CN201986595U

CN201986595U - Frying foodstuff production equipment

Info

Publication number: CN201986595U
Application number: CN2010206633700U
Authority: CN
Inventors: 包海荣
Original assignee: Individual
Current assignee: Individual
Priority date: 2010-12-16
Filing date: 2010-12-16
Publication date: 2011-09-28
Anticipated expiration: 2020-12-16

Abstract

The utility model discloses frying foodstuff production equipment comprising an oil groove (1), wherein one end of the oil groove (1) is provided with a feeding apparatus (2), the other end of the oil groove (1) is provided with a discharging conveyer belt (3), and the bottom of the oil groove is provided with a heating apparatus (4). The frying foodstuff production equipment achieves mechanization production, and enables the process from feeding, frying to discharging to be automatic, thereby increasing production efficiency, reducing manpower and material resources, and saving energy.

Description

The fried food production equipment

Technical field

The utility model relates to a kind of food processing equipment that belongs to, and relates in particular to a kind of process equipment of fried food.

Background technology

At present, in food processing, carry out fried to food, be to fill with oil a tun the inside mostly, heating manually will be treated to carry out in the fried food adding container fried then, rely on workman's experience to differentiate whether fried putting in place of food, pull it out oil cauldron again.Also have the minority fried food equipment, but these equipment all have only single function, as fried, stir single functions such as diffusing, if can have a frying apparatus can from even blanking, fried, stir diffusing, control the fried time unanimity of fried food simultaneously, the time of advent is discharging together again, finishes from charging, is fried to the discharging series of processes, will save lot of manpower and material resources.

The utility model content

Technical problem to be solved in the utility model be to provide a kind of from charging, be fried to discharging, the fried food production equipment of fried back uniform quality.

The technical solution of the utility model is as follows: a kind of fried food production equipment, comprise oil groove, its key is: described oil groove one end is provided with feed arrangement, the described oil groove other end is provided with the discharging conveyer belt, described oil groove bottom is provided with heater, be horizontally arranged with rotating shaft on the described oil groove, these rotating shaft two ends are bearing on the oil groove sidewall through bearing, these rotating shaft both sides are respectively arranged with stirs loose arm and pusher arm, the described nearly oil groove feed end of arm rest that looses that stirs, the discharge end of the nearly oil groove of described pusher arm rest, the described arm that looses that stirs is surrounded by metallic sieve, supported by lattice framing in the metallic sieve of this tubular, described lattice framing is fixed in the rotating shaft by linking arm, and described pusher arm is made up of support bar and the shape ramuscule bar that colludes that is distributed on the support bar; Described rotating shaft one end passes the oil groove sidewall and is connected with wabbler mechanism, and this rotating shaft drives left-right rotation by wabbler mechanism, and described loose arm and the pusher arm of stirring swings up and down, and the material in the oil groove is patted.Food evenly enters from feed arrangement, and is fried in oil groove, sends from the discharging conveyer belt.

Food is carried out when fried, food moves to other end discharging from an end of oil groove, the rotating shaft left-right rotation, stirring diffusing arm and pusher arm swings up and down, stir the arm that looses and pat fried food, the food of getting together is patted out gently, the pusher arm also can be gently beating food, also have and stir diffusing food, the pusher arm mainly has been to promote the effect that food moves to discharge end simultaneously, the pusher arm is distributed in when patting and colludes the little lattice framing of shape on the support bar, and the hook part of its arc is along with the pusher arm is pushed ahead food downwards.

Above-mentioned wabbler mechanism is by first motor, first reductor, the cross-tie and first longitudinal tie are formed, wherein said first reductor is by first driven by motor, described first speed reducer output shaft is eccentric to be provided with, described cross-tie one end kink is on the output shaft of the first reductor off-centre, this cross-tie other end and the first longitudinal tie lower hinge, described first longitudinal tie upper end is solidly set on rotating shaft and stretches out on the termination of oil groove sidewall, the pin joint of the described cross-tie and first longitudinal tie is positioned at the bar-shaped trough that the first longitudinal tie bottom is opened along the first longitudinal tie length direction, and the pin joint of the described cross-tie and first longitudinal tie can move up and down along the bar hole of first longitudinal tie.The pin joint of the described cross-tie and first longitudinal tie can move up and down along the bar hole of first longitudinal tie.This mechanism design is more ingenious, drives the rotating shaft left-right rotation by off-centre, crank etc.

Above-mentioned feed arrangement comprises bracing frame, feed hopper, cylinder, expeller, second motor, described oil groove feed end is provided with bracing frame, support frame as described above is provided with feed hopper, a described feed hopper bottom part is positioned at the oil groove top and has charging aperture, this feed hopper inner bottom part is provided with cylinder, these cylinder two ends are bearing in the bracing frame both sides through bearing, described cylinder radial equipartition has expeller, described cylinder rotates, expeller on the cylinder will expect to release from feed hopper bottom feed mouth, and central shaft one end of described cylinder stretches out feed hopper by second driven by motor.

In production and processing, the food that band is fried adds in the material bin, cylinder is by the driven by motor uniform rotation, with fried food between two expellers, along with rotation is admitted to the corresponding charging aperture in bottom, because the rotating speed of cylinder is the same, almost contact when expeller is parallel to the ground in the rotation and between the front side wall, has only tiny gap, just can pass through, that is adorned between the expeller radial distribution, two expellers treats that the fried food amount is identical, thus each expeller amount into charging aperture of pushing be at the uniform velocity, constant adds.

The front side wall that above-mentioned feed hopper is positioned at the oil groove top is inserted with adjustable plate, and this adjustable plate is positioned at the feed hopper bottom, and forward and backward adjusting adjustable plate can be regulated the charging gap length between expeller and feed hopper front side wall; Described second driven by motor, second reductor drives the end rotation that drum central axis stretches out feed hopper through reductor again.The front side wall that above-mentioned feed hopper is positioned at the oil groove top is inserted with adjustable plate, this adjustable plate is positioned at the feed hopper bottom, when expeller is parallel to the ground in the rotation, parallel expeller is just in time relative with adjustable plate, and forward and backward adjusting adjustable plate can be regulated the charging gap length between expeller and feed hopper front side wall.Can arrive and regulate the size of sending into the charging aperture amount.

Above-mentioned heater comprises air blast and Gas Pipe, described oil groove bottom has cavity, described cavity side walls has the oil pocket that communicates with oil groove, one end of described oil groove has combustion gas, the air interface that communicates with cavity, described air blast and Gas Pipe are communicated with combustion gas, air interface, and the described oil groove other end is provided with the chimney that is communicated with cavity.

Above-mentioned air blast docks with combustion gas, air interface, and described Gas Pipe is connected combustion gas, air interface sidewall.

In heating process, the air that the combustion gas of Gas Pipe input and air blast are sent into carries out powerful mixing, make combustion gas the cavity internal combustion very fully, the oil pocket that heat in the while cavity not only conducts heat and also conducts heat and communicate to oil groove from the cavity both sides simultaneously to oil groove from the cavity top, heat transfer area is bigger, heat-transfer effect height, utilization rate are also high, and be very energy-conservation.

Above-mentioned discharging conveyer belt one end is positioned at oil groove, and this discharging conveyer belt other end stretches out outside the oil groove, and an end that is positioned at described oil groove is low, and other end height, conveyer belt are mesh-like.The oil of deep-fried food can not taken out of.

Beneficial effect: the utility model has been realized the charging of mechanization, fried, discharging, and charging rate is at the uniform velocity, and each inlet amount is the same, more stable, has made things convenient for follow-up fried operability, has improved the stability of fried back product quality and taste;

Fried food is carried out breaing up, simultaneously the promotion at the uniform velocity of fried food being moved to the discharge end of oil groove of mechanization when fried, reduced working strength of workers, improved efficient, this device can be realized food fried time basically identical in oil groove, has improved the stability of food;

Fuel mixes with air fully, sufficient combustion, and the heat transmission area after the burning is big simultaneously, and directly, the heat transfer efficiency height, very energy-conservation.

Description of drawings

Fig. 1 is the utility model structural representation;

Fig. 2 is that the A of Fig. 1 is to view;

Fig. 3 is the B-B schematic diagram of Fig. 2;

Fig. 4 is the rearview of Fig. 1;

Fig. 5 is the A-A cutaway view of Fig. 1.

The specific embodiment

The utility model is described in further detail below in conjunction with drawings and Examples:

As Fig. 1, Fig. 2, Fig. 3, Fig. 4, shown in Figure 5, a kind of fried food production equipment, comprise oil groove 1, feed arrangement 2, discharging conveyer belt 3, heater 4, described oil groove 1 one ends are provided with feed arrangement 2, described oil groove 1 other end is provided with discharging conveyer belt 3, described oil groove 1 bottom is provided with heater 4, be horizontally arranged with rotating shaft 5 on the described oil groove 1, these rotating shaft 5 two ends are bearing on oil groove 1 sidewall through bearing, these rotating shaft 5 both sides are respectively arranged with stirs loose arm 6 and pusher arm 7, the described arm 6 that looses that stirs is near oil groove 1 feed end, described pusher arm 7 is near the discharge end of oil groove, and the described arm 6 that looses that stirs is surrounded by metallic sieve 6a, is supported by lattice framing 6b in the metallic sieve 6a of this tubular, described lattice framing 6b is fixed in the rotating shaft 5 by linking arm 9, and described pusher arm 7 is made up of support bar 7a and the shape ramuscule bar 7b that colludes that is distributed on the support bar 7a; Described rotating shaft 5 one ends pass oil groove 1 sidewall and are connected with wabbler mechanism, and this rotating shaft 5 drives left-right rotation by wabbler mechanism 8, and described loose arm 6 and the pusher arm 7 of stirring swings up and down, and the material in the oil groove 1 is patted.Described wabbler mechanism 8 is by the first motor 8-7, the first reductor 8-8, the cross-tie 8-9 and the first longitudinal tie 8-10 form, the wherein said first reductor 8-8 is driven by the first motor 8-7, the described first reductor 8-8 output shaft is eccentric to be provided with, described cross-tie 8-9 one end kink is on the output shaft of the first reductor 8-8 off-centre, this cross-tie 8-9 other end and the first longitudinal tie 8-10 lower hinge, described first longitudinal tie 8-10 upper end is solidly set on rotating shaft 5 and stretches out on the termination of oil groove 1 sidewall, the pin joint of the described cross-tie 8-9 and the first longitudinal tie 8-10 is positioned at the bar-shaped trough that the first longitudinal tie 8-10 bottom is opened along the first longitudinal tie 8-10 length direction, and the pin joint of the described cross-tie 8-9 and the first longitudinal tie 8-10 can move up and down along the bar hole of the first longitudinal tie 8-10.

Described oil groove 1 is horizontally arranged with two rotating shafts 5, every rotating shaft 5 both sides are provided with stirs loose arm 8-3 and pusher arm 8-4, the first longitudinal tie 8-10 and cross-tie 8-9 that the rotating shaft 5 of described close reductor 8-8 connects are hinged, the second longitudinal tie 8-12 that described another root rotating shaft 5 connects is connected with cross-tie 8-9 by long draw 8-11, the end of this long draw 8-11 and cross-tie 8-9, the first longitudinal tie 8-10 are hinged, and the described long draw 8-11 other end is hinged in the bar hole of the second longitudinal tie 8-12.

Described feed arrangement 2 comprises bracing frame 2-2, feed hopper 2-3, cylinder 2-4, expeller 2-5, the second motor 2-6, described oil groove 1 feed end is provided with bracing frame 2-2, support frame as described above 2-2 is provided with feed hopper 2-3, a described feed hopper 2-3 bottom part is positioned at oil groove 1 top and has charging aperture, this feed hopper 2-3 inner bottom part is provided with cylinder 2-4, this cylinder 2-4 two ends are bearing in bracing frame 2-2 both sides through bearing, described cylinder 2-4 radial equipartition has expeller 2-5, described cylinder 2-4 rotates, expeller 2-5 on the cylinder 2-4 will expect to release from feed hopper 2-3 bottom feed mouth, and central shaft one end of described cylinder 2-4 stretches out feed hopper 2-3 and driven by the second motor 2-6.The front side wall that described feed hopper 2-3 is positioned at oil groove 1 top is inserted with adjustable plate 2-7, and this adjustable plate 2-7 is positioned at feed hopper 2-3 bottom, and forward and backward adjusting adjustable plate 2-7 can regulate the charging gap length between expeller 2-5 and feed hopper 2-3 front side wall; The described second motor 2-6 drives the second reductor 2-8, drives the end rotation that cylinder 2-4 central shaft stretches out feed hopper 2-3 through reductor 2-8 again.

Heater 4 comprises air blast 4-2 and Gas Pipe 4-3, described oil groove 1 bottom has cavity 1a, described cavity 1a side walls has the oil pocket that communicates with oil groove 1, one end of described oil groove 1 has combustion gas, the air interface 1b that communicates with cavity 1a, described air blast 4-2 and Gas Pipe 4-3 are communicated with combustion gas, air interface 1b, and described oil groove 1 other end is provided with the chimney 1c that is communicated with cavity 1a.Described air blast 4-2 docks with combustion gas, air interface 1b, and described Gas Pipe 4-3 is connected combustion gas, air interface 1b sidewall.Described discharging conveyer belt 3 one ends are positioned at oil groove 1, and these discharging conveyer belt 3 other ends stretch out outside the oil groove 1, and an end that is positioned at described oil groove 1 is low, and other end height, conveyer belt are mesh-like.

Although below in conjunction with the accompanying drawings preferred embodiment of the present utility model is described; but the utility model is not limited to the above-mentioned specific embodiment; the above-mentioned specific embodiment only is schematic rather than determinate; those of ordinary skill in the art is under enlightenment of the present utility model; under the prerequisite of the utility model aim and claim; can make multiple similar expression, such conversion all falls within the protection domain of the present utility model.

Claims

1. fried food production equipment, comprise oil groove (1), it is characterized in that: described oil groove (1) one end is provided with feed arrangement (2), described oil groove (1) other end is provided with discharging conveyer belt (3), described oil groove (1) bottom is provided with heater (4), be horizontally arranged with rotating shaft (5) on the described oil groove (1), this rotating shaft (5) two ends are bearing on oil groove (1) sidewall through bearing, this rotating shaft (5) both sides are respectively arranged with stirs diffusing arm (6) and pusher arm (7), the described diffusing arm (6) that stirs is near oil groove (1) feed end, described pusher arm (7) is near the discharge end of oil groove, the described diffusing arm (6) that stirs is surrounded by metallic sieve (6a), support by lattice framing (6b) in the metallic sieve of this tubular (6a), described lattice framing (6b) is fixed in the rotating shaft (5) by linking arm (9), and described pusher arm (7) is made up of the support bar (7a) and the little lattice framing of shape (7b) that colludes that is distributed on the support bar (7a); Described rotating shaft (5) one ends pass oil groove (1) sidewall and are connected with wabbler mechanism, and this rotating shaft (5) drives left-right rotation by wabbler mechanism (8), describedly stir diffusing arm (6) and pusher arm (7) swings up and down, and the material that oil groove (1) is interior is patted.

2. according to the described fried food production equipment of claim 1, it is characterized in that: described wabbler mechanism (8) is by first motor (8-7), first reductor (8-8), cross-tie (8-9) and first longitudinal tie (8-10) are formed, wherein said first reductor (8-8) is driven by first motor (8-7), described first reductor (8-8) output shaft is eccentric to be provided with, described cross-tie (8-9) end kink is on the output shaft of first reductor (8-8) off-centre, this cross-tie (8-9) other end and first longitudinal tie (8-10) lower hinge, described first longitudinal tie (8-10) upper end is solidly set on rotating shaft (5) and stretches out on the termination of oil groove (1) sidewall, described cross-tie (8-9) is positioned at the bar-shaped trough that open along first longitudinal tie (8-10) length direction first longitudinal tie (8-10) bottom with the pin joint of first longitudinal tie (8-10), and described cross-tie (8-9) can move up and down along the bar hole of first longitudinal tie (8-10) with the pin joint of first longitudinal tie (8-10).

3. according to the described fried food production equipment of claim 1, it is characterized in that: described feed arrangement (2) comprises bracing frame (2-2), feed hopper (2-3), cylinder (2-4), expeller (2-5), second motor (2-6), described oil groove (1) feed end is provided with bracing frame (2-2), support frame as described above (2-2) is provided with feed hopper (2-3), described feed hopper (2-3) bottom part is positioned at oil groove (1) top and has charging aperture, this feed hopper (2-3) inner bottom part is provided with cylinder (2-4), this cylinder (2-4) two ends are bearing in bracing frame (2-2) both sides through bearing, described cylinder (2-4) radial equipartition has expeller (2-5), described cylinder (2-4) rotates, expeller (2-5) on the cylinder (2-4) will expect to release from feed hopper (2-3) bottom feed mouth, and central shaft one end of described cylinder (2-4) stretches out feed hopper (2-3) and driven by second motor (2-6).

4. according to the described fried food production equipment of claim 3, it is characterized in that: the front side wall that described feed hopper (2-3) is positioned at oil groove (1) top is inserted with adjustable plate (2-7), this adjustable plate (2-7) is positioned at feed hopper (2-3) bottom, and forward and backward adjusting adjustable plate (2-7) can be regulated the charging gap length between expeller (2-5) and feed hopper (2-3) front side wall; Described second motor (2-6) drives second reductor (2-8), passes through reductor (2-8) again and drives the end rotation that cylinder (2-4) central shaft stretches out feed hopper (2-3).

5. according to claim 1 or 3 described fried food production equipments, it is characterized in that: described heater (4) comprises air blast (4-2) and Gas Pipe (4-3), described oil groove (1) bottom has cavity (1a), described cavity (1a) side walls has the oil pocket that communicates with oil groove (1), one end of described oil groove (1) has the combustion gas that communicates with cavity (1a), air interface (1b), described air blast (4-2) and Gas Pipe (4-3) and combustion gas, air interface (1b) is communicated with, and described oil groove (1) other end is provided with the chimney (1c) that is communicated with cavity (1a).

6. according to the described fried food production equipment of claim 1, it is characterized in that: described air blast (4-2) docks with combustion gas, air interface (1b), and described Gas Pipe (4-3) is connected combustion gas, air interface (1b) sidewall.

7. according to the described fried food production equipment of claim 1, it is characterized in that: described discharging conveyer belt (3) one ends are positioned at oil groove (1), this discharging conveyer belt (3) other end stretches out outside the oil groove (1), an end that is positioned at described oil groove (1) is low, other end height, described conveyer belt are mesh-like.