CN206866588U - A kind of marine alga cake equipment - Google Patents

Abstract

The utility model discloses a kind of marine alga cake equipment, belong to marine alga technical field of processing equipment, its described marine alga cake equipment includes the feeding chassis set gradually, shell dish device, pour cake device, just dehydration apparatus for shaping, dehydration device, aeration apparatus and feeding chassis, the stripping dish device and pour to be provided between cake device and manually take dish space, the marine alga cake equipment also includes charging tray driven rod, the charging tray driven rod is provided with the rack being meshed with driving gear, some pulling claws are interval with the charging tray driven rod, the pulling claw is be hinged to be installed on the charging tray driven rod, each pulling claw is corresponded on the charging tray driven rod, and to be equipped with the pulling claw that the limitation pulling claw rotates clockwise spacing.The utility model, which solves, expects that cake is of poor quality, technical problem of low production efficiency in marine alga production, be widely used in marine alga processing.

Description

A kind of marine alga cake equipment

Technical field

It the utility model is related to marine alga technical field of processing equipment, and in particular to a kind of marine alga cake equipment.

Background technology

Marine alga is the important aquatic products of China coast cultivation, and for a large amount of marine algas after being received on the bank in the sea, vegetable grower wants the One time dried to marine alga, marine alga enter baking oven it is dry before, traditional method is generally handwork, and mode manually will Marine alga is dehydrated, puts cake, is then put on dolly to dry or transport to and is gone to dry inside stove, this method needs a large amount of people Work, and it is unhygienic.Compared with conventional method, recent years, many manufacturer productions go out a kind of automanual alga drying apparatus, so And these drying cake production efficiency of equipments processed are low at present, and the material cake quality made is low, not enough loosely, has had a strong impact on marine alga The sale of product.

Therefore, based on drawbacks described above, in marine alga technical field of processing equipment, for marine alga cake equipment still suffer from research and Improved demand, this is also a study hotspot and emphasis in current marine alga technical field of processing equipment, is even more that this practicality is new The starting point that type is accomplished.

Utility model content

The purpose of this utility model is to provide a kind of marine alga cake equipment, to solve to expect cake quality in traditional marine alga production Difference, the technical problem of low production efficiency.

In order to solve the above technical problems, the technical solution of the utility model is to provide a kind of marine alga cake equipment, the sea Feeding chassis that algae cake equipment includes setting gradually, stripping dish device, pour cake device, be just dehydrated apparatus for shaping, dehydration device, pine It is in bulk put with feeding chassis, the stripping dish device and pour to be provided between cake device and manually take dish space, the marine alga cake equipment Also include being used for capturing the charging tray on feeding chassis and be progressively transferred to the stripping dish device, it is artificial take dish space, pour cake device, Just the charging tray driven rod on dehydration apparatus for shaping, dehydration device, aeration apparatus and feeding chassis, the charging tray driven rod are provided with The rack being meshed with driving gear, some pulling claws are interval with the charging tray driven rod, the pulling claw is be hinged to be installed on institute State on charging tray driven rod, each pulling claw is corresponded on the charging tray driven rod be equipped with the limitation pulling claw and rotate clockwise Pulling claw it is spacing.

As a kind of optimal technical scheme, movement is installed on feeding track the feeding chassis along the vertical direction, described Feeding chassis connects feeding driving device.

As a kind of optimal technical scheme, the stripping dish device is arranged at the downstream of the feeding chassis, the stripping dish dress Put including：Dish frame is shelled, the stripping dish frame is provided with vertically extending guide rail；By the stripping dish drive device driving of stripping dish Elevating mechanism, the elevating mechanism can be arranged on up or down it is described stripping dish frame on, the elevating mechanism be provided with extremely A few Ge Ci dishes mechanism；The elevating mechanism includes：Framework and fixture, the fixture are connected to the lower end of the framework, The framework is provided with the guiding mechanism coordinated with the guide rail；The charging tray driven rod is arranged on below the Ci Cai mechanisms； For receiving the material cake of the Ci Cai mechanisms release and expecting that cake is delivered to the transfer device shelled outside dish frame, the transfer Device is located at below the Ci Cai mechanisms；The Ci Cai mechanisms include：Fixed plate, the upper surface of the fixed plate and the fixation Part is connected, and the lower surface of the fixed plate is provided with least one pricker, and the lower direction of pricker thorn is located at the row of the charging tray Enter on track；Move back chopping board, the chopping board that moves back is provided with the through hole coordinated with the pricker, the pricker in the through hole can on Lower movement；Dish bar is moved back, the lower end for moving back dish bar is connected through the fixed plate with the chopping board that moves back, the upper end for moving back dish bar Through the fixture；The stripping dish frame is provided with position-arresting disk, and the position-arresting disk is located at the top of the Ci Cai mechanisms, described When Ci Cai mechanisms are moved upward at the position-arresting disk, it is described move back dish bar and the position-arresting disk only support with moved back described in limitation dish bar after It is continuous to move up.

As a kind of optimal technical scheme, the transfer device includes：Drive shaft, the drive shaft turns are installed on described Shell in dish frame, and the drive shaft is connected with the stripping dish drive device；Driven shaft, the driven shaft be rotatablely installed in In the stripping dish frame, the driven shaft be arranged in parallel with the drive shaft；Carrier chain, the carrier chain are surrounded on the driving Between axle and driven shaft；Transition zone, the transition zone are fixedly installed on the carrier chain, and the transition zone is provided with and accommodated Feeding space under pricker thorn.

As a kind of optimal technical scheme, the transition zone includes multiple transfer shafts, and multiple transfer shafts are along described defeated Chain is sent to be arranged at intervals around direction.

As a kind of optimal technical scheme, the stripping dish drive device includes the gas being fixedly installed in the stripping dish frame Cylinder, the piston rod of the cylinder connect the elevating mechanism, and rack is provided with the elevating mechanism, is turned in the stripping dish frame It is dynamic that power transmission shaft is installed, be installed with the gear being meshed with the rack on the power transmission shaft, the power transmission shaft with it is described Drive shaft Chain conveyer connects.

As a kind of optimal technical scheme, the stripping dish drive device includes driving source, the first drive component and second drives Dynamic component, the driving source link with first drive component, and second drive component joins with first drive component Dynamic, first drive component is connected with the elevating mechanism, and second drive component is connected with the transfer device.

As a kind of optimal technical scheme, the driving source has output chain gear, and first drive component includes：First Universal driving shaft；First drive sprocket, first drive sprocket are connected with first universal driving shaft, and first drive sprocket passes through First chain is connected with the output chain gear；Cam pack, the cam pack are connected with first universal driving shaft, the cam Component is connected with the elevating mechanism.

As a kind of optimal technical scheme, second drive component includes：Second drive sprocket, second driving-chain Wheel is installed on first universal driving shaft；First change gear, first change gear pass through with second drive sprocket Second chain is connected；Second universal driving shaft, second universal driving shaft are connected with first change gear；Second change gear, institute State the second change gear with second universal driving shaft to be connected, and second change gear is set with the first change gear interval Put；3rd change gear, the 3rd change gear engage with second change gear；3rd universal driving shaft, the described 3rd Moving axis is connected with the 3rd change gear；3rd drive sprocket, the 3rd drive sprocket are connected with the 3rd universal driving shaft； With the 4th drive sprocket, the 4th drive sprocket is connected by the 3rd chain with the 3rd drive sprocket, and the 4th transmission Sprocket wheel is connected with the transfer device.

As a kind of optimal technical scheme, the stripping dish drive device also includes：First chain wheel set, first chain wheel set Including the 4th chain and two the 5th drive sprockets, two the 5th drive sprockets are arranged at intervals in the first direction, and described Four chains are around being located at outside two the 5th drive sprockets, one of them in two the 5th drive sprockets and the driving Axle is connected；Second chain wheel set, between the moving direction of second chain wheel set and first chain wheel set along the charging tray driven rod Every setting, second chain wheel set includes the 5th chain and two the 6th drive sprockets, and two the 6th drive sprockets are along institute First direction interval setting is stated, around being located at outside two the 6th drive sprockets, two the described 6th are driven the 5th chain One of them in sprocket wheel is connected with the drive shaft；The driven shaft respectively with it is another in two the 5th drive sprockets Another in individual, two the 6th drive sprockets is connected；One end of the transition zone is connected with the 4th chain, is another End is connected with the 5th chain, and the 4th chain and the 5th chain collectively form the carrier chain；The first direction with The plane that the moving direction of the moving direction of the elevating mechanism and the charging tray driven rod is formed is vertical.

As a kind of optimal technical scheme, one end of each transfer shaft is connected with the 4th chain, the other end and 5th chain is connected.

As a kind of optimal technical scheme, the width of the transition zone is less than the width of the stripping dish frame.

As a kind of optimal technical scheme, at least one upper cover in the first chain group and the second chain group is set There is protective cover.

As a kind of optimal technical scheme, cushion pad is provided between the fixed plate and the fixture.

As a kind of optimal technical scheme, the Ci Cai mechanisms also include：Pilot sleeve, the pilot sleeve are set in institute State and move back on dish bar, the pilot sleeve includes the first sleeve sections and second sleeve section, first sleeve sections with described second set Cylinder section is arranged at intervals along the bearing of trend for moving back dish bar；Return springs, the return springs, which are set in, described moves back dish bar Outside, and one end of the return springs is connected with first sleeve sections, the other end is connected with the second sleeve section.

As a kind of optimal technical scheme, the cake device that pours includes pouring cake frame, and the cake frame of pouring is provided with material pond, The bottom of the material pond corresponds to charging tray position and offers some material spilling holes, moves up and down and is provided with by first above the material pond That pours the driving of cake drive device pours cake hoisting cross beam, and the cake hoisting cross beam that pours is provided with blocking corresponding with the material spilling hole, The lower section of the material pond is provided with by the second plugging plate for pouring the driving of cake drive device, the plugging plate move up and down be installed on it is described Pour in cake frame, the charging tray driven rod is between the material pond and plugging plate.

As a kind of optimal technical scheme, the cake frame of pouring is provided with the water conservation framework moved up and down, the water conservation frame Frame is located at the top of the charging tray driven rod and cake drive device is poured in connection described second.

As a kind of optimal technical scheme, each material spilling hole is all connected with a guide shell, and described guide shell one end is fixed In in the material pond, the other end stretches to the plugging plate.

As a kind of optimal technical scheme, the just dehydration apparatus for shaping includes shaping frame, is erected in the shaping frame The shaping hoisting cross beam driven by shaping drive device is installed to movement, be provided with the shaping hoisting cross beam several with The shaping head of charging tray feeding cake position correspondence, it is installed with the shaping frame below the shaping hoisting cross beam Collecting tray, the bottom connection collecting pipe of the collecting tray, the collecting pipe connect storage tank.

As a kind of optimal technical scheme, the dehydration device include dehydration frame, it is described dehydration frame on it is vertically movable The dehydration hoisting cross beam driven by dehydration drive device is installed, consolidated in the dehydration frame being dehydrated below hoisting cross beam Dingan County is equipped with support beam, is provided with several extrusion heads on the dehydration hoisting cross beam, is fixedly mounted in the support beam There is water receiving tank, bearing plate is installed with the water receiving tank, some connection water receiving tanks are offered on the bearing plate Permeable hole, the charging tray of support algal biscuit is provided between the bearing plate and the extrusion head.

As a kind of optimal technical scheme, movement is installed on feeding track the feeding chassis along the vertical direction, described Feeding chassis connects feeding drive device.

The utility model has the following advantages that：

(1) due to this equipment be provided be used to capturing the charging tray on feeding chassis and be progressively transferred to the stripping dish device, The artificial charging tray transmission for taking dish space, pouring cake device, being just dehydrated on apparatus for shaping, dehydration device, aeration apparatus and feeding chassis Bar, traditional artificial handwork is instead of, not only increases operating efficiency, and improve sanitary condition, and then improved The product quality of marine alga cake, therefore, compared with prior art, the utility model substantially increases machine to this marine alga cake equipment processed The production efficiency of equipment cake, save manually, the cost of production equipment is greatly reduced, and stability is improved.

(2) dish device is shelled by setting the first drive component and the second drive component, and causes the second drive component and the One drive component keeps linkage, i.e. when the first drive component works, the second drive component work, the first drive component does not work When, the second drive component does not work, thus, it is possible to ensure that transfer device works on the premise of elevating mechanism normal work, has When avoiding to effect the failure of the first drive component, in transfer device rotation process to caused by transfer device and Ci Cai mechanisms Damage, it is effectively improved the reliability and security of marine alga cake equipment；Meanwhile relative to traditional marine alga cake equipment, Save a driving source, it is only necessary to which a driving source can ensure the normal operation of marine alga cake equipment, reduce marine alga system The holistic cost of cake equipment.

(3) because dehydration device is provided with the extrusion head that can lift, during algal biscuit in extrusion head to charging tray, algal biscuit In water can be discharged by leaking hole, then be drained into water receiving tank and collect through the permeable hole of bearing plate so that in algal biscuit Water can be discharged in time, avoid algal biscuit again by the water resorption of discharge, improve the dehydrating effect of algal biscuit, and if A dry extrusion head can correspond to multiple algal biscuits, while these algal biscuits are dehydrated, and substantially increase dewatering efficiency.

Brief description of the drawings

Fig. 1 is the structural representation of the utility model embodiment.

Fig. 2 is the structural representation of charging tray driven rod in the utility model embodiment.

Fig. 3 is a kind of structural representation for shelling dish device in the utility model embodiment.

Fig. 4 is the structural representation of transfer device in the utility model embodiment.

Fig. 5 is the structural representation of another stripping dish device in the utility model embodiment.

Fig. 6 is Fig. 5 left view structural representation.

Fig. 7 is the cross section structure diagram of the utility model embodiment Zhong Ci dishes mechanism.

Fig. 8 is the structural representation that cake device is poured in the utility model embodiment.

Fig. 9 is the structural representation that apparatus for shaping is just dehydrated in the utility model embodiment.

Figure 10 is the structural representation of dehydration device in the utility model embodiment.

Figure 11 is the structural representation of extrusion head in the utility model embodiment.

Figure 12 is the partial enlargement structural representation of A in Figure 10.

In figure：000th, feeding chassis, 100, stripping dish device, 1, stripping dish frame, 11, position-arresting disk, 2, elevating mechanism, 21, frame Frame, 22, fixture, 23, directive wheel, 3, transfer device, 31, drive shaft, the 32, the 5th drive sprocket, the 33, the 4th chain, 34, Six drive sprockets, the 35, the 5th chain, 36, transfer shaft, 37, driven shaft, 38, carrier chain, 41, driving source, 411, output chain gear, 412nd, the first chain, 413, output shaft, 414, rack, 415, gear, 416, power transmission shaft, 417, transition axis, the 421, first linkage Axle, the 422, first drive sprocket, 423, cam pack, 4231, cam, the 431, second drive sprocket, the 432, first change gear, 433rd, the second universal driving shaft, the 434, second change gear, the 435, the 3rd change gear, the 436, the 3rd universal driving shaft, the 437, the 3rd transmission Sprocket wheel, the 438, the 4th drive sprocket, the 439, second chain, 5, Ci Cai mechanisms, 51, fixed plate, 52, move back chopping board, 53, move back dish bar, 54th, cushion pad, 55, pilot sleeve, the 551, first sleeve sections, the 5511, first limiting section, the 5512, first location division, 552, second Sleeve sections, the 5521, second limiting section, the 5522, second location division, 56, return springs, the 57, first anti-back pieces, 58, second is anti- Back pieces, 59, pricker, 61, motor mount, 62, bearing block, the 71, first micrometer adjusting screw, the 72, second micrometer adjusting screw, 8, protection Lid, the 91, first threaded fastener, the 92, second threaded fastener, the 93, the 3rd threaded fastener, 200, manually take dish space, 300th, charging tray driven rod, 301, driving gear, 302, rack, 303, pulling claw, 304, pulling claw it is spacing, 400, pour cake device, 401, Pour cake frame, 402, material pond, 403, pour cake hoisting cross beam, 404, block, 405, plugging plate, 406, second pours cake drive device, 407th, drive link, 408, water conservation framework, 409, guide shell, 500, be just dehydrated apparatus for shaping, 501, shaping frame, 502, shaping Drive device, 503, shaping hoisting cross beam, 504, shaping head, 505, collecting tray, 506, collecting pipe, 507, storage tank, 600, de- Water installations, 601, dehydration frame, 602, cylinder, 603, dehydration hoisting cross beam, 604, extrusion head, 60401, mounting seat, 60402, Extrude sponge, 60403, guard, 60404, suction hose, 605, support beam, 606, water receiving tank, 60601, osculum, 607, hold Pressing plate, 60701, permeable hole, 608, charging tray, 60801, leaking hole, 609, spring base, 60901, lead, 60902, supporting plate, 60903rd, compression spring, 60904, adjusting nut, 700, aeration apparatus, 800, feeding chassis.

Embodiment

Following examples are used to illustrate the utility model, but are not limited to the scope of the utility model.

In description of the present utility model, it is to be understood that term " " center ", " longitudinal direction ", " transverse direction ", " length ", " width Degree ", " thickness ", " on ", " under ", "front", "rear", "left", "right", " vertical ", " level ", " top ", " bottom " " interior ", " outer ", " suitable The orientation or position relationship of the instruction such as hour hands ", " counterclockwise ", " axial direction ", " radial direction ", " circumference " are based on orientation shown in the drawings Or position relationship, be for only for ease of description the utility model and simplify and describe, rather than instruction or imply signified device or Element must have specific orientation, with specific azimuth configuration and operation, therefore it is not intended that to limit of the present utility model System.In addition, define " first ", one or more this feature can be expressed or be implicitly included to the feature of " second ". In description of the present utility model, unless otherwise indicated, " multiple " are meant that two or more.

, it is necessary to which explanation, unless otherwise clearly defined and limited, term " are pacified in description of the present utility model Dress ", " connected ", " connection " should be interpreted broadly, for example, it may be fixedly connected or be detachably connected, or integratedly Connection；Can be mechanical connection or electrical connection；Can be joined directly together, can also be indirectly connected by intermediary, It can be the connection of two element internals.For the ordinary skill in the art, above-mentioned art can be understood with concrete condition Concrete meaning of the language in the utility model.

Embodiment one

As depicted in figs. 1 and 2, the utility model provides a kind of marine alga cake equipment, including the feeding table set gradually Car 000, stripping dish device 100, pour cake device 400, just dehydration apparatus for shaping 500, dehydration device 600, aeration apparatus 700 and feeding Chassis 800, stripping dish device 100 and pours to be provided between cake device 400 and manually takes dish space 200, after dish link is shelled, works as marine alga When causing to glue glutinous serious with charging tray because of cleaning or other reasonses, just occur that marine alga can not be taken completely in dish device 100 is shelled The phenomenon gone out, just need to shell dish again by the effect of manpower to realize in this case, and now unit is if shutting down Production efficiency can be caused to decline, and power consumption substantially increases, thus can only canbe used on line stripping dish, the artificial of setting take dish space 200 Artificial time and the space for taking dish has then been reserved, glutinous marine alga can have been glued in charging tray further to remove herein, so as to further Improve the quality of production of varek combinations.The marine alga cake equipment also includes charging tray driven rod 300, and charging tray driven rod 300 is used Charging tray on crawl feeding chassis 000, and be progressively transferred to stripping dish device 100, manually take dish space 200, pour cake device 400th, just dehydration apparatus for shaping 500, dehydration device 600, aeration apparatus 700 and feeding chassis 800, charging tray driven rod 300 pass through Slide rail is slidably mounted on feeding chassis 000, stripping dish device 100, manually takes dish space 200, pour cake device 400, be just dehydrated shaping Between device 500, dehydration device 600, aeration apparatus 700 and feeding chassis 800, charging tray driven rod 300 is provided with and driving tooth The rack 302 that wheel 301 is meshed, driving gear 301 can drive charging tray driven rod 300 to move back and forth with positive and negative rotation, and charging tray passes Send and some pulling claws 303 are interval with bar 300, pulling claw 303 is be hinged to be installed on charging tray driven rod 300, on charging tray driven rod 300 Corresponding each pulling claw 303 is equipped with the pulling claw spacing 304 that a limitation pulling claw 303 rotates clockwise, and pulling claw spacing 304 is it may be said that make With spacer pin, limited block can also be used, is not especially limited herein, pulling claw 303 naturally droops under Gravitative Loads, works as needs When capturing charging tray, charging tray driven rod 300 moves to the direction of feeding chassis 000 first, when pulling claw 303 encounters charging tray, along the inverse time Pin is swung, and pulling claw 303 can pass through, and is moved to crawl position, and charging tray driven rod 300 moves to the direction of feeding chassis 800, When pulling claw 303 encounters charging tray, pulling claw 303 can not be swung in the presence of pulling claw spacing 304, and pulling claw 303 can grasp charging tray Charging tray is then pushed on feeding chassis 800 by one station of downward downstream, the pulling claw 303 close to feeding chassis 800.

Movement is installed on feeding track feeding chassis 000 along the vertical direction, and feeding chassis 000 connects feeding driving dress Put.Corresponding, movement is installed on feeding track feeding chassis 800 along the vertical direction, and feeding chassis 800 connects feeding driving Device.Feeding driving device and feeding drive device can select to use stepper motor, when the dolly equipped with some layered material disks Unit is pulled in the presence of external force to enter on the feeding chassis 000 at dish end, and is locked out, and the dolly of non-loading tray is in external force It is pulled on the feeding chassis 800 at dish delivery end, and is locked out under effect, unit often completes an action, enters dish end feeding chassis 000 rises the height in a charging tray space, and until the charging tray for entering dish end dolly has all gone out, the feeding chassis 000 for entering dish end returns To horizontal position, car locking unblock, dolly is removed in the presence of external force from feeding chassis 000.Likewise, unit often completes one Individual action, the feeding chassis 800 at dish delivery end rises the height in a charging tray space, until the whole of dish delivery end dolly fills material Disk, the feeding chassis 800 at dish delivery end return to horizontal position, and car locking unblock, dolly is in the presence of external force from quilt on feeding chassis 800 Remove.Enter the feeding chassis 000 at dish end to act simultaneously with the feeding chassis 800 at dish delivery end, act when can also be different, need To be determined according to transfer rate.

Aeration apparatus 700 is recorded in detail in the specification of the patent No. 201120535480.3, people in the art Member can directly use, and will not be repeated here.

As shown in Figure 3 and Figure 4, the stripping dish device 100 includes：Shell dish frame 1, elevating mechanism 2, charging tray driven rod 300, Transfer device 3 and stripping dish drive device.

Specifically, elevating mechanism 2 can be arranged in stripping dish frame 1 up or down, and elevating mechanism 2 is provided with least one Ci Cai mechanisms 5.Charging tray driven rod 300 is movably disposed at the lower section of Ci Cai mechanisms 5, and charging tray driven rod 300 is provided with least one Individual charging tray, Ci Cai mechanisms 5 are used to adopt and discharge the material cake in charging tray.Wherein, Ci Cai mechanisms 5 can be one or more, Charging tray can be one or more.Transfer device 3 is located at the lower section of Ci Cai mechanisms 5, and transfer device 3 can surround charging tray driven rod 300 rotate, and transfer device 3 is used to receive the material cake of the release of Ci Cai mechanisms 5 and is delivered to outside stripping dish frame 1.For example, transfer dress Transition zone can be had by putting 3, and transfer device 3 can be rotated when rotating with mobilization band so that transition zone can transmit around charging tray Bar 300 rotates, and will expect that cake is delivered to outside stripping dish frame 1 by transition zone.

Ci Cai mechanisms 5 are fixed on the lower end of elevating mechanism 2, and when elevating mechanism 2 moves up and down, Ci Cai mechanisms 5 can be with Elevating mechanism 2 moves up and down.Charging tray driven rod 300 can be advanced with step-by-step movement, for example, the left and right that transmission platform can be in Fig. 1 Side is moved up, and the charging tray for filling material cake is sent into the lower section of Ci Cai mechanisms 5, thorn dish is driven when elevating mechanism 2 moves down Mechanism 5 moves down, and now transition zone can be located at the lower section of charging tray driven rod 300, in order to which Ci Cai mechanisms 5 are adopted in charging tray Material cake, vacate charging tray, the charging tray vacated can advance (for example, moving from right to left) with charging tray driven rod 300, for next The cyclic process of individual marine alga processing.After material cake is adopted by Ci Cai mechanisms 5, moved up with elevating mechanism 2, now transition zone can turn Move to the top of charging tray driven rod 300, to receive the material cake of the release of Ci Cai mechanisms 5, and material cake is delivered to outside stripping dish frame 1 In collection device.

Here, it is necessary to which explanation, " step-by-step movement " refer to that machinery is advanced with same step-length " great-jump-forward ", its motion speed Degree is not (i.e. instantaneous velocity is unequal) at the uniform velocity.

Transfer device 3 includes：

Drive shaft 31, drive shaft 31 is rotatablely installed in stripping dish frame 1, and drive shaft 31 connects with stripping dish drive device transmission Connect；

Driven shaft 37, driven shaft 37 are rotatablely installed in stripping dish frame 1, and driven shaft 37 be arranged in parallel with drive shaft 31；

Carrier chain 38, carrier chain 38 are surrounded between drive shaft 31 and driven shaft 37；

Transition zone, transition zone are fixedly installed on carrier chain 38, and transition zone is provided with the feeding space accommodated under pricker thorn, The length of transition zone is about the 1/3 of the girth of carrier chain 38, the splicing when transition zone turns to the top of charging tray driven rod 300, and When transition zone turns to the lower section of charging tray driven rod 300, Ci Cai mechanisms are not influenceed and are moved down.

Transition zone includes multiple transfer shafts 36, and multiple transfer shafts 36 are arranged at intervals along carrier chain 38 around direction so that are turned Shipper pole forms fence structure, and gas permeability and water penetration are more excellent.

Stripping dish drive device includes driving source 41, and driving source 41 is the cylinder being fixedly installed in stripping dish frame 1, cylinder Piston rod connects elevating mechanism 2, and rack 414 is provided with elevating mechanism, power transmission shaft 416 is rotatablely equipped with stripping dish frame 1, passes The gear 415 being meshed with rack 414 is installed with moving axis 416, power transmission shaft 416 is connected with the Chain conveyer of drive shaft 31, is It is easy to connect, primary transmission can be further added by between power transmission shaft 416 and drive shaft 31, as shown in figure 1, in stripping dish frame 1 A transition axis 417 is rotatablely installed, transition axis 417 be arranged in parallel with power transmission shaft 416, and power transmission shaft 416 passes through with transition axis 417 first Chain conveyer is connected, and transition axis 417 is connected by Chain conveyer with drive shaft 31 again, in order to adjust installation site and installing space.

Rack 414 is driven by cylinder, so as to be rotated with moving gear 415, gear 415 drives power transmission shaft 416 to rotate, so as to Drive shaft 31 is driven to rotate, due to the reciprocating motion of cylinder piston rod, so that drive shaft 31 realizes rotating, band turn Shipper pole reciprocates above and below charging tray driven rod 300.

Embodiment two

The utility model provides a kind of marine alga cake equipment, and its structure and embodiment one are essentially identical, and its difference is：

As shown in Figure 5 and Figure 6, stripping dish drive device includes driving source 41, the first drive component and the second drive component, drives The dynamic drive component of source 41 and first linkage, the second drive component and the first drive component link, the first drive component and lift Structure 2 is connected, and the first drive component is used to drive elevating mechanism 2 to move up and down, and the second drive component is connected with transfer device 3, the Two drive components are used to drive transfer device 3 to rotate.

That is, driving source 41 can drive the first drive component to work, then driven and lifted by the first drive component Mechanism 2 moves up and down, meanwhile, the first drive component can drive the second drive component to work when working, then by the second driving Component driver transfer device 3 rotates.When driving source 41 is stopped, or the first drive component breaks down, the first driving Component is stopped, and elevating mechanism 2 remains stationary as, and the second drive component does not also work, and now transfer device 3 does not also rotate.By This, can drive the first drive component to work by driving source 41, and when the first drive component normal work, can be by first Drive component drives the work of the second drive component, it is thus possible to ensure premise of the transfer device 3 in the normal work of elevating mechanism 2 Lower work, when efficiently avoid the failure of the first drive component, to transfer device 3 and thorn in the rotation process of transfer device 3 Damage caused by dish mechanism 5, it is effectively improved the reliability and security of stripping dish device 100.Meanwhile relative to traditional sea Algae cake equipment, saves a driving source 41, i.e., only needs a driving source 41 to ensure to shell the normal fortune of dish device 100 OK, the holistic cost of stripping dish device 100 is reduced.

For example, when the first drive component breaks down, when elevating mechanism 2 does not move up timely after moving down, Ci Cai mechanisms 5 can cause to hinder to transfer device 3, can be to Ci Cai mechanisms 5 and transfer if now transfer device 3 is rotated further Device 3 causes greatly to damage.

Driving source 41 has output chain gear 411.Specifically, driving source 41 can include motor and speed reducer combination, motor Housing can be fixedly mounted on by the first threaded fastener 91 (for example, screw, bolt etc.) in stripping dish frame 1, motor tool There is output shaft 413, output chain gear 411 is arranged on output shaft 413.When driving source 41 works, output shaft 413 is rotated and driven Output chain gear 411 rotates.Driving source 41 can be fixed in stripping dish frame 1, and for example, referring to Fig. 4, driving source 41 can pass through electricity Machine mounting seat 61 is fixed on the top of stripping dish frame 1.

First drive component includes：First universal driving shaft 421, the first drive sprocket 422 and cam pack 423.First transmission Sprocket wheel 422 is connected with the first universal driving shaft 421, and the first drive sprocket 422 is connected by the first chain 412 with output chain gear 411, the One drive sprocket 422 drives the first universal driving shaft 421 to rotate when rotating.Reference picture 4, the first drive sprocket 422 can be set in On one universal driving shaft 421, one end of the first chain 412 can be around being arranged on outside the first drive sprocket 422 and output chain gear 411.

Cam pack 423 is connected with the first universal driving shaft 421, and cam pack 423 is connected with elevating mechanism 2, the first linkage Cam pack 423 is driven to rotate when axle 421 rotates.Wherein, cam pack 423 can include two cams 4231, two cams 4231 can be arranged at intervals along the width (for example, fore-and-aft direction in Fig. 5) of stripping dish frame 1.Thus, it is possible to improve lifting The stability and reliability that mechanism 2 moves up and down.

For example, when driving source 41 works, output shaft 413 rotates and drives output chain gear 411 to rotate, 411 turns of output chain gear Dynamic that the first drive sprocket 422 can be driven to rotate, the first drive sprocket 422 can drive the first universal driving shaft 421 to rotate when rotating, First universal driving shaft 421 can drive cam pack 423 to rotate when rotating, and cam pack 423 can drive elevating mechanism 2 when rotating Move up and down, so as to drive Ci Cai mechanisms 5 to move up and down.Alternatively, cam pack 423 can be by bearing block 62 with rising Descending mechanism 2 is connected.

Specifically, reference picture 7, bearing block 62 can be fixedly linked by the second threaded fastener 92 with cam pack 423, The other end of bearing block 62 is connected with elevating mechanism 2.Bearing block 62 is provided with the first screw hole, and elevating mechanism 2 is provided with second Screw hole, the second threaded fastener 92 sequentially passes through the first screw hole and bearing block 62 is fixedly connected on lifting by the second screw hole In mechanism 2.

Further, elevating mechanism 2 is provided with the first micrometer adjusting screw 71, and the first micrometer adjusting screw 71 of rotation can adjust lifting The height of mechanism 2.Wherein, the first screw hole can be formed as elongate holes (such as slotted eye, Long Circle hole, slot Deng), the second screw hole can be formed as circular port.Thus, when being screwed down the first micrometer adjusting screw 71, elevating mechanism can be caused 2 move down, and when screwing the first micrometer adjusting screw 71 upwards, elevating mechanism 2 can be caused to move up.

Second drive component includes：Second drive sprocket 431, the first change gear 432, the second universal driving shaft 433, second become To gear 434, the 3rd change gear 435, the 3rd universal driving shaft 436, the 3rd drive sprocket 437 and the 4th drive sprocket 438.

Wherein, the second drive sprocket 431 is set on the first universal driving shaft 421, and the first universal driving shaft 421 drives second when rotating Drive sprocket 431 is rotated, and the first change gear 432 is connected with the second drive sprocket 431 by the second chain 439, the second linkage Axle 433 is connected with the first change gear 432, and the first change gear 432 drives the second universal driving shaft 433 to rotate when rotating.Second becomes It is connected to gear 434 with the second universal driving shaft 433, and the second change gear 434 is arranged at intervals with the first change gear 432, second Linkage gear drives the second change gear 434 to rotate when rotating；3rd change gear 435 engages with the second change gear 434；The Three universal driving shafts 436 are connected with the 3rd change gear 435, drive the 3rd universal driving shaft 436 to rotate when the 3rd change gear 435 rotates； 3rd drive sprocket 437 is connected with the 3rd universal driving shaft 436, and 437 turns of the 3rd drive sprocket is driven when the 3rd universal driving shaft 436 rotates It is dynamic；4th drive sprocket 438 is connected by the 3rd chain with the 3rd drive sprocket 437, and the 4th drive sprocket 438 fills with transfer 3 are put to be connected.

Alternatively, the first change gear 432, the second change gear 434 and the 3rd change gear 435 can be bevel gear. Thus, it is possible to change the transmission side of power by the first change gear 432, the second change gear 434 and the 3rd change gear 435 To so as to drive transfer device 3 to rotate by the second drive component.

Specifically, the second drive sprocket 431 is driven to rotate when the first universal driving shaft 421 rotates, the second drive sprocket 431 rotates When drive the first change gear 432 to rotate, and drive the second universal driving shaft 433 rotate, the second universal driving shaft 433 rotate when drive second Change gear 434 rotates, and drives the 3rd change gear 435 to rotate when the second change gear 434 rotates, the 3rd change gear 435 Drive the 3rd universal driving shaft 436 to rotate during rotation, drive the 3rd drive sprocket 437 to rotate when the 3rd universal driving shaft 436 rotates, the 3rd passes The 4th drive sprocket 438 is driven to rotate when movable sprocket 437 rotates, 3 turns of mobilization device when the 4th drive sprocket 438 rotates It is dynamic.

Wherein, drive shaft 31 is connected with the second drive component.Specifically, drive shaft 31 can be with the 4th drive sprocket 438 It is connected.Thus, when the 4th drive sprocket 438 rotates drive shaft 31 can be driven to rotate.

First chain wheel set includes the 4th chain 33 and two the 5th drive sprockets 32, two the 5th drive sprockets 32 along first Direction is arranged at intervals, and the 4th chain 33 is around being located at outside two the 5th drive sprockets 32, in two the 5th drive sprockets 32 wherein One is connected with drive shaft 31.Wherein, first direction and the moving direction of elevating mechanism 2 and the mobile side of charging tray driven rod 300 It is vertical to the plane formed.For example, in the example of hgure 5, the moving direction of elevating mechanism 2 is above-below direction, transmission platform Moving direction can be left and right directions, first direction can be fore-and-aft direction.Two the 5th drive sprockets 32 are in fore-and-aft direction Upper interval setting.Drive shaft 31 can extend in left-right direction.

Second chain wheel set and moving direction (such as left and right directions in Fig. 6) of first chain wheel set along charging tray driven rod 300 It is arranged at intervals, the second chain wheel set includes the 5th chain 35 and two the 6th drive sprockets 34, and two the 6th drive sprockets 34 are along the One direction is arranged at intervals, and the 5th chain 35 is around being located at outside two the 6th drive sprockets 34, its in two the 6th drive sprockets 34 In one be connected with drive shaft 31.Driven shaft 37 is parallel with drive shaft 31, driven shaft 37 respectively with two the 5th drive sprockets 32 In another, another in two the 6th drive sprockets 34 be connected.That is, the first end of driven shaft 37 and two the 5th Another in drive sprocket 32 is connected, and the other end of driven shaft 37 is connected with another in two the 6th drive sprockets 34.

One end (for example, right-hand member in Fig. 6) of transition zone is connected with the 4th chain 33, and the other end of transition zone is (for example, figure Left end in 6) it is connected with the 5th chain 35.Thus, when the 4th drive sprocket 438 drives the rotation of drive shaft 31, with drive shaft 31 The 5th connected drive sprocket 32 and the 6th drive sprocket 34 rotate with drive shaft 31, and drive what is be connected with driven shaft 37 5th drive sprocket 32 and the 6th drive sprocket 34 rotate so that transition zone is with 35 turns of the 4th chain 33 and the 5th chain It is dynamic.

Wherein, Ci Cai mechanisms 5 are driven to move down when elevating mechanism 2 moves down, now transition zone can be located at charging tray The lower section of driven rod 300, the material cake in charging tray is adopted in order to Ci Cai mechanisms 5, vacates charging tray.Ci Cai mechanisms 5 adopt material cake after, When being moved up with elevating mechanism 2, transition zone can turn to the top of charging tray driven rod 300, be discharged with receiving Ci Cai mechanisms 5 Material cake, and will expect in collection device that cake is delivered to outside stripping dish frame 1.

Alternatively, transition zone includes multiple transfer shafts 36, and multiple transfer shafts 36 are arranged at intervals in the first direction, each transfer One end (for example, right-hand member in Fig. 6) of axle 36 is connected with the 4th chain 33, and the other end of transfer shaft 36 is (for example, the left side in Fig. 6 End) it is connected with the 5th chain 35.4th chain 33 and the 5th chain 35 collectively form carrier chain 38.Thus, it is possible to improve transfer The structural strength of band, and it is simple in construction, it is easy to assembly.

The width of transition zone is less than the width of stripping dish frame 1.Thus, when Ci Cai mechanisms 5 move down with elevating mechanism 2, When adopting the material cake on charging tray, transition zone can be effectively prevented from Ci Cai mechanisms 5 are impacted, ensure that stripping dish device 100 Normal operation.

Further, it is covered with protective cover 8 at least one in 439 groups of 412 groups of the first chain and the second chain.Specifically For, protective cover 8 can be only set on 412 groups of the first chain, protective cover 8 only can also be set on 439 groups of the second chain, Protective cover 8 can also be set on 439 groups of 412 groups of the first chain and the second chain simultaneously.Protective cover 8 can be formed as annular, Thus, it is possible to easily protective cover 8 is located at outside 439 groups of 412 groups of the first chain and/or the second chain, so as to avoid When tumbler works, 439 groups of the first 412 groups of chain and the second chain damage to staff, ensure that staff Personal safety, improve the security of stripping dish device 100.

Stripping dish frame 1 is provided with vertically extending guide rail, and elevating mechanism 2 includes：Framework 21 and fixture 22, Gu Determine the lower end that part 22 is connected to framework 21, framework 21 is provided with the guiding mechanism coordinated with guide rail, guiding mechanism can use lead To wheel 23, axis of guide etc. can also be used.As shown in fig. 6, framework 21 can be formed generally as square, fixture 22 can weld In the lower end of framework 21.The side wall of framework 21 is provided with the directive wheel 23 coordinated with guide rail.Thus, lift is efficiently reduced Structure 2 moving resistance, reduce energy consumption, simultaneously, it is ensured that elevating mechanism 2 stably moves, and improves stripping dish device 100 Stability and reliability.

Specifically, directive wheel 23 is provided with the seat board of fixed plate 51, and fixed base plate is provided with the second micrometer adjusting screw 72, and second is micro- Screw 72 is adjusted to adjust the position of directive wheel 23.

Reference picture 7, Ci Cai mechanisms 5 include：Fixed plate 51, move back chopping board 52 and move back dish bar 53.Wherein, the upper table of fixed plate 51 Face is connected with fixture 22, and the lower surface of fixed plate 51 is provided with least one pricker 59.Pricker 59 can be for one or more Individual, pricker 59 can adopt the material cake in charging tray.Move back chopping board 52 and be provided with the through hole coordinated with pricker 59, pricker 59 is in through hole It can move up and down.The lower end for moving back dish bar 53 is connected through fixed plate 51 with moving back chopping board 52, and fixture is run through in the upper end for moving back dish bar 53 22.For example, fixed plate 51 can be connected by the 3rd threaded fastener 93 with fixture 22, moving back the lower end of dish bar 53 can pass through Screw is connected with moving back chopping board 52, can also will move back chopping board 52 and be welded on and move back on dish bar 53.Stripping dish frame 1 is provided with position-arresting disk 11, Position-arresting disk 11 is located at the top of Ci Cai mechanisms 5, when Ci Cai mechanisms 5 are moved upward at position-arresting disk 11, moves back dish bar 53 and position-arresting disk 11 only support and are moved back dish bar 53 with limitation and continued to move up.

For example, when elevating mechanism 2 moves down, Ci Cai mechanisms 5 move down with elevating mechanism 2, and pass through pricker 59 The material cake in charging tray is adopted, then Ci Cai mechanisms 5 move up with elevating mechanism 2, when the dish bar 53 that moves back of Ci Cai mechanisms 5 moves to When at position-arresting disk 11, move back dish bar 53 and move back chopping board 52 under the limitation of position-arresting disk 11, no longer move up, fixed plate 51 is with lifting Mechanism 2 continues to move up so that moves back the opposing fixed plate 51 of chopping board 52 and moves down, and promotes material cake on pricker 59 to moving down It is dynamic so that material cake is fallen on conveyer belt.Thus, it is possible to conveniently realize adopting and discharging for material cake.

According to some embodiments of the utility model, reference picture 7, Ci Cai mechanisms 5 further comprise：Pilot sleeve 55 and multiple Position elastic component 56.Pilot sleeve 55, which is set in, to move back on dish bar 53.Pilot sleeve 55 includes the first sleeve sections 551 and second sleeve section 552, the first sleeve sections 551 are arranged at intervals with second sleeve section 552 along the bearing of trend for moving back dish bar 53.Return springs 56 are arranged Moving back outside dish bar 53, and one end of return springs 56 is connected with the first sleeve sections 551, the other end and the phase of second sleeve section 552 Even.Alternatively, return springs 56 can be spring, but not limited to this.

Thus, after pricker 59 adopts the material cake in charging tray, when Ci Cai mechanisms 5 move up with elevating mechanism 2, when thorn dish machine When moving back dish bar 53 and moving at position-arresting disk 11 of structure 5, moves back dish bar 53 and moves back chopping board 52 under the limitation of position-arresting disk 11, no longer upwards Mobile, fixed plate 51 is continued to move up with elevating mechanism 2, and compresses return springs 56 so that return springs 56 are in Compress energy storage state, while to move back the opposing fixed plate 51 of chopping board 52 and move down, and material cake on pricker 59 is promoted to moving down It is dynamic so that material cake is fallen on conveyer belt.Then, when elevating mechanism 2 moves down, starts when adopting material cake process of next round, In the presence of return springs 56, move back the opposing fixed plate 51 of chopping board 52 and move up, so as to expose the lower end of pricker 59, Pricker 59 is facilitated to adopt material cake.

For example, referring to Fig. 7, the first sleeve sections 551 and second sleeve section 552 are arranged at intervals in the vertical direction, and first Sleeve sections 551 can be located at the top of second sleeve section 552.It is fixed that first sleeve sections 551 include the first limiting section 5511 and first Position portion 5512, the first location division 5512 are connected with the lower surface of the first limiting section 5511, the cross-sectional area of the first limiting section 5511 More than the cross-sectional area of the first location division 5512, the upper end of return springs 56 is suitable to be set on the first location division 5512.The Two sleeve sections 552 include the second limiting section 5521 and the second location division 5522, the second location division 5522 and the second limiting section 5521 Upper surface be connected, the cross-sectional area of the second limiting section 5521 is more than the cross-sectional area of the second location division 5522.Thus, it is convenient multiple The assembling of position elastic component 56 and the position stabilization that may be such that return springs 56.

Further, cushion pad 54 is provided between fixed plate 51 and fixture 22.Cushion pad 54 can be rubber blanket etc..By This, can buffer the impulsive force between fixed plate 51 and fixture 22, improve the reliability of Ci Cai mechanisms 5.

According to a specific embodiment of the present utility model, the upper end for moving back dish bar 53 is provided with the first anti-back pieces 57.Alternatively, First anti-back pieces 57 can be split pin etc., but not limited to this.Thus, it is possible to prevent the first sleeve sections 551 from moving back on dish bar 53 Abjection.

Further, the lower end for moving back dish bar 53 is provided with the second anti-back pieces 58.Alternatively, the second anti-back pieces 58 can be packing ring Deng.

Embodiment three

The utility model provides a kind of marine alga cake equipment, and its structure and embodiment one or embodiment two are essentially identical, Its difference is to have done further improvement on the basis of embodiment one or embodiment two, adds its performance, specifically Say：

As shown in figure 8, pouring cake device 400 includes pouring cake frame 401, pour cake frame 401 and be provided with material pond 402, material pond 402 Bottom correspond to charging tray position and offer some material spilling holes, the top of material pond 402 moves up and down to be provided with pours cake driving by first Cake hoisting cross beam 403 is poured in device driving, and first, which pours cake drive device, can use cylinder or hydraulic cylinder, can also use electricity The cam mechanism of machine driving, those skilled in the art can as needed select, be not limited thereto, and pour cake hoisting cross beam 403 404 are blocked provided with corresponding with material spilling hole, the lower section of material pond 402 is provided with by the second closure poured cake drive device 406 and driven Plate 405, plugging plate 405 are moved up and down to be installed on and poured in cake frame 401, and charging tray driven rod 300 is located at material pond 402 and plugging plate Between 405.Each material spilling hole is all connected with a guide shell 409, and the one end of guide shell 409 is fixed in material pond 402, and the other end stretches to envelope Closure plate 405.

Pour cake frame 401 and be provided with the water conservation framework 408 moved up and down, water conservation framework 408 is located at charging tray driven rod 300 Top and cake drive device 406 is poured in connection second, second to pour cake drive device 406 be preferably that motor driven pours cake cam, is poured Cake cam rotation is arranged on and poured in cake frame 401, pours and is provided with drive link 407 by the way that oscillating bearing is be hinged on cake cam, drives The other end of dynamic connecting rod 407 is be hinged to be installed on water conservation framework 408, and the rotation by pouring cake cam drives drive link 407 past Multiple motion, so as to drive water conservation framework 408 to move up and down；Also, plugging plate 405 leans with pouring the side face of cake cam, with The rotation of cake cam is poured, plugging plate 405, which realizes, to be moved up and down, and when needing to pour cake, plugging plate 405 moves up, by charging tray Hole blocks up, meanwhile, water conservation framework 408 is moved down, and the perimeter of charging tray now, is poured cake hoisting cross beam by water conservation framework 408 403 move up, and block 404 and open material spilling hole, the water dish mixture in material pond 402 will pass through material spilling hole and fall into charging tray, protect In the presence of water framework 408 and plugging plate 405, the water in charging tray can not discharge at once, water conservation process be formed, to prevent from pouring Marine alga spills charging tray during cake, is finished when pouring cake, is oozed with dampening from charging tray surrounding and bottom, until flowing to water dish mixture Peak is less than charging tray surrounding peak, and plugging plate 405 moves down, and water conservation framework 408 moves up, and cake is poured in wait next time.

As shown in figure 9, just dehydration apparatus for shaping 500 includes shaping frame 501, vertically movable installation in shaping frame 501 There is a shaping hoisting cross beam 503 driven by shaping drive device 502, shaping drive device 502 is preferably cylinder or hydraulic cylinder, Motor-driven screw-nut body can be used, is not limited thereto, several and material is installed on shaping hoisting cross beam 503 The shaping first 504 of disk feeding cake position correspondence, it is installed with the shaping frame 501 of the lower section of shaping hoisting cross beam 503 Collecting tray 505, the bottom connection collecting pipe 506 of collecting tray 505, collecting pipe 506 connects storage tank 507, in reforming process, this When charging tray in marine alga contain substantial amounts of water, when shaping first 504 pushes, have substantial amounts of water and be discharged into collecting tray 505 from charging tray, The memory storage of storage tank 507 is flowed into by collecting pipe 506 again.

As shown in Figure 10, dehydration device 600 includes dehydration frame 601, is dehydrated vertically movable in frame 601 be provided with by taking off The dehydration hoisting cross beam 603 of water-driven device driving, here, dehydration drive device can use cylinder 602, the cylinder of cylinder 602 Body is fixed in dehydration frame 601, and the piston rod of cylinder 602 is connected with dehydration hoisting cross beam 603, can also be driven using motor Dynamic cam mechanism, as long as can realize that dehydration hoisting cross beam 603 moves up and down, in order to improve dehydration hoisting cross beam 603 Stability, will be dehydrated hoisting cross beam 603 usually using slide rail and be arranged in dehydration frame 601, dehydration hoisting cross beam 603 lower section Dehydration frame 601 on be installed with support beam 605, be dehydrated on hoisting cross beam 603 and several extrusion heads 604 be installed, Water receiving tank 606 is installed with support beam 605, bearing plate 607 is installed with water receiving tank 606, is opened on bearing plate 607 Permeable hole 60701 provided with some connection water receiving tanks 606, the material of support algal biscuit is provided between bearing plate 607 and extrusion head 604 Disk 608, charging tray 608 are provided with some leaking holes 60801, when extrusion head 604 is to algal biscuit in charging tray 608, in algal biscuit Water can be discharged by leaking hole 60801, then be drained into water receiving tank 606 and collect through the permeable hole 60701 of bearing plate 607, Water in algal biscuit is discharged in time, algal biscuit is avoided again by the water resorption of discharge, improves algal biscuit Dehydrating effect, and several extrusion heads 604 can correspond to multiple algal biscuits, while these algal biscuits are dehydrated, greatly improve Dewatering efficiency.

The bottom of water receiving tank 606 is provided with osculum 60601, and osculum 60601 connects drainpipe, can be by water receiving tank 606 Interior water is discharged in time by drainpipe, and it is too high to avoid the water surface in water receiving tank 606.

As shown in figure 11, extrusion head 604 includes the mounting seat 60401 being fixedly installed on dehydration hoisting cross beam 603, installation Extruding sponge 60402 is installed with seat 60401, extruding sponge 60402 will can not have enough time leaking down around algal biscuit Water siphon away in time, avoid and absorbed again by algal biscuit, while it is more fluffy to extrude sponge 60402 itself, with rigid structure Screw-down compare, damage during extruding to algal biscuit is small, improves the Forming Quality of algal biscuit.

Guard 60403 is installed with by fastener in mounting seat 60401, extruding sponge 60402 is fixedly installed in net On cover 60403, the extruding sponge 60402 of damage is conveniently replaceable, only need guard 60403 from mounting seat 60401 during replacing Disassemble, improve plant maintenance efficiency.

Suction hose 60404, the water sucking mouth connection extruding sponge of suction hose 60404 are installed with mounting seat 60401 60402, the discharge outlet connection negative tube of suction hose 60404, negative tube connects negative pressure source by steam trap, usually using true Empty pump or negative-pressure cup etc. are used as negative pressure source, and when the extruding internal memory of sponge 60402 leaves moisture, suction hose 60404 will can squeeze Water in pressure sponge 60402 siphons away in time, is stored in steam trap, good with extruding sponge 60402 during guarantee extruding Water absorbing properties.

As shown in figure 12, support beam 605 is provided with the spring base 609 of support charging tray 608, generally in support beam 605 The left and right sides be designed with spring base 609, charging tray 608 has external part, and the external part is positioned on spring base 609 so that material Disk 608 is supported on the top of supporting plate 60902 by spring base 609.

Specifically, spring base 609 includes sliding vertically the lead 60901 being installed in support beam 605, lead 60901 top is provided with supporting plate 60902, and the external part of charging tray 608 is positioned on supporting plate 60902, and supporting plate 60902 is horizontal with support Compression spring 60903 is provided between beam 605, compression spring 60903 is sleeved on lead 60901, and the one of compression spring 60903 End is acted against on supporting plate 60902, and the other end is acted against in support beam 605, when extruding the pressure of sponge 60402, the meeting of charging tray 608 Leant with supporting plate 60902, in the presence of 602 times pressure of cylinder, algal biscuit is dehydrated, now compression spring 60903 Compressed, when dehydration is completed, and extruding sponge 60402 rises, compression spring 60903 resets, and charging tray 608 can lift up, and leave Supporting plate 60902, the water that avoid does not have to drain in time on supporting plate 60902 are absorbed, further increased again by algal biscuit Dehydrating effect.

Support beam 605 is stretched out in the one end of lead 60901 away from supporting plate 60902, and the end thread of lead 60901 connects Adjusting nut 60904 is connected to, compression spring can be adjusted by adjusting position of the adjusting nut 60904 on lead 60901 60903 pretightning force, to be applicable the charging tray 608 of different weight, meet that charging tray 608 is located in the presence of compression spring 60903 The top of supporting plate 60902.

Although above having made detailed description to the utility model with generality explanation and specific embodiment, On the basis of the utility model, it can be made some modifications or improvements, this is apparent to those skilled in the art 's.Therefore, the these modifications or improvements on the basis of without departing from the utility model spirit, belonging to the utility model will Seek the scope of protection.

Claims (17)

1. a kind of marine alga cake equipment, feeding chassis that the marine alga cake equipment includes setting gradually, stripping dish device, cake dress is poured Put, be just dehydrated apparatus for shaping, dehydration device, aeration apparatus and feeding chassis, it is characterised in that the stripping dish device is with pouring cake dress It is provided between putting and manually takes dish space, the marine alga cake equipment also includes being used to capture the charging tray on feeding chassis and progressively move The stripping dish device is delivered to, dish space is manually taken, pours cake device, is just dehydrated apparatus for shaping, dehydration device, aeration apparatus and feeding Charging tray driven rod on chassis, the charging tray driven rod are provided with the rack being meshed with driving gear, the charging tray driven rod On be interval with some pulling claws, the pulling claw is articulated with the charging tray driven rod, and each drawing is corresponded on the charging tray driven rod It is spacing that pawl is equipped with the pulling claw that a limitation pulling claw rotates clockwise.

2. marine alga cake equipment according to claim 1, it is characterised in that feeding chassis peace mobile along the vertical direction Loaded on feeding track, the feeding chassis connects feeding driving device.

3. marine alga cake equipment according to claim 1, it is characterised in that the stripping dish device is arranged at the feeding table The downstream of car, the stripping dish device include：

Dish frame is shelled, the stripping dish frame is provided with vertically extending guide rail；

By the elevating mechanism of stripping dish stripping dish drive device driving, the elevating mechanism can be arranged on the stripping dish machine up or down On frame, the elevating mechanism is provided with least one Ci Cai mechanisms；The elevating mechanism includes：Framework and fixture, it is described solid Determine the lower end that part is connected to the framework, the framework is provided with the guiding mechanism coordinated with the guide rail；

The charging tray driven rod is located at below the Ci Cai mechanisms；

It is described for receiving the material cake of the Ci Cai mechanisms release and expecting that cake is delivered to the transfer device shelled outside dish frame Transfer device is located at below the Ci Cai mechanisms；

The Ci Cai mechanisms include：

Fixed plate, the upper surface of the fixed plate are connected with the fixture, and the lower surface of the fixed plate is provided with least one Individual pricker, the lower direction of pricker thorn are located on the travel track of the charging tray；

Chopping board is moved back, the chopping board that moves back is provided with the through hole coordinated with pricker, and the pricker can move up and down in through hole；

Dish bar is moved back, the lower end for moving back dish bar is connected through the fixed plate with the chopping board that moves back, and the upper end for moving back dish bar is passed through Wear the fixture；

The stripping dish frame is provided with position-arresting disk, and the position-arresting disk is located at the top of the Ci Cai mechanisms, the Ci Cai mechanisms to On when being moved at the position-arresting disk, it is described move back dish bar and only supported with the position-arresting disk continue up shifting to move back dish bar described in limitation It is dynamic.

4. marine alga cake equipment according to claim 3, it is characterised in that the transfer device includes：

Drive shaft, the drive shaft turns are installed in the stripping dish frame, and the drive shaft and the stripping dish stripping dish driving Device is connected；

Driven shaft, the driven shaft are rotatablely installed in the stripping dish frame, and the driven shaft be arranged in parallel with the drive shaft；

Carrier chain, the carrier chain are surrounded between the drive shaft and driven shaft；

Transition zone, the transition zone are fixedly installed on the carrier chain, and the transition zone is provided with and accommodated under pricker thorn Feeding space.

5. marine alga cake equipment according to claim 4, it is characterised in that the transition zone includes multiple transfer shafts, more The individual transfer shaft is arranged at intervals along the carrier chain around direction.

6. marine alga cake equipment according to claim 5, it is characterised in that the stripping dish stripping dish drive device includes fixing The cylinder being installed in the stripping dish frame, the piston rod of the cylinder connect the elevating mechanism, pacified on the elevating mechanism Equipped with rack, power transmission shaft is rotatablely equipped with the stripping dish frame, is installed with the power transmission shaft and is mutually nibbled with the rack The gear of conjunction, the power transmission shaft are connected with the drive shaft Chain conveyer.

7. marine alga cake equipment according to claim 5, it is characterised in that the stripping dish stripping dish drive device includes driving Source, the first drive component and the second drive component, the driving source link with first drive component, second driving group Part links with first drive component, and first drive component is connected with the elevating mechanism, second drive component It is connected with the transfer device.

8. marine alga cake equipment according to claim 7, it is characterised in that the driving source has output chain gear, described First drive component includes：

First universal driving shaft；

First drive sprocket, first drive sprocket are connected with first universal driving shaft, and first drive sprocket passes through One chain is connected with the output chain gear；

Cam pack, the cam pack are connected with first universal driving shaft, and the cam pack is connected with the elevating mechanism.

9. marine alga cake equipment according to claim 8, it is characterised in that second drive component includes：

Second drive sprocket, second drive sprocket are installed on first universal driving shaft；

First change gear, first change gear are connected with second drive sprocket by the second chain；

Second universal driving shaft, second universal driving shaft are connected with first change gear；

Second change gear, second change gear are connected with second universal driving shaft, and second change gear and institute State the first change gear interval setting；

3rd change gear, the 3rd change gear engage with second change gear；

3rd universal driving shaft, the 3rd universal driving shaft are connected with the 3rd change gear；

3rd drive sprocket, the 3rd drive sprocket are connected with the 3rd universal driving shaft；With

4th drive sprocket, the 4th drive sprocket are connected by the 3rd chain with the 3rd drive sprocket, and the 4th passes Movable sprocket is connected with the transfer device.

10. marine alga cake equipment according to claim 9, it is characterised in that the stripping dish stripping dish drive device also includes：

First chain wheel set, first chain wheel set include the 4th chain and two the 5th drive sprockets, two the 5th transmissions Sprocket wheel is arranged at intervals in the first direction, and the 4th chain is around being located at outside two the 5th drive sprockets, two the described 5th One of them in drive sprocket is connected with the drive shaft；

Second chain wheel set, second chain wheel set are set with moving direction interval of first chain wheel set along the charging tray driven rod Put, second chain wheel set includes the 5th chain and two the 6th drive sprockets, and two the 6th drive sprockets are along described One direction is arranged at intervals, and the 5th chain is around being located at outside two the 6th drive sprockets, two the 6th drive sprockets In one of them be connected with the drive shaft；

4th chain and the 5th chain collectively form the carrier chain；

The driven shaft respectively with it is another in another in two the 5th drive sprockets, two the 6th drive sprockets It is individual to be connected；

One end of the transition zone is connected with the 4th chain, the other end is connected with the 5th chain；

The first direction is formed flat with the moving direction of the elevating mechanism and the moving direction of the charging tray driven rod Face is vertical.

11. marine alga cake equipment according to claim 3, it is characterised in that the Ci Cai mechanisms also include：

Pilot sleeve, the pilot sleeve be set in it is described move back on dish bar, the pilot sleeve includes the first sleeve sections and second Sleeve sections, first sleeve sections are arranged at intervals with the second sleeve section along the bearing of trend for moving back dish bar；

Return springs, the return springs be set in it is described move back outside dish bar, and one end of the return springs with it is described First sleeve sections are connected, the other end is connected with the second sleeve section.

12. marine alga cake equipment according to claim 1, it is characterised in that the cake device that pours includes pouring cake frame, institute State and pour cake frame and be provided with material pond, the bottom of the material pond corresponds to charging tray position and offers some material spilling holes, the material pond it is upper Side move up and down be provided with by first pour the driving of cake drive device pour cake hoisting cross beam, it is described pour cake hoisting cross beam be provided with Blocked corresponding to the material spilling hole, the lower section of the material pond is provided with by the second plugging plate for pouring the driving of cake drive device, the envelope Closure plate move up and down be installed on it is described pour in cake frame, the charging tray driven rod is between the material pond and plugging plate.

13. marine alga cake equipment according to claim 12, it is characterised in that it is described pour cake frame be provided with move up and down Water conservation framework, the water conservation framework is located at the top of the charging tray driven rod and connection described second pours cake drive device.

14. marine alga cake equipment according to claim 13, it is characterised in that each material spilling hole is all connected with a water conservancy diversion Cylinder, described guide shell one end are fixed in the material pond, and the other end stretches to the plugging plate.

15. marine alga cake equipment according to claim 1, it is characterised in that the just dehydration apparatus for shaping includes shaping Frame, it is vertically movable in the shaping frame that the shaping hoisting cross beam driven by shaping drive device, the shaping liter are installed Several shaping heads with charging tray feeding cake position correspondence, the institute below the shaping hoisting cross beam are installed on drop crossbeam State and collecting tray is installed with shaping frame, the bottom connection collecting pipe of the collecting tray, the collecting pipe connects storage tank.

16. marine alga cake equipment according to claim 1, it is characterised in that the dehydration device includes dehydration frame, institute State it is vertically movable in dehydration frame the dehydration hoisting cross beam driven by dehydration drive device is installed, under the dehydration hoisting cross beam Support beam is installed with the dehydration frame of side, several extrusion heads, institute are installed on the dehydration hoisting cross beam State and water receiving tank is installed with support beam, bearing plate is installed with the water receiving tank, is offered on the bearing plate The permeable hole of some connection water receiving tanks, the charging tray of support algal biscuit is provided between the bearing plate and the extrusion head.

17. marine alga cake equipment according to claim 1, it is characterised in that the feeding chassis moves along the vertical direction It is installed on feeding track, the feeding chassis connects feeding drive device.