CN203378458U - Production device for pizzas - Google Patents
Production device for pizzas Download PDFInfo
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- CN203378458U CN203378458U CN201320398194.6U CN201320398194U CN203378458U CN 203378458 U CN203378458 U CN 203378458U CN 201320398194 U CN201320398194 U CN 201320398194U CN 203378458 U CN203378458 U CN 203378458U
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Abstract
The utility model relates to a production device for biscuits and similar products. The production device comprises a powder metering and distributing device, a powder stirring device, a first pressurizing and heating device, a second pressurizing and heating device, a pressurizing and heating base plate, an auxiliary material spreading device, an ingredient laying device, a refrigeration device, an oven, a conveying hand board, a conveying guide rail and a control device, the conveying guide rail is used for matching the conveying hand board to move, so that biscuit blanks are conveyed, the conveying guide rail is a three-dimensional guide rail and comprises an X-axis guide rail, a Y-axis guide rail and a Z-axis guide rail which are mutually perpendicular, the Z-axis guide rail is arranged on the X-axis guide rail, the Y-axis guide rail is arranged on the Z-axis guide rail, and the conveying hand board is arranged on the Y-axis guide rail. Pizzas are automatically produced by the aid of the three-dimensional conveying guide rail, production efficiency is high, and the device can be flexibly configured as needed. The production device is high in production efficiency and high in practicability.
Description
Technical field
The process units of the utility model involvement aspect cake ex hoc genus anne food.
Background technology
The patent of invention that China Patent No. is 98801530.7 discloses a kind of method and apparatus of producing pizza, the pizza of indivedual customizations of selecting individually from catalogue listing with the production basis of mechanical automation, and in fact by non-that cook in advance or batching that deeply freeze fast, start to make the face base, these face bases are through other seasoning, batching, with filling and baking, just can be made at short notice the product for consumption, adopt production line straight line or annular to realize said method.Described device comprises metering and weighing device, knead dough and pressurizing unit, for the building mortion of flat cake, catsup metering device, number cover metering and distributor with distributor, insertion apparatus, oven, the moving-out device that baked pizza is shifted out for entering oven, lead to the conveying device of oven from shaping stage for flat cake.
There is following defect in the method and apparatus of above-mentioned production pizza: adopt aborning straight line or annular production line, and efficiency is low, speed is slow, and each operation needs successively along line configuration, can not flexible topology, cause device volume larger.When making the face base, use building mortion to carry out disposable press molding to dough, the flat cake of formation in uneven thickness.All need to be by the insertion apparatus for entering oven and the moving-out device that baked pizza is shifted out during flat cake turnover baking box, complex steps, the apparatus structure complexity, conveying device can only be moved along production line, very flexible, and conveying device need to continue to be heated to prevent conveying device and flat cake glutinous sticky and not easily separated.The production required time that completes a pizza is longer.
The utility model is improved the device of producing pizza, and the concrete conveying to biscuit, the pressurization of dough, the equipment such as interpolation of auxiliary material are improved, to overcome the defect existed in prior art.
Summary of the invention
The purpose of this utility model is the problem existed in order to solve prior art, and a kind of process units of pizza is provided.
For achieving the above object, the technical solution of the utility model is as follows:
A kind of device of producing pizza, comprise the powder metering distributor, the powder stirring device, the first pressurized, heated device, the second pressurized, heated device, the pressurized, heated chassis, auxiliary material spreading device, the batching laying device, cold storage plant, baking box, carry palm, conveying, control device, described conveying is used for and carries the palm routing motion, complete the conveying of biscuit, described conveying is the 3 D stereo guide rail, comprise the X axis guide rail, the Y-axis guide rail, the Z-axis direction guide rail, the X axis guide rail, the Y-axis guide rail, the Z-axis direction guide rail is orthogonal, the Z-axis direction guide rail is arranged on the X axis guide rail, the Y-axis guide rail is arranged on the Z-axis direction guide rail, carry palm to be arranged on the Y-axis guide rail.
Described powder stirring device comprises drum-shape cavity, central shaft, water inlet, cavity upper cover, cavity lower cover, be fixed with two symmetrical L-type puddlers on described central shaft, central shaft is connected with a motor, and the cavity upper cover is connected with motor respectively with the cavity lower cover.
Described pressurized, heated chassis comprises pallet, chassis, and pallet and chassis level ground arrange, and between pallet and chassis, are provided with support bar, form free space.
The longitudinal profile that adds pressure surface of described the second pressurized, heated device is concave panel.
Described device also comprises the pizza boxes producing device, described pizza boxes producing device comprises sucker, pressure setting, support, frame-saw, described frame-saw, pressure setting are square, framework is fixedly installed in device, support can make progress and be arranged on rotationally on the edge of frame-saw, pressure setting can vertically be arranged in frame-saw up and down movably, and sucker fixedly is located on pressure setting.
Described device also comprises the pizza output window, in described pizza output window, is provided with gag lever post, boss, and described gag lever post is for separating of the conveying palm that enters the pizza output window and carry the pizza on palm, and described boss is for placing pizza box.
Compared with prior art, the utility model is the automated production pizza, adopts aborning three-dimensional conveying, and production efficiency is high, and device is flexible configuration as required.Conveying device adopts the conveying palm that does not need heating, practical, can transport flexibly, shift biscuit, carries palm and three-dimensional conveying routing motion, can easily biscuit be transported to each operation station.The utility model production efficiency is high, and the production that completes a pizza only needs 2.5-3min, and dough is carried out to twice pressurization, and the pizza size is controlled, places a plurality of ingredient capsule, and the taste of pizza can customize as required.Increase the automatic vending function, by inserting coins or swiping the card, can realize selling of pizza, save manpower.
The accompanying drawing explanation
Fig. 1 is apparatus structure schematic diagram of the present utility model;
The cutaway view that Fig. 2 is the utility model device;
The structural representation that Fig. 3 is the utility model powder stirring device;
Fig. 4 is the utility model pressurization chassis, the second pressue device and the structural representation of carrying palm;
Fig. 5 is that the utility model shifts biscuit to the view of carrying palm;
The structural representation that Fig. 6 is the utility model cold storage plant;
Fig. 7 is the view that the utility model carries palm to move below cold storage plant;
Fig. 8 is the view that the utility model carries palm to enter baking box;
Fig. 9 is the view that the utility model carries palm to enter the pizza output window;
The structural representation that Figure 10 is the utility model pizza boxes producing device.
The specific embodiment
For making that architectural feature of the present utility model and the effect reached are had a better understanding and awareness, coordinate detailed explanation in order to preferred embodiment and accompanying drawing, be described as follows:
Referring to Fig. 1, Fig. 2, as shown in the figure, explanation shown in figure meets of the present utility model, for the production of the device of pizza.In this device, comprise powder metering equipment 1, powder stirring device 2, pressurized, heated chassis 3, the first pressurized, heated device 4, the second pressurized, heated device 5, auxiliary material spreading device 6, batching laying device 7, cold storage plant 8, baking box 9, pizza boxes producing device 10, carry palm 11, conveying 12, pizza output window 13, control device, above-mentioned parts are installed in a basic framework.
Described control device comprises a total industry control case, and for the operation of the device all parts of production control pizza, specifically, the industry control case sends operating instruction to each motor, the parts operation in motor driver.
Described powder metering equipment 1 is for measuring the amount of producing a required powder of pizza, and will produce a required powder of pizza and be assigned to powder stirring device 2 from powder metering equipment 1.
As shown in Figure 4, Figure 5, pressurized, heated chassis 3 comprises pallet 3a, chassis 3b, be provided with support bar 3c between pallet 3a and chassis 3b, form free space 3d, described pallet 3a can be from heating, pressurized, heated chassis 3 is driven by motor, can realize rectilinear motion, described straight-line direction is consistent with the direction of Y-axis guide rail, pressurized, heated chassis 3 moves to the below of powder stirring device 2 in advance, after cavity lower cover 2e opens, the dough in cavity relies on self gravitation directly to drop on the center of hot pallet 3a.
The first pressurized, heated device 4 is a centrifugal disc, diameter is 11cm, can, from heating, be configured in powder stirring device 2 sides, as shown in Figure 1, after dough drops on pallet 3a, the first pressurized, heated device of preheating in advance is subject to Electric Machine Control, moves to the dough top, to dough, presses down, dough is pressed into to the crude green body of predetermined thickness, the diameter of crude green body is less than 11cm.
Pressurized, heated chassis 3 moves to the below of the second pressurized, heated device 5 with crude green body, as shown in Figure 4, the second pressurized, heated device 5 is a centrifugal disc, can be from heating, internal diameter is 27cm, the second pressurized, heated device 5 presses down to crude green body, crude green body is pressed into to biscuit 15, the longitudinal profile that adds pressure surface of described the second pressurized, heated device 5 is concave panel, the concave panel here has two effects, the first, the second pressurized, heated device 5, in the process of formation biscuit 15 that crude green body is pressurizeed, prevents that biscuit 15 from overflowing between the second pressurized, heated device 5 and pallet 3a downwards.The second, when pressurized, heated chassis 3 is removed, prevent that biscuit 15 is along with move together on pressurized, heated chassis 3.
Carry palm 11 movably to be located on Y-axis guide rail 12b, as shown in Figure 1, controlled by screw motor and can on Y-axis guide rail 12b, come and go rectilinear motion, carry palm 11 to enter the free space 3d on pressurization chassis 3, thereby enter between pallet 3a and chassis 3b, as shown in Figure 5.When biscuit 15 is shaped, move to the direction of carrying palm 11 to enter pallet 3a and chassis 3b on pressurization chassis 3, and biscuit 15 separates with pallet 3a, and biscuit 15 relies on self gravitation to drop on and carries on palm 11, biscuit 15 carries palm 11 to move with biscuit 15 after dropping on fully and carrying on palm 11.Carrying palm 11 is the hand-type thin plate, need not be heated or preheating.Because dropping on before carrying palm 11, biscuit 15 continues to be heated, biscuit 15 can be glutinous not sticky with conveying palm 11, there is free space owing to carrying on palm 11, even biscuit 15 slightly sticks and glues with carrying palm 11, utilize the free space of carrying palm 11 also can easily biscuit 15 be separated with carrying palm 11, as shown in Figure 8, carry palm 11 to enter baking box with completing reinforced biscuit 15, by carrying free space and the grill in baking box on palm 11 to coordinate, biscuit 15 is separated with carrying palm 11.
Conveying 12 is the 3 D stereo guide rail, is located in device, and its effect is to transport to carry palm 11, and conveying 12 can carry palm to complete all conveyings after biscuit is shaped by carrying palm 11 to be transported to the optional position in device, coordinating.As shown in Figure 1, guide rail 12 comprises X axis guide rail 12a, Y-axis guide rail 12b, Z-axis direction guide rail 12c, described X, Y, Z axis is consistent with the direction in reference axis, carry palm 11 to be located at movably on Y-direction guide rail 12b, Y-axis guide rail 12b is located on Z-axis direction guide rail 12c, can realize the 12d that moves, Z-axis direction guide rail 12c can carry out rectilinear motion 12e along the X axis guide rail, thereby drive Y-axis guide rail 12b and carry out together rectilinear motion 12e, described motion is rectilinear motion that can be round, carry palm 11 to drive the spreading that biscuit 15 completes auxiliary material at the volley, the lay of batching, baking, packaging and other steps.
Auxiliary material spreading device 6 comprises peristaltic pump, passage, and as shown in Figure 1, described peristaltic pump is prior art, and passage is placed in peristaltic pump, and under the peristaltic pump effect, the fluid auxiliary material in passage flows out from the discharging gate of passage.When discharging, auxiliary material spreading device 6, under step motor control, carries out regular round rectilinear motion, and the direction of its motion is vertical with the direction of motion of carrying palm 11.Under the routing motion of guide rail 12, carry palm 11 to move along X axis guide rail 12a with biscuit 15, complete at the volley the interpolation of auxiliary material.Specifically, biscuit 15 is in auxiliary material spreading device 6 times through out-of-date, and auxiliary material spreading device 6 is derived the fluid auxiliary material at the volley from discharging gate, and the fluid auxiliary material spreading of derivation is on the surface of the biscuit 15 of motion, until biscuit 15 leaves, auxiliary material spreading device 6 stops spreading and motion.The distance of the movement velocity of auxiliary material spreading device 6 and back and forth movement is set in advance, makes biscuit 15 behind auxiliary material spreading device 6 belows, and the fluid auxiliary material can be by the surface coverage of biscuit 15.Described fluid auxiliary material is can add ground fluid auxiliary material arbitrarily, comprises catsup, peanut butter etc.
After completing the interpolation of auxiliary material and batching, carry palm 11 that biscuit is sent into to baking box 9, as shown in Figure 8, carry palm 11 to leave baking box, baking box 9 was toasted biscuit according to the default time.After having toasted, carry palm 11 to enter baking box 9, pizza is shifted out to baking box 9, carry palm 11 that pizza is sent into to pizza output window 13.
Described device also comprises pizza boxes producing device 10, as shown in figure 10, described pizza boxes producing device 10 comprises sucker 10a, pressure setting 10b, support 10c, frame-saw 10e, described frame-saw 10e is square, be fixedly installed in device, support 10c can make progress and be arranged on rotationally on the edge that adds frame, cannot rotate along frame-saw 10e, the above lower vertical sliding of pressure setting 10b is arranged in frame-saw 10e movingly, and sucker 10a fixedly is located at four angles of the bottom surface of pressure setting 10b.
Described device all parts detachability is strong, need to be to the parts in device carry out cleaning and sterilizing the time, only will relate to parts and be dismantled, replaces and get final product, very convenient.For example, the conveying palm 11 in device can be from Y-axis guide rail 12b dismounting, and the central shaft in powder stirring device 2 can be dismantled, and the grill in baking box can be dismantled, and the passage in auxiliary material spreading device is disposable use.The shell of described device can be for convenience detach, and in the past rear left and right sides all can be opened said apparatus, convenient for maintaining, interpolation raw material.
Practical said apparatus carries out the production of pizza, comprises the steps:
1, the metering of powder: powder metering equipment 1 carries out quantitative distribution by powder;
The powder mixed is in advance put into to powder metering equipment 1, and powder mainly consists of flour, and adds as required other compositions, such as Wheat Sprout Powder, yeast powder, edible salt, other sugars.Powder metering equipment 1 is prior art, is not described in detail here, and powder metering equipment 1 will be produced a required powder of pizza and be assigned to powder stirring device 2 from powder metering equipment 1.
2, dough is made: quantitative powder and pure water are mixed into dough in powder stirring device 2;
The cavity upper cover 2d that is positioned at the powder stirring device 2 of powder metering equipment 1 below opens, the powder distributed directly falls into powder stirring device 2, quantitative pure water enters drum-shape cavity 2a by water inlet 2c under the water pump power effect, central shaft 2b drives puddler 2f High Rotation Speed under motor drives, after rotating speed reaches 1400 rev/mins, carry out counter-rotating, above-mentioned rotation makes powder and water fully be mixed into dough, produce centrifugal force by counter-rotating, dough is got rid of and drops on cavity bottom, motor drives cavity lower cover 2e to open, dough relies on self gravitation to fall on the pressurized, heated chassis 3 of preheating.
3, crude green body is shaped: dough is placed on pressurized, heated chassis 3, and the first 4 pairs, pressurized, heated device dough pressurizes into crude green body;
Dough drops on pressurized, heated chassis 3, and the first pressurized, heated device 4 of preheating in advance is subject to Electric Machine Control, moves to directly over dough, to dough, presses down, and dough is pressed into to the crude green body of predetermined thickness, and the diameter of crude green body is less than 11cm.Heating-up temperature is 50-100 ℃, and its effect is to make the easy moulding of crude green body, avoid the dough toughness, realize the preliminary heating of dough.
4, biscuit is shaped: the second 5 pairs, pressurized, heated device crude green body adds and is pressed into biscuit;
Pressurized, heated chassis 3 moves to the below of the second pressurized, heated device 5 with crude green body, the second pressurized, heated device 5 presses down to crude green body, and crude green body is pressed into to biscuit 15, and biscuit 15 is circular pancake, and diameter is 27cm, and thickness is 3-5mm.Heating-up temperature is 150-200 ℃, and its effect is to make the easy moulding of crude green body, avoid the dough toughness, realize the preliminary heating of dough.
5, add auxiliary material: by auxiliary material spreading device 6 to biscuit spreading fluid auxiliary material;
First the biscuit 15 on pressurized, heated chassis 3 is transferred to and carried on palm 11, concrete transfer method is: carry palm 11 to move along the Y-axis guide rail under motor drives, enter the free space 3d on pressurized, heated chassis 3, pressurized, heated chassis 3 moves away under motor drives, biscuit 15 separates with pressurized, heated chassis 3, and biscuit 15 relies on self gravitation to drop on and carries on palm 11.
Biscuit 15 carries palm 11 to move with biscuit 15 after dropping on fully and carrying on palm 11.Conveying 12 will carry palm 11 to be transported to the below of auxiliary material spreading device 6, coordinate the spreading of carrying palm 11 to complete biscuit fluid auxiliary material.Specifically, Z-axis direction guide rail 12c in conveying 12 is under the driving of stepper motor, along the X axis guide rail, 12a carries out rectilinear motion 12e, thereby the conveying palm 11 driven on Y-axis guide rail 12b carries out rectilinear motion 12e together, carry biscuit 15 on palm 11 in above-mentioned rectilinear motion through below auxiliary material spreading device 6, in biscuit 15 motions, through out-of-date, auxiliary material spreading device 6 is to biscuit 15 spreading fluid auxiliary materials.
The spreading mode of fluid auxiliary material is: biscuit 15 is in 6 times processes of auxiliary material spreading device, auxiliary material spreading device 6 is derived the fluid auxiliary material at the volley from discharging gate, the fluid auxiliary material spreading of deriving is on the surface of the biscuit 15 of motion, until biscuit 15 leaves, auxiliary material spreading device 6 stops spreading and motion.Auxiliary material spreading device 6, under step motor control, carries out regular round rectilinear motion, and the direction of its motion is vertical with the direction of motion of carrying palm 11.
6, add batching: by batching laying device 7 to biscuit lay solid ingredient;
Carry palm 11 to move to the below of batching laying device 7 with biscuit 15, in biscuit 1 motion, corresponding batching falls from batching laying device 7, directly drops on the surface of biscuit 15.Described batching can be made the batching consistent with biscuit 15 shapes, and for convenient, the lay that several batchings can be superimposed, also can, according to the needs of taste, adjust the batching in refrigerating box 8a immediately.Described batching is made the thin slice vacuum packaging of stack in plastic film tape 8b, batching laying device 7 pulls open plastic sheeting from both sides, make the thin slice free-falling between film, just, on the biscuit 15 fallen at the volley, the time that batching laying device 7 brings into operation is set in advance according to the position of biscuit 15.Described solid ingredient can be the addible food such as vegetables, fruit, meat, cheese.
7, the baking of pizza: the biscuit 15 that completes auxiliary material and batching interpolation is put into to baking box 9 and complete baking;
Biscuit 15 is after completing auxiliary material and batching interpolation, Z-axis direction guide rail 12c moves to the rear of baking box along X axis guide rail 12a, Y-axis guide rail 12b is with carrying palm 11 along moving on Z-axis direction guide rail 12c, move to the rear of window of the rear wall of baking box 9, the window along Y-axis line guide rail 12b to baking box moves with biscuit 15 to carry palm 11, carry palm 11 to enter baking box 9 from the window of baking box 9, biscuit 15 is transferred on the grill in baking box 9.Concrete transfer method is: carry palm 11 first to move to the top of grill, Y-axis guide rail 12b is with carrying palm 11 vertically to move down along the Z-axis direction guide rail, make the free space of carrying palm 11 to enter grill, biscuit 15 separates with carrying palm 11 when conveying palm 11 enters the free space of grill, biscuit 15 drops on grill, carry palm 11 to move after Y-axis guide rail 12b, leave baking box 9.
After carrying palm 11 to leave baking box, baking box 9 was toasted biscuit according to the default time.After having toasted, carry palm 11 to enter baking box 9, pizza is shifted out to baking box 9, carry palm 11 that pizza is sent into to pizza output window 13.
8, the packing of pizza: the pizza that will the complete baking pizza box of packing into;
When pizza is toasted, carry palm 11 to move to the below of pizza boxes producing device 10 by conveying 12, the pizza boxes made is placed on and carries on palm 11, carry palm 11 that pizza boxes is placed on boss 13b, after pizza has toasted, carry palm 11 that pizza is sent into to pizza output window 13, by gag lever post 13a, pizza is separated with carrying palm 11, and pizza drops on pizza box 14.
The preparation method of pizza boxes is: the sucker 10a in pizza boxes producing device 10 moves down with pressure setting 10b, cardboard sucking-off from cardboard case 10d of impression will be suppressed in advance, be placed on the support 10c of pizza boxes producing device 10, palm 11 to be conveyed moves to the below of cardboard, pressure setting 10b is to the cardboard vertical depression, two parallel edges in cardboard are vertically holded up along indentation line its support force pressing down middle dependence support 10c, two other parallel edges in cardboard is vertically holded up subsequently, and the limit vertical butt joint of vertically holding up be adjacent, so far complete the making of carton 14.Pressure setting 10b continues to move down, and carton breaks away from support 10c and drops on conveying palm 11.
After described biscuit 15 shapings, the conveying dependence conveying 12 of biscuit 15 is realized with the routing motion of carrying palm 11, the transfer dependence conveying palm 11 of biscuit 15, pizza, pizza boxes 14 and the realization that coordinates of each device.
The present embodiment adds the automatic vending function in the device of producing pizza, and all the other are all identical with embodiment 1.
The crust of the device of producing pizza is provided with payment window and user's control panel, the user is by the payment window defrayment on device, the means of payment is for inserting coins or swiping the card, the user selects the taste of required pizza, the taste of the optional pizza on control panel in display unit by control panel.After reimbursement of expense completes, said apparatus starts, and starts to carry out the production of pizza.The production of a pizza, from powder metering equipment 1, is placed on pizza output window 13 to the pizza with packing box and finishes.Concrete production process is identical with embodiment 1.It is 2.5-3 minute that the making that completes a pizza needs the time.Next user has paid, and pizza starts production again.Can also wheel be set in the bottom of said apparatus, easily mobile said apparatus.
Above demonstration and described the advantage of basic principle, principal character and the utility model of utility model.The technical staff of the industry should understand; the utility model is not restricted to the described embodiments; what in above-described embodiment and specification, describe is principle of the present utility model; under the prerequisite that does not break away from the utility model spirit and scope, the utility model also has various changes and modifications, and these changes and improvements all fall in claimed scope of the present utility model.The protection domain that the utility model requires is defined by appending claims and equivalent thereof.
Claims (6)
1. the process units of a pizza, it is characterized in that, comprise powder metering distributor (1), powder stirring device (2), the first pressurized, heated device (4), the second pressurized, heated device (5), pressurized, heated chassis (3), auxiliary material spreading device (6), batching laying device (7), cold storage plant (8), baking box (9), carry palm (11), conveying (12), control device, described conveying (12) for carry palm (11) routing motion, complete the conveying of biscuit, described conveying (12) is the 3 D stereo guide rail, comprise X axis guide rail (12a), Y-axis guide rail (12b), Z-axis direction guide rail (12c), X axis guide rail (12a), Y-axis guide rail (12b), (12c) is orthogonal for the Z-axis direction guide rail, Z-axis direction guide rail (12b) is arranged on X axis guide rail (12a), Y-axis guide rail (12b) is arranged on Z-axis direction guide rail (12c), carry palm (11) to be arranged on Y-axis guide rail (12b).
2. device according to claim 1, it is characterized in that, described powder stirring device (2) comprises drum-shape cavity (2a), central shaft (2b), water inlet (2c), cavity upper cover (2d), cavity lower cover (2e), be fixed with two symmetrical L-type puddlers (2f) on described central shaft (2b), central shaft (2b) is connected with a motor, and cavity upper cover (2d) is connected with motor respectively with cavity lower cover (2e).
3. device according to claim 1, it is characterized in that, described pressurized, heated chassis (3) comprises pallet (3a), chassis (3b), pallet (3a) and chassis (3b) flatly arrange, be provided with support bar (3c) between pallet (3a) and chassis (3b), form free space (3d).
4. device according to claim 1, is characterized in that, the longitudinal profile that adds pressure surface of described the second pressurized, heated device (5) is concave panel.
5. device according to claim 1, it is characterized in that, described device also comprises pizza boxes producing device (10), described pizza boxes producing device (10) comprises sucker (10a), pressure setting (10b), support (10c), frame-saw (10e), described frame-saw (10e), pressure setting (10b) is square, frame-saw (10e) is fixedly installed in device, support (10c) can make progress and be arranged on rotationally on the edge of frame-saw (10e), pressure setting (10b) can vertically be arranged on (10e) in frame-saw up and down movably, sucker (10a) fixedly is located on pressure setting (10b).
6. device according to claim 1, it is characterized in that, described device also comprises pizza output window (13), be provided with gag lever post (13a), boss (13b) in described pizza output window (13), described gag lever post (13a) is for separating of the conveying palm (11) that enters pizza output window (13) and carry the pizza on palm (11), and described boss (13b) is for placing pizza box (14).
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320398194.6U CN203378458U (en) | 2013-07-05 | 2013-07-05 | Production device for pizzas |
Applications Claiming Priority (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN201320398194.6U CN203378458U (en) | 2013-07-05 | 2013-07-05 | Production device for pizzas |
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| Publication Number | Publication Date |
|---|---|
| CN203378458U true CN203378458U (en) | 2014-01-08 |
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| Application Number | Title | Priority Date | Filing Date |
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| CN201320398194.6U Expired - Lifetime CN203378458U (en) | 2013-07-05 | 2013-07-05 | Production device for pizzas |
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Cited By (2)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103300079A (en) * | 2013-07-05 | 2013-09-18 | 宋天国 | Method and device for making pizza |
| CN105053116A (en) * | 2015-08-24 | 2015-11-18 | 桂林电子科技大学 | Fully automatic pizza production line |
-
2013
- 2013-07-05 CN CN201320398194.6U patent/CN203378458U/en not_active Expired - Lifetime
Cited By (3)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN103300079A (en) * | 2013-07-05 | 2013-09-18 | 宋天国 | Method and device for making pizza |
| CN105053116A (en) * | 2015-08-24 | 2015-11-18 | 桂林电子科技大学 | Fully automatic pizza production line |
| CN105053116B (en) * | 2015-08-24 | 2018-08-03 | 桂林电子科技大学 | Full-automatic pizza production line |
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| Date | Code | Title | Description |
|---|---|---|---|
| C14 | Grant of patent or utility model | ||
| GR01 | Patent grant | ||
| AV01 | Patent right actively abandoned |
Granted publication date: 20140108 Effective date of abandoning: 20141210 |
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| RGAV | Abandon patent right to avoid regrant |