CN109051126B - Food changes material device - Google Patents

Food changes material device Download PDF

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Publication number
CN109051126B
CN109051126B CN201810894023.XA CN201810894023A CN109051126B CN 109051126 B CN109051126 B CN 109051126B CN 201810894023 A CN201810894023 A CN 201810894023A CN 109051126 B CN109051126 B CN 109051126B
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Prior art keywords
plate
turning plate
turning
subplate
folding
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CN201810894023.XA
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CN109051126A (en
Inventor
朱玉林
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Anhui same Industrial Design Co., Ltd.
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Anhui Xuantong Electromechanical Technology Co Ltd
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Priority to CN201810894023.XA priority Critical patent/CN109051126B/en
Publication of CN109051126A publication Critical patent/CN109051126A/en
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    • B—PERFORMING OPERATIONS; TRANSPORTING
    • B65—CONVEYING; PACKING; STORING; HANDLING THIN OR FILAMENTARY MATERIAL
    • B65B—MACHINES, APPARATUS OR DEVICES FOR, OR METHODS OF, PACKAGING ARTICLES OR MATERIALS; UNPACKING
    • B65B63/00—Auxiliary devices, not otherwise provided for, for operating on articles or materials to be packaged
    • B65B63/04—Auxiliary devices, not otherwise provided for, for operating on articles or materials to be packaged for folding or winding articles, e.g. gloves or stockings

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  • Engineering & Computer Science (AREA)
  • Mechanical Engineering (AREA)
  • Manufacturing And Processing Devices For Dough (AREA)

Abstract

The invention relates to a food transferring device, which is arranged on food folding equipment and comprises: the turning plate comprises a turning plate body, and at least one clamping opening for clamping materials is formed in the turning plate body; the turning plate mounting seat is used for mounting a turning plate; the mounting seat is rotatably mounted on the material transferring rack; and a turnover driving mechanism for adjusting the shape of the turnover plate. The technical scheme can be used in automatic production equipment for cake foods, and the production efficiency and reliability of the flour cake are effectively improved.

Description

Food changes material device
Technical Field
The invention relates to the field of food production, in particular to a food transferring device.
Background
The present invention relates to a method for producing pancake (thin pancake), and is characterized by that the pancake (thin pancake) is a food which can be extensively eaten, and at present, it is mostly produced by manpower, and in the market some automatic pancake-making machines are also appeared, but the automation of these mechanical equipments is low, and the pancake can not be folded, and its packaging and transportation are difficult, so that it is necessary to provide a mechanical equipment and system capable of solving the above-mentioned problems.
Disclosure of Invention
The invention aims to provide an automatic food production system which can automatically produce flour cakes.
In order to achieve the purpose, the invention adopts the following technical scheme:
an automatic food production system is used for producing a coarse cereal cake, and is characterized in that: comprising a food cooking device comprising:
the surface of the pan is horizontally arranged, the pan is rotatably arranged on the rack A, a heating mechanism for heating the pan is arranged on the rack A, the fabric is laid on the pan for curing and forming, and the drive mechanism A1 drives the pan to rotate;
the feeding device is used for distributing the fabric onto the surface of the pot;
the material distribution device is used for flatly paving the fabric on the pan surface;
the peeling device is used for peeling the cooked flour cake and the pan noodles;
the discharging device is used for discharging the peeled flour cakes;
and the control device is used for regulating and controlling the running state of each component.
The specific scheme is as follows:
the outer contour of the pan is round.
The feeding device comprises a feeding support, a feeding nozzle for spraying the shell fabric to the pan surface is arranged on the feeding support, and the feeding nozzle is connected with the shell fabric storage tank through a shell fabric conveying pipe and a shell fabric conveying pump.
The feeding nozzles are arranged on the feeding support at intervals, each feeding nozzle is connected with each fabric storage tank, and the fabrics in the fabric storage tanks are different in composition or color.
The body length direction of the feeding support passes through the center of the pan, the feeding nozzles are arranged at intervals along the body length direction of the feeding support, the feeding support is slidably mounted on the rack A along the body length direction of the feeding support, and the feeding support is connected with an A2 driving mechanism for driving the feeding support to move;
and when the fabric is sprayed, the A2 driving mechanism drives the feeding support to move to one side far away from the center of the pan.
The cloth device is provided with a cloth support and a cloth piece arranged along the radial range of the pan, the cloth piece is vertically arranged on the upper side of the pan, the lower edge of the cloth piece is parallel and level, and when the fabric is tiled, the distance between the lower edge of the cloth piece and the pan surface of the pan is consistent with the thickness of a cake to be made.
The carding piece that the upright form was arranged has on the distributing device, the carding piece is located the outside and the corresponding arrangement of cloth piece, the carding piece, the cloth piece sets up according to the preface along the rotation direction of pan, the carding piece includes carding piece body, the carding tooth that downwardly extending set up has on the carding piece body, the carding tooth is arranged along the body length direction interval of carding piece, the carding piece is along its body length direction slidable mounting on the cloth support, the carding piece is connected with its A3 actuating mechanism that removes of drive.
The material picking part is provided with material picking parts for picking up the materials adhered to the material combing teeth, the material picking parts comprise material picking plates which are horizontally arranged, material picking holes for inserting the material combing teeth are formed in the material picking plates, the material picking plates are arranged on the material combing parts in a lifting mode, and the material picking parts are driven to lift by an A4 driving mechanism.
The cloth device is provided with a water spraying piece for wetting the fabric, the water spraying piece and the cloth piece are arranged correspondingly, the water spraying piece and the cloth piece are arranged at intervals along the rotation direction of the pan, and the water spraying direction on the water spraying piece is obliquely downward and points to one side departing from the cloth piece.
The cloth support is rotationally installed on the rack A along the vertical direction, and the cloth support is driven to rotate by the driving mechanism A5.
The cloth support is provided with a cloth mounting seat, a cloth piece is mounted on the cloth mounting seat, the cloth mounting seat is mounted on the cloth support in a lifting mode, and the A6 driving mechanism drives the cloth mounting seat to lift.
One end of the material distribution piece, which is far away from the center of the pan, is provided with a material blocking piece for preventing the overflow of the fabric, the projections of the material blocking piece and the material distribution piece on the pan surface are sickle-shaped, the shape of the material blocking piece is matched with the outer contour of the pan, and the material blocking piece and the material distribution piece are sequentially arranged along the rotation direction of the pan.
The peeling device comprises a pancake turner which is arranged on the machine frame A along the radial direction of the pan in a sliding mode, the driving mechanism A7 drives the pancake turner to move, and the pancake turner is matched with the pan surface in height.
The pancake turner comprises a turner body which is horizontally arranged, the thickness of a blade body of the turner body is gradually increased from a cutting edge to a blade back, the blade back is the edge part of the turner body, which is far away from one side of the center of a pan, the lower blade surface of the turner body is horizontally arranged, and the height of the lower blade surface is consistent with the height of the pan surface.
The outline of the scraper knife body is a quadrangle, an angle A is arranged on the quadrangle, the angle A is an included angle between the edge where the cutting edge is located and the other adjacent edge, and the distance between the vertex of the angle A and the center of the pan is smaller than the distance between other points on the scraper knife body and the center of the pan.
The unloading device is provided with an unloading roller, the unloading roller is rotatably arranged on an unloading roller support, the unloading roller support is arranged on a machine frame A in a lifting mode, the unloading roller support is connected with an A8 driving mechanism, unloading columns are arranged on the periphery of the unloading roller and are arranged at intervals along the circumferential direction of the unloading roller, and the A8 driving mechanism adjusts the end portions of the unloading columns to be in contact with or separated from cakes on the pan surface.
The food curing equipment further comprises a cleaning device for cleaning the pan surface, the cleaning device comprises cleaning rollers which are arranged along the radial direction of the pan, the cleaning rollers are arranged on a cleaning support, the cleaning support is rotatably arranged on the rack A, the driving mechanism A9 adjusts the cleaning rollers to be in two states, one state is a working position for cleaning the pan surface on the upper portion of the pan surface, and the other state is a avoiding position for avoiding the manufacture of the pan surface peripheral facing cakes.
The cleaning roller comprises a long pipe body which is horizontally arranged, one end of the long pipe body is in a blocking shape, the other end of the long pipe body is connected with an air injection mechanism, the air injection mechanism injects mixed gas of edible oil and air into the long pipe body, an air outlet hole is formed in the pipe wall of the long pipe body, the air outlet hole is downward or obliquely downward, the air outlet hole is arranged along the length direction of the long pipe body, and a sponge sleeve is sleeved on the long pipe body.
The downside that the scrub roller is in avoiding the position is provided with the groove that gathers materials, and the edulcoration roller with scrub roller parallel arrangement is installed to the inslot rotation that gathers materials, is provided with the scrub roller mount pad on the cleaning support, and the scrub roller is installed on the scrub roller mount pad, and the scrub roller mount pad over-and-under type is installed on the cleaning support, and A10 actuating mechanism orders about the edulcoration roller and the scrub roller contacts or shells the branch.
The cleaning device and the distributing device are oppositely arranged on two sides of the pan, the peeling device is arranged between the cleaning device and the distributing device, the discharging device and the peeling device are oppositely arranged, the feeding device is arranged between the discharging device and the cleaning device, and the A conveying device for conveying the flour cakes discharged from the pan is arranged on the outer side of the discharging device.
Also comprises a food folding device for folding the flour cake.
The packaging equipment is used for packaging the folded flour cakes in bags.
The invention also provides food folding equipment which can reliably fold the flour cakes and is convenient for the bag-dividing packaging of the flour cakes, and the specific scheme is as follows:
a food folding apparatus, comprising:
the A conveying device is provided with an A feeding end and an A discharging end, and the A discharging end is provided with an A folding device for folding the food;
the conveying device B is provided with a feeding end B and a discharging end B, the feeding end B and the discharging end A are arranged correspondingly, and the feeding end B is provided with a folding device B for folding the food;
the food transferring device is arranged between the discharging end A and the feeding end B and is used for transferring the food folded by the folding device A to the feeding end B;
the food is pancake food.
The specific scheme is as follows: the food is battercake (flour cake).
A folding device folds the pancake to form a crease A; and the folding device B forms a crease B after the pancake is folded, and the crease A and the crease B are arranged in a crossed manner.
The conveying directions of the conveying device A and the conveying device B are arranged perpendicularly.
The conveying device A and the conveying device B are both rope conveying devices, each rope conveying device comprises a driving shaft and a driven shaft, the two ends of each driving shaft and the two ends of each driven shaft are correspondingly arranged in parallel, a conveying belt used for conveying materials is arranged between the driving shaft and the driven shafts, each conveying belt is composed of annular conveying ropes, and the annular conveying ropes are arranged at intervals along the axial length direction of the driving shaft.
The food transferring device comprises a turning plate and a transferring rack, the turning plate is rotatably arranged on the transferring rack, at least one clamping opening for clamping materials is arranged on the turning plate, the turning plate is in two states, one state is an A-folding state that one clamping opening on the turning plate is in an A discharging end to contain the materials conveyed by the A conveying device, and the A-folding device folds the food on the clamping opening; the second is a B folding state that the food folded by the A folding device is transferred to the feeding end B by the turning plate and is folded by the B folding device.
The turning plate is arranged on the turning plate mounting seat in a sliding manner along the body length direction of the turning plate, and the turning plate mounting seat is rotatably arranged on the material transferring rack.
The driving disks are correspondingly arranged on the driving shaft and the driven shaft, the diameters of the driving disks are larger than the outer diameters of the driving shaft and the driven shaft, the driving disks are respectively arranged on the driving shaft and the driven shaft at intervals, the annular conveying ropes are arranged on the driving disks, and the conveying surface height of the conveying device A is larger than that of the conveying device B.
A folding device includes the folding pivot of A, the folding pivot of A is located the downside of A conveyor's upper conveyer belt face, the interval sets up and is used for carrying out the folding A depression bar to food in the folding pivot of A, the annular conveying rope on A depression bar and the A conveyor is crisscross form and arranges, the long direction perpendicular to A folding pivot of pole of A depression bar is arranged, the folding pivot of A is connected with Z1 actuating mechanism, Z1 actuating mechanism adjusts A folding device and is in two kinds of states, one of which is: the A folding device is completely positioned at the avoidance position on the lower side of the upper layer conveyor belt surface of the A conveying device, and the second step is as follows: a, a working position for folding and pressing food in a clamping opening by a pressure lever; the A pressure lever is composed of a Z1 folded lever, and the Z1 folded lever comprises a Z1 straight lever section and a Z1 extending section which is arranged at one end of the Z1 straight lever section in an extending way;
when the turning plate is in an A folding state and the A pressure lever is in a working position: the folding rotating shaft A is positioned at the outer end of the turning plate, the Z1 straight rod section is positioned above the turning plate and is horizontally arranged, and the end part of the Z1 straight rod section, which is close to the folding rotating shaft A, is connected with the folding rotating shaft A through the Z1 extending section which is obliquely arranged.
The B folding device comprises a B1 folding mechanism and a B2 folding mechanism which are oppositely arranged, and the B1 folding mechanism and the B2 folding mechanism are respectively arranged at the two outer sides of the turning plate;
the B1 folding mechanism comprises a B1 folding rotating shaft, a B1 folding rotating shaft is positioned on the lower side of the upper layer conveyor belt surface of the B conveying device, B1 pressure levers for folding food are arranged on the B1 folding rotating shaft at intervals, the B1 pressure levers and the annular conveying ropes on the B conveying device are arranged in a staggered mode, the lever length direction of the B1 pressure lever is perpendicular to the B1 folding rotating shaft, the B1 folding rotating shaft is connected with a Z2 driving mechanism, and the Z2 driving mechanism adjusts the B1 folding mechanism to be in two states, wherein one of the two states is: the B1 folding mechanism is completely positioned at the avoidance position below the upper layer conveyor belt surface of the B conveyor device, and the second avoidance position is as follows: b1 the working position of folding and pressing the food in the nip by the pressure lever; the B1 pressure lever comprises Z21 zigzag lever, and the Z21 zigzag lever comprises a Z21 straight lever section and a Z21 extending section which is arranged at one end of the Z21 straight lever section in an extending way;
when the turning plate is in a B folding state and the B1 pressure lever is in a working position: the B1 folding rotating shaft is positioned at the outer side of the turning plate, the Z21 straight rod section is positioned above the turning plate and is horizontally arranged, and the end part of the Z21 straight rod section, which is close to the B1 folding rotating shaft, is connected with the B1 folding rotating shaft through the Z21 extending section which is obliquely arranged;
the B2 folding mechanism comprises a B2 folding rotating shaft, a B2 folding rotating shaft is positioned on the lower side of the upper layer conveyor belt surface of the B conveying device, B2 pressure levers for folding food are arranged on the B2 folding rotating shaft at intervals, the B2 pressure levers and the annular conveying ropes on the B conveying device are arranged in a staggered mode, the lever length direction of the B2 pressure lever is perpendicular to the B2 folding rotating shaft, the B2 folding rotating shaft is connected with a Z3 driving mechanism, and the Z3 driving mechanism adjusts the B2 folding mechanism to be in two states, wherein one of the two states is: the B2 folding mechanism is completely positioned at the avoidance position below the upper layer conveyor belt surface of the B conveyor device, and the second avoidance position is as follows: b2 the working position of folding and pressing the food in the nip by the pressure lever; the B2 pressure lever comprises Z22 zigzag lever, and the Z22 zigzag lever comprises a Z22 straight lever section and a Z22 extending section which is arranged at one end of the Z22 straight lever section in an extending way;
when the turning plate is in a B folding state and the B2 pressure lever is in a working position: the B2 folding rotating shaft is positioned at the outer side of the turning plate, the Z22 straight rod section is positioned above the turning plate and is horizontally arranged, and the end part of the Z22 straight rod section close to the B2 folding rotating shaft is connected with the B2 folding rotating shaft through the Z22 extending section which is obliquely arranged.
The invention also provides a food material transferring device for food folding equipment, which can realize the folding of flour cakes in different directions, and adopts the following scheme:
the utility model provides a food changes material device for install on food folding equipment which characterized in that: food changes material device includes:
the turning plate comprises a turning plate body, and at least one clamping opening for clamping materials is formed in the turning plate body;
the turning plate mounting seat is used for mounting a turning plate;
the mounting seat is rotatably mounted on the material transferring rack;
and a turnover driving mechanism for adjusting the turnover plate to turn over.
The turning plate and the turning plate mounting seat form sliding guide fit connection along the length direction of the turning plate, and the turning plate is connected with a plate body driving mechanism for driving the turning plate to move.
The turnover plate mounting seat is provided with a turnover plate mounting cavity, the turnover plate mounting cavity penetrates through the turnover plate mounting seat, the turnover plate is slidably mounted in the turnover plate mounting seat, the turnover plate mounting seat is provided with a turnover rotating shaft, the turnover plate mounting seat is connected with a material rotating frame in a rotating fit mode through the turnover rotating shaft, and the turnover rotating shaft and the turnover plate are arranged perpendicularly.
The turning plate body comprises a main plate body and an auxiliary plate body, the turning plate installation cavity is divided into plate body guide holes, and the main plate body and the auxiliary plate body are installed in the plate body guide holes in a sliding guide mode.
The plate body driving mechanism comprises a turning plate driving rod arranged on the turning plate mounting seat, and a turning plate moving gear for driving the turning plate to translate is arranged on the turning plate driving rod.
The mainboard body sets up one, and the subplate body sets up two, and two outsides of mainboard body are arranged in to two subplate bodies branch, and the plate body guiding hole is including the subplate body guiding hole that is used for mainboard body slidable mounting's mainboard body guiding hole and the subplate body guiding hole that is used for slidable mounting subplate body that sets up respectively in two outsides of mainboard body guiding hole.
The board actuating lever that turns over board upper and lower side parallel arrangement's mainboard actuating lever including arranging separately, the subplate actuating lever, the mainboard actuating lever, the subplate actuating lever rotates respectively and installs on turning over the board mount pad, turn over board mobile gear and include the mainboard gear of arranging corresponding with the mainboard body and the subplate gear of arranging corresponding with the subplate body, the mainboard gear is installed on the mainboard actuating lever, the subplate gear is installed on the subplate actuating lever, plate body actuating mechanism includes mainboard actuating mechanism and subplate actuating mechanism, mainboard actuating mechanism is connected with the mainboard actuating lever, the subplate actuating mechanism is connected with the subplate actuating lever, the mainboard actuating lever, the equal perpendicular to of the length of rod direction of subplate actuating lever turns over the board length direction of board.
The turning plate mounting seat is formed by assembling two groove-shaped shells which are arranged oppositely, a partition plate is arranged on each groove-shaped shell, a turning plate mounting cavity is divided into plate body guide holes by the partition plate, a main plate driving rod is assembled on one groove-shaped shell, and an auxiliary plate driving rod is assembled on the other groove-shaped shell.
The auxiliary plate driving rod comprises a B1 auxiliary plate driving rod and a B2 auxiliary plate driving rod which are arranged at intervals in a forward extending mode, the B1 auxiliary plate driving rod and the B2 auxiliary plate driving rod are respectively installed on the turning plate installation seat in a rotating mode, the auxiliary plate driving mechanism comprises a B1 auxiliary plate driving mechanism and a B2 auxiliary plate driving mechanism, auxiliary plate gears are respectively arranged on the B1 auxiliary plate driving rod and the B2 auxiliary plate driving rod, the B1 auxiliary plate driving mechanism is connected with the B1 auxiliary plate driving rod, and the B2 auxiliary plate driving mechanism is connected with the B2 auxiliary plate driving rod.
The invention also provides a turning plate for the food transferring device, which can reliably clamp and transfer the flour cake in the material transferring process.
A flap for mounting on a food folding apparatus, the flap comprising:
the turning plate body is provided with an end a and an end b which are arranged oppositely, the end a is provided with an end a clamp opening which is arranged in the turning plate body and used for containing materials, and the end b is provided with an end b which is arranged in the turning plate body and used for containing materials.
The notch of the a clamp opening is oriented to point from the b end to the a end, and the notch of the b clamp opening is oriented to point from the a end to the b end.
The further scheme is as follows:
the a clamping opening is provided with an a1 clamping wall and an a2 clamping wall which are oppositely arranged, the b clamping opening is provided with a b1 clamping wall and a b2 clamping wall which are oppositely arranged, the a1 clamping wall and the b1 clamping wall are arranged on the same side plate surface of the turning plate body, the a2 clamping wall and the b2 clamping wall are arranged on the same side plate surface of the turning plate body, the a1 clamping wall is composed of a rods which are arranged at intervals, the b2 clamping wall is composed of b rods which are arranged at intervals, and the length directions of the a rods and the b rods are consistent with the plate length direction of the turning plate body.
The turning plate body is connected with a plate body driving mechanism, and the plate body driving mechanism drives the turning plate body to move along the plate length direction.
The turning plate body is provided with a guide piece, the guide piece is composed of a guide groove or a guide convex strip, and the guide direction of the guide piece is consistent with the plate length direction of the turning plate body.
The turnover plate body is provided with a rack section.
The plate body turns over comprises corresponding mainboard body and the subplate body of arranging, and plate body actuating mechanism includes mainboard actuating mechanism and subplate actuating mechanism, and mainboard actuating mechanism orders about the mainboard plate body and removes along its board length direction, and subplate actuating mechanism orders about the subplate body and removes along its board length direction.
The mainboard body sets up one, and the subplate body sets up two, be A subplate body and B subplate body respectively, and two corresponding settings in two outsides of mainboard body of subplate body are vice to two.
The main board body is provided with an A guide piece, the auxiliary board body is provided with a B guide piece, the A guide piece and the B guide piece are composed of guide grooves or guide convex strips, and the guide directions of the A guide piece and the B guide piece are consistent with the board length direction of the turning board body.
Establish on the mainboard body and have A rack section, it has B rack section to establish on the subplate body, A rack section meshes with the mainboard gear mutually, B rack section meshes with the subplate gear mutually, A rack section and B rack section divide are arranged in and are turned over on the both sides face of board body, the mainboard gear is installed on the mainboard actuating lever, the subplate gear is installed on the subplate actuating lever, the mainboard actuating lever, the equal perpendicular to of subplate actuating lever turns over the board length direction of board body and arranges, mainboard actuating mechanism is connected with the mainboard actuating lever, subplate actuating mechanism is connected with the subplate actuating lever.
The invention also provides a production method of the food, and the specific scheme is as follows:
a method for producing a food product, characterized in that it comprises the following operations:
switching on a power supply of the food curing equipment, adjusting the pan to rotate by an A1 driving mechanism, and heating the pan to a preset temperature by a heating device;
starting a feeding device to feed the fabric sprayed on the pan surface, then starting a distributing device to tile the fabric on the pan surface, starting a peeling device to peel the flour cake from the pan surface after the flour cake is cured, and then starting a discharging device to discharge the peeled flour cake from the pan surface to food folding equipment;
and starting the food folding equipment to fold the flour cake, and conveying the flour cake to the packaging equipment for bagging and packaging.
The specific scheme is as follows:
before the charging treatment, a cleaning device is started to clean and oil-coat the surface of the pot.
After clean fat liquoring is handled at every turn, the scrub roller resumes to dodging the position, and the regulation edulcoration roller rotates for scrub roller and edulcoration roller contact and clear up the debris of scrub roller surface adhesion, fill simultaneously to long internal gas mixture that adds of pipe and to sponge cover cloth oil and blow off impurity.
The tiling treatment comprises the steps that the cloth piece is adjusted to the position above the pan surface in a rotating mode, the comb piece is adjusted to move along the length direction of the comb piece, and the cloth piece is adjusted to rotate to the outer side of the pan after the tiling treatment is finished.
Before the flour cake is completely cured, the water spraying piece is started to spray water mist, and the time length of the water mist spraying is the same as the time length of the pan rotating for 1-2 circles.
And (3) carrying out one-time tiling treatment on the material distribution device every time one piece of cake is produced, carrying out 1-3-time tiling treatment every time the material distribution device rotates to the outer side of the pan, and adjusting the material picking plate to pick out the bonding materials on the material combing teeth.
The feeding treatment comprises adjusting a feeding support, so that the nozzles at one end of the feeding support are arranged corresponding to the center of the pan, then adjusting the nozzles to spray fabrics and adjusting the feeding support to translate along the pan in the radial direction at the uniform speed, the nozzles at the other end of the feeding support are arranged corresponding to the peripheral preset part of the pan, the pan keeps rotating in the feeding treatment process, the colors of the materials sprayed by the nozzles are different, and after the feeding treatment is finished, the tiling treatment operation is executed.
The folding treatment comprises the steps of folding the flour cakes according to the A crease on the A conveying device, and folding the flour cakes according to the B crease on the B conveying device, wherein the A crease and the B crease on the flour cakes are vertically arranged.
One crease A and two creases B are arranged, and the crease A and the crease B are arranged in an shape.
The folding treatment comprises the following steps:
starting the conveying device A, adjusting the turning plate to be in a folding state A, enabling a dough cake on the conveying device A to fall into a nip on the turning plate at the discharging end A, then adjusting the folding device A to fold the dough cake in the nip, leaving a crease A on the dough cake after folding, adjusting the folding device A to recover the avoiding position, and adjusting the turning plate to turn to a folding state B;
adjusting the A auxiliary plate body to move towards one end close to the A conveying device until the A auxiliary plate body restores to the A folding state, and starting a B1 folding mechanism arranged corresponding to the A auxiliary plate body to fold the flour cakes in the nip;
adjusting the auxiliary board body B to move towards one end close to the conveying device A until the auxiliary board body B recovers the folded state of A, then adjusting the folding mechanism B1 to recover the avoiding position, starting the folding mechanism B2 arranged corresponding to the auxiliary board body B to fold the flour cakes in the nip, adjusting the main board body to recover the folded state of A after the folding is finished, adjusting the folding mechanism B2 to recover the avoiding position, and starting the conveying device B to convey the folded flour cakes to packaging equipment for packaging;
the above operations are repeated in this manner to perform folding processing on each cake.
Above-mentioned technical scheme that provides can effectively solve current cake production degree of automation low, defects such as unable folding packing effectively improve the production efficiency and the reliability of cake.
Drawings
FIG. 1 is a top view of a food cooking device;
FIG. 2 is a schematic view of a material distribution device;
FIG. 3 is a schematic view of another view of the distributing device;
FIG. 4 is a schematic view of a food folding apparatus from a perspective;
FIG. 5 is a schematic view of another perspective of the food folding apparatus;
fig. 6 is a schematic structural view of a main board body;
FIG. 7 is a schematic structural view of the flap in the A-folded state;
FIG. 8 is a structural schematic view of the turning plate in a B-folded state;
FIG. 9 is a schematic mechanism diagram of the A conveying device;
FIG. 10 is a schematic structural view of a food transferring device;
FIG. 11 is a schematic structural view of a conveying device B;
FIG. 12 is a top view of the food folding apparatus with the A-fold mechanism in the avoiding position and the turning plate in the A-fold state;
FIG. 13 is a schematic structural view of the cake folding mechanism A shown in FIG. 12 after being rotated to a working position;
FIG. 14 is a schematic structural view of the A-folding cake mechanism in FIG. 13 after being restored to the avoiding position and the turning plate being in the B-folding state;
FIG. 15 is the structural view of the sub-panel body B1 in FIG. 14, after the sub-panel body B1 is rotated to the A folded state and the B1 folding mechanism is rotated to the working position;
FIG. 16 is a schematic structural view of the sub-panel body B2 in FIG. 15 after being rotated to the A folded state, the folding mechanism B1 being restored to the avoidance position, and the folding mechanism B2 being rotated to the working position;
FIG. 17 is a front view of the food folding device in the condition of FIG. 12;
FIG. 18 is a front elevational view of the food folding device illustrated in FIG. 13;
FIG. 19 is a right side elevational view of the food folding device illustrated in FIG. 14;
FIG. 20 is a right side elevational view of the food folding device illustrated in FIG. 15;
FIG. 21 is a right side elevational view of the food folding device illustrated in FIG. 16;
FIG. 22 is a schematic view showing a process for folding a dough piece;
the correspondence between reference numbers and components in the above figures is as follows:
10-A frame, 20-cake, 20a-A crease and 20B-B crease;
100-pan, 110-feeding device, 111-feeding bracket, 112-feeding nozzle, 120-cleaning device, 121-cleaning roller, 122-collecting groove, 130-stripping device, 131-cake shovel, 140-distributing device, 141-distributing part, 142-carding part, 143-carding tooth, 144-material-picking plate, 145-water-spraying part, 146-material-blocking part, 150-discharging device, 151-discharging roller, 152-discharging column, 153-discharging roller bracket;
210-A conveying device, 211-A pressure lever, 212-A folding rotating shaft, 220-B conveying device, 221a-B1 folding rotating shaft, 221B-B1 pressure lever, 222a-B2 folding rotating shaft and 222B-B2 pressure lever;
300-food transferring device, 300a-a clamping opening, 300B-B clamping opening, 310-flap body, 311a-a bar, 311B-B bar, 312-A rack segment, 313-main board driving rod, 320-B1 auxiliary board body, 321-B1 auxiliary board driving rod, 330-B2 auxiliary board body, 331-B2 auxiliary board driving rod, 340-flap mounting seat and 350-transferring frame;
411-driven shaft, 412-driving shaft, 413-driving disk and 414-annular conveying rope.
Detailed Description
In order that the objects and advantages of the invention will be more clearly understood, the following description is given in conjunction with the accompanying examples. It is to be understood that the following text is merely illustrative of one or more specific embodiments of the invention and does not strictly limit the scope of the invention as specifically claimed.
As shown in fig. 1, an automatic food production system for producing a cake comprises a food cooking device, the food cooking device comprises a pan 100, the pan 100 is horizontally arranged, the pan 100 is rotatably mounted on a rack a (shown by reference numeral 10), a heating mechanism for heating the pan 100 is arranged on the rack a, a fabric is laid on the pan 100 for cooking and forming, and a drive mechanism a1 drives the pan 100 to rotate;
the feeding device 110 is used for distributing the fabric onto the surface of the pot; the material distribution device 140 is used for flatly laying the fabric on the pan surface; a peeling device 130 for peeling the cooked cake from the pan surface (peeling means to destroy the adhesive force between the cooked cake and the pan surface so that the cake can move on the pan surface); the discharging device 150 is used for discharging the peeled flour cakes; and the control device is used for regulating and controlling the running state of each component. The flour can be processed according to the functions and sequences of all mechanisms (devices) correspondingly, so that the flour is cooked to be made into pancakes (coarse cereal cakes and thin pancake). The flour is flour or flour slurry prepared by mixing flour, corn flour or other coarse cereal flour with flour.
The specific scheme is as follows: the outer contour of the pan 100 is circular. The feeding device comprises a feeding support 111, a feeding spray head 112 for spraying the shell fabric to the pan surface is arranged on the feeding support 111, and the feeding spray head 112 is connected with the shell fabric storage tank through a shell fabric conveying pipe and a shell fabric conveying pump. The fabric is sprayed by the fabric conveying pump, so that the feeding speed of the fabric is high.
The feeding nozzles 112 are arranged on the feeding support 111 at intervals, each feeding nozzle 112 is respectively connected with each fabric storage tank, and the fabrics in each fabric storage tank are different in composition or color. This embodiment is implemented to prepare a color pancake by forming a spiral cloth on the pan surface while spraying the fabric and scraping the cloth 141 to form a color pancake. If the material is distributed in this way, the comb material 142 may not be provided. The specific scheme is as follows: the length direction of the feeding bracket 111 passes through the center of the pan 100, the feeding nozzles 112 are arranged at intervals along the length direction of the feeding bracket 111, the feeding bracket 111 is slidably mounted on the rack A along the length direction of the feeding bracket 111, and the feeding bracket 111 is connected with an A2 driving mechanism for driving the feeding bracket 111 to move; at the beginning of fabric spraying, the feeding nozzle 112 arranged at the tail end of the feeding bracket 111 close to the center of the pan 100 is arranged corresponding to the center of the pan 100, and when fabric spraying is carried out, the A2 driving mechanism drives the feeding bracket 111 to move towards one side far away from the center of the pan 100.
As shown in fig. 2 and 3, the material distribution device 140 has a material distribution bracket and a material distribution member 141 arranged along the radial range of the pan 100, the material distribution member 141 is vertically arranged on the upper side of the pan 100, the lower edge of the material distribution member 141 is arranged in a flush manner, and when the material is laid flat, the distance between the lower edge of the material distribution member 141 and the pan surface of the pan 100 is consistent with the thickness of the cake to be made. The arrangement of the cloth member 141 is mainly to enable the fabric to be laid on the pan surface in an equal thickness. The pancake thus produced is not thick at one place and thin at one place. The specific material distributing member 141 can be a plate, and the simple operation of the material distributing member 141 is difficult to ensure the uniform-thickness laying, so the present invention is also specifically implemented by adopting the following scheme, that is, the material distributing device 140 is provided with the material combing members 142 arranged vertically, the material combing members 142 are positioned at the outer sides of the material distributing member 141 and arranged correspondingly, the material combing members 142 and the material distributing member 141 are sequentially arranged along the rotation direction of the pan 100, the material combing members 142 comprise material combing member 142 bodies, the material combing member 142 bodies are provided with material combing teeth 143 extending downwards, the material combing teeth 143 are arranged at intervals along the length direction of the material combing members 142, the material combing members 142 are slidably mounted on the material distributing support along the length direction, and the material combing members 142 are connected with an a3 driving mechanism for driving the material combing members to move. Because the fabric sprayed on the pan surface by the single spray head is accumulated on the local pan surface, the fabric can be uniformly distributed along the radial direction of the pan 100 by the material combing of the material combing part 142, and the fabric is scraped by the material distributing part 141, so that the fabric is uniformly distributed on the pan surface in equal thickness. Although the material can be coated along the radial direction of the pan 100 by adopting the material combing piece 142, the material is easily accumulated on the material combing teeth 143, and the material is gradually accumulated on the material combing teeth 143 and dried, so that the gaps between the material combing teeth 143 are gradually blocked, and the clinker effect of the material combing teeth 143 is weakened. Therefore, in the invention, the stripping part 142 is provided with a stripping part for stripping the adhered matters on the combing teeth 143, the stripping part comprises a horizontally arranged stripping plate 144, the stripping plate 144 is provided with a stripping hole for inserting each combing tooth 143, the stripping plate 144 is installed on the combing part 142 in a lifting manner, and the A4 driving mechanism drives the stripping part to lift. The dried and fixed fabric on the combing teeth 143 is removed by the material removing plate 144, so that the reliable combing of the combing part 142 is ensured.
In addition, before the flour cake is completely cured every time, fine flour crumbs still remain on the surface of the flour cake, the bonding between the flour crumbs and the flour cake is not firm, the surface quality of the flour cake is affected, and the flour cake is easy to stick to hands when being eaten, particularly the flour made of coarse cereals. Therefore, the cloth device 140 of the present invention has the water spraying member 145 for wetting the fabric, the water spraying member 145 is disposed corresponding to the cloth member 141, the water spraying member 145 and the cloth member 141 are disposed at intervals along the rotation direction of the pan 100, and the water spraying direction on the water spraying member 145 is inclined downward and directed to the side away from the cloth member 141. The water mist sprayed from the water spray 145 is a slurry water containing a very small amount of fabric. The flour scraps are softened by the water mist and then are stricken off by the distributing plate, so that the flour scraps and the flour cakes are firmly combined into a whole, the surface quality of the flour cakes is improved, and hands are prevented from being stained when the flour cakes are eaten. After water is sprayed, the pan 100 rotates for 2-5 circles, the material distribution device 140 is moved to the avoiding position, and the peeling device is started to separate the flour cakes from the pan surface.
The detailed scheme is as follows: the cloth support is rotationally installed on the rack A along the vertical direction, and the cloth support is driven to rotate by the driving mechanism A5. The cloth support is provided with a cloth mounting seat, the cloth member 141 is mounted on the cloth mounting seat, the cloth mounting seat is mounted on the cloth support in a lifting manner, and the A6 driving mechanism drives the cloth mounting seat to lift. Therefore, the flour cakes with different thicknesses can be reliably produced according to requirements, and the material distribution device 140 can be quickly adjusted to be switched between the working position and the avoiding position.
In addition, one end of the material distribution member 141, which is far away from the center of the pan 100, is provided with a material blocking member 146 for preventing the overflow of the material, projections of the material blocking member 146 and the material distribution member 141 on the pan surface are in a sickle shape, the shape of the material blocking member 146 is matched with the outer contour of the pan 100, and the material blocking member 146 and the material distribution member 141 are sequentially arranged along the rotation direction of the pan 100. The overflow of the fabric is prevented, so that the size of the prepared flour cake is consistent with the preset size, and the periphery of the flour cake is smooth and flat.
The peeling mechanism of the invention is implemented by adopting the following scheme that the peeling device 130 comprises a pancake turner 131, the pancake turner 131 is slidably mounted on the A frame along the radial direction of the pan 100, the driving mechanism A7 drives the pancake turner 131 to move, and the height of the pancake turner 131 is matched with the height of the pan surface. By pushing the pancake turner 131 to move along the pan 100 in the radial direction and the pan 100 is continuously rotating, the bonding relation between the pancake and the pan surface can be rapidly broken, so that the pancake is separated from the pan surface.
The specific operation is as follows: the pancake turner 131 comprises a turner body horizontally arranged, the thickness of a blade body of the turner body is gradually increased from a cutting edge to a blade back, the blade back is an edge part on the turner body far away from one side of the center of the pan 100, the lower blade surface of the turner body is horizontally arranged, and the height of the lower blade surface is consistent with the height of the pan surface. The outline of the scraper knife body is a quadrangle (not a quadrangle in strict mathematical meaning, allowing the side to bend, chamfering the corner or rounding, etc.), the quadrangle has an angle A, the angle A is the included angle between the edge where the cutting edge is located and another adjacent edge, and the distance between the vertex of the angle A and the center of the pan 100 is smaller than the distance between other points on the scraper knife body and the center of the pan 100. During operation like this, the summit of A angle department is at first at face cake periphery play an opening, then inwards impels the spiller body along the opening, because pan 100 is rotating, therefore the opening is quick bigger and bigger for the quick peeling off of face cake to shovel cake shovel 131 through this kind of shape operates, can prevent effectively that the face cake is damaged, guarantees that the face cake peels off the branch in-process face cake and is not destroyed.
The unloading device is provided with an unloading roller 151, the unloading roller 151 is rotatably arranged on an unloading roller support 153, the unloading roller support 153 is arranged on a machine frame A in a lifting mode, the unloading roller support 153 is connected with an A8 driving mechanism, unloading columns 152 are arranged on the periphery of the unloading roller 151 and are arranged at intervals along the circumferential direction of the unloading roller 151, and the A8 driving mechanism adjusts the end portions of the unloading columns 152 to be in contact with or separated from cakes on the pan surface. The cake after peeling is quickly unloaded by the rotation of the discharging roller 151. When making the cake, the discharging roller 151 is at high position, when discharging, the discharging roller 151 is at low position, and the discharging column 152 on the discharging roller is abutted against the surface of the cake.
After the flour cake is peeled, impurities remained on the surface of the pan cannot be avoided, and meanwhile, in order to enable the flour cake to be easily peeled next time, oil needs to be coated on the surface of the pan. Therefore, in the invention, the food cooking device further comprises a cleaning device 120 for cleaning the pan surface, the cleaning device 120 comprises a cleaning roller 121 arranged along the radial direction of the pan 100, the cleaning roller 121 is arranged on a cleaning support, the cleaning support is rotatably arranged on a rack A, and a driving mechanism A9 adjusts the cleaning roller 121 to be in two states, namely a working position for cleaning the pan surface at the upper part of the pan surface and an avoiding position for avoiding the preparation of the flour cakes at the periphery of the pan surface. The cleaning roller 121 comprises a long pipe body which is horizontally arranged, one end of the long pipe body is in a blocking shape, the other end of the long pipe body is connected with an air injection mechanism, the air injection mechanism injects mixed gas of edible oil and air into the long pipe body, an air outlet hole is formed in the pipe wall of the long pipe body, the air outlet hole is downward or obliquely downward, the air outlet hole is arranged along the length direction of the long pipe body, and a sponge sleeve is sleeved on the long pipe body. The downside that the cleaning roller 121 is in dodging the position is provided with the groove 122 that gathers materials, and the edulcoration roller with cleaning roller 121 parallel arrangement is installed to the rotation in groove 122 that gathers materials, is provided with the cleaning roller mount pad on the cleaning support, and cleaning roller 121 installs on the cleaning roller mount pad, and the cleaning roller mount pad is over-and-under type installed on the cleaning support, and A10 actuating mechanism orders about the edulcoration roller and contacts or shells branch with cleaning roller 121. Above-mentioned technical scheme, can be reliable realize the cleaning process and the coating fluid of pot face, the roll surface cleaning operation of cleaning roller 121 is simple reliable simultaneously. Two sets of mechanisms of a cleaning device 120 and an oiling device are needed in the traditional process.
The food curing equipment has the specific structure that: the cleaning device 120 and the distributing device 140 are oppositely arranged at two sides of the pan 100, the peeling device 130 is arranged between the cleaning device 120 and the distributing device 140, the discharging device 150 is arranged opposite to the peeling device 130, the feeding device 110 is arranged between the discharging device 150 and the cleaning device 120, and the A conveying device for conveying the flour cakes discharged from the pan 100 is arranged at the outer side of the discharging device 150.
The food production system provided by the invention specifically comprises food folding equipment for folding the cakes and packaging equipment for packaging the folded cakes in bags.
The result of the food folding device is shown in fig. 4 and 5, which can reliably fold the flour cake to facilitate the bag-dividing packaging of the flour cake, and the specific scheme is as follows:
a food folding apparatus comprising: the A conveying device (shown by the reference numeral 210) is provided with an A feeding end and an A discharging end, and the A discharging end is provided with an A folding device for folding the food; a conveying device B (shown by the reference numeral 220) which is provided with a feeding end B and a discharging end B, wherein the feeding end B is arranged corresponding to the discharging end A, and the feeding end B is provided with a folding device B for folding the food; the food transferring device 300 is arranged between the discharging end A and the feeding end B and is used for transferring the food folded by the folding device A to the feeding end B; the food is pancake food. The specific scheme is as follows: the food is battercake (flour cake). The height of the upper layer conveying surface of the conveying device A is greater than that of the upper layer conveying surface of the conveying device B.
A folding device folds the pancake to form a fold A (shown by reference numeral 20 a); the folding device B forms a fold B (reference numeral 20B) after folding the pancake, and the fold a and the fold B are arranged to intersect with each other. The conveying directions of the conveying device A and the conveying device B are arranged perpendicularly. The conveying device A and the conveying device B are both rope conveying devices, each rope conveying device comprises a driving shaft 412 and a driven shaft 411, the two ends of each driving shaft 412 and the two ends of each driven shaft 411 are correspondingly arranged in parallel, a conveying belt for conveying materials is arranged between the driving shaft 412 and the driven shafts 411 and is composed of annular conveying ropes 414, and the annular conveying ropes are arranged at intervals along the axial length direction of the driving shaft 412.
As shown in fig. 10, the food transferring device 300 includes a turning plate and a transferring frame 350, the turning plate is rotatably mounted on the transferring frame 350, the turning plate has at least one clamping opening for clamping the material, the turning plate is in two states, one of which is an a-folding state in which one clamping opening on the turning plate is in an a-discharge end to receive the material conveyed by the a-conveying device, and the a-folding device folds the food on the clamping opening; the second is a B folding state that the food folded by the A folding device is transferred to the feeding end B by the turning plate and is folded by the B folding device. Because the folding device needs to be arranged on the conveying line, the folding directions are different, and the problem of interference between the folding device and the conveying belt needs to be considered, the folding device is respectively provided with the folding devices in different directions on the two devices by arranging the A conveying device and the B conveying device which are vertically arranged, so that the problem of folding the flour cakes in different directions is solved. When the turning plate is in the folding state A, the whole turning plate is positioned at the outer side of the conveying device B, and the reliable turning of the turning plate is ensured by the mounting mode.
The further scheme is as follows: the flap is slidably mounted on a flap mounting seat 340 along the length direction of the flap, and the flap mounting seat 340 is rotatably mounted on a material transferring rack 350. The driving shafts 412 and the driven shafts 411 are correspondingly provided with driving discs 413, the diameters of the driving discs 413 are larger than the outer diameters of the driving shafts 412 and the driven shafts 411, the driving discs 413 are respectively arranged on the driving shafts 412 and the driven shafts 411 at intervals, each annular conveying rope 414 is installed on the driving discs 413, and the height of the conveying surface of the conveying device A is larger than that of the conveying surface of the conveying device B.
The further scheme is as follows: the A folding device comprises an A folding rotating shaft, the A folding rotating shaft is positioned on the lower side of the upper layer conveying belt surface of the A conveying device, A pressure levers (shown by the figure reference number 211) used for folding food are arranged on the A folding rotating shaft at intervals, the A pressure levers and annular conveying ropes 414 on the A conveying device are arranged in a staggered mode, the lever length direction of the A pressure levers is perpendicular to the A folding rotating shaft, the A folding rotating shaft (shown by the figure reference number 212) is connected with a Z1 driving mechanism, and the Z1 driving mechanism adjusts the A folding device to be in two states, wherein one of the two states is: the A folding device is completely positioned at the avoidance position on the lower side of the upper layer conveyor belt surface of the A conveying device, and the second step is as follows: a, a working position for folding and pressing food in a clamping opening by a pressure lever; the A pressure lever is composed of a Z1 folded lever, and the Z1 folded lever comprises a Z1 straight lever section and a Z1 extending section which is arranged at one end of the Z1 straight lever section in an extending way;
when the turning plate is in an A folding state and the A pressure lever is in a working position: the folding rotating shaft A is positioned at the outer end of the turning plate, the Z1 straight rod section is positioned above the turning plate and is horizontally arranged, and the end part of the Z1 straight rod section, which is close to the folding rotating shaft A, is connected with the folding rotating shaft A through the Z1 extending section which is obliquely arranged. As shown in particular in fig. 9.
The B folding device comprises a B1 folding mechanism and a B2 folding mechanism which are oppositely arranged, and the B1 folding mechanism and the B2 folding mechanism are respectively arranged at the two outer sides of the turning plate; the B1 folding mechanism comprises a B1 folding rotating shaft, a B1 folding rotating shaft is positioned at the lower side of the upper layer conveyor belt surface of the B conveyor device, a B1 pressure lever (shown as 221B) for folding food is arranged on the B1 folding rotating shaft (shown as 221 a) at intervals, the B1 pressure lever and an annular conveying rope 414 on the B conveyor device are arranged in a staggered mode, the lever length direction of the B1 pressure lever is perpendicular to the B1 folding rotating shaft, the B1 folding rotating shaft is connected with a Z2 driving mechanism, and the Z2 driving mechanism adjusts the B1 folding mechanism to be in two states, wherein one state is as follows: the B1 folding mechanism is completely positioned at the avoidance position below the upper layer conveyor belt surface of the B conveyor device, and the second avoidance position is as follows: b1 the working position of folding and pressing the food in the nip by the pressure lever; the B1 pressure lever comprises Z21 zigzag lever, and the Z21 zigzag lever comprises a Z21 straight lever section and a Z21 extending section which is arranged at one end of the Z21 straight lever section in an extending way; when the turning plate is in a B folding state and the B1 pressure lever is in a working position: the folding mechanism comprises a B2 folding rotating shaft, a B21 straight rod section (shown as a reference numeral 222 a) and a B2 folding rotating shaft (shown as a reference numeral 222B) which are positioned at the lower side of the upper conveying belt surface of the B conveying device, B2 folding rotating shafts on which B2 pressure bars (shown as a reference numeral 222B) for folding food are arranged at intervals, a B2 pressure bar and an annular conveying rope 414 on the B conveying device are arranged in a staggered mode, the rod length direction of the B2 pressure bar is perpendicular to the B2 folding rotating shaft, the B2 folding rotating shaft is connected with a Z3 driving mechanism, and the Z3 driving mechanism adjusts the B2 folding mechanism to be in two states, wherein one state is that: the B2 folding mechanism is completely positioned at the avoidance position below the upper layer conveyor belt surface of the B conveyor device, and the second avoidance position is as follows: b2 the working position of folding and pressing the food in the nip by the pressure lever; the B2 pressure lever comprises Z22 zigzag lever, and the Z22 zigzag lever comprises a Z22 straight lever section and a Z22 extending section which is arranged at one end of the Z22 straight lever section in an extending way;
when the turning plate is in a B folding state and the B2 pressure lever is in a working position: the B2 folding rotating shaft is positioned at the outer side of the turning plate, the Z22 straight rod section is positioned above the turning plate and is horizontally arranged, and the end part of the Z22 straight rod section close to the B2 folding rotating shaft is connected with the B2 folding rotating shaft through the Z22 extending section which is obliquely arranged. As shown in particular in fig. 11.
The folding mechanism can reliably fold the flour cakes on the turnover plate.
The invention also provides a food material transferring device 300 for a food folding device, which can realize the folding of flour cakes in different directions, and adopts the scheme as shown in figure 10:
a food transferring device 300 is used for being installed on a food folding device, and the food transferring device 300 comprises: the turning plate comprises a turning plate body 310, and at least one clamping opening for clamping materials is formed in the turning plate body 310; the turning plate mounting seat 340 is used for mounting a turning plate; the material transferring rack 350 is provided with a mounting seat which is rotatably arranged on the material transferring rack 350; and a turnover driving mechanism for adjusting the turnover plate to turn over.
The turning plate and the turning plate mounting seat 340 form sliding guide fit connection along the length direction of the turning plate, and the turning plate is connected with a plate body driving mechanism for driving the turning plate to move. The turning plate installation seat 340 is provided with a turning plate installation cavity, the turning plate installation cavity penetrates through the turning plate installation seat 340, the turning plate is installed in the turning plate installation seat 340 in a sliding mode, the turning plate installation seat 340 is provided with a material turning rotating shaft, the turning plate installation seat 340 is connected with the material rotating frame 350 in a rotating fit mode through the material turning rotating shaft, and the material turning rotating shaft and the turning plate are arranged perpendicularly.
The turning plate body 310 comprises a main plate body and an auxiliary plate body, the turning plate installation cavity is divided into plate body guide holes, and the main plate body and the auxiliary plate body are installed in the plate body guide holes in a sliding guide mode. The plate body driving mechanism comprises a turning plate driving rod arranged on the turning plate mounting seat 340, and a turning plate moving gear for driving the turning plate to move horizontally is arranged on the turning plate driving rod.
The mainboard body sets up one, and the subplate body sets up two, and two outsides of mainboard body are arranged in to two subplate bodies branch, and the plate body guiding hole is including the subplate body guiding hole that is used for mainboard body slidable mounting's mainboard body guiding hole and the subplate body guiding hole that is used for slidable mounting subplate body that sets up respectively in two outsides of mainboard body guiding hole.
The board driving lever turns over the board actuating lever and includes that the branch is arranged in and turns over board upper and lower side parallel arrangement's mainboard actuating lever 313, the subplate actuating lever rotates respectively and installs on turning over board mount pad 340, turn over board mobile gear and include the mainboard gear of arranging corresponding with the mainboard body and the subplate gear of arranging corresponding with the subplate body, mainboard gear is installed on mainboard actuating lever 313, the subplate gear is installed on the subplate actuating lever, plate body actuating mechanism includes mainboard actuating mechanism and subplate actuating mechanism, mainboard actuating mechanism is connected with mainboard actuating lever 313, the subplate actuating mechanism is connected with the subplate actuating lever, mainboard actuating lever 313, the equal perpendicular to of the pole length direction of subplate actuating lever turns over the board length direction of board. The turning plate mounting seat 340 is assembled by two groove-shaped shells which are oppositely arranged, a partition plate is arranged on each groove-shaped shell, the partition plate divides a turning plate mounting cavity into plate body guide holes, a main plate driving rod 313 is assembled on one groove-shaped shell, and an auxiliary plate driving rod is assembled on the other groove-shaped shell.
The auxiliary plate driving rod comprises a B1 auxiliary plate driving rod and a B2 auxiliary plate driving rod which are arranged at intervals in a forward extending mode, the B1 auxiliary plate driving rod and the B2 auxiliary plate driving rod are respectively installed on the turning plate installation seat 340 in a rotating mode, the auxiliary plate driving mechanism comprises a B1 auxiliary plate driving mechanism and a B2 auxiliary plate driving mechanism, auxiliary plate gears are respectively arranged on the B1 auxiliary plate driving rod and the B2 auxiliary plate driving rod, the B1 auxiliary plate driving mechanism is connected with the B1 auxiliary plate driving rod (shown in the figure, reference numeral 321), and the B2 auxiliary plate driving mechanism is connected with the B2 auxiliary plate driving rod (shown in the figure, reference numeral 331).
Food changes material device 300's setting is mainly in order to solve the transportation of face cake between two conveyor, implements through above-mentioned structural scheme, and it can be effectively transported the face cake, satisfies the folding demand of cake simultaneously.
The invention also provides a turning plate for the food transferring device 300, which can realize reliable clamping and transferring of the cake in the material transferring process, as shown in fig. 6, 7 and 9.
A flap for mounting on a food folding apparatus, the flap comprising: the flap body 310 has an a end and a b end which are arranged oppositely, the a end has an a clamping opening (shown by 300 a) which is arranged in the flap body 310 and used for containing the material, and the b end has a b clamping opening (shown by 300 b) which is arranged in the flap body 310 and used for containing the material. The notches of the a-clamp 300a are directed with the b-end directed to the a-end, and the notches of the b-clamp 300b are directed with the a-end directed to the b-end. Therefore, the two clamping openings can alternately receive and transfer the flour cakes, and the transfer efficiency is improved.
The arrangement of the turning plate needs to consider avoiding of the conveying device, because the height of the upper layer conveying surface of the conveying device A is higher than that of the upper layer conveying surface of the conveying device B, and in order to ensure that the flour cakes can be conveyed into the nip, the height of the lower wall surface forming the nip needs to be lower than that of the upper layer belt surface of the conveying device A, therefore, the invention adopts the following scheme to operate: the a-type clamping opening 300a is provided with an a1 clamping wall and an a2 clamping wall which are oppositely arranged, the b-type clamping opening 300b is provided with a b1 clamping wall and a b2 clamping wall which are oppositely arranged, the a1 clamping wall and the b1 clamping wall are arranged on the same side plate surface of the flap body 310, the a2 clamping wall and the b2 clamping wall are arranged on the same side plate surface of the flap body, the a1 clamping wall is composed of a bars (shown by reference numeral 311 a) which are arranged at intervals, the b2 clamping wall is composed of b bars (shown by reference numeral 311 b) which are arranged at intervals, and the length directions of the a bars 311a and the b bars 311b are consistent with the plate length direction of the flap body 310. When so assembled, bars 311a, 311b are interposed between adjacent drive discs 413 so that the tortillas at the discharge end a can be delivered into the nip.
The turning plate body 310 is connected to a plate driving mechanism, and the plate driving mechanism drives the turning plate body to move along the plate length direction. Because the turning plate needs to convey the folded flour cake A to the conveying device B, the part of the turning plate needs to extend to the position above the conveying device B, and the conveying direction of the conveying device B is perpendicular to the length direction of the turning plate, so that the problem of resetting of the turning plate cannot be solved through traditional turning, and meanwhile, in order to ensure that the turning plate can be quickly separated from the folded panel, the turning plate is translated and returned to reset, and the quick resetting of the turning plate and the separation of the folded flour cake are ensured.
The flap body 310 has a guide member, which is formed of a guide groove or a guide protrusion, and the guide direction of the guide member is consistent with the plate length direction of the flap body 310. The flap body 310 has a rack section thereon. The turning plate body 310 is composed of a main plate body and an auxiliary plate body which are arranged correspondingly, the plate body driving mechanism comprises a main plate driving mechanism and an auxiliary plate driving mechanism, the main plate driving mechanism drives the main plate body to move along the plate length direction of the main plate body, and the auxiliary plate driving mechanism drives the auxiliary plate body to move along the plate length direction of the auxiliary plate body.
Because the cake needs to be folded in two directions, the width of the turning plate needs to be set to be smaller for carrying out B folding operation, but if the width of the turning plate is small, the cake is easy to fall off from the turning plate when the cake is turned, so the turning plate in the invention has the more preferable scheme that: the mainboard body sets up one, and the subplate body sets up two, be B1 subplate body 320 and B2 subplate body 330 respectively, and two corresponding settings in two outsides of mainboard body of subplate body. The main board body is provided with an A guide piece, the auxiliary board body is provided with a B guide piece, the A guide piece and the B guide piece are composed of guide grooves or guide convex strips, and the guide directions of the A guide piece and the B guide piece are consistent with the board length direction of the turning board body. Be provided with A rack section 312 on the mainboard body, be provided with B rack section on the subplate body, A rack section 312 meshes with the mainboard gear mutually, B rack section meshes with the subplate gear mutually, A rack section 312 and B rack section divide are arranged in on the both sides face of turning over board body 310, the mainboard gear is installed on mainboard actuating lever 313, the subplate gear is installed on the subplate actuating lever, mainboard actuating lever 313, the equal perpendicular to of subplate actuating lever turns over the board length direction of board body 310 and arranges, mainboard actuating mechanism is connected with mainboard actuating lever 313, subplate actuating mechanism is connected with the subplate actuating lever.
The more preferable scheme is as follows: establish on the mainboard body and have A rack section (drawing reference numeral 312), it has B rack section to establish on the subplate body, A rack section 312 meshes with the mainboard gear mutually, B rack section meshes with the subplate gear mutually, A rack section 312 and B rack section branch are arranged in on the both sides face of turning over board body 310, the mainboard gear is installed on mainboard actuating lever 313, the subplate gear is installed on the subplate actuating lever, mainboard actuating lever 313, the equal perpendicular to of subplate actuating lever turns over the board length direction of board body 310 and arranges, mainboard actuating mechanism is connected with mainboard actuating lever 313, subplate actuating mechanism is connected with the subplate actuating lever.
Divide into mainboard body and subplate body through turning over the board and constitute, the mainboard body including the width of subplate body can set up with the face cake phase-match like this, guarantee the upset of face cake, slippage when preventing the upset of face cake, the face cake upset back, the subplate body returns earlier to satisfy the demand that B folding was handled, just so satisfied the upset of face cake and the folding demand of equidirectional not simultaneously.
The invention also provides a production method of the food, and the specific scheme is as follows:
a method for producing a food product, comprising the operations of:
switching on a power supply of the food curing equipment, adjusting the pan 100 to rotate by an A1 driving mechanism, and heating the pan 100 to a preset temperature by a heating device;
firstly, starting the feeding device 110 to feed the fabric sprayed on the pan surface, then starting the distributing device 140 to spread the fabric on the pan surface, starting the peeling device 130 to peel the flour cake from the pan surface after the flour cake is cured, and then starting the discharging device 150 to discharge the peeled flour cake from the pan surface to the food folding equipment;
and starting the food folding equipment to fold the flour cake, and conveying the flour cake to the packaging equipment for bagging and packaging.
The specific scheme is as follows:
before the charging treatment, the cleaning device 120 is started to clean and oil the surface of the pan.
After the fat liquoring of cleaning at every turn was handled, cleaning roller 121 resumes to dodging the position, and the regulation edulcoration roller rotates for cleaning roller 121 and edulcoration roller contact and clear up the debris of cleaning roller 121 surface adhesion, fill the mist simultaneously and distribute oil and blow off impurity to the sponge cover to the long tube.
The tiling process includes rotating the cloth member 141 to a position above the pan surface, moving the adjusting comb member 142 along the length direction, and adjusting the cloth member 141 to rotate to the outer side of the pan 100 after the tiling process is finished.
Before the flour cake is completely cured, the water spraying piece 145 is started to spray water mist, and the time length of the water mist spraying is the same as the time length of 1-2 circles of rotation of the pan 100.
And (3) performing one-time tiling treatment on the material distribution device 140 every time one piece of cake is produced, adjusting the material picking plate 144 to pick out the bonding materials on the material combing teeth 143 after the material distribution member 141 rotates to the outer side of the pan 100 after 1-3 times of tiling treatment.
The feeding treatment comprises the steps of adjusting a feeding support 111, enabling the spray heads at one end part of the feeding support 111 to be arranged corresponding to the center of the pan 100, then adjusting the spray heads to spray fabrics and adjusting the feeding support 111 to translate along the pan 100 in the radial direction at a constant speed until the spray heads at the other end part of the feeding support 111 and the periphery of the pan 100 are arranged corresponding to each other, keeping the pan 100 rotating in the feeding treatment process, enabling the sprayed materials of the spray heads to be different in color, and executing the tiling treatment operation after the feeding treatment is finished.
The folding process comprises the steps of folding the tortillas according to the A crease on an A conveying device, and folding the tortillas according to the B crease on a B conveying device, wherein the A crease and the B crease on the tortillas are arranged perpendicularly (or intersected).
One crease A and two creases B are arranged, and the crease A and the crease B are arranged in an shape.
As shown in fig. 22, the folding process is:
starting the conveying device A, adjusting the turning plate to be in the folding state A, as shown in figures 12 and 17, enabling a flour cake on the conveying device A to fall into a nip on the turning plate at the discharging end A, then adjusting the folding device A to fold the flour cake in the nip, and after folding, leaving a crease A on the flour cake, as shown in figures 13 and 18, adjusting the folding device A to return to the avoiding position, and adjusting the turning plate to be turned to the folding state B, as shown in figures 14 and 19;
adjusting the B1 sub-board body 320 to move towards one end close to the a conveying device until the B1 sub-board body 320 returns to the a folding state, and starting a B1 folding mechanism arranged corresponding to the B1 sub-board body 320 to fold the dough cakes in the nip, as shown in fig. 15 and 20;
adjusting the B2 auxiliary board body 330 to move towards one end close to the a conveying device until the B2 auxiliary board body 330 returns to the a folded state, then adjusting the B1 folding mechanism to return to the avoidance position, and starting the B2 folding mechanism arranged corresponding to the B2 auxiliary board body 330 to fold the flour cakes in the nip, as shown in fig. 16 and 21, after the folding is finished, adjusting the main board body to return to the a folded state, and returning the B2 folding mechanism to the avoidance position, as shown in fig. 12, starting the B conveying device to convey the folded flour cakes to a packaging device for packaging;
the above operations are repeated in this manner to perform folding processing on each cake.
Above-mentioned technical scheme that provides can effectively solve current cake production degree of automation low, defects such as unable folding packing effectively improve the production efficiency and the reliability of cake.
The foregoing is only a preferred embodiment of the present invention, and it should be noted that those skilled in the art, after learning the present disclosure, can make several equivalent changes and substitutions without departing from the principle of the present invention, and these equivalent changes and substitutions should also be considered as belonging to the protection scope of the present invention.

Claims (5)

1. The utility model provides a food changes material device for install on food folding equipment which characterized in that: food changes material device includes:
the turning plate comprises a turning plate body, and at least one clamping opening for clamping materials is formed in the turning plate body;
the turning plate mounting seat is used for mounting a turning plate;
the turnover plate mounting seat is rotatably mounted on the material transferring rack;
the turnover driving mechanism is used for adjusting the shape of the turnover plate;
the turning plate and the turning plate mounting seat form sliding guide fit connection along the body length direction of the turning plate, and the turning plate is connected with a plate body driving mechanism for driving the turning plate to move;
the turning plate mounting seat is provided with a turning plate mounting cavity which penetrates through the turning plate mounting seat, the turning plate is slidably mounted in the turning plate mounting seat, the turning plate mounting seat is provided with a turning rotating shaft, the turning plate mounting seat is in rotating fit connection with the material rotating frame through the turning rotating shaft, and the turning rotating shaft is perpendicular to the turning plate;
the turning plate body comprises a main plate body and an auxiliary plate body, the turning plate installation cavity is divided into plate body guide holes, and the main plate body and the auxiliary plate body are respectively installed in the plate body guide holes in a sliding guide mode;
the mainboard body sets up one, and the subplate body sets up two, and two outsides of mainboard body are arranged in to two subplate bodies branch, and the plate body guiding hole is including the subplate body guiding hole that is used for mainboard body slidable mounting's mainboard body guiding hole and the subplate body guiding hole that is used for slidable mounting subplate body that sets up respectively in two outsides of mainboard body guiding hole.
2. The food transfer device of claim 1, wherein: the plate body driving mechanism comprises a turning plate driving rod arranged on the turning plate mounting seat, and a turning plate moving gear for driving the turning plate to translate is arranged on the turning plate driving rod.
3. The food transfer device of claim 2, wherein: the board actuating lever that turns over board upper and lower side parallel arrangement's mainboard actuating lever including arranging separately, the subplate actuating lever, the mainboard actuating lever, the subplate actuating lever rotates respectively and installs on turning over the board mount pad, turn over board mobile gear and include the mainboard gear of arranging corresponding with the mainboard body and the subplate gear of arranging corresponding with the subplate body, the mainboard gear is installed on the mainboard actuating lever, the subplate gear is installed on the subplate actuating lever, plate body actuating mechanism includes mainboard actuating mechanism and subplate actuating mechanism, mainboard actuating mechanism is connected with the mainboard actuating lever, the subplate actuating mechanism is connected with the subplate actuating lever, the mainboard actuating lever, the equal perpendicular to of the length of rod direction of subplate actuating lever turns over the board length direction of board.
4. The food transfer device of claim 3, wherein: the turning plate mounting seat is formed by assembling two groove-shaped shells which are arranged oppositely, a partition plate is arranged on each groove-shaped shell, a turning plate mounting cavity is divided into plate body guide holes by the partition plate, a main plate driving rod is assembled on one groove-shaped shell, and an auxiliary plate driving rod is assembled on the other groove-shaped shell.
5. The food transfer device of claim 3, wherein: the auxiliary plate driving rod comprises a B1 auxiliary plate driving rod and a B2 auxiliary plate driving rod which are arranged at intervals in a forward extending mode, the B1 auxiliary plate driving rod and the B2 auxiliary plate driving rod are respectively installed on the turning plate installation seat in a rotating mode, the auxiliary plate driving mechanism comprises a B1 auxiliary plate driving mechanism and a B2 auxiliary plate driving mechanism, auxiliary plate gears are respectively arranged on the B1 auxiliary plate driving rod and the B2 auxiliary plate driving rod, the B1 auxiliary plate driving mechanism is connected with the B1 auxiliary plate driving rod, and the B2 auxiliary plate driving mechanism is connected with the B2 auxiliary plate driving rod.
CN201810894023.XA 2018-08-08 2018-08-08 Food changes material device Active CN109051126B (en)

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Publication number Priority date Publication date Assignee Title
CN108935554B (en) * 2018-08-08 2020-12-11 苏州果汁网信息科技有限公司 Method for making flour cake
CN108925595B (en) * 2018-08-08 2020-12-22 戴静静 Food production system
CN108902218B (en) * 2018-08-08 2020-12-22 戴玲玲 Cake making equipment
CN108935556B (en) * 2018-08-08 2020-12-18 戴静静 Method for producing food
CN108935557B (en) * 2018-08-08 2020-12-15 苏州果汁网信息科技有限公司 A deashing mechanism of applying oil for food production

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Publication number Priority date Publication date Assignee Title
DE1084662B (en) * 1959-07-27 1960-07-07 Bahlsen Werner Device for folding wafer sheets
CN2481629Y (en) * 2001-07-02 2002-03-13 雷丁贵 Sanitary napkin folding packager
DE202008000083U1 (en) * 2008-07-03 2009-08-20 Bendix, Conrad Apparatus for making rolled food with or without filling
CN203167918U (en) * 2013-03-08 2013-09-04 万黎明 Pancake folding machine
CN103444829A (en) * 2013-09-12 2013-12-18 万黎明 Pancake folding machine
CN204180782U (en) * 2014-05-29 2015-03-04 鸡西市憨乐尔食品有限公司 A kind of full-automatic pancake folding flow line
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