CN2637140Y

CN2637140Y - Stuffing chopping machine

Info

Publication number: CN2637140Y
Application number: CN 03268992
Authority: CN
Inventors: 管怀科; 董润勤; 丁继坡; 管政; 董天宇; 朱璐; 谢晴; 朱雪明
Original assignee: 管怀科
Priority date: 2003-07-10
Filing date: 2003-07-10
Publication date: 2004-09-01
Anticipated expiration: 2013-07-10

Abstract

A stuffing chopping machine with small labor strength and high work efficiency comprises a stuffing disc, a cutter head on the upper part of the stuffing disc, a frame, a motor fixedly connected with the frame, a transmission mechanism transmitted and connected with the motor, a horizontally arranged crank shaft and transmitted and connected with the transmission mechanism, and a vertically arranged connecting rod relatively and rotatablely connected with the bend part of the crank shaft; the stuffing disc is arranged on the frame; the connecting rod is fixedly connected with the cutter head below the connecting rod; the transmission mechanism is arranged on the frame; the left and right ends of the crank shaft are relatively and rotatablely connected with the frame.

Description

Mincing machine

Affiliated technical field

The utility model relates to food machinery, relates in particular to cut the food machinery that filling is used.

Background technology

In daily life, people cut filling with cutter on chopping board.Cut filling with cutter on chopping board, labour intensity is big, inefficiency.

Summary of the invention

The utility model purpose provides that a kind of labour intensity is little, the mincing machine of high efficiency.

For achieving the above object, the technical solution adopted in the utility model is: a kind of mincing machine is comprising the cutter head of filling dish, filling dish top, and its characteristics are: the bent axle of the horizontal positioned that it also comprises frame, the transmission mechanism that is in transmission connection with the fixedly connected motor of frame, with motor, be in transmission connection with transmission mechanism, the connecting rod of the relative vertical placement that is rotatably connected with deflection of crankshaft portion; The filling dish is installed on the frame; Connecting rod is fixedlyed connected with the cutter head of below; Transmission mechanism is installed on the frame; The left and right two ends of bent axle are relative being rotatably connected with frame.

Bent axle rotates, the bent axle drivening rod pumps, connecting rod drives cutter head and cut filling on the filling dish because the utility model drives by transmission mechanism with motor, so little, the high efficiency of the utility model labour intensity.

Description of drawings

Fig. 1 is a kind of structural representation of the present utility model;

Fig. 2 is the syndeton schematic diagram of following rotating pulley, gear-box, rubber wheel, inversion mechanism among Fig. 1;

Fig. 3 is the structural representation of cutter head among Fig. 1.

The specific embodiment

A kind of mincing machine, as shown in Figure 1, the common elevating mechanism 4 that is rotatably connected relatively of the common connecting rod 15 of the common crankshaft 13 of the horizontal positioned that is in transmission connection comprising the common transmission mechanism that is in transmission connection with the corresponding common cutter head 9 of filling dish, common frame 19, the motor commonly used 2 of fixedlying connected, with motor of common circular filling dish 6, filling dish top, with transmission mechanism, the relative vertical placement that is rotatably connected, the common rotating mechanism that is in transmission connection with motor, its top and filling dish 6 bottoms with deflection of crankshaft portion with frame; Connecting rod 15 is fixedlyed connected with the cutter head 9 usefulness common methods of below; Filling dish 6 lateral walls adopt common rolling to be connected in horizontal plane with rotating mechanism; Transmission mechanism, rotating mechanism are installed on the frame 19 with common method respectively, and bent axle 13 left and right two ends are relative being rotatably connected with frame; Elevating mechanism 4 is fixedlyed connected with common method with frame; In the present embodiment, transmission mechanism is the common upper and

lower driving pulley

12,3 of a pair of mutual correspondence in left side, and the underdrive belt pulley is fixedlyed connected with common method with motor shaft, and last driving pulley is fixedlyed connected with common method with the bent axle left end; In the present embodiment, as shown in Figure 2, rotating mechanism comprises transmission mechanism, bent axle 13, on a pair of mutual correspondence on right side common, following rotating

pulley

14,20, be installed in common gear-box 28 on the frame 19 with common method, be positioned on common that a pair of mutual tooth of gear-box connects, following

bevel gear

27,26, the common rubber wheel of erectting 29, inversion mechanism, last rotating pulley is fixedlyed connected with common method with bent axle 13 right-hand members, the following rotating belt wheel shaft of level passes the bevel gear bearing fixedlys connected with the following bevel gear 26 usefulness common methods of level, following bevel gear bearing is installed in the gear-box 28 with common method, following rotating pulley and the coaxial running of following bevel gear, 27 vertical of last bevel gears pass an epicone gear-bearing fixedlys connected with common method with 29 of the rubber wheels of top, the epicone gear-bearing is installed in the gear-box 28 with common method, last bevel gear and the coaxial running of rubber wheel, rubber wheel and filling dish 6 lateral walls are that common rolling is connected; In the present embodiment, inversion mechanism is comprising common horizontal hand grip 24, compression spring 31, transposition support, in the present embodiment, transposition support is comprising common left support plate 30, central dividing plate 21, right fixed head 22, following rotating pulley 20 is between left support plate and central dividing plate, left side support plate, central dividing plate is fixedlyed connected with gear-box 28 usefulness common methods, the positioning pipe 23 that has a common horizontal positioned on the right flank of right fixed head, the right-hand member of positioning pipe has a common groove, right fixed head is fixedlyed connected with frame 19 usefulness common methods, in the transposition support of compression spring 31 between central dividing plate and right fixed head, compression spring left end connects central dividing plate, right-hand member connects right fixed head, the handlebar left end passes positioning pipe 23, right fixed head 22, compress spring 31 and be common relative being rotatably connected with central dividing plate 21, have on the handlebar on right fixed head right side one with the corresponding common backstay 25 of positioning pipe 23 upper grooves, 19 one-tenth common horizontally slipping of gear-box 28 and frame are connected; In the present embodiment, filling dish 6 bottoms are circular chopping board 7, and the chopping board edge has extended upward common baffle plate 8, have the common filling mouth of getting on the baffle plate, and rubber wheel 29 and baffle plate lateral wall become common rolling to be connected; In the present embodiment, as shown in Figure 3, cutter head 9 is comprising a plurality of common blade 10 of fixedlying connected with common method with cutterhead of the circular beater plate 11 on top, bottom; In the present embodiment, connecting rod 15 comprises common connecting rod 16 and guide post 17, the connecting rod upper end is common relative being rotatably connected with bent axle 13 bends, and the connecting rod lower end is common relative being rotatably connected with the guide post upper end, fixedlys connected with cutterhead 11 usefulness common methods in the cutter head in the guide post lower end; In the present embodiment, frame 19 middle parts have common guide plate 18, have common pilot hole on the guide plate, and guide post 17 passes pilot hole and becomes the common connection that slides up and down with it; In the present embodiment, have common filling disc carrier 5 on the frame of filling dish 6 belows, fixedly connected with elevating mechanism 4 usefulness common methods in filling disc carrier middle part, have a common location lifting shaft 1 of erectting on the elevating mechanism, the location lifting shaft passes a lifting bearing, fixedly connected with common method with the lifting bearing in filling dish 6 bottoms, the filling dish can rotate in horizontal plane around the location lifting shaft.

Underdrive belt pulley in the motor-driven transmission mechanism, the underdrive belt pulley drives by belt and goes up the driving pulley rotation, last driving pulley drives bent axle and rotates, the bent axle drivening rod pumps, thereby guide post drives cutter head along pilot hole on the guide plate and does to move back and forth vertically, and cutter head drives that blade just can ceaselessly cut meat on the chopping board of filling dish, vegetables etc.; In the present embodiment, motor rotates by going up rotating pulley in transmission mechanism, the crank-driven rotating mechanism simultaneously, last rotating pulley drives down by belt, and rotating pulley rotates, following bevel gear coaxial rotation in the following rotating belt wheeling driving gear case, following bevel gear connects drive epicone gear by tooth and rotates, epicone gear driven rubber wheel coaxial rotation, rubber wheel connect drive filling dish and rotate in horizontal plane by rolling; Spur handle to the right, handlebar drive central dividing plate, central dividing plate drive left support plate, left support plate driven gear case slides to the right along frame, and then rubber wheel is contacted with the filling disk detachment, and the filling dish is stopped operating.

Claims

1, a kind of mincing machine, cutter head (9) comprising filling dish (6), filling dish top is characterized in that: the bent axle (13) of the transmission mechanism that it also comprises frame (19), the motor (2) fixedly connected with frame, be in transmission connection with motor, the horizontal positioned that is in transmission connection with transmission mechanism, the connecting rod (15) of the relative vertical placement that is rotatably connected with deflection of crankshaft portion; The filling dish is installed on the frame; Connecting rod (15) is fixedlyed connected with the cutter head (9) of below; Transmission mechanism is installed on the frame (19); The left and right two ends of bent axle (13) are relative being rotatably connected with frame (19).

2, mincing machine according to claim 1 is characterized in that: this mincing machine also comprise the rotating mechanism that is in transmission connection with described motor (2), with described filling dish (6) the relative elevating mechanism that is rotatably connected in bottom (4); Filling dish (6) lateral wall rolls with rotating mechanism and is connected; Rotating mechanism is installed on the described frame (19), and elevating mechanism (4) is fixedlyed connected with frame.

3, mincing machine according to claim 2, it is characterized in that: described transmission mechanism is a pair of upper and lower driving pulley (12,3) in left side, the underdrive belt pulley is fixedlyed connected with described motor (2) axle, and last driving pulley is fixedlyed connected with described bent axle (13) left end; Described rotating mechanism rotates up and down belt pulley (14,20), is installed in gear-box (28) on the described frame (19), is positioned at the upper and lower bevel gear (27,26) that a pair of mutual tooth of gear-box connects, the rubber wheel of erectting (29) comprising transmission mechanism, bent axle (13), right side a pair of; Last rotating pulley is fixedlyed connected with the bent axle right-hand member, the following rotating belt wheel shaft of level passes the bevel gear bearing fixedlys connected with the following bevel gear of level, following bevel gear bearing is installed in the gear-box (28), following rotating pulley and the coaxial running of following bevel gear, vertical last bevel gear shaft passes an epicone gear-bearing fixedlys connected with the rubber wheel shaft of top, the epicone gear-bearing is installed in the gear-box (28), last bevel gear and the coaxial running of rubber wheel, rubber wheel roll with described filling dish (6) lateral wall and are connected.

4, mincing machine according to claim 3 is characterized in that: described rotating mechanism also comprises inversion mechanism, and inversion mechanism is comprising horizontal hand grip (24), compression spring (31), transposition support; Transposition support is comprising left support plate (30), central dividing plate (21), right fixed head (22); Described rotating pulley (20) down is between left support plate and central dividing plate, left side support plate, central dividing plate is fixedlyed connected with described gear-box (28), have a positioning pipe (23) on the right flank of right fixed head, the right-hand member of positioning pipe has groove, right fixed head is fixedlyed connected with described frame (19), in the transposition support of compression spring between central dividing plate and right fixed head, the handlebar left end passes positioning pipe, right fixed head, compression spring and be relative being rotatably connected with central dividing plate, have on the handlebar on right fixed head right side one with the corresponding backstay of positioning pipe upper groove (25), gear-box (28) is connected for horizontally slipping with frame.

5, mincing machine according to claim 4 is characterized in that: described filling dish (6) bottom is circular chopping board (7), and the chopping board edge has extended upward baffle plate (8), has on the baffle plate to get the filling mouth; Described rubber wheel (29) rolls with the baffle plate lateral wall and is connected.

6, mincing machine according to claim 5 is characterized in that: described cutter head (9) comprises the cutterhead (11) on top, the blade of fixedlying connected with cutterhead (10) of bottom.

7, mincing machine according to claim 6, it is characterized in that: described connecting rod (15) comprises connecting rod (16) and guide post (17), the connecting rod upper end is relative being rotatably connected with described bent axle (13) bend, and the connecting rod lower end is relative being rotatably connected with the guide post upper end; Fixedly connected with cutterhead (11) in the described cutter head in the guide post lower end.

8, mincing machine according to claim 7 is characterized in that: described frame (19) middle part has guide plate (18), has pilot hole on the guide plate, and described guide post (17) passes pilot hole and becomes to slide up and down connection with it.

9, according to claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 described mincing machines, it is characterized in that: have filling disc carrier (5) on the frame (19) of described filling dish (6) below, fixedly connected with described elevating mechanism (4) in filling disc carrier middle part, have a location lifting shaft (1) of erectting on the elevating mechanism, the location lifting shaft passes a lifting bearing, and the filling tray bottom is fixedlyed connected with the lifting bearing.