate is arranged at the middle part horizontally and is of round shape, three groups of tools are arranged on the rotary plate; a feeding canister is fixed on the machine support over the rotary plate, and the feeding canister is arranged right over the movement track of the tools; a feeding roller or a feeding wheel is arranged at the side surface of the feeding canister; a receiving groove is arranged under the rotary plate and at the position right under the feeding canister; a movable receiving basin is arranged at the bottom of the machine support; and an exit for the receiving basin is arranged at the bottom of the machine support. The utility model is not only of simple structure, high efficiency, but also of high quality of thread-cutting and slice-cutting, even shaping, and is suitable for processing raw food material of a plurality of shape.

Description

The food cutter

Technical field

The utility model belongs to the food processing machinery technical field, relates to a kind of cutting machine of food.

Background technology

In that being carried out chopping, block vegetables such as radish, potato, leaf mustard and lump meat such as freezing adds man-hour, technology present and that the utility model is approaching is a rotating knife disc type filament cutter, this filament cutter rotary head is installed at vertical direction, and food to be cut enters from cutterhead one side, cuts out from opposite side.This filament cutter can carry out high speed chopping processing to food, still, and when the cutterhead high speed rotating, the blanking difficulty, often cause cutterhead idle running, cut less than food, in addition, has only a charging aperture, lean on manual feeding to compress into material, so inefficiency, because the blanking difficulty, the food thickness that cutting goes out is inhomogeneous, influences quality.

The utility model content

For solving filament cutter the problems referred to above, the utility model provides a kind of food cutter, and its technical scheme is as follows:

The food cutter, in its frame lower a motor is arranged, on the output shaft of motor main pulley is housed, frame central authorities are equipped with a main shaft, the main shaft lower end has from belt pulley, main pulley be connected by belt from belt pulley, main shaft middle part is equipped with rotating disk in the horizontal direction, rotating disk is rounded, be equipped with on it and be no less than one group cutter, be fixed with blanking tube on the frame of rotating disk top, the blanking tube position is directly over cutting tool path, and its quantity is identical with the quantity of cutter; Below rotating disk, the positive upper/lower positions of blanking tube is equipped with the groove that connects material, and its quantity is identical with the quantity of cutter, and at the bottom of the frame activity of the being equipped with basin that connects material, the bottom of frame has the basin outlet that connects material.

When the food cutter is worked, the operator puts into stem tuber vegetables or meat in feeding cylinder, food in the feeding cylinder since deadweight toward falling, until being attached on the rotating disk, starter motor at this moment, the output shaft of motor rotates, the rotation of drive main pulley, main pulley drive from the belt pulley rotation, drive main shaft from belt pulley and rotate, main shaft drives dial rotation, and the cutter on the rotating disk also rotates immediately; Perpendicular blade at first touches the stem tuber vegetables and cuts in the vegetables, in the and then horizontal blade incision, section is cut into the strand of several even thickness, rotating disk continues rotation, the strand that cuts out slips in the charging conduit, falls into material holding tray at last, and chopping technology is finished an impulse stroke.

In the chopping process, pass through blanking tube swimmingly in order to make stem tuber vegetables or meat, fall into the basin that connects material after being cut into silk by blade, can in said mechanism, adopt the scheme of following two kinds of pressurization blankings:

First kind is the pressurization scheme at the strip raw material: adorn two groups of pedestals on the frame that is positioned at every blanking tube one side, install respectively on the pedestal and initiatively descend material roller and driven material roller down, initiatively descend material roller one end to stretch out on the outer rotating shaft termination of pedestal driven wheel of differential is installed, drive bevel gear is equipped with in the main shaft upper end, and the driven wheel of differential on the following material roller is meshed with the drive bevel gear on the main shaft.

Like this, when main axis rotation, the driven wheel of differential that the drive bevel gear of main shaft upper end just drives down on the material roller rotates, thereby drive and initiatively descend the roller tube rotation, at this moment will be under the effect of frictional force near the vegetables or the meat of active roll tube to downslide, the driven roller of another side holds out against article, follows rotation, thereby, guaranteed that the chopping of feeding cylinder below is carried out smoothly with vegetables or constantly extruding downwards of meat.

Second kind is that pressurization scheme at the block food raw material is: being positioned on the frame of blanking tube one side has two pedestals, material-guiding wheel is housed in the middle of pedestal, material-guiding wheel stretches out on the outer tupelo of pedestal driven wheel of differential is housed, and the drive bevel gear driven wheel of differential is meshed.

Block raw material enters from feeding cylinder, and in the time of in being slipped to the material-guiding wheel inner chamber, material-guiding wheel presses down raw material, and raw material is squeezed in the blanking tube, thereby is cut into strand by the cutter on the rotating disk.

When adopting following proposal, can install one group of reduction gearing additional mutually and between the driven wheel of differential in drive bevel gear, regulate the rotating speed of depressing material roller or material-guiding wheel according to the rotating speed of motor and rotating disk and the needs of chopping situation.

Adopt the cutter of said structure, not only simple in structure, high efficiency, and throwing quality height, filate is even, is applicable to the raw material of multiple shape.

Description of drawings

Fig. 1 is the front view of the utility model embodiment one.

Fig. 2 is the A-A face cutaway view of the utility model embodiment one.

Fig. 3 is the partial enlarged drawing of the I position of the utility model embodiment one.

Fig. 4 is the front view of the utility model embodiment two.

Fig. 5 is the B-B face cutaway view of the utility model embodiment two.

Fig. 6 is the front view of the utility model embodiment three.

Fig. 7 is the C-C face cutaway view of the utility model embodiment three.

Embodiment

Embodiment one: as Fig. 1, Fig. 2 and food cutter shown in Figure 3, beanstalk frame 1 bottom is equipped with motor 2, on the output shaft 3 of motor 2 main pulley 5 is housed, there is a main shaft 12 at frame 1 middle part, the main shaft lower end has from belt pulley 13, main pulley 5 be connected by belt 4 from belt pulley 13, main shaft 12 middle parts are equipped with rotating disk 6 in the horizontal direction; Three groups of cutters 7 are arranged on the rotating disk 6, and every group of cutter 7 has 25 perpendicular blades 23 and a horizontal blade 22; Perpendicular blade 23 erects blade 23 blades up perpendicular to rotating disk 6, and horizontal blade 22 is parallel with rotating disk 6; Spacing equates between the adjacent perpendicular blade 23 among the same row, and is parallel to each other; Perpendicular blade 23 is positioned at blade one side of horizontal blade 22, and perpendicular blade 23 is perpendicular to the blade of horizontal blade 22; The charging conduit 27 that a perforation rotating disk is arranged between perpendicular blade 23 and horizontal blade 22, the feeding cylinder 8 that on the frame above the rotating disk 61, has the middle part to connect, the suitable for reading of feeding cylinder 8 opens on the retainer plate 9 on frame 1 top; On the frame 1 that is positioned at feeding cylinder 8 positive upper/lower positions below the rotating disk 6 blanking groove 11 is arranged, there is the movable basin 10 that connects material blanking groove 11 belows, the basin outlet that connects material of frame 1 bottom.

In feeding cylinder 8, put into stem tuber vegetables or meat, food in the feeding cylinder 8 is because the past whereabouts of deadweight, until being attached on the rotating disk 6, at this moment, the output shaft 3 of motor 2 rotates, and drives main pulley 5 rotations, main pulley 5 drives from belt pulley 13 rotations, rotate from belt pulley band 13 moving main shafts 12, main shaft 12 drives rotating disk 6 and rotates, and the cutter 7 on the rotating disk 6 also rotates immediately; Perpendicular blade 23 at first touches the stem tuber vegetables and cuts in the vegetables, vegetables are cut into the several piece section that thickness is even, be parallel to each other by perpendicular blade 23, and then horizontal blade 22 incisions, section is cut into the strand of several even thickness, the strand that cuts out slips in the charging conduit 27, fall into the basin 10 that connects material at last through blanking groove 11, finish an impulse stroke.The fully charged basin 10 that connects material is pulled out from the basin outlet that connects material of frame 1 bottom.

Embodiment two: in the chopping process, being stuck in the feeding cylinder 8 for fear of strip raw material food influences blanking, can install material roller under two groups additional in blanking tube 8 both sides on the basis of said mechanism, its concrete structure such as Fig. 4, Fig. 5, Fig. 2 and shown in Figure 3; Drive bevel gear 17 is equipped with in main shaft 12 upper ends of food cutter among the figure, two pedestals 14 are housed respectively on the frame 1 of each feeding cylinder 8 both sides, two following material rollers are housed respectively on the pedestal 14, wherein one is initiatively to descend material roller 15, another root is passive material roller 16 down, in the rotating shaft that material roller departure 5 is stretched out outside the pedestal 14 under the active of feeding cylinder one side driven wheel of differential 18 is housed, drive bevel gear 17 is meshed with driven wheel of differential 18, and driven roller 16 is housed on the frame base of feeding cylinder 8 opposite sides.

Like this, when main shaft 12 rotations, drive bevel gear 17 just drives driven wheel of differential 18 and rotates, thereby drive active roll tube 15 rotations, at this moment will be under the effect of raw-food material roller tube 15 frictional force under active to downslide, driven down roller tube 16 beginnings of another side and initiatively descend roller tube 15 to rotatablely move in opposite directions, and raw material is compressed continuous downward extruding the in back, guaranteed that the chopping of feeding cylinder 8 belows is carried out smoothly.

Embodiment three: as Fig. 6, Fig. 7, Fig. 2 and food cutter shown in Figure 3, in the chopping process, being stuck in the feeding cylinder 8 for fear of block raw material food influences blanking, can install a material-guiding wheel 21 additional in feeding cylinder 8 one sides on the basis of said mechanism.Concrete structure is: be positioned at mounting base 19 on the frame 1 of feeding cylinder 8 one sides, material-guiding wheel 21 is housed on pedestal 19, material-guiding wheel 21 is enclosed in the shell, material-guiding wheel 21 shells and feeding cylinder 8 fixed seal connections, the suitable for reading of feeding cylinder 8 of material-guiding wheel 21 tops dress opens on the retainer plate above the frame 19, material-guiding wheel 21 1 ends stretch out on the pedestal 19 rotating shaft termination outward driven wheel of differential 20 are installed, drive bevel gear 17 is equipped with in the upper end of main shaft 12, and the driven wheel of differential 20 of material-guiding wheel 21 is meshed with drive bevel gear 17 on the main shaft 12.

When block raw material drops into from feeding cylinder 8, when being slipped in the material-guiding wheel 21, under the rotary action of the hollow cavity of material-guiding wheel 21, be pressed into feeding cylinder 8 bottoms, and rotate at material-guiding wheel 21 and to form under the downward extruding force and gravity effect, with block raw material compacting on rotating disk 6, thereby cut 7 one-tenth strands by the cutter on the rotating disk 6.

In embodiment two and three, can be according to the rotating speed of motor 2 and rotating disk 6 and the needs of chopping situation, install one group of reduction gearing additional mutually and between driven wheel of

differential

18 or 20 in drive bevel gear 17, regulate the person that depresses the material roller and say 5 or the rotating speed of material-guiding wheel 21.

Claims

1, the food cutter, in its frame (1) bottom a motor (2) is arranged, on the output shaft (3) of motor (2) main pulley (5) is housed, frame (1) central authorities are equipped with a main shaft (12), main shaft (12) lower end has from belt pulley (13), main pulley (5) be connected by belt (4) from belt pulley (13), it is characterized in that: main shaft (12) middle part is equipped with rotating disk (6) in the horizontal direction, rotating disk (6) is rounded, 1 to 4 group of cutter (7) is housed on it, be fixed with blanking tube (8) on the frame of rotating disk (6) top, blanking tube (8) position is directly over the rotary motion trace of cutter (7), its quantity is identical with the quantity of cutter (7), and the suitable for reading of blanking tube (8) opens on the retainer plate (9) of frame (1) top; In rotating disk (6) below, the positive upper/lower positions of blanking tube (8) is equipped with the groove that connects material (11), and its quantity is identical with the quantity of cutter (7), and at the bottom activity of being equipped with of frame (1) basin (10) that connects material, the bottom of frame (1) has the basin that connects material and exports.

2, food cutter as claimed in claim 1, it is characterized in that: on the frame (1) of each blanking tube (8) both sides one group of pedestal (14) is housed respectively, a following material roller is housed respectively on every group of pedestal (14), wherein one is initiatively to descend material roller (15), another root is driven material roller (16) down, initiatively descend material roller (15) one ends to stretch out on the outer rotating shaft termination of pedestal (14) driven wheel of differential (18) is installed, drive bevel gear (17) is equipped with in the upper end of main shaft (12), and driven wheel of differential (18) is meshed with drive bevel gear (17).

3, food cutter as claimed in claim 1, it is characterized in that: on the frame (1) of each blanking tube (8) both sides one group of pedestal (19) is housed respectively, material-guiding wheel (21) is housed on pedestal (19), material-guiding wheel (21) one ends stretch out on the outer rotating shaft termination of pedestal (19) driven wheel of differential (20) are installed, drive bevel gear (17) is equipped with in the upper end of main shaft (12), and the driven wheel of differential (20) of material-guiding wheel (21) is meshed with drive bevel gear (17) on the main shaft (12).

4, as claim 1 or 2 or 3 described food cutters, it is characterized in that: the mounting means of every group of cutter on rotating disk (6) is identical, the slot (24) of perforation is arranged on the rotating disk (6), carriage (26) is arranged under the rotating disk (6), on carriage (26) sidewall pinching screw (25) is arranged, perpendicular blade (23) handle of a knife of cutter passes slot (24), be inserted in the carriage (26), blade is up perpendicular to rotating disk (6), and blade is no less than ten, spacing equates between the perpendicular blade (23), and is parallel to each other; The horizontal blade (22) of cutter is fixedly mounted on the rotating disk (6) with screw (29), blade is parallel with rotating disk (6), perpendicular blade (23) is positioned at blade one side of horizontal blade (22), on the rotating disk (6) between perpendicular blade (23) and the horizontal blade (22), the charging conduit (27) of a perforation rotating disk (6) is arranged.