CN2227932Y

CN2227932Y - Automatic fruit juice squeezer

Info

Publication number: CN2227932Y
Application number: CN 94221558
Authority: CN
Inventors: 马宏亚
Original assignee: Individual
Current assignee: Individual
Priority date: 1994-09-16
Filing date: 1994-09-16
Publication date: 1996-05-29
Anticipated expiration: 2004-09-16

Abstract

The utility model discloses an automatic fruit juice squeezer, which can automatically and continuously squeeze fresh orange juice, fresh citrus juice, and fresh shaddock juice. The automatic fruit juice squeezer is composed of a slicing mechanism, a feeding mechanism, a squeezing mechanism, and a material shifting rod. The automatic fruit juice squeezer can automatically and continuously realize the process of material cutting, material shifting, material feeding, juice squeeze, and residual material shatter, and the whole squeezing process can be clearly seen via a glass pull door outside a machine frame. When an orange falls from a feeding groove, the orange can be cut into two parts under the action of a material cutting rod, and the two parts of the orange can be respectively conveyed into the squeezing mechanism by the material shifting rod and the feeding mechanism; under the action of an upper and a lower pressure heads, the orange juice is squeezed out, and the residual orange peel is pushed into a residual collecting groove at the back by a material shattering swinging rod; by the reciprocating process, the process of the automatic juice squeeze is realized thereby.

Description

Automatic squeezer

The utility model relates to a kind of squeezer that can squeeze fresh orange-juice, fresh orange juice and grape-fruit juice automatically, continuously, all visible squeezer of particularly whole expressing process.

At present, along with the continuous pursuit of people to natural drink, the small-sized household juice extractor also occurs thereupon, and form has automatically and manual two kinds; But the pressure juice speed and the efficient of this squeezer are all lower, and can not realize fully automatically, can only satisfy the be in needs of edible natural drink of some people; Now, do not have on the market a kind of be suitable for commodity section sell usefulness efficiently, squeezer fast.

The purpose of this utility model just provides the squeezer of a kind of quick squeezing orange, and it can automatically realize pressing operations such as juice and removing residue.

The purpose of this utility model is achieved in that squeezer drives the main shaft framework by transmission system and realizes pumping.The course of work of squeezer is such: at first orange is sent into the operating position of slicing mechanism by chute feeder, and slicing mechanism is made up of cutting knife, depression bar, knife rest etc., and cutting knife is housed on the knife rest.Section faces the middle part of orange, when the main shaft framework moves downward, but with the orange of blank bar crush-cutting frame on knife rest that the main shaft framework connects firmly, orange is cut in half; The orange that is cut into half is sent to the squeezer structure by rod for stiring materials and feed mechanism.The squeezer structure is made up of seaming chuck and push-down head.Push-down head and support connect firmly, and seaming chuck and main shaft framework connect firmly, and when the main shaft framework moved downward, last push-down head just can push half orange, and orange juice is forced out.Be provided with a good rubber ring plate of elasticity around the push-down head, when the extruding orange, the rubber ring plate also is extruded distortion.When the main shaft framework moved upward, the rubber ring plate restored to the original state, and the defective material of orange is bounce back into the preceding position of extruding.Feed mechanism can also be got defective material except orange can being delivered on the push-down head position, thereby has finished processes such as blank, feeding, extruding, removing defective material.Constantly by the transmission system input, the main shaft framework constantly pumps power, makes and presses the juice process to carry out continuously.In addition, the front panel of squeezer body is the glass sliding door, makes the whole process of pressing juice can see through glass door and is clear that.

Owing to adopt this scheme, can realize efficiently, fast from dynamic pressure juice process, and whole pressure juice process is visible, strengthened people's interest and confidence level.

Below in conjunction with drawings and Examples the utility model is further specified.

Fig. 1 is a schematic diagram of the present utility model.

Fig. 2 of the present utility modelly cuts, stirs and make schematic diagram.

Fig. 3 is pressure head structure figure of the present utility model.

Fig. 4 is a feeder composition of the present utility model.

Fig. 5 is dnockout fork motion process figure of the present utility model.

Fig. 6 is an outside drawing of the present utility model.

Fig. 7 is the cooperation position figure that this reality is done novel knife rest and orange.

1. cranks, 2. rocking bars, 3. main shaft frameworks, 4. prismatic pairs, 5. rod for stiring materials torsion springs, 6. gag lever posts, 7. stopper slots, 8. rod for stiring materials, 9. push-down heads, 10. seaming chucks, 11. blank bars, 12. cam slides, 13. tracks, 14. dnockout fork extension springs, 15. dnockout forks, 16. backing rolls, 17. torque springs, 18. cutting knifes, 19. knife rests, 20. material loading bars, 21. support wheels, 22. rocking bars, 23. directive wheels, 24. rocking bar extension springs, 25. rubber ring plates, 26. juice grooves, 27. chute feeders, 28. oranges, 29. torque arms, 30. catch, 31. pins, 32. frames, 33. glass sliding doors, 34. switches among the figure

In Fig. 1, behind the electric motor starting, drive crank (1) and rotate, rotation is become the translation of main shaft framework (3) by rocking bar (2).Main shaft framework (3) is connected for prismatic pair (4) with frame (32), main shaft framework (3) can only be pumped and can not rotate.Blank bar (11) connects firmly with main shaft framework (3), forms slice systems with knife rest (19) and rod for stiring materials (8).Knife rest (19) is made up of pin (31), catch (30), section (18), torque arm (29) and torque spring (17).After orange (28) is sent into by chute feeder (27), just in time drop on the top of cutting knife (18), the baffle element of being made up of pin (31) and catch (30) has limited the top that orange (28) can only tumble cutting knife (18); Be with two backing rolls (16) respectively on the torque arm (29) on section (18) both sides, the position exceeds cutting knife (18), so that the orange (28) that firmly rolls into of frame just in time, makes cutting knife (18) align the middle part of orange (28), as shown in Figure 7.Torque spring (17) is housed on the torque arm (29), and torque arm (29) has two effects: the firstth, can adapt to the size of orange (28) within the specific limits automatically; The secondth, when blank bar (11) hobs orange (28), make orange (28) not be subjected to stopping of backing roll (16).When power input main shaft framework (3), and drive the blank bar (11) that connects firmly with it when moving downward, blank bar (11) hobs orange (28), and the cutting knife (18) of orange (28) i.e. under the quilt is cut to two halves, thereby finishes slicing processes.Rod for stiring materials (8) is connected with cylindrical pair with main shaft framework (3), and rod for stiring materials (8) can sway.Torque spring (5) is housed on rod for stiring materials (8), and rod for stiring materials when static (8) is pressed in the lower end of blank bar (11) by torque spring (5).Rod for stiring materials (8) makes curved shape shown in Figure 1, and all there is a segment distance at the two ends of rod for stiring materials (8) with respect to turning cylinder.When the descending and blank bar (11) of main shaft framework (3) also not with before orange (28) contacts, the limited bar in the rear end of rod for stiring materials (8) (6) stops; Main shaft framework (3) continues when descending, because stopping of gag lever post (6), thereby two rod for stiring materials (8) are all rotated: the rod for stiring materials on the left side (8) clockwise rotates, the rod for stiring materials (8) on the right rotates counterclockwise, as shown in Figure 2, thus the orange (28) that is cut open has been pushed between the material loading bar (11) and dnockout fork (15) of feed mechanism.

In Fig. 4, feed mechanism is made of rocking bar (22), material loading bar (20), dnockout fork (15), dnockout fork extension spring (14), directive wheel (23), rocking bar extension spring (24), support wheel (21), track (13), cam slide (12).Rocking bar (22) is connected with cylindrical pair with main shaft framework (3), also is connected for cylindrical pair with material loading bar (20).Rocking bar extension spring (24) one ends and frame (32) are fixing, the other end and rocking bar (22) are fixing, all the time producing one in the feed mechanism motion process has the pulling force of an angle down with horizontal line, and this pulling force constrains in support wheel (21) on the track (13) by rocking bar (22).When main shaft framework (3) is up, rocking bar (22) drives material loading bar (20) and dnockout fork (15) rearward moves along track (13), thereby will deliver to the operating position that orange (28) between material loading bar (20) and the dnockout fork (15) is pushed to the squeezer structure by rod for stiring materials (8).

In Fig. 5, the I state is main shaft framework (3) dnockout fork (15) and the situation of directive wheel (23) along track (13) walking when up.When directive wheel (23) ran to the front end below of cam slide (12), as state I I, dnockout fork extension spring (14) then was in the suspended state that does not stress.Directive wheel (23) enters in the gathering sill that is made of track (13) and cam slide (12), and moves forward, and this moment, dnockout fork (15) tension made anticlockwise rotation that himself produces relative to material loading bar (20); But because directive wheel (23) has entered in the gathering sill, the lower plane constraint directive wheel (23) of cam slide (12) continues to move along gathering sill.When motion in Fig. 5 during the position of III because directive wheel (23) has gone out gathering sill, thereby under the pulling force effect of dnockout fork extension spring (14), dnockout fork (15) produces and rotates counterclockwise, and makes dnockout fork (15) and directive wheel (23) link perk.Like this, rocking bar (22) drive support wheel (21) moves ahead when main shaft framework (3) is descending, and directive wheel (23) moves ahead along the upper surface of cam slide (12), has avoided the locational orange of push-down head (9) (28) is taken back.

In Fig. 3, the seaming chuck of squeezer (10) is recessed pressure head, and seaming chuck (10) ceaselessly moves up and down with main shaft framework (3); Push-down head (9) is protruding pressure head, be fixed on fruit juice groove (26), when seaming chuck (10) squeezes orange (28) downwards, under the effect of pressure, rubber ring plate (25) deforms, orange (28) is extruded between seaming chuck (10) and push-down head (9), and orange juice has flow in the fruit juice groove (26) around push-down head (9).When main shaft framework (3) was up, rubber ring plate (25) restored to the original state, and the orange peel that drains is gone up by the dnockout fork (15) of translation backward in rubber ring plate (25) and shifted onto in the defective material feeder of back, has finished the expressing process of an orange (28).So move in circles, realized the automation of squeezer.

In Fig. 6, can see glass sliding door (33).If the purpose of glass sliding door (33) is in order to see the whole process of squeezing orange (28) by glass door (33), be hundred-percent pure orange juice from the outflow of automatic squeezer exit so that allow client observe.

Claims

1, the automatic squeezer of a kind of automatic squeezing fresh orange-juice, fresh orange juice and grape-fruit juice, form by slicing mechanism, feed mechanism, squeezer structure and rod for stiring materials, it is characterized in that: slicing mechanism includes cutting knife (18), blank bar (11), knife rest (19), and cutting knife (18) is installed on the knife rest (19); Feed mechanism includes rocking bar (22), material loading bar (20), dnockout fork (15) and track (13); The squeezer structure includes seaming chuck (10), push-down head (9) and fruit juice groove (26).

2, automatic squeezer according to claim 1, it is characterized in that the blank bar (11) in the slicing mechanism fixedlys connected with main shaft framework (3), rod for stiring materials (8) is connected with cylindrical pair with main shaft framework (3), and torque spring (17) is housed on rod for stiring materials (8), have pin (31), catch (30) on the knife rest (19), and torque arm (29) is equipped with in knife rest (19) both sides, and torque spring (17) is housed on this torque arm (29).

3, automatic squeezer according to claim 1, it is characterized in that the rocking bar (22) in the feed mechanism is connected with material loading bar (20) and main shaft framework (3) cylindrical pair, rocking bar (22) is gone up and is connected a rocking bar extension spring (24), the other end of this rocking bar extension spring (24) is fixed on the frame, dnockout fork (15) is connected with material loading bar (20) cylindrical pair, a dnockout fork extension spring (14) in addition that is connected with dnockout fork (15), the other end of this dnockout fork extension spring (14) also is fixed on the frame, there is a directive wheel (23) to fixedly connected with an end of dnockout fork (15) and material loading bar (20) respectively with a support wheel (21), be positioned on the track (13), track (13) constitutes a gathering sill with cam slide (12).

4, automatic squeezer according to claim 1, it is characterized in that the seaming chuck (10) in the squeezer structure is recessed pressure head, fixedly connected with main shaft framework (3), push-down head (9) is protruding pressure head, fixedly connected with fruit juice groove (26), around push-down head (9), be provided with the rubber ring plate (25) that has many through holes.

5, automatic squeezer according to claim 1 is characterized in that the vitreum of glass sliding door (33) is transparent.