CN1771817A - Bread producing square carbin - Google Patents
Bread producing square carbin Download PDFInfo
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- CN1771817A CN1771817A CN 200510104947 CN200510104947A CN1771817A CN 1771817 A CN1771817 A CN 1771817A CN 200510104947 CN200510104947 CN 200510104947 CN 200510104947 A CN200510104947 A CN 200510104947A CN 1771817 A CN1771817 A CN 1771817A
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Abstract
The bread producing square cabin is one hexahedral cabin comprising six cabin plates. It features the front cabin plate with hoisting frame for assembling and disassembling, the bottom cabin plate with slide track for assembling and disassembling, one side cabin plate separated into two, one upper and one lower, parts hinged and locked to the cabin, cabin body with inside foldable tent skeleton and tarp to cover the operation space, the bread producing line set inside the cabin and including dough kneading machine, cutting machine, forming machine, integral leavening and roasting apparatus, the power generator, and air conditioner and cooling water tank set in the front part of the cabin. The present invention may be used in producing bread after opening one cabin plate, and may be hoisted and mounted on lift truck.
Description
Technical field
The present invention relates to a kind of bread processing shelter that the suitable delivery of complete bread machining production line equipment is installed.
Background technology
General breadmaking production line comprises dough mixing machine, cutting machine, make-up machine, proofing box, baking box, packing machine and various auxiliary device, passes through the conveyer belt convey materials between each equipment.The equipment of bulk flow waterline is many, and conveying circuit is longer, all is that equipment is installed in the bigger factory building generally therefore.Yet along with improving constantly of expanding economy and people's living standard, people's staple food structure is more and more abundanter, both having made is to train in the open air and the army that camps or construction group also not only satisfy the staple food supply of rice, steamed bun, how to address this problem, and has become an important problem.And in this problem of research, have many problems, and 1, how long production line all is arranged in the narrow space, both can be installed in and sashayed on the mobile cart, can uncart again, carry out breadmaking easily.2, how in very short time and go out a large amount of doughs, process for streamline.3, how the dough that viscosity is higher cuts into the uniform face base of equivalent.4, how to shorten long usually former, save its floor space in the horizontal direction.5, how being provided with in limited space and proofing and roasting plant, and guarantee temperature or the like separately of two equipment, all is the problem that the present invention need solve.
Summary of the invention
At the problems referred to above, it is little to the purpose of this invention is to provide a kind of equipment volume, arranges compactness, can realize bread cutting, moulding, proof, toasts synchronously the bread of operation processing shelter automatically.
For achieving the above object, the present invention takes following technical scheme: a kind of bread processing shelter, it comprises the cabin body of being made up of six cabin plates, it is characterized in that: the outside of front deck plate is provided with the suspension bracket that is used to load and unload, the bottom surface of hold plate is provided with slide rail, one side cabin plate is divided into, following two parts, and can go up by hinge and locking device, be connected to following folding on the body of described cabin, opposite side cabin plate is provided with the maintenance of equipment door, and one hatch door is set near described cabin body afterbody, also be provided with foldable tent frames and the tarpaulin that can hide the integrated operation space in the body of described cabin, the front portion of described cabin body is provided with generating set, air conditioner and cooling water tank; Be provided with dough mixing machine, cutting machine, make-up machine in the body of described cabin, wake up and bake integrated device and be connected in fact make-up machine and the awake moulding bread conveyer belt of baking integrated device; But described dough mixing machine, cutting machine and make-up machine are in the cabin body of described folding cabin plate one side, the described roasting integrated device of waking up is arranged in the cabin body of close opposite side cabin plate, described dough mixing machine is near described cutting machine, the outlet of described cutting machine is positioned at described make-up machine inlet top, and the outlet of described make-up machine connects the described roasting integrated device of waking up by described bread base conveyer belt.
Described dough mixing machine comprises motor, the face cylinder, and stirring rod, transmission device and pedestal, the output shaft of described motor upwards are fixedly connected on described pedestal one side; Described cylinder is connected the opposite side of described pedestal rotationally by a minor axis, and the bottom centre of described cylinder raises up; The top of described stirring rod is connected on the described pedestal rotationally, and the bottom of described stirring rod is wire in the shape of a spiral, and is positioned at a side of described cylinder internal projection; Described transmission device comprises a major axis, its vertical being connected rotationally on the described pedestal; One first transmission, it comprises that one is fixedly connected on the small pulley on the described motor output shaft, one is rotatably connected on the big belt wheel on the described major axis, and a belt that connects the two; One second transmission, it comprise one with described first transmission on big belt wheel fuse and be connected small pulley on the described major axis rotationally, one is fixedly connected on the big belt wheel on the described stirring rod, and a belt that connects the two; One the 3rd transmission, it comprise one with described second transmission on the coaxial small pulley that is fixedly connected on the described stirring rod of big belt wheel, one is fixedly connected on the big belt wheel on the described major axis, and a belt that connects the two; One the 4th transmission, it comprises that one is fixedly connected on the minor sprocket of described major axis bottom, one is fixed on the hinge wheel that connects on described the cylinder bottom portion minor axis, and a chain that connects the two.
Described cutting machine comprises: be arranged on the screw feeder storehouse on the described frame, be connected the detachable hopper of described screw feeder storehouse import, be arranged on the motor on the described frame, the decelerator that connects described motor, be arranged on two screw feeders in relative rotation that connect described decelerator in the described screw feeder storehouse, by interior, the cutting sleeve that urceolus is formed is installed in the outlet of described screw feeder storehouse, in described, urceolus circumference bottom correspondence is provided with a window, one photoelectric sensor is set on the frame of described beneath window, described inner core circumferential upper part is provided with a drive rod, corresponding described urceolus circumferential upper part with it is provided with a chute, and described drive rod connects a motor by a driving mechanism.
Described driving mechanism comprises the pinion that is connected described driven by motor, gear wheel with pinion, be eccentrically set on the slide block on the described gear wheel, slide over rocking arm on the described slide block by elongated slot, one end of described rocking arm is fixed on the described frame, the other end connects a connecting rod, and the other end of described connecting rod connects the drive rod on the described inner core.
Described make-up machine comprises three layers of conveyer belt that back and forth is provided with and drives motor, the transmission device of described conveyer belt, the import of described upper strata conveyer belt is positioned at the outlet of described cutting machine, and the top of described upper strata conveyer belt is provided with the stranding circular channel of half garden arc section convergent; The import of described middle level conveyer belt is positioned at the outlet below of described upper strata conveyer belt, and a side of described middle level conveyer belt is provided with a vertical conveyer belt, and opposite side is provided with a vertical baffle plate, forms the upright stranding passage of a convergent between described conveyer belt and the baffle plate; The one compressing tablet mechanism with two milling rollers is set between the outlet of described middle level conveyer belt and the import of described conveying belt of lower floor, described conveying belt of lower floor top is provided with a chain type damper, the inlet of described chain type damper is circular-arc and upwarps, the outlet of described chain type damper is supported a spring bearer plate by spring, and the bottom surface of described spring bearer plate is equipped with one deck wool felt.
The transmission device that drives described three layers of conveyer belt comprises that two covers by a described driven by motor drive endless-chain, described first endless-chain comprises a belt wheel, a transition wheel, the driving wheel of two milling rollers, the driving wheel of conveying belt of lower floor, another transition wheel that is arranged on the described motor output shaft, and around described six belts that are provided with; Described second circulation comprises, with the driving wheel of the driving wheel of a nip drum belt wheel of the wherein coaxial setting of driving wheel of a milling roller, upper strata conveyer belt, a transition wheel, middle level conveyer belt, with a belt wheel of the coaxial setting of driving wheel of another milling roller, and around described five belts that are provided with; With the coaxial bevel-gear sett that also is provided with of the driving wheel of described milling roller, the belt wheel on the output shaft of described bevel gear connects the driving wheel of described upright stranding passage upper conveyor belt by belt.
Described integrated bread leavening and roasting apparatus comprises a casing, in described casing, pass through some dividing plates, be divided into and proof the chamber, baking vessel, the combustion chamber, plenum chamber and advancing, go out baking vessel's passage, be provided with burner and heat exchanger in the described combustion chamber, the air inlet of described combustion chamber is communicated with described baking vessel bottom, the air outlet of described combustion chamber is communicated with described plenum chamber bottom, be provided with blower fan in the described plenum chamber, the air outlet of described blower fan is communicated with top, described combustion chamber, describedly advance, go out baking vessel's passage for back and forth being set in parallel in described two passages that proof the top, chamber, described import of advancing baking vessel's passage is communicated with the described chamber that proofs, described outlet of advancing baking vessel's passage and the described import that goes out baking vessel's passage extend to described baking vessel from the top, the described chamber that proofs, baking vessel and advancing, go out and be provided with some sprocket wheel and chains in baking vessel's passage by driven by motor, and then form the closed loop conveying loop of two symmetries, in described two loops, be hung with the elongated face pocket of some ccontaining bread between two chains of symmetry at interval.
Described integrated bread leavening and roasting apparatus also comprise one be connected described proof on the chamber import department two symmetrical sprocket wheels from charging crane; Describedly comprise from charging crane: two tops are hinged on the described casing, the rocking bar of the fixedly connected turning rod in bottom, be arranged at intervals with two connecting rods on each described rocking bar, the middle part of described rod hinge connection one fork wherein, the top of two described forks is hinged on respectively on the described casing, and the bottom of two described forks articulates an elongated roller bearing; Described roller bearing is positioned at the top of described bread base conveyer belt, another connecting rod on described each rocking bar connects an only ratch respectively, two described only ratch bottoms push up respectively be located at one with two coaxial cams of pinion on, two described pinions mesh a gear wheel respectively, two described gear wheels respectively with the described sprocket coaxiality that proofs chamber import department.
In the passageway of described cabin body, be provided with a packing machine, described packing machine comprises that a frame, a traverse sealing device, are indulged seal apparatus, a separated material device and is walked film device, described frame lower is provided with a motor, and described motor connects one speed reducer, and the output of described decelerator connects a vertical shaft; Described traverse sealing device comprises two slide rails, one forward and backward seat is connected to described two slide rail two ends, one forward and backward knife rest is slidingly connected respectively on described two slide rails, one forward and backward envelope cutter is connected on the described forward and backward knife rest, one cutting knife is fixedly connected on described two slide rails, and the envelope cutter sealed within the two heat-sealing lines of cutter sealing-in with the back before described cutting knife retraction was described, be respectively arranged with back-moving spring between described front stall and the described preceding tool rest and between described back seat and the described back tool rest, connect the horizontal sealing cam that the described back of a pair of driving tool rest moves on the described vertical shaft; Described vertical seal apparatus comprises a pair of vertical envelope cam that is installed on the described vertical shaft, holds one to one by the cam-actuated fork of described vertical envelope to be connected on the described frame, and the vertical envelope cutter of a pair of relative motion is connected the other end of described two forks; Described stop gauge comprises that one is connected the driving gear at described vertical shaft top, and a driven gear that combines with driving gear is with the coaxial backgauge cam of described driven gear with by the cam-actuated material blocking rod of described backgauge; The described film device of walking comprises that one is connected the membrane cam on the described vertical shaft, one clutch and one bag of spool gear are connected on the described frame by a transverse axis, be provided with one on the excircle of described clutch by the cam-actuated signaling switch of described membrane, described bag spool gear connects two film-pulling wheels by travelling gear, the packaging film roller of one driven by motor is set at described frame top, described packing roller below is provided with one group of stretching roller, packaging film is walked around each described stretching roller back wall around a feed hopper, and the vertical sealing clip in the both sides of described packaging film is held between described two film-pulling wheels.
The present invention is owing to take above technical scheme, it has the following advantages: 1, the present invention's pipelining equipment that will produce bread all is installed in the shelter, but open the processing and fabricating that just can carry out bread behind the cabin plate of folding, closing shelter just can become on the vehicle that can be installed in ready-made loading and unloading certainly by the suspension bracket on the shelter, be transported to field or other place, become between a mobile bread-producing train.2, the present invention adopts a motor, and four drives are set on a power transmission shaft drive stirring rod and face cylinder simultaneously and rotate, and therefore makes the compact conformation of whole dough mixing machine, occupies little space, and has controlled the volume and weight of equipment effectively.Simultaneously on the basis of existing stirring rod, the bottom of stirring rod is arranged to the spiral of Archimedes shape of varying pitch, " constant speed expansion " characteristic when utilizing spiral of Archimedes at the uniform velocity to rotate, the face cylinder bottom portion that has solved the existing equipment existence stirs inhomogeneous, easily stay the dead angle to remain the difficult problem of face, sticking face, particularly the present invention is limited in the gap between stirring rod and the face cylinder casing wall in the small range, and the inswept area of stirring rod is increased, and stirs more abundant.3, make-up machine of the present invention makes positive direction extruding force size suitably in the mode that adopts equidistant twin screws extruding, and extrude dough is quick, and continuity is good, is convenient to cut equably dough.The cutting sleeve that adopts inner and outer sleeves to form drives inner core by drive rod and selects, and has realized that the contraction type between the inside and outside tube cuts off, and has overcome existing equipment and has cut apart dough outward and cling the not scissile difficult problem of cutter.Particularly adopt photoelectric sensor to survey the length of dough, solve the divided in equal amounts problem of dough.4, make-up machine of the present invention adopts three layers of conveyer belts such as rubbing circle, upright stranding, reel with the hands to adopt reciprocal horizontal setting, make dough fall three shapings through five times of importing and exporting, make prepared bread idioplasm ground even, fine and close, do not contain bubble, guarantee the quality of subsequent handling, had the effect that makes bread embryo regular shape, unanimity.5, the present invention will be by proofing the chamber into and out of baking vessel's passage and baking vessel is communicated with in a casing, and the processing of setting by advancing, locate baking vessel's passage and various provision for thermal insulations makes the chamber that proofs that is in the sealing one keep different demand temperature with baking vessel, overcome prior art two equipment must be set, though or in equipment integrating, but remain the shortcoming of two separate space, make full use of heat, reduced thermal loss effectively.The hot blast that the present invention simultaneously adopts burner, heat exchanger heat cycles to flow, and the mode of heating by air cooking bread, adopt Electric heating to compare with prior art, the efficiency of heating surface provides significantly, make the whole bake cycle process that proofs can be in very limited space, finish in a short period of time, and saved energy consumption effectively.The present invention is provided with a plurality of heat insulation door curtains made of cloth by turnover baking vessel channel width, Design of length in advancing baking vessel's passage in addition, and being provided with of cold wind further stops the lost of heat baking vessel in.6, of the present inventionly be provided with also that the bread base is sent into conveyer belt and from charging crane, particularly in charging crane, utilize be arranged on proof the chamber inlet place sprocket wheel as drive unit, make and wholely be synchronized with the movement from charging crane and closed loop conveying loop, realized automatically the bread base of conveyer belt conveying being packed into the face pocket, automatically circulation enters and proofs chamber, baking vessel, and the output back is routed up the bread in the face pocket by the counter-rotating bar in baking vessel, the bread base of and then packing into new again, the face pocket of neither one sky appears in the baking box body of waking up, and working (machining) efficiency is high especially.7, the present invention is provided with a packing machine in the body of cabin, can be with the bread field packaging that processes, and clean hygiene not only, and be convenient to store and transportation.Packing machine of the present invention is based on vertical packaging, each several part to packing machine improves design, it is compared with large volume material packing machine of the prior art, not only the floor space of whole packing machine reduces, weight saving, and flexible operation, the efficient height, the manufacturing cost of machine is also relatively low.The present invention can be widely used in various field mobile operation occasions.
Description of drawings
Fig. 1 is the structural representations of apparatus of the present invention on transport vehicle
But Fig. 2 is the cabin plate schematic diagram of the present invention's folding one side
Fig. 3 is a tent open mode schematic diagram of the present invention
Fig. 4 is cabin of the present invention body one a side apparatus schematic diagram,
Fig. 5 is a cabin of the present invention body opposite side equipment schematic diagram
Fig. 6 is a dough mixing machine structural representation of the present invention
Fig. 7 is the schematic top plan view of Fig. 6
Fig. 8 is the schematic side view of Fig. 6
Fig. 9 is a cutting machine structure schematic diagram of the present invention
Figure 10 is the schematic top plan view of Fig. 9
Figure 11 is the schematic side view of Fig. 9
Figure 12 is the linkage schematic diagram that the present invention drives the cutting sleeve
Figure 13 is a shaping machine structure schematic diagram of the present invention
Figure 14 is the schematic top plan view of Figure 13
Figure 15 make-up machine first of the present invention drives the circulation schematic diagram
Figure 16 is that make-up machine second of the present invention drives the circulation schematic diagram
Figure 17 is the awake roasting integrated device structural representation of the present invention
Figure 18 is chain running route figure in the awake roasting integrated device of the present invention
Figure 19 is that the present invention is from the charging crane schematic diagram
Figure 20 is the local enlarged diagram of charging crane pinion cam of the present invention
Figure 21 is a packing machine structural representation of the present invention
Figure 22 is a traverse sealing device schematic top plan view of the present invention
Figure 23 is the vertical seal apparatus schematic top plan view of the present invention
Figure 24 is a separated material device schematic top plan view of the present invention
Figure 25 is that the present invention walks film-pulling wheel drive mechanism schematic diagram in the film device
Figure 26 is the former partial schematic diagram
The specific embodiment
Shown in Fig. 1～5, the present invention includes a cabin body 100, the dough mixing machine 200, a cutting machine 300, the make-up machine 400, that are arranged in the cabin body 100 are waken up and are baked integrated device 500, one connects make-up machine 400 and the moulding bread conveyer belt 600 of the roasting integrated device 500 of waking up, and a packing machine 700 can also be set in cabin body 100.
Shown in Fig. 6～8, dough mixing machine 200 of the present invention comprises motor 201, face cylinder 202, transmission device 203, stirring rod 204 and pedestal 205.The output shaft 206 of motor 201 upwards is fixedly connected on a side of pedestal 205, and face cylinder 202 is connected the opposite side of pedestal 205 rotationally by a minor axis 207, and the bottom centre of face cylinder 202 raises up.The top of stirring rod 204 is connected on the pedestal 205 rotationally, and the bottom of stirring rod 204 is wire in the shape of a spiral, and is positioned at a side of face cylinder 202 internal projection.Transmission device of the present invention comprises a major axis 208, its vertical being connected rotationally on the pedestal 205.One first transmission, it comprises that one is fixedly connected on small pulley 209, on the motor output shaft 206 and is rotatably connected on big belt wheel 210 on the major axis 208, and a belt 211 that connects the two.One second transmission, it comprises that the big belt wheel 210 of one and first transmission fuses and is connected the big belt wheel 213 of small pulley 212, the one fixedly connected stirring rod 204 on the major axis 208 rotationally, and a belt 2214 that connects the two.One the 3rd transmission, it comprises that the big belt wheel 213 of one and second transmission fuses and is connected small pulley 215, on the stirring rod 204 rotationally and is fixedly connected on big belt wheel 216 on the major axis 208, and a belt 217 that connects the two.One the 4th transmission, it comprises that a minor sprocket 218, that is fixedly connected on major axis 208 bottoms is fixedly connected on the hinge wheel 219 on the face cylinder 202 bottom minor axises 207, and a chain 220 that connects the two.
The helix of above-mentioned screw type stirring rod 204 adopts the varying pitch spiral of Archimedes, " constant speed expansion " characteristic of utilizing spiral of Archimedes when at the uniform velocity rotating, to have, the face cylinder bottom portion that has solved the existing equipment existence stirs inhomogeneous, easily stay the dead angle to remain the difficult problem of face, sticking face, also improved and face efficient, shortened and the face time.The rapid aquation of supplementary material is mixed, and the gluten expansion is effective, can produce high-quality bread, and can reach and make the muscle degree that bread requires being less than the muscle degree that makes common standard powder dough in time of 14 minutes.Gap H between stirring rod 204 and face cylinder 202 casing walls is controlled between 5～15 millimeters.Through calculating and repetition test, when the gap H between stirring rod 204 and face cylinder 202 casing walls is 8 millimeters, the mixing effect the best that is obtained.
During dough mixing machine 200 operations, starter motor 201, the small pulley 209 that is fixedly connected on motor 201 output shafts 206 rotates by the big belt wheel 210 that belt 211 drives on the major axis 208, but not driving major axis 208 rotates, the small pulley 212 that is connected on the major axis 208 with big belt wheel 210 one drives the big belt wheel 213 that is fixedly connected on the stirring rod 204 by belt 214, drives stirring rod 204 and rotates.The small pulley 215 coaxial with big belt wheel 213 is connected big belt wheel 216 by belt 217, is fixed on big belt wheel 216 on the major axis 208 and drives major axis 208 and rotate.The minor sprocket 218 that is positioned at major axis 208 bottommosts drives the hinge wheel 219 that is connected minor axis 207 bottoms by chain 220 and rotates, and the minor axis 207 that is fixed together with hinge wheel 219 just drives face cylinder 202 rotations that are fixed together with minor axis 207.
Shown in Fig. 9～12, cutting machine 300 of the present invention comprises frame 301, is arranged on dismountable hopper 302 and the screw feeder storehouse 303 that is arranged on hopper 302 belows on the frame 301.In frame 301 bottoms one motor 304 is set, motor 304 connects a pair of screw feeder 306,307 that is symmetricly set in the screw feeder storehouse 303 by decelerator 305, and the outlet in screw feeder storehouse 303 connects a cutting sleeve 308.Cutting sleeve 308 is made up of inside and outside two tubes 309,310, inside and outside tube 309,310 circumference bottom correspondences are provided with a window 311,312, the circumferential upper part of inner core 309 is provided with a drive rod 313, the circumferential upper part of urceolus 310 is provided with a chute 314 that supplies drive rod 313 to pass, and drive rod 313 connects the motor 315 that is arranged on frame 301 middle parts by a driving mechanism.On the support 10 below the cutting sleeve 308, a pair of photoelectric sensor 316 is set.
The driving mechanism that is connected with drive rod 313 in the above-mentioned cutting machine 300 can be various, as shown in figure 12, it is a cover linkage, it comprises a pinion 317 that is driven by above-mentioned motor 315, gear wheel 318 with pinion 317 engagements, be eccentrically set on the slide block 319 of gear wheel 318 1 sides, slide over rocking arm 321 on the slide block 319 by elongated slot 320; end of rocking arm 321 is fixed on the frame 310; other end connects a connecting rod 322, and the other end of connecting rod 322 connects the drive rod 313 on the above-mentioned inner core 309.
During cutting machine 1 work, motor 304 drives two screw feeders 306 by decelerator 305,307 is quick, continuously to be arranged on 303 exits, screw feeder storehouse in, outer sleeve 309, dough is carried in 310 extruding, the dough that is extruded is from interior, urceolus 309,310 window 311,312 hang downwards, when dough hangs detecting location to photoelectric sensor 316, just can send signal enabling motor 315, motor 315 drives gear wheel 318 by pinion 317, gear wheel 318 is by 322 swings of rocking arm 321 drivening rods, connecting rod 322 drives inner core 309 by the drive rod on the inner core 309 313 and rotates relative to urceolus 310, cut off the dough stretched out window 311, the difficult problem that dough easily clung cutter when this contraction type cut-out mode had overcome existing cutter sweep cutting.The variation of photoelectric sensor 316 upper and lower positions in the cutting machine 100 can change the length of cutting dough, just changes the weight of the dough that cuts, to satisfy the requirement to the bread Different Weight.
Shown in Figure 13～16, make-up machine 400 of the present invention comprises a frame 401, and motor 405, the transmission device 406 of reciprocating conveyer belt 402,403,404 of upper, middle and lower-ranking and driving conveyer belt is set on frame 401.The import of upper strata conveyer belt 402 is positioned at the outlet of cutting machine 300, and the top of upper strata conveyer belt 402 is provided with the stranding circular channel 407 of half circular section convergent.The import of middle level conveyer belt 403 is positioned at the outlet below of upper strata conveyer belt 402, one side of middle level conveyer belt 403 is provided with a vertical conveyer belt 408, opposite side is provided with a vertical baffle plate 409, and the spacing between conveyer belt 408 and the baffle plate 409 is dwindled gradually, forms the upright stranding passage of a convergent.In upright outlet of rubbing passage with the hands one compressing tablet mechanism is set, compressing tablet mechanism comprises a pair of milling roller in relative rotation 410,411, and the import of conveying belt of lower floor 404 is positioned at the outlet of compressing tablet mechanism.Conveying belt of lower floor 404 tops are provided with chain type damper 412, and the inlet of chain type damper 412 is circular-arc and upwarps, and chain type damper 412 is netted for conventional products.Afterbody at chain type damper 412 supports a pressing plate 414 by spring 413, in the bottom of pressing plate 414 one deck wool felt is set.
In the above-mentioned make-up machine 400, the outlet both sides of conveying belt of lower floor 404 are provided with a pair of photoelectric sensor 415, the exit of conveying belt of lower floor 404 is provided with the moulding bread conveyer belt 600 of the roasting integrated device 500 of be communicated with waking up, and moulding bread conveyer belt 600 is by being arranged on the motor 601 on the frame 401 and forming by the conveyer belt 603 of transmission mechanism 602 drives.When each moulding bread when conveying belt of lower floor 404 transports, photoelectric sensor 415 will send a signal, the motor 601 of moulding bread conveyer belt 600 will start, conveyer belt 603 takes one pace forward.
In the above-mentioned make-up machine 400, the transmission device 406 between two milling rollers 410,411 of motor 405 and each conveyer belt 402,403,404 and compressing tablet mechanism can be taked various versions.One belt wheel 416 is set on the output shaft such as motor 405,, form first and drive circulation (as shown in figure 15) at the driving wheel 419 of a transition wheel 418, conveying belt of lower floor 404, the driving wheel 420,421 and one second transition wheel 422 of two milling rollers 410,411 by a belt 417 windings.The also coaxial nip drum belt wheel 423 that is provided with of the driving wheel 420 of milling roller 411, also be provided with bevel-gear sett 424 coaxial with it, bevel gear 424 output shafts drive the upright driving shaft 425 of rubbing passage upper conveyor belt 408 with the hands and rotate.Go back one belt 426 of winding simultaneously on the nip drum belt wheel 423, belt 426 is walked around driving wheel 427, the transition wheel 428 of upper strata conveyer belt 402, the driving wheel 429 of middle level conveyer belt 403, with get back to nip drum belt wheel 423 behind the belt wheel 430 of the driving wheel 421 coaxial settings of milling roller 410, form second and drive circulation (as shown in figure 16).The present invention is by a plurality of transmission mechanisms of driven by motor, finishes the making that dough is shaped to good looking appearance, unified bread base jointly.
During make-up machine 400 operations, export the face base that falls from cutting machine 300, upper strata conveyer belt 402 with rub simulation that circular channel 407 forms with the hands and manually rub with the hands and carry out once-forming in the round passage, the stranding circle and location of dough have been realized, it is inconsistent because of soft durometer to have solved dough, cut apart back otch section burr many, out-of-shape, and dough drops easily produce the problem that the position is offset on the make-up machine conveyer belt.Dough drops on middle level conveyer belt 403 after once-forming is rubbed circle with the hands, with upright conveyer belt 408 and baffle plate 409 actings in conjunction of rubbing with the hands, vertically rubs, and the face base of making is extruded gradually rubs into vertical column; The effect of compressing tablet mechanism two milling rollers 410,411 is carbon dioxide of fully getting rid of in the dough, makes dough sheet quality even compact, does not contain bubble; Enter the dough sheet of conveying belt of lower floor 404 at first under the effect of chain type damper 412 from compressing tablet mechanism, dough sheet is twisted into volume, wool felt on spring bearer plate 414 is rubbed long shaping with the hands again, obtain the shape unanimity, meet the bread base of technological requirement, the bread base of sending from conveying belt of lower floor 404 rolls into moulding bread conveyer belt 600, is admitted to the roasting integrated device 500 of waking up.
Shown in Figure 17～20, the present invention's roasting integrated device 500 of waking up comprises a casing 501, by some dividing plates casing 501 is separated in casing 501 and proofs chamber 502, baking vessel 503, combustion chamber 504, plenum chamber 505 and into and out of baking vessel's passage 506,507.Proof chamber 502, baking vessel 503 and in baking vessel's passage 506,507, be provided with some sprocket wheel 509 and chains 510 that drive by motor 508, and then formation is positioned at two closed loop conveying loops of the symmetry of casing 501 both sides, in two loops, be hung with the elongated cradle-type face pocket 511 of some ccontaining bread between two chains 510 of symmetry at interval, the cross sectional shape of face pocket 511 is half garden shape, can be in each face pocket by placing a plurality of bread bases, such as 5～8.In combustion chamber 504, be provided with burner 512 and heat exchanger 513, the air inlet 514 of combustion chamber 504 is communicated with the bottom of baking vessel 503, the air outlet of combustion chamber 504 is communicated with plenum chamber 505, is provided with blower fan 515 in the plenum chamber 505, and the air outlet 516 of blower fan 515 is communicated with the top of combustion chamber 504.If with the air outlet 516 of plenum chamber 504 be obliquely installed baking vessel 503 tiltedly on the angle, the air inlet 514 of combustion chamber 504 is obliquely installed in baking vessel with the skew back inferior horn, the circulating air of baking bread is concentrated in the zone of close combustion chamber 504 1 sides, make near the zone that proofs chamber 502 1 sides and form the not readily accessible dead angle of a heat, baking is ripe rapidly in the zone that heat is concentrated so not only can to make bread, and can prevent effectively that heat from discharging.Into and out of baking vessel's passage 506,507 is back and forth to be set in parallel in two passages that proof 502 tops, chamber, the import of advancing baking vessel's passage 506 is communicated with the outlet that proofs 502 tops, chamber, and the outlet 517 of advancing baking vessel's passage 506 extends into baking vessel 503 with the import 518 that goes out baking vessel's passage 507 from the top.Advancing the outlet 517 of baking vessel's passage 506 just can pass through by ccontaining pocket 511 with the channel width that goes out import 518 places of baking vessel's passage 507, stretch into short transverse just can ccontaining 2～3 face pockets 511 that are connected on the chain 510, can form one by the face pocket 511 of constantly motion like this and dynamically intercept wall, prevent heat turnover baking vessel 503.Enter and proof chamber 502 in order to intercept heats in the baking vessel 503, in advancing baking vessel's passage 506, be provided with the heat insulation door curtain made of cloth 519 of some function of heat insulation.In the exit that goes out baking vessel's passage 507 one air-cooler 520 can also be set, be provided with two to three air outlets 521 at the top that goes out baking vessel's passage 507 near baking vessel 503, can can stop that the heats in the baking vessel 503 scatter and disappear simultaneously to the face pocket that comes out from baking vessel 503 cooling of drying like this.
In sprocket wheel 509 inboards of two symmetries that proof chamber 502 import departments are bread base conveyer belts 600, also connect a cover from charging crane 523 on the sprocket wheel 509 of two symmetries.(as Figure 19, shown in Figure 20) comprising from charging crane 523: two tops are hinged on the fixedly connected turning rod 525 of bottom difference of rocking bar 524, two rocking bars 524 on the casing 501; Be arranged at intervals with two connecting rods 526,527 on each rocking bar 524, the middle part of a connecting rod 526 hinged forks 528 wherein, the top of the fork 528 of both sides is hinged on respectively on the casing 501, and the bottom of two forks 528 articulates an elongated roller bearing 529; Roller bearing 529 is positioned at the top of bread base conveyer belt 522; Another connecting rod 527 on each rocking bar 524 connects an only ratch 530 respectively, only ratch 530 tops of both sides be located at one with the coaxial cam 532 of pinion 531 on, it is coaxial with two sprocket wheels 509 that proof chamber 502 import departments respectively that two pinions 531 mesh a gear wheel 533, two gear wheels 533 respectively.
When the roasting integrated device 500 of waking up is operated, each sprocket wheel 509 and chain 510 that starter motor 508 drives two closed loop conveying loops rotate synchronously, two sprocket wheels 509 that proof 502 porch, chamber drive two coaxial gear wheels 533 respectively, two gear wheels 533 drive two pinions, 531, two pinions 531 with its engagement and drive two cams 532 coaxial with pinion 531; When two only ratch 530 during by cam 532 jack-up, the other end of two only ratch 530 promotes two connecting rods, 527, two connecting rods 527 to opposite side and drives two rocking bars 524 and shake; Shaking of two rocking bars 524 upwards rotated two turning rods 525 that are connected rocking bar 524 bottoms, the metal framework 534 that is suspended on chain 510 upper support face pockets 511 chosen turn over, roasting good bread is flipped out, by operating personnel bread is cased, or transfer out by other conveyer belt.Shaking of two rocking bars 524 can also be to two connecting rods 526 of pulling back, it is moving to backswing to make two connecting rods 526 drive fork 528, the swing of two forks 528 drives elongated roller bearing 529, will advance another face pocket 511 of pouring out bread that overturn from the bread base that bread base transport tape 522 is transported to the roller bearing front.Face pocket 511 under the drive of chain 510, during proofing chamber 502 back and forth rotates back from proof chamber 502 outlets directly by advance baking vessel passage 506 along the direction (as shown in figure 19) that sprocket wheel 59 is arranged with the bread base then.Enter the bread base of baking vessel 503, the baking of the hot blast of in baking vessel 503, sending that passes through burner 512 and heat exchanger 513 heating through plenum chamber 505 blower fans 515, can in very short time, just toast ripe, ripe bread is sent from going out baking vessel's passage 507, goes back to be reversed bar 525 overturning from face pocket 511 from charging crane 523 and to come out again.So move in circles, the bread that bakes a large amount of maturations of just can waking up in a short period of time comes.
As Fig. 3, shown in Figure 5, for the bread that will process, package at the scene, one packing machine 700 can be set in the passageway of shelter afterbody, open the cabin gymnastics when doing, packing machine 700 can be released the hatch door 111 that is provided with on cabin plate 104, in the space that tarpaulin 113 outside hides, carry out packaging operation.
Shown in Figure 21～26, the present invention includes frame 710, traverse sealing device 720, vertical seal apparatus 740, separated material device 750 and walk several parts such as film device 760.
Frame of the present invention 710 bottoms are provided with roller 711 and move with convenient, frame 710 bottoms are provided with a motor 712, motor 712 drives a vertical shaft 714 by one speed reducer 713 and rotates, and vertical shaft 714 is main drive shafts of the present invention, and it drives other device by each transmission mechanism and is synchronized with the movement in order.
As Figure 22, shown in Figure 23, traverse sealing device 720 of the present invention comprises a pair of horizontal sealing cam 721 that is installed in vertical shaft 714 bottoms, two are installed in parallel in the slide rail 722 on the frame 710, on two slide rails 722, fixedly mount a front stall 723 and a back seat 724 respectively, be slidingly installed a front rest 725 and a back tool rest 726, install one on the forward and backward knife rest 725,726 respectively before an envelope cutter 727 and a back envelope cutter 728.Two horizontal sealing cams 721 rotate between back seat 724 and back tool rest 726, can promote to seal cutter 728 after back tool rest 726 drives and travel forward.Be provided with extension spring 729 between back seat 724 and the back tool rest 726, be used for back envelope cutter 728 and reset; The rear portion of back seat 724 also is provided with a cover elastic device 730, is used to absorb horizontal sealing cam 721 and rotates the displacement that causes.Be provided with stage clip 731 between front stall 723 and the front rest 725, envelope cutter 727 resets before being used for; Also be provided with two limited bolts, 732, two limited bolts, 732 1 ends between front stall 723 and the front rest 725 and screw in front rest 725, the other end slides on the front stall 723, and the middle part is provided with one and adjusts nut 733.Also connected a cutting knife (not shown) by an immovable support 734 on slide rail 722, two of envelope cutter 727 sealed between the lines before the knife edge of cutting knife was installed in, and sealed in the cutter 727 before the indentation.Travel forward and contact with preceding envelope cutter 727 when sealing when horizontal sealing cam 721 drives back envelope cuttves 728 like this, envelope cutter 727 moved forward before the back envelope cutter 728 that slides can continue to promote, the cutting knife that is fixed on the knife rest 734 is exposed, cut off the position between two heat-sealings of packaging film line, realize the purpose that upper and lower packaging film is cut off.When the rotation of horizontal sealing cam 721 and the pulling of extension spring 729, when making back envelope cutter 728 withdrawals, envelope cutter 727 resets before being arranged on stage clip 731 promotion front rests 725 drives between front stall 723 and the front rest 725, and two limited bolts 732 are used to adjust the pressure at stage clip 731 two ends and limit preceding envelope cutter 727 and continue to move forward after resetting.
As Figure 21, shown in Figure 23, vertical seal apparatus 740 of the present invention comprises a pair of vertical envelope cam 741 that is installed in vertical shaft 714 tops, respectively by an end of a roller 742 contacts one fork 743, the pin joint of two forks 743 is hinged on the same fulcrum 744 of frame 710 at two vertical envelope cams 741.The end of two forks 743 is installed a vertical envelope cutter 746 respectively on fixedly connected one vertical envelope knife rest 745, the two vertical envelope knife rests 745 respectively.Between fork 743 and the roller stage clip 747 is set therein, between the middle part of this fork 743 and frame 710, is connected an extension spring 748.When vertical shaft 714 rotated, two vertical envelope cams 741 drove 743 swings of two forks, and then drove two vertical envelope cuttves, 746 relative motions on the two vertical envelope knife rests 745, finished vertical envelope.Stage clip 747 and extension spring 748 are used to cushion the sealing-in pressure of two vertical envelope cuttves 746, and help two forks 743 to reset.
As Figure 21, shown in Figure 24, separated material device 750 of the present invention comprises that one is connected the driving gear 751 at vertical shaft 714 tops, one with the driven gear 752 of driving gear 751 engagement, the power transmission shaft 753 that connects travelling gear 752 is supported on the frame 710, also connects a separated material cam 754 on power transmission shaft 753.One striker plate 755 is set on frame 710, and the bottom contact 756 of striker plate 755 is plugged in the elongated slot 757 that is provided with on the frame 710, and an extension spring 758 is set between frame 710 and striker plate 755, is used to reset.When vertical shaft 714 rotates, driving gear 751 drives coaxial separated material cam 754 by driven gear 752 and rotates, and then drive striker plate 755 and in elongated slot 757, move forward and backward, with by the turnover of striker plate 755 in becoming bag device 759, stop or let pass material in bag device 759.
As Figure 21, shown in Figure 25, the film device 760 of walking of the present invention comprises that one is connected the membrane cam 761 on the vertical shaft 714, membrane cam 761 is positioned at vertical envelope cam 741 belows, on membrane cam 761 frame 710 below tiltedly, a transverse axis 762 is set, one clutch 763 and one bag of spool gear 764 are set on transverse axis 762, excircle at clutch 763 is provided with one near switch 765, the rotation of membrane cam 761 can contact the clutch near switch 765 solenoidoperated cluthes 763, and then the commentaries on classics of control transverse axis 762 stops.Bag spool gear 764 drives a pair of film-pulling wheel 768, two film-pulling wheels 768 that are arranged side by side in frame 710 front portions by a pinion 766 and a pair of transition gear 767 and is clipped in that packaging film is vertical to seal both sides, and it steps up.Be provided with one at frame 710 tops and walk film motor 769, walk film motor 769 and connect a packaging film roller 770 by transmission mechanism, walk film roller 771,772 before a pair of and be arranged on packaging film roller 769 belows, walk the back of walking film roller 772 before film roller 773 is arranged on after one, walk film roller 773 rears after coating materials electric eye 674 is arranged on, a film guiding roller 775 tiltedly is located at the front end of frame 710 by the movable branching rod 776 that is arranged on the console both sides.As shown in figure 26, becoming bag device 759 and packaging film 777 inlet angle a is 15 °～20 °, can make the smooth blanking of bread, increases the length of vertical envelope, makes the length of each packaging film 777 can reach 250～280mm.
When the present invention operates, after the packaging film 777 of walking film device 760 is pulled out from packaging film roller 769, successively through before walk film roller 771, film guiding roller 775, preceding walk film roller 772, after walk film roller 773, surround into bag device 759 then, be clamped between two film-pulling wheels 768.Rotate after film motor 769 starts owing to walk, packaging film bag 777 is constantly emitted always, and film guiding roller 775 to lower swing, makes packaging film 777 tensions under the deadweight effect.In case motor 712 drives vertical shaft 714 by decelerator 713 and rotates, be installed in membrane cam 761 on the vertical shaft 714 can touch on the clutch 763 near switch 765, making clutch 763 drive transverse axis 762 rotates, and then by bag spool gear drive film-pulling wheel 768 rotation membranes, the packaging film 777 that is tightened up just can drive upwards swing of film guiding roller 775 automatically, unclamps packaging film 777; When membrane cam 761 left near the position of the switch, clutch 763 resetted, and film-pulling wheel 768 stops operating.Two horizontal sealing cams 721 that drive on the vertical shaft 714 that rotates this moment and two vertical envelope cams 741, just turn to the position that the back envelope cutter 728 that drives traverse sealing device 720 moves forward and two vertical envelope cuttves of vertical seal apparatus 740 move in opposite directions, next be to finish horizontal sealing and vertical envelope, and packaging film 777 cuts off (front has been described, repeats no more) up and down.After horizontal sealing and vertical envelope are finished, the vertical shaft 714 that rotates drives the separated material cam 754 coaxial with driven gear 752 by the driving gear on it 751, and cooperation extension spring 758, striker plate 755 is pulled away from bag device 759, make and put in advance and stop that the material (as bread) on it falls, and enters in the packaging film 777 that has sealed.This moment just the membrane cam 761 on the vertical shaft 714 begin again to touch clutch 763 near switch, clutch 763 drives film-pulling wheel 768 again and carries out membrane program next time.
Claims (9)
1, a kind of bread processing shelter, it comprises the cabin body of being made up of six cabin plates, it is characterized in that:
The outside of front deck plate is provided with the suspension bracket that is used to load and unload, the bottom surface of hold plate is provided with slide rail, one side cabin plate is divided into upper and lower two parts, and can be connected to upper and lower folding on the body of described cabin by hinge and locking device, opposite side cabin plate is provided with the maintenance of equipment door, and near described cabin body afterbody one hatch door is set, and also is provided with foldable tent frames and the tarpaulin that can hide the integrated operation space in the body of described cabin, the front portion of described cabin body is provided with generating set, air conditioner and cooling water tank;
Be provided with dough mixing machine, cutting machine, make-up machine in the body of described cabin, wake up and bake integrated device and be connected in fact make-up machine and the awake moulding bread conveyer belt of baking integrated device; But described dough mixing machine, cutting machine and make-up machine are in the cabin body of described folding cabin plate one side, the described roasting integrated device of waking up is arranged in the cabin body of close opposite side cabin plate, described dough mixing machine is near described cutting machine, the outlet of described cutting machine is positioned at described make-up machine inlet top, and the outlet of described make-up machine connects the described roasting integrated device of waking up by described bread base conveyer belt.
2, a kind of bread processing shelter as claimed in claim 1, it is characterized in that: described dough mixing machine comprises motor, the face cylinder, stirring rod, transmission device and pedestal, the output shaft of described motor upwards are fixedly connected on described pedestal one side; Described cylinder is connected the opposite side of described pedestal rotationally by a minor axis, and the bottom centre of described cylinder raises up; The top of described stirring rod is connected on the described pedestal rotationally, and the bottom of described stirring rod is wire in the shape of a spiral, and is positioned at a side of described cylinder internal projection; Described transmission device comprises a major axis, its vertical being connected rotationally on the described pedestal; One first transmission, it comprises that one is fixedly connected on the small pulley on the described motor output shaft, one is rotatably connected on the big belt wheel on the described major axis, and a belt that connects the two; One second transmission, it comprise one with described first transmission on big belt wheel fuse and be connected small pulley on the described major axis rotationally, one is fixedly connected on the big belt wheel on the described stirring rod, and a belt that connects the two; One the 3rd transmission, it comprise one with described second transmission on the coaxial small pulley that is fixedly connected on the described stirring rod of big belt wheel, one is fixedly connected on the big belt wheel on the described major axis, and a belt that connects the two; One the 4th transmission, it comprises that one is fixedly connected on the minor sprocket of described major axis bottom, one is fixed on the hinge wheel that connects on described the cylinder bottom portion minor axis, and a chain that connects the two.
3, a kind of bread processing shelter as claimed in claim 1, it is characterized in that: described cutting machine comprises: be arranged on the screw feeder storehouse on the described frame, be connected the detachable hopper of described screw feeder storehouse import, be arranged on the motor on the described frame, the decelerator that connects described motor, be arranged on two screw feeders in relative rotation that connect described decelerator in the described screw feeder storehouse, by interior, the cutting sleeve that urceolus is formed is installed in the outlet of described screw feeder storehouse, in described, urceolus circumference bottom correspondence is provided with a window, one photoelectric sensor is set on the frame of described beneath window, described inner core circumferential upper part is provided with a drive rod, corresponding described urceolus circumferential upper part with it is provided with a chute, and described drive rod connects a motor by a driving mechanism.
4, a kind of bread processing shelter as claimed in claim 3, it is characterized in that: described driving mechanism comprises the pinion that is connected described driven by motor, gear wheel with pinion, be eccentrically set on the slide block on the described gear wheel, slide over rocking arm on the described slide block by elongated slot, one end of described rocking arm is fixed on the described frame, and the other end connects a connecting rod, and the other end of described connecting rod connects the drive rod on the described inner core.
5, a kind of bread processing shelter as claimed in claim 1, it is characterized in that: described make-up machine comprises three layers of conveyer belt that back and forth is provided with and drives motor, the transmission device of described conveyer belt, the import of described upper strata conveyer belt is positioned at the outlet of described cutting machine, and the top of described upper strata conveyer belt is provided with the stranding circular channel of half garden arc section convergent; The import of described middle level conveyer belt is positioned at the outlet below of described upper strata conveyer belt, and a side of described middle level conveyer belt is provided with a vertical conveyer belt, and opposite side is provided with a vertical baffle plate, forms the upright stranding passage of a convergent between described conveyer belt and the baffle plate; The one compressing tablet mechanism with two milling rollers is set between the outlet of described middle level conveyer belt and the import of described conveying belt of lower floor, described conveying belt of lower floor top is provided with a chain type damper, the inlet of described chain type damper is circular-arc and upwarps, the outlet of described chain type damper is supported a spring bearer plate by spring, and the bottom surface of described spring bearer plate is equipped with one deck wool felt.
6, a kind of bread processing shelter as claimed in claim 5, it is characterized in that: the transmission device that drives described three layers of conveyer belt comprises that two covers by a described driven by motor drive endless-chain, described first endless-chain comprises a belt wheel, a transition wheel, the driving wheel of two milling rollers, the driving wheel of conveying belt of lower floor, another transition wheel that is arranged on the described motor output shaft, and around described six belts that are provided with; Described second circulation comprises, with the driving wheel of the driving wheel of a nip drum belt wheel of the wherein coaxial setting of driving wheel of a milling roller, upper strata conveyer belt, a transition wheel, middle level conveyer belt, with a belt wheel of the coaxial setting of driving wheel of another milling roller, and around described five belts that are provided with; With the coaxial bevel-gear sett that also is provided with of the driving wheel of described milling roller, the belt wheel on the output shaft of described bevel gear connects the driving wheel of described upright stranding passage upper conveyor belt by belt.
7, a kind of bread processing shelter as claimed in claim 1, it is characterized in that: described integrated bread leavening and roasting apparatus comprises a casing, in described casing, pass through some dividing plates, be divided into and proof the chamber, baking vessel, the combustion chamber, plenum chamber and advancing, go out baking vessel's passage, be provided with burner and heat exchanger in the described combustion chamber, the air inlet of described combustion chamber is communicated with described baking vessel bottom, the air outlet of described combustion chamber is communicated with described plenum chamber bottom, be provided with blower fan in the described plenum chamber, the air outlet of described blower fan is communicated with top, described combustion chamber, describedly advance, go out baking vessel's passage for back and forth being set in parallel in described two passages that proof the top, chamber, described import of advancing baking vessel's passage is communicated with the described chamber that proofs, described outlet of advancing baking vessel's passage and the described import that goes out baking vessel's passage extend to described baking vessel from the top, the described chamber that proofs, baking vessel and advancing, go out and be provided with some sprocket wheel and chains in baking vessel's passage by driven by motor, and then form the closed loop conveying loop of two symmetries, in described two loops, be hung with the elongated face pocket of some ccontaining bread between two chains of symmetry at interval.
8, a kind of bread processing shelter as claimed in claim 7 is characterized in that: described integrated bread leavening and roasting apparatus also comprise one be connected described proof on the chamber import department two symmetrical sprocket wheels from charging crane; Describedly comprise from charging crane: two tops are hinged on the described casing, the rocking bar of the fixedly connected turning rod in bottom, be arranged at intervals with two connecting rods on each described rocking bar, the middle part of described rod hinge connection one fork wherein, the top of two described forks is hinged on respectively on the described casing, and the bottom of two described forks articulates an elongated roller bearing; Described roller bearing is positioned at the top of described bread base conveyer belt, another connecting rod on described each rocking bar connects an only ratch respectively, two described only ratch bottoms push up respectively be located at one with two coaxial cams of pinion on, two described pinions mesh a gear wheel respectively, two described gear wheels respectively with the described sprocket coaxiality that proofs chamber import department.
9, as claim 1 or 2 or 3 or 4 or 5 or 6 or 7 or 8 described a kind of bread processing shelters, it is characterized in that: in the passageway of described cabin body, be provided with a packing machine, described packing machine comprises that a frame, a traverse sealing device, are indulged seal apparatus, a separated material device and is walked film device, described frame lower is provided with a motor, described motor connects one speed reducer, and the output of described decelerator connects a vertical shaft; Described traverse sealing device comprises two slide rails, one forward and backward seat is connected to described two slide rail two ends, one forward and backward knife rest is slidingly connected respectively on described two slide rails, one forward and backward envelope cutter is connected on the described forward and backward knife rest, one cutting knife is fixedly connected on described two slide rails, and the envelope cutter sealed within the two heat-sealing lines of cutter sealing-in with the back before described cutting knife retraction was described, be respectively arranged with back-moving spring between described front stall and the described preceding tool rest and between described back seat and the described back tool rest, connect the horizontal sealing cam that the described back of a pair of driving tool rest moves on the described vertical shaft; Described vertical seal apparatus comprises a pair of vertical envelope cam that is installed on the described vertical shaft, holds one to one by the cam-actuated fork of described vertical envelope to be connected on the described frame, and the vertical envelope cutter of a pair of relative motion is connected the other end of described two forks; Described stop gauge comprises that one is connected the driving gear at described vertical shaft top, and a driven gear that combines with driving gear is with the coaxial backgauge cam of described driven gear with by the cam-actuated material blocking rod of described backgauge; The described film device of walking comprises that one is connected the membrane cam on the described vertical shaft, one clutch and one bag of spool gear are connected on the described frame by a transverse axis, be provided with one on the excircle of described clutch by the cam-actuated signaling switch of described membrane, described bag spool gear connects two film-pulling wheels by travelling gear, the packaging film roller of one driven by motor is set at described frame top, described packing roller below is provided with one group of stretching roller, packaging film is walked around each described stretching roller back wall around a feed hopper, and the vertical sealing clip in the both sides of described packaging film is held between described two film-pulling wheels.
Priority Applications (1)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CNB2005101049478A CN100374024C (en) | 2005-06-24 | 2005-09-22 | Bread producing square carbin |
Applications Claiming Priority (3)
| Application Number | Priority Date | Filing Date | Title |
|---|---|---|---|
| CN200510077756.7 | 2005-06-24 | ||
| CN200510077756 | 2005-06-24 | ||
| CNB2005101049478A CN100374024C (en) | 2005-06-24 | 2005-09-22 | Bread producing square carbin |
Publications (2)
| Publication Number | Publication Date |
|---|---|
| CN1771817A true CN1771817A (en) | 2006-05-17 |
| CN100374024C CN100374024C (en) | 2008-03-12 |
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Family Applications (1)
| Application Number | Title | Priority Date | Filing Date |
|---|---|---|---|
| CNB2005101049478A Expired - Fee Related CN100374024C (en) | 2005-06-24 | 2005-09-22 | Bread producing square carbin |
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| Country | Link |
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| CN (1) | CN100374024C (en) |
Cited By (7)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102511700A (en) * | 2012-01-09 | 2012-06-27 | 湖北珍肴食品有限公司 | Steam fermentation room |
| CN103771046A (en) * | 2014-01-09 | 2014-05-07 | 中国人民解放军总后勤部军需装备研究所 | Quick-freezing cold storage square cabin |
| CN104550835A (en) * | 2013-10-21 | 2015-04-29 | 广东科达洁能股份有限公司 | Overturn unloading device |
| CN105580858A (en) * | 2016-02-04 | 2016-05-18 | 李晋云 | Automatic cooked wheaten food production device |
| CN106064667A (en) * | 2015-04-20 | 2016-11-02 | 空中客车运营简化股份公司 | There is the aircraft of modified model hold structure |
| CN108713463A (en) * | 2018-05-30 | 2018-10-30 | 贵州省福轩实业发展有限公司 | Method for growing tomatoes |
| CN109077465A (en) * | 2018-10-17 | 2018-12-25 | 东营鲁知信息科技有限公司 | A kind of multifunctional dining table |
Family Cites Families (5)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| JP2540898B2 (en) * | 1987-12-30 | 1996-10-09 | いすゞ自動車株式会社 | Air blast system for hot storage |
| CN1073583A (en) * | 1992-11-02 | 1993-06-30 | 中国人民解放军总后勤部军需装备研究所 | Integrated bread leavening and roasting equipment |
| CN2383720Y (en) * | 1999-07-30 | 2000-06-21 | 郑州飞马集团股份有限公司 | Dump truck |
| CN1286683C (en) * | 2003-05-09 | 2006-11-29 | 中国人民解放军总后勤部军需装备研究所 | Principal food producing truck |
| CN100400319C (en) * | 2003-05-09 | 2008-07-09 | 中国人民解放军总后勤部军需装备研究所 | Kitchen trailer |
-
2005
- 2005-09-22 CN CNB2005101049478A patent/CN100374024C/en not_active Expired - Fee Related
Cited By (9)
| Publication number | Priority date | Publication date | Assignee | Title |
|---|---|---|---|---|
| CN102511700A (en) * | 2012-01-09 | 2012-06-27 | 湖北珍肴食品有限公司 | Steam fermentation room |
| CN104550835A (en) * | 2013-10-21 | 2015-04-29 | 广东科达洁能股份有限公司 | Overturn unloading device |
| CN103771046A (en) * | 2014-01-09 | 2014-05-07 | 中国人民解放军总后勤部军需装备研究所 | Quick-freezing cold storage square cabin |
| CN103771046B (en) * | 2014-01-09 | 2016-08-17 | 中国人民解放军总后勤部军需装备研究所 | A kind of quick freezing and cold preserving shelter |
| CN106064667A (en) * | 2015-04-20 | 2016-11-02 | 空中客车运营简化股份公司 | There is the aircraft of modified model hold structure |
| CN105580858A (en) * | 2016-02-04 | 2016-05-18 | 李晋云 | Automatic cooked wheaten food production device |
| CN108713463A (en) * | 2018-05-30 | 2018-10-30 | 贵州省福轩实业发展有限公司 | Method for growing tomatoes |
| CN109077465A (en) * | 2018-10-17 | 2018-12-25 | 东营鲁知信息科技有限公司 | A kind of multifunctional dining table |
| CN109077465B (en) * | 2018-10-17 | 2021-09-28 | 中山市中泰龙办公用品有限公司 | Multifunctional dining table |
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| CN100374024C (en) | 2008-03-12 |
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